北京康拉德科技有限公司
張敏
手 機：

elettrotec壓力開關    PMM2CEM12
elettrotec壓力開關    PMM10CEM12
elettrotec壓力開關    PMM20CEM12
elettrotec壓力開關    PMM50CEM12

THALHEIM     TD3A4ALKM  發電機

Roller&Fischer    D100 Nr397610 art no  020 003 0005    變送器
DANDTHERM    z4263125505 CBVX265C  505 2R5+-10%    電阻
OTTO     P7-900137    兩腳按鈕開關
Ascon    ZTT14RDP12溫控器VEGA    CONNECT.CXX4    通訊適配器 

Brodie    DA-3/DA-3     過濾器
R A
Cast iron body gear pumps and motors
MAGNUM series
Gear pumps and motors made of cast iron in three pieces. An extremely versatile and reliable design, also in the most
extreme operating conditions.
Displacements from 17,28 cm3/rev G 1.05 in3/rev to 125,63 cm3/rev G 7.66 in3/rev available in groups 30 and 35.
Max. peak pressure up to 320 bar G 4650 psi.
Max. speed up to 3000 min?1.
Main characteristics
Displacement Max. continuous
pressure
Max. speed
MAGNUM 30 cm3/rev G in3/rev bar G psi min?1
HD. 30?17 17,28 G 1.05 280 G 4050 3000
HD. 30?22 21,99 G 1.34 280 G 4050 3000
HD. 30?24 24,03 G 1.47 280 G 4050 3000
HD. 30?27 26,70 G 1.63 280 G 4050 3000
HD. 30?34 34,56 G 2.11 270 G 3900 3000
HD. 30?38 39,27 G 2.40 270 G 3900 3000
HD. 30?43 43,98 G 2.68 260 G 3750 3000
HD. 30?51 51,83 G 3.16 230 G 3350 2500

elettrotec壓力開關    PMM2CEM12
elettrotec壓力開關    PMM10CEM12
Ascon    ZTT14RDP12溫控器elettrotec壓力開關    PMM20CEM12
elettrotec壓力開關    PMM50CEM12

THALHEIM     TD3A4ALKM  發電機

HD. 30?56 56,55 G 3.45 215 G 3100 2500
HD. 30?61 61,26 G 3.74 200 G 2900 2000
HD. 30?73 73,82 G 4.50 190 G 2750 1700
HD. 30?82 81,68 G 4.98 170 G 2450 1500
MAGNUM 35 cm3/rev G in3/rev bar G psi min?1
HD. 35?40 40,46 G 2.47 270 G 3900 3000
HD. 35?50 51,10 G 3.12 270 G 3900 3000
HD. 35?63 63,88 G 3.90 270 G 3900 3000
HD. 35?71 72,40 G 4.42 250 G 3600 3000
HD. 35?80 80,91 G 4.94 250 G 3600 3000
HD. 35?90 91,56 G 5.59 230 G 3350 2700
HD. 35?100 100,08 G 6.10 210 G 3050 2700
HD. 35?112 112,85 G 6.88 190 G 2750 2700
HD. 35?125 125,63 G 7.66 170 G 2450 2500
NOTES
HD. : HDP = pump / HDM = motor
Features
Wide range of drive shafts and flanges in SAE
version
More choices of port locations
Integrated outboard bearings for heavy duty
applications
Multiple units available in standard version,
common inlet and separated stages
Exceptional working life expectancy
DOC 03 R A 15
Aluminium body gear flow dividers
POLARIS series
Gear flow dividers made of high resistance aluminium alloy. These components can be used as flow equalizers, flow
dividers and pressure intensifiers.
Displacements from 2,14 cm3/rev G 0.13 in3/rev to 33,03 cm3/rev G 2.01 in3/rev Ascon    available in groups 10 and 20.
Max. peak pressure up to 280 bar G 4050 psi.
Main characteristics
Displacement Max. continuous
outlet pressure
Max. speed
POLARIS 10 cm3/rev G in3/rev bar G psi min?1
PLD 10?2 2,14 G 0.13 250 G 3600 4200
PLD 10?3,15 3,34 G 0.20 250 G 3600 3990
PLD 10?4 4,27 G 0.26 250 G 3600 3940
PLD 10?5 5,34 G 0.33 250 G 3600 3680

elettrotec壓力開關    PMM2CEM12
elettrotec壓力開關    PMM10CEM12
elettrotec壓力開關    PMM20CEM12
elettrotec壓力開關    PMM50CEM12

THALHEIM     TD3A4ALKM  發電機

PLD 10?6,3 6,67 G 0.41 250 G 3600 3500
POLARIS 20 cm3/rev G in3/rev bar G psi min?1
PLD 20?4 4,95 G 0.30 250 G 3600 4100
PLD 20?6,3 6,61 G 0.40 250 G 3600 3970
PLD 20?8 8,26 G 0.50 250 G 3600 3850
PLD 20?11,2 11,23 G 0.69 250 G 3600 3660
PLD 20?14 14,53 G 0.89 250 G 3600 3460
PLD 20?16 16,85 G 1.03 200 G 2900 3335
PLD 20?20 21,14 G 1.29 200 G 2900 3125
PLD 20?25 26,42 G 1.61 200 G 2900 2900
PLD 20?31,5 33,03 G 2.01 200 G 2900 2660
Features
Modular design
Accurate division of flow
Built?in relief valves
Combinations between different groups
16 DOC 03 R A
Cast iron body gear flow dividers
MAGNUM series
Gear flow dividers made of cast iron. These components can be used as flow equalizers, flow dividers and pressure
intensifiers.
Displacements from 17,28 cm3/rev G 1.05 in3/rev to 125,63 cm3/rev G 7.66 in3/rev available in groups 30 and 35.
Max. peak pressure up to 320 bar G 4650 psi.
Main characteristics
Displacement Max. continuous
outlet pressure
Max. speed
MAGNUM 30 cm3/rev G in3/rev bar G psi min?1
HDD 30?17 17,28 G 1.05 280 G 4050 3000
HDD 30?22 21,99 G 1.34 280 G 4050 3000
HDD 30?27 26,70 G 1.63 280 G 4050 3000
HDD 30?34 34,56 G 2.11 270 G 3900 3000
HDD 30?43 43,98 G 2.68 260 G 3750 3000
HDD 30?51 51,83 G 3.16 230 G 3350 2500
HDD 30?61 61,26 G 3.74 200 G 2900 2000
HDD 30?73 73,82 G 4.50 190 G 2750 1700
HDD 30?82 81,68 G 4.98 170 G 2450 1500
MAGNUM 35 cm3/rev G in3/rev bar G psi min?1
HDD 35?50 51,10 G 3.12 270 G 3900 3000
HDD 35?63 63,88 G 3.90 270 G 3900 3000
HDD 35?71 72,40 G 4.42 250 G 3600 3000
HDD 35?80 80,91 G 4.94 250 G 3600 3000
HDD 35?90 91,56 G 5.59 230 G 3350 2700
HDD 35?100 100,08 G 6.10 210 G 3050 2700
HDD 35?112 112,85 G 6.88 190 G 2750 2700
HDD 35?125 125,63 G 7.66 170 G 2450 2500
Features
Modular design
Accurate division of flow
High flow
Combinations between different groups
DOC 03 R A 17
Fixed displacement axial piston pumps
STRADA series
Fixed displacement bent axis piston pumps. STRADA pumps are ideally suited for PTOs applications in vehicles.
Displacements from 40,9 cm3/rev G 2.49 in3/rev to 110 cm3/rev G 6.71 in3/rev available in groups 32 and 37.
Max. peak pressure up to 400 bar G 5800 psi.
Max. speed up to 2950 min?1.
Main characteristics
Displacement Max. continuous
 pressure
Max. speed
STRADA 32 cm3/rev G in3/rev bar G psi min?1
BAP 32?40 40,90 G 2.49 350 G 5100 2950
BAP 32?50 50,10 G 3.06 350 G 5100 2750
BAP 32?63 63,00 G 3.84 350 G 5100 2450
BAP 32?71 71,60 G 4.37 315 G 4600 2250
BAP 32?80 78,30 G 4.78 315 G 4600 2200
STRADA 37 cm3/rev G in3/rev bar G psi min?1
BAP 37?80 79,10 G 4.83 350 G 5100 2500
BAP 37?110 110,00 G 6.71 300 G 4350 2300
Features
Low noise level
Direct mounting on the PTOs
Compact design
High volumetric, mechanical and overall efficiency
Available in ISO and UNI standard
18 DOC 03 R A
Fixed displacement axial piston pumps and motors
PLATA series
Fixed displacement axial piston pumps and motors swash plate design for open circuit applications. The design itself is
extremely compact while integrating a number of functions, with an electrically controlled valve on the pump and antishock
valves on the motor.
Unidirectional pumps LFP48: displacements from 27 cm3/rev G 1.65 in3/rev to 48,2 cm3/rev G 2.94 in3/rev.
Reversible motors LFM30: displacements from 22 cm3/rev G 1.34 in3/rev to 30,2 cm3/rev G 1.84 in3/rev.
Max. peak pressure up to 350 bar G 5100 psi.
Main characteristics
Displacement Max. continuous
 pressure
Max. speed
PLATA pumps cm3/rev G in3/rev bar G psi min?1
LFP 48?27 27,00 G 1.65 280 G 4050 2600
LFP 48?34 34,00 G 2.07 280 G 4050 2600
LFP 48?36,7 36,70 G 2.24 280 G 4050 2600
LFP 48?45,5 45,50 G 2.78 280 G 4050 2600
LFP 48?48 48,20 G 2.94 280 G 4050 2600
PLATA motors cm3/rev G in3/rev bar G psi min?1
LFM 30?22 22,00 G 1.34 280 G 4050 4900
LFM 30?26,5 26,50 G 1.62 280 G 4050 4800
LFM 30?28,5 28,50 G 1.74 280 G 4050 4700
LFM 30?30,2 30,20 G 1.84 280 G 4050 4500
Pumps features
Three?position electrically controlled valve with relief
valve
Electronic control of the rotor start?up and stop ramps
Rotation reverse with controlled delay
Easy integration with the machine cabin controls
Auxiliary gear pump with common suction, available
with either cast?iron or aluminium body
Motors features
Reversible rotation with integral antishock valves
European and SAE standard mounting flanges
Side or rear inlet options
Compact size
DOC 03 R A 19
Variable displacement axial piston pumps
PLATA LVP series
Variable displacement axial piston pumps swash plate design. PLATA pumps are ideally suited for medium and high
pressure open circuit applications.
Displacements from 28,70 cm3/rev G 1.75 in3/rev to 87,90 cm3/rev G 5.36 in3/rev.
Max. peak pressure up to 350 bar G 5100 psi.
Max. speed up to 3000 min?1.
Main characteristics
Max
displacement
Max. continuous
 pressure
Max. speed
PLATA LVP cm3/rev G in3/rev bar G psi min?1
LVP 30 28,70 G 1.75 280 G 4050 3000
LVP 48 45,40 G 2.77 280 G 4050 2600
LVP 75 73,60 G 4.49 280 G 4050 2600
LVP 90 87,90 G 5.36 250 G 3600 2200
Features
Energy savings
Low noise emission
Short response time
Drive shaft bearing suitable for radial and axial loads
Multiple combinations
Controls
Pressure compensator
Flow and pressure compensator (Load?Sensing)
Torque limiter
Electrohydraulic servocontrols
20 DOC 03 R A
Variable displacement axial piston pumps
MVP and MVPD series
Variable displacement axial piston pumps swash plate design ideally suited for open circuit in hydraulic applications.
The compact design allows to be mounted directly on engine motors.
The new “MVPD” series allow higher flow rates than traditional pumps with same dimensions, higher machine speeds
without affecting the design of the hydraulic system and a high power-to-dimensions ratio.
Displacements from 14 cm3/rev G 0.85 in3/rev to 84,7 cm3/rev G 5.17 in3/rev.
Max. peak pressure up to 350 bar G 5100 psi.
Max. speed up to 3700 min?1.
Main characteristics
Max
displacement
Max. continuous
 pressure
Max. speed
MVP cm3/rev G in3/rev bar G psi min?1
MVP 30.28 28,00 G 1.74 280 G 4050 3500
MVP 30.34 34,80 G 2.12 250 G 3600 2900
MVP 48.45 45,00 G 2.75 280 G 4050 3000
MVP 48.53 53,70 G 3.28 250 G 3600 2500
MVP 60.60 60,00 G 3.66 280 G 4050 3000
MVP 60.72 72,00 G 4.39 280 G 4050 2700
MVP 60.84 84,70 G 5.17 250 G 3600 2300
MVPD cm3/rev G in3/rev bar G psi min?1
MVPD 30.34 34,00 G 2.07 230 G 3350 3700
MVPD 30.45 45,00 G 2.75 230 G 3350 3500
MVPD 48.60 60,00 G 3.66 230 G 3350 2600
Features MVPD 48.65 65,00 G 3.97 230 G 3350 2800
Exceptional working life expectancy
Low noise emission
Drive shaft bearing suitable for radial and axial loads
Multiple combinations
Short response time
MVPD additional features
Higher speed
Higher power-to-weight ratio
Cost-optimized design
Controls
Min. and max. displacement limiter
Pressure compensator
Flow and pressure compensator (Load?Sensing)
Torque limiter
Electronic controls
DOC 03 R A 21
Variable displacement axial piston pumps
TVP series
Variable displacement axial piston pumps swash plate design ideally suited for open circuit truck applications.
The compact design allows to be mounted directly on the PTOs.
Displacements from 60,0 cm3/rev G 3.66 in3/rev to 84,7 cm3/rev G 5.17 in3/rev.
Max. peak pressure up to 400 bar G 5800 psi.
Max. speed up to 3000 min?1.
Main characteristics
Max
displacement
Max. continuous
 pressure
Max. speed
TVP cm3/rev G in3/rev bar G psi min?1
TVP 60.60 60,00 G 3.66 350 G 5100 3000
TVP 60.72 72,00 G 4.39 350 G 5100 2700
TVP 60.84 84,70 G 5.17 350 G 5100 2500
Features
Pump internal drain line
Compensators external drain line
Direct mounting on the PTOs
Body width 124,2 mm (4.8898 in)
Compact design
Low noise emission
Controls
Min. and max. displacement limiter
Flow and pressure compensator (Load?Sensing)
Electro-proportional pressure compensator
22 DOC 03 R A
Variable displacement axial piston pumps
PLATA SVP ? DVP series
Variable displacement axial piston pumps swash plate design for open circuit applications. SVP single flow, DVP dual
flow on piston pump and an additional piggybacked gear pump. The automatic overall torque limiter allows to optimize the
performance of themachine. SVP and DVP pumps has been designed specifically for mini excavators where compactness
and ease of installation are critical.
Piston pump: displacements from 7,8 cm3/rev G 0.48 in3/rev to 30 cm3/rev G 1.83 in3/rev.
Gear pump: displacements from 4,95 cm3/rev G 0.30 in3/rev to 21,14 cm3/rev G 1.29 in3/rev.
Max. speed up to 2600 min?1.
Main characteristics
Max
displacement
Max. continuous
 pressure
Max. speed
PLATA SVP cm3/rev G in3/rev bar G psi min?1
SVP 15,6 15,60 G 0.95 210 G 3050 2600
SVP 16 16,00 G 0.98 210 G 3050 2600
SVP 17 17,00 G 1.04 210 G 3050 2600
SVP 18 18,00 G 1.10 210 G 3050 2600
SVP 20 20,00 G 1.22 210 G 3050 2600
SVP 22 22,00 G 1.34 210 G 3050 2600
SVP 25 25,00 G 1.53 210 G 3050 2600
SVP 28 28,00 G 1.71 210 G 3050 2600
SVP 30 30,00 G 1.83 210 G 3050 2600
PLATA DVP cm3/rev G in3/rev bar G psi min?1
DVP 7,8 7,80x2 G 0.48x2 210 G 3050 2600
DVP 8 8,00x2 G 0.49x2 210 G 3050 2600
DVP 8,5 8,50x2 G 0.52x2 210 G 3050 2600
DVP 9 9,00x2 G 0.55x2 210 G 3050 2600
DVP 10 10,00x2 G 0.61x2 210 G 3050 2600
DVP 11 11,00x2 G 0.67x2 210 G 3050 2600
DVP 12,5 12,50x2 G 0.76x2 210 G 3050 2600
DVP 14 14,00x2 G 0.85x2 210 G 3050 2600
DVP 15 15,00x2 G 0.91x2 210 G 3050 2600
Gear pump cm3/rev G in3/rev bar G psi min?1
KP 20?4 4,95 G 0.30 285 G 4150 2600
KP 20?6,3 6,61 G 0.40 285 G 4150 2600
KP 20?8 8,26 G 0.50 285 G 4150 2600
KP 20?11,2 11,23 G 0.69 275 G 4000 2600
KP 20?14 14,53 G 0.89 265 G 3850 2600
KP 20?16 16,85 G 1.03 260 G 3750 2600
KP 20?20 21,14 G 1.29 210 G 3050 2600
SVP and DVP features
Compact design
Torque limiter
Energy savings
Low noise emission
Long service life
DOC 03 R A 23
Hand pumps
Up Easy series
Double acting hand pumps providing flow in both directions of lever movement.
Displacement from 12 cm3/cycle G 0.73 in3/cycle to 45 cm3/cycle G 2.75 in3/cycle.
Max. pressure 315 bar G 4600 psi.
Main characteristics
Displacement Max. pressure
Up Easy cm3/cycle G in3/cycle bar G psi
EP 12 12 G 0.73 315 G 4600
EP 25 25 G 1.53 250 G 3600
EP 45 45 G 2.75 220 G 3200
Features
New interchange modular design for maximum
flexibility
Same pumping group with or without reservoir
Suitable for auxiliary or emergency applications
24 DOC 03 R A
DOC 03 R A 25
Product range
Suction filters
In line filters spin-on
Tank mounted return line filters
Tank mounted return and suction line filters
In line medium and high pressure filters
Accessories
26 DOC 03 R A
IKRON “Fluid Filtration”, real specialist in
designing and manufacturing of hydraulic
filters. More than fifty years of experience
taught Casappa just how important filtering is
to optimise hydraulic control system efficiency
and to extend component service life.
Since its foundation, IKRON has followed the
ISO 9001 procedures, guaranteeing
the care and professionalism for which its
production has always been distinguished,
from design to delivery. This is why our
customers rely on IKRON every day.
IKRON S.r.l.
Via Prampolini, 2
43044 Lemignano Di Collecchio
Parma (Italy)
. (+39) 0521 30 49 11
(+39) 0521 30 49 00
IP Videoconferencing
: info@ikron.it
www.ikron.it
DOC 03 R A 27
IKRON uses virtual simulation tools during
the design phase to analyse and predict how
its products will behave when installed in the
hydraulic circuit.
Ikron offers a wide range of filters and accessories.
Suction filters, return filters, in line spin-on filters,
medium and high pressure filters.
Clogging indicators, level and temperature gauges,
filler breathers.
28 DOC 03 R A
HF 410 series
Flow up to 300 lpm G 79.3 US gpm
By-pass valve
Oversized filtering surface
HF 431-434-437 series
External tank connection
Aluminium head
Special version on request
Washable filtering media
Main characteristics
Nominal flow up to Degree of filtration*
Type l/min G US gpm MS (μm) MI (μm)
HF 410 300 G 79.3 90 25-60-125?250
HF 431 220 G 58.1 60-125?250
HF 434 160 G 42.3 60-125?250
HF 437 160 G 42.3 60-125?250
NOTES
(*): MS = zinc plated steel wire mesh / MI = stainless steel wire mesh
Suction filters
The tank submerged suction filters are designed to be fitted directly on pump intake and provide versatility to safeguard
the hydraulic components from contaminating particles.
Filters and accessories
DOC 03 R A 29
Filters and accessories
HF 620?625 series
Easy filtering elements replacement
Differential visual indicator
Interchangeable with major manufacturers
HF 650 series
Easy filtering elements replacement
High filtration performances
Operating pressure 35 bar G 510 psi
Interchangeable with major manufacturers
In line filters spin?on
These filters are specifically designed to be connected on the suction or in the return line of the hydraulic circuit and
provide versatility to safeguard the circuit components from contaminating particles.
Main characteristics
Nominal flow up to Operating pressure Degree of filtration*
Type l/min G US gpm bar G psi FG (μm) MS (μm) SP (μm) RP (μm)
HF 620 350 G 92.5 12 G 174 10?25 60?90?125 10?25
HF 625 220 G 58.1 25 G 360 10?25 60?90?125 10?25
HF 650 180 G 48 35 G 510 3?6?10?16?25 10?25
NOTES
(*): FG = micro?fibre glass / MS = zinc plated steel wire mesh / SP = cellulose / RP = reinforced cellulose
30 DOC 03 R A
HF 502 series
Operating pressure 8 bar G 115 psi
Interchangeable with major manufacturers
Filler cap
HF 508 series
Flow up to 1000 lpm G 264 US gpm
Double inlet port
Extension on the oil way out of the pipe union
Fluid-decelerating diffuser
HF 547 series
Air breather (available also with pressurized version)
Antisplash system
Anodized housing
Flange with four holes (only HF 547-20)
HF 554 series
Air breather (available also with pressurized version)
Antisplash system
Anodized housing
HF 570-575-578 series
Inside?to?outside flow direction
Magnetic pre?filtration
Filler cap
Interchangeable with major manufacturers
Main characteristics
Nominal flow up to Operating pressure Degree of filtration*
Type l/min G US gpm bar G psi FG (μm) MS (μm) MI (μm) SP (μm) RP (μm)
HF 502 630 G 166.5 8 G 115 3?6?10?25 90 25?60?125 10?25 10?25
HF 508 1000 G 264 8 G 115 3?6?10?25 90 25?60?125 10?25 10?25
HF 547 200 G 53 8 G 115 3?6?10?25 90 25?60?125 10?25 10?25
HF 554 630 G 166.5 8 G 115 3?6?10?25 90 25?60?125 10?25 10?25
HF 570 600 G 158 8 G 115 10?25 10?25
HF 575 1200 G 317 8 G 115 10?25 10?25
HF 578 1200 G 317 8 G 115 10?25 60?125 10?25
NOTES
(*): FG = micro?fibre glass / MS = zinc plated steel wire mesh / MI = stainless steel wire mesh/ SP = cellulose / RP = reinforced cellulose
Tank mounted return line filters
These filters are specifically designed to be directly connected on the hydraulic circuits return line and provide versatility to
safeguard the circuit components from contaminating particles.
Filters and accessories
DOC 03 R A 31
HF 525 series
Maximum operating pressure 12 bar G 174 psi
Internal by-pass set at 2,5 bar G 36 psi
Anti-cavitation valve with filter element
Main characteristics
Return flow
up to
l/min G US gpm
Suction flow
up to
l/min G US gpm
Operating
pressure
bar G psi
Degree of filtration*
Type FG (μm)
HF 525 270 G 71 42 G 160 12 G 174 10-25
NOTES (*): FG = micro-fibre glass
Tank mounted return and suction line filters
These filters are normally installed onto the tank and are used as the only solution to filter the oil flow coming from the
open circuit return line and to supply with filtered oil, pressurized at 0,5 bar (7.25 psi), the closed circuit of the suction line.
In line medium and high pressure filters
The in?line medium and high pressure filters are specifically designed to be connected on the pressure line of
the hydraulic circuit and provide versatility to safeguard the circuit components from contaminating particles.
HF 705 series
Sintered bronze filter element
Bidirectional flow
Aluminium housing
HF 710 series
Aluminium housing
Operating pressure 250 bar G 3600 psi
Compact design and lightness
By-pass valve
Filtration ratio ?x ≥ 200
Main characteristics
Nominal flow up to
l/min G US gpm
Operating
pressure
bar G psi
Degree of filtration*
Type FG (μm) SB (μm)
HF 705 115 G 30.4 350 G 5100 10-25-40-60
HF 710 47 G 12.4 250 G 3600 3?6?10?25
NOTES (*): FG = micro-fibre glass / SB = sintered bronze
Filters and accessories
32 DOC 03 R A
HF 725 series
CETOP 3 connections with reference to ISO4401
Operating pressure 350 bar G 5100 psi
Modular assembly
Compact design
Filtration ratio ?x ≥ 200
HF 733 - HF 735 series
Multilayer system
Flanged directly on valve blocks and hydraulic Power?Pack
Filtration ratio ?x ≥ 200
HF 743 - HF 745 - HF 748 series
Interchangeable with major manufacturers
Multilayer system
Filtration ratio ?x ≥ 200
HF 760-761 series
 Multilayer system
Wide range 20 ? 30 ? 40
Interchangeable with major manufacturers
Filtration ratio ?x ≥ 200
Main characteristics
Nominal flow
up to
l/min G US gpm
Operating
pressure
bar G psi
Degree of filtration*
Type FG (μm) MI (μm)
HF 725 20 G 5.3 350 G 5100 3?6?10?25 10-25
HF 733 80 G 21.1 250 G 3600 3?6?10?25
HF 735 150 G 39.7 320 G 4650 3?6?10?25
HF 743 95 G 25.1 250 G 3600 3?6?10?25
HF 745 170 G 45 310 G 4495 3?6?10?25
HF 748 145 G 38 280 G 4050 3?6?10?25
HF 760 450 G 120 420 G 6100 3?6?10?25
HF 761 420 G 111 420 G 6100 3?6?10?25
NOTES (*): FG = micro-fibre glass / MI = stainless steel wire mesh
In line medium and high pressure filters
Filters and accessories
DOC 03 R A 33
Filters and accessories
Accessories
Filler breathers - Air filters - Level and temperature gauges - Pressure gauges - Pressure/Vacuum gauges - Clogging
indicators: visual, electrical, visual differential and electrical visual differential.
34 DOC 03 R A

Headquartes
CASAPPA S.p.A.
 
& FILTERS
DOC 03 R A Edition: 03/04.2015 Replaces: DOC 02 R A? high quality fans 
? robust metal case
? Shock-and shake test according to the norms EN60068-2-6 and EN60068-2-27
? vibration-secured 
? temperature limiter 
DESCRIPTION ORDER INDEX
Kind of protection IP 20 -
Protection class PC I -
Operation- / storage temperature -40 – +70 °C -
WIring cable 0,50m 3x0,75mm2 * desired length
Heating element ceramic heating elements -
Mounting snap-mounting for 35mm DIN-rail -
screw-mounting (horizontal or vertical) Sw or Ss
Connection wiring cable 3x0,75mm2  AL
Temperature limiter 71°C +/- 7,5 K differantial gap -
Fan fan durability: 50.000h -
air power: 45m3 / h (free-blowing) -
blowing-out temperature: 40°C (250W); 110°C (500W,  -
optional in selectable form with a separate wiring cable SL
Mounting position vertical -
Special voltages 24V DC, 115V AC concrete info
HEATING
FAN HEATER
Type: Ventstar I
ORDER-NO. VOLTAGE POWER OPERA.CURRENT INRUSH CURRENT WEIGHT DIMENSIONS CONNECTION MOUNTING
230250VSAL0 230V AC 50/60 Hz 250W 1,09A 1,09A 1250g 135x83,60x82mm cable 0,50m snap
230400VSAL0 230V AC 50/60 Hz 400W 1,73A 1,73A 2000g 205x83,60x82mm cable 0,50m snap
230500VSAL0 230V AC 50/60 Hz 500W 2,17A 2,17A 2000g 205x83,60x82mm cable 0,50m snap
230800VSAL0 230V AC 50/60 Hz 800W 3,48A 3,48A 2000g 205x83,60x82mm cable 0,50m snap
Standard versions**
* variable length is possible
Power range: 250W – 800W
Voltage range: 24V – 230V
HEATING
wiring cable and snap-mounting wiring cable and screw-mounting
Dimensions
wiring cable and screw-mounting vertical
** further versions on request
Technical data Wiring diagram
Standard Special version Special version
Lm-therm Elektrotechnik AG
Sulzbachstra?e 15 - 94501 Aldersbach
T +49 (0) 85 43 - 6 24 60 30
E info@lm-therm.de
The information described on this data sheet contains descriptions or characteristics, which could not apply in the
described way in the concrete case. The information of the products can also change in the course of development.
The desired characteristics are only binding in the case that they have been explicitly agreed with a contract
conclusion. Delivery possibilities and technical changes reserved.
The mentioned technical data have been determined under labor conditions by universal test instructions. Only
insofar characteristics are ensured. The test for the suitability for the intended use scheduled by the purchaser is
incumbent on the purchaser; we do not take warranty for that. Errors reserved. Stand: 02/2015
代理德國威瑯WIELAND總線系統 
RICOS BC-DP SP05041910
RICOS EC-DP
RICOS SOCKET KNOT-DP
RICOS SOCKET FINAL-DP
RICOS SOCKET SWITCH
RICOS DP 16 I
RICOS DP 8 I/0
RICOS DP 16 O
RICOS DP 8I 8I/0
RICOS BC-S SP05041910
RICOS EC-S
RICOS SOCKET FEMALE-S
RICOS SOCKET MALE-S
RICOS S 16 I
RICOS S 16 I
RICOS S 8 I/0
RICOS S 16 O
RICOS S 8I 8I/0
S BC-CAN-DN SP05041910
RICOS EC-CAN-DN
RICOS CAN-DN 16 I
RICOS CAN-DN 8 I/0
RICOS CAN-DN 16 O
RICOS CAN-DN 8I 8I/0
BC-CANOPEN SP05041910
RICOS EC-CANOPEN
RICOS CANOPEN 16 I
RICOS CANOPEN 8 I/0
RICOS CANOPEN 16 O
RICOS CANOPEN 8I 8I/0
RICOS BC-ETHERNET
RICOS BC-ETHERNET PLC
RICOS 16 I
RICOS 8 I/O
RICOS 16 O
RICOS 8O NEG
RICOS 8O 2A
RICOS 8I 8I/O
RICOS 4AI / +-10V
RICOS 4AI / 10V
RICOS 4AI / 20MA
RICOS 4AI / 4-20MA
RICOS 4AI / PT100
RICOS 4AI / TC
RICOS 4AI4AO / +-10V
RICOS 4AI4AO / 10V
RICOS 4AI4AO / 20MA
RICOS 4AI4AO / 4-20MA
RICOS 4I AC 115V
RICOS 4I AC 230V
RICOS 4O RELAY
RICOS COUNTER
RICOS POSITION
RICOS RS 232/485
RICOS PV-A
RICOS TP PS-24VDC
RICOS TP PS-110VDC
RICOS TP PC-ETHERNET
RICOS TP BC-CANOPEN
RICOS TP BC-DP
RICOS TP BC-MVB
RICOS TP 8I DC 24V
RICOS TP 8I DC 110V
RICOS TP 8O DC 24V/1A
RICOS TP 8O DC 110V/1A
RICOS TP 4O DC 24V/3A
RICOS TP 4AI/PT100
RICOS TP 2AO U/I
RICOS TP 4AI2AO U/I
RICOS TP SET
RICOS TP SCREW
RICOS TP SPRING
RICOS TP CD-ROM
PODIS CON AS-I S PG
PODIS CON AS-I S LTG

德國威瑯WIELAND電源
WIPOS 24VDC/1,25A 1PH V
WIPOS 24VDC/2,0A 1PH V
WIPOS 24VDC/5,0A 1PH V
WIPOS 24VDC/5,0A 1PH H
WIPOS 24VDC/10A 1PH V
WIPOS 24VDC/10A 1PH H
WIPOS 24VDC/10A 3PH V
WIPOS 24VDC/20A 1PH V
WIPOS 24VDC/20A 1PH H
WIPOS 24VDC/20A 115AC H
WIPOS 24VDC/20A 3PH H
WIPOS 24VDC/40A 3PH H
德國威瑯WIELAND防雷器
WIE TAP BLOCK/3
WIE TAP BLOCK/1
WIE TAP IND 63A
WIE TAP IND 35A
WIE TAP LA B/N
WIE TAP GP C/T
WIE TAP PL T/C
WIE TAP V TNC 255
WIE TAP V TNS 255
WIE TAP V TT 255
WIE TAP GT TNC
WIE TAP GT TT
WIE TAP GT TNS
WIE TAP KAMM 3PH 6P
WIE TAP G 275
WIE TAP KAMM 1PH 4P
WIE TAP KAMM 1PH 57P
WIE TAP KAMM 3PH 57P
WIE TAP KAMM 4PH 56P
WIE TAP KAMM 2PH 16P
WIE TAP KAMM 2PH 22P
WIE TAP G 275 FM
WIE TAP PLT 275 FM
WIE TAP GT 275 FM
WIE TAP TB
WIE TAP R 230 FM
WIE TAP V SIGNAL
WIE TAM BCT VT AD 24V
WIE TAM GASABLEITER
WIE TAM PRUEFSTECKER
WIE TAM ERD.KLEMMENSATZ
WIE TAM GASABLEITER
WIE TAM PRUEFSTECKER
WIE TAM ERD.KLEMMENSATZ
WIE TAM BCT BASIS
WIE TAM EMV FEDERKLEMME
WIE TAM B 110V AC
WIE TAM ME 12V DC
WIE TAM ME 24V DC
WIE TAM ME 110V AC
WIE TAM MD 12V DC
WIE TAM MD 24V DC
WIE TAM MD 110V
WIE TAM MD 250V
WIE TAM ME/C 12V

量度和監控繼電器/電壓測量繼電器
SIM1001 AC/DC 0,1-15A;AC230V50-60HZ（A
SIM1001 AC/DC 2-500mA;AC230V50-60HZ（A）
SUM1001 AC/DC0,5-500V;AC230V50-60HZ（A）
SIM1001 AC/DC 0,1-15A;AC 42V50-60HZ（A）
SIM1001 AC/DC 0,1-15A;AC115V50-60HZ（A）
SIM1001 AC/DC 0,1-15A;AC 24V50-60HZ（A）
SIM1001 AC/DC 2-500mA;AC115V50-60HZ（A）
SIM1001 AC/DC 2-500mA;AC 24V50-60HZ（A） 
SUM1001 AC/DC0,5-500V;AC115V50-60HZ（A） 
SBW1005 5A 30S 3AC 440-480V 50-60Hz（B）
SXT32 0,5A 50-60HZ 110-127V 50-60HZ （A）
NMI1001 AC 2-500mA;AC 24V 50-60Hz
NMI1001 AC/DC 2-500mA DC24V
NMI1001 AC/DC2-500mA;AC230-240V 50-60Hz
NMI1001 AC/DC2-500mA;AC115-120V 50-60Hz
NMI1001 AC/DC 0,1-15A;AC24V 50-60Hz
NMI1001 AC/DC 0,1-15A;DC 24V 
NMI1001 AC/DC 0,1-15A;AC230-240V 50-60Hz
NMI1001 AC/DC 0,1-15A;AC115-120V 50-60Hz
量度和監控繼電器/電壓繼量繼電器NUM 1001
NMU1001 AC/DC 0,5-500V;AC24V 50-60Hz
NMU1001 AC/DC 0,5-500V;DC24V 
NMU1001AC/DC 0,5-500V;AC230-240V 50-60Hz
NMU1001AC/DC0,5-500V;AC115-120V 50-60Hz
SMS1005 AC 220-240V 50-60HZ （C） 
SMS1002 AC 220-240V 50-60HZ （D）
SMS1006 AC 220-240V 50-60HZ （A）
SMS1002 AC 110-127V 50-60HZ （D）
SMS1002-101 DC 24V （D）
SMS1061 AC 220-240V 50-60HZ （A）
SMS1062 AC 220-240V 50-60HZ （A）
SMS1002 AC 24V 50-60HZ （D）
STW1001 AC 220-240V 50-60HZ （B）
STW1002 AC 220-240V 50-60HZ （A）
STW1101 AC 220-240V 50-60HZ （A）
STW1102 AC 220-240V 50-60HZ （A）
STW1001 DC 24V （B）
KST12 1S AC 220-240V 50-60HZ （A）
SST12 1S AC 24V 50-60HZ （D）
SST12 1S AC 220-240V 50-60HZ （D）
KST12 1S AC 110V 50-60HZ （A）
SST12 1S AC 110-127V 50-60HZ （D）
NLT1001 （A）
NLT1003 （A）
STM1001 AC 220-240V 50-60HZ （B）
STM1003 AC 220-240V 50-60HZ （B）
電子合繼電器
NGS12 AC/DC 110-127V 50-60HZ （A）
NGS12 AC/DC 220-240V 50-60HZ （A）
NGS12 AC/DC 24V 50-60HZ （A）
NGS12 AC/DC 28V 50-60HZ （A）
KSP12 AC/DC 24V 50-60HZ （C）
KSP12 AC/DC 42-48V 50-60HZ （C）
KSP12 AC/DC 110-120V 50-60HZ （C）
KSP12 AC/DC 220-240V 50-60HZ （C）
SSF32 AC 24V 50-60HZ
SSF32 AC 230V 50-60HZ
SSF32 AC 110-120V 50-60HZ
SSF52 AC 110-120V 50-60HZ
SSF52 AC 24V 50-60HZ
SSF62 DC 24V
SSF52 AC 230V 50-60HZ
NGF31 AC/DC 24-240V 50-60HZ （A）
NGF32 AC/DC 24-240V 50-60HZ （A）
NGF52 AC/DC 24-240V 50-60HZ （A）
KID31K 99IMP AC/DC 24V 50-60HZ （A） 
SID32 99IMP AC 220-240V 50-60HZ （A）
SID32 99IMP AC 110-127V 50-60HZ （A）
KID31K 99IMP AC 230V 50-60HZ （A） 
SID32 999IMP AC 220-240V 50-60HZ （A）
UID51 AC/DC 24V
UID51 AC 110-240V

繼電器
WRS-SSAC1-250V6A
WRS-SSAC1-250V4A
RS-SSDC-60V3A
WRS-SSDC-60V5A
WRS-SSAC1-250V4A
WRS-SSAC1-250V6A
WRS-SSDC-60V3A
WRS-SSDC-60V5A
FLARE-24DC-1W-250V6A
FLARE-24V-1W-48V20M
FLARE-24DC-1W-250V6A-F
FLARE-24V-1S-250V6A-HA
FLARE-24DC-2W-250V6A-F
FLARE-24V-1W-48V20M-F
FLARE-12DC-1W-250V6A-F
FLARE-24V-1W-250V6A-CUT
FLARE-110V-1W-250V6A-F
FLARE-230V-1W-250V6A-F
FLARE MOVE 12VDC-1W-6A
FLARE MOVE 12VDC-1W-AU
FLARE MOVE 24VDC-1W-6A
FLARE MOVE 24VDC-1W-AU
FLARE MOVE 12V-1W-6A
FLARE MOVE 12V-1W-AU
FLARE MOVE 12VDC-1W-10A
FLARE MOVE 24VAC-1W-16A
FLARE MOVE 115AC-2W-8A
FLARE-24VDC/48VDC-0,5A
FLARE-24VDC/48VDC-2A
FLARE-115V/48VDC-0,5A
FLARE-230VAC/48VDC-0,5A
FLARE-24VDC/230VAC-0,5A
FLARE MOVE 48 24AC1W16A
FLARE MOVE 48 12AC1W10A
FLARE MOVE 48 12DC1W10A
FLARE MOVE 48 24DC2W8A
FLARE-TIMER-S-250V6A
FLARE-PID/0100-S-250V6A
WRS-REL-1S-250V5A
WRS-REL-1S-48V20M
WRS-REL-1W-250V16
WRS-REL-1W-250V5A
WRS-REL-1W-48V20M
WRS-REL-2W-250V5A
WRS-REL-2W-48V20M
FLARE MOVE 12VDC-1W-6A
FLARE MOVE 12VDC-1W-AU
FLARE MOVE 24VDC-1W-6A
FLARE MOVE 24VDC-1W-AU
FLARE MOVE 12V-1W-6A
FLARE MOVE 12V-1W-AU
FLARE MOVE 24V-1W-6A
FLARE MOVE 24V-1W-AU
FLARE MOVE 115V-1W-6A
FLARE MOVE 115V-1W-AU
FLARE MOVE 230V-1W-6A
FLARE MOVE 230V-1W-AU
FLARE MOVE 12VDC-1W-10A
FLARE MOVE 12VAC-1W-10A
FLARE MOVE 24VDC-1W-16A
FLARE MOVE 24VAC-1W-16A
FLARE MOVE 115AC-1W-16A
FLARE MOVE 230AC-1W-16A
FLARE MOVE 12VDC-2W-8A
FLARE MOVE 24VDC-2W-8A
FLARE MOVE 115AC-2W-8A
FLARE MOVE 230AC-2W-8A
FLARE MOVE SF38 24V DC
FLARE MOVE IP SERIE 38
FLARE MOVE SF38 12V
FLARE MOVE SF38 48V
FLARE MOVE SF38 115V
FLARE MOVE SF38 230V
FLARE MOVE KB SERIE 38
FLARE MOVE 38 6VDC
FLARE MOVE 38 6VDC AU
FLARE MOVE 38 12VDC6A
FLARE MOVE 38 12DC6A AU
FLARE MOVE 38 24VDC6A
FLARE MOVE 38 24DC6A AU
FLARE MOVE 38 60VDC6A
FLARE MOVE 38 60DC6A AU
FLARE MOVE BM SERIE 38
FLARE MOVE VARICLIP
FLARE MOVE METALL
FLARE MOVE KB SERIE 48
FLARE MOVE BZ SERIE 48
FLARE MOVE 48 12DC1W10A
FLARE MOVE 48 12AC1W10A
FLARE MOVE 48 24DC1W16A
FLARE MOVE 48 24AC1W16A
FLARE MOVE 48 115AC1W16
FLARE MOVE 48 230AC1W16
FLARE MOVE 48 12DC2W8A
FLARE MOVE 48 24DC2W8A
FLARE MOVE 48 115AC2W8A
FLARE MOVE 48 230AC2W8A

時間和轉換繼電器
NGZ72 300H AC/DC 24-240V 50-60HZ（A）
NGZ720 300H AC/DC 24-240V 50-60HZ（A）
NGZ72-S 300H AC/DC 24-240V 50-60HZ（A）
NGZ71 300H AC/DC 24-240V 50-60HZ （A）
NGZ710 300H AC/DC 24-240V 50-60HZ（A）
NGM1600 300H AC/DC 24-240V 50-60HZ（A）
NGM1002 300H AC/DC 24-240V 50-60HZ（A）
NGM1003 300H AC/DC 24-240V 50-60HZ（A）
NGM1004 300H AC/DC 24-240V 50-60HZ（A）

信號隔離變送器
DIPOS M-2 KSQ FSW
DIPOS M-2 TC SSW
DIPOS M-2 TC FSW
DIPOS M-3 SSW
DIPOS M-3 FSW
DIPOS M-3 AKT SSW
DIPOS M-3 AKT FSW
DIPOS M-4 SSW
DIPOS M-4 FSW
DIPOS M-4 SSW
DIPOS M-4 FSW
DIPOS H-2-05 LG
DIPOS H-3-05 LG
DIPOS H-4-05 LG
DIPOS HS2L 01 LG
DIPOS HS2-01 LG
DIPOS HS3L 01 LG
DIPOS HS3-01 LG
DIPOS HS4L 01 LG
DIPOS HS4-01 LG
DIPOS E-2-PT 30400
DIPOS E-2-TC 11208
DIPOS E-3-AKT 0002
DIPOS E-3-AKT 0005
DIPOS E-3-AKT 0101
DIPOS E-3-AKT 0205
DIPOS E-3-AKT 0303
DIPOS E-4-UET 0110
DIPOS E-4-UET 0311T
DIPOS E-4-UET 0410
DIPOS E-2-KSQ
多功能安全開關裝置
SNV 4074SL 3s
SNV 4074SL 30s
SNV 4074SL 300s
SNV 4074SL-A 3s
SNV 4074SL-A30s
SNV 4074SL-A300s
SNV 4074SL-C 3s
SNV 4074SL-C 30s
SNV 4074SL-C 300s
SNV 4074SL3s
SNV 4074SL 30s
SNV 4074SL 300s
SNV 4074SL-A 3s
SNV 4074SL-A 30s
SNV 4074SL-A 300s
SNV 4074SL-C 3s
SNV 4074SL-C 30s
SNV 4074SL-C 300s
SNV 4076SL 3s
SNV 4076SL 30s
SNV 4076SL 300s
SNV 4076SL-A 3s
SNV 4076SL-A 30s
SNV 4076SL-A 300s
SNV 4076SL-C 3s
SNV 4076SL-C 30s
SNV 4076SL-C 300s
SNV 4076SL 3s
SNV 4076SL 30s
SNV 4076SL 300s
SNV 4076SL-A 3s
SNV 4076SL-A 30s
SNV 4076SL-A 300s
SNV 4076SL-C 3s
SNV 4076SL-C 30s
SNV 4076SL-C 300s
SNV 4274SL 3s
SNV 4274SL 30s
SNV 4274SL 300s
SNV 4274SL-A 3s
SNV 4274SL-A 30s
SNV 4274SL-A 300s
SNV 4274SL-C 3s
SNV 4274SL-C 30s
SNV 4274SL-C 300s
SNV 4274SL 3s
SNV 4274SL 30s
SNV 4274SL 300s
SNV 4274SL-A 3s
SNV 4274SL-A 30s
SNV 4274SL-A 300s
SNV 4274SL-C 3s
SNV 4274SL-C 30s
SNV 4274SL-C 300s
SNV 4074ST 3s
SNV 4074ST 30s
SNV 4074ST 300s
SNV 4074ST-A 3s
SNV 4074ST-A 30s
SNV 4074ST-A 300s
SNV 4074ST-C 3s
SNV 4074ST-C 30s
SNV 4074ST-C 300s
SNV 4074ST 3s
SNV 4074ST 30s
SNV 4074ST 300s
SNV 4074ST-A 3s
SNV 4074ST-A 30s
SNV 4074ST-A 300s
SNV 4074ST-C 3s
SNV 4074ST-C 30s
SNV 4074ST-C 300s
SA-BM-S1-4EKL-A 5S DC 24V （A）
SNO4063K AC 230V 50-60HZ （A） 
SA-BM-S1-4EKL-A 50S DC 24V （A） 
SNO4063K-A AC/DC 24V 50-60HZ 
SA-BM-S1-4EKL-A 5MIN DC 24V （A） 
SNO4063K-A AC 115V-120V 50-60HZ （A）
SA-BS-S1-4EKL-A 5S DC 24V （A）
SNO4063K-A AC 230 50-60HZ （A） 
SA-BS-S1-4EKL-A 50S DC 24V （A）
SNT4M63K AC/DC 24V 50-60HZ （A） 
SA-BS-S1-4EKL-A 5MIN DC 24V （A）
SNT4M63K AC 115V-120V 50-60HZ （A） 
SA-IN-S1-K-A DC 24V （A） 
SNT4M63K AC 230V 50-60HZ （A） 392
SA-OR-S1-4RK-A DC 24V （A） 
SNT4M63K-A AC/DC 24V 50-60HZ （A） 
SA-PROFIBUS-DP-A DC 24V （A）
SNT4M63K-A AC 115V-120V 50-60HZ （A）
SA-OR-S2-2RK-A_DC_24V_（A） 
SNT4M63K-A AC 230V 50-60HZ （A）
SCI1001S-A DC 24V （B）
SNO2012 AC 120V 50-60Hz （B） 
SC-CANopen-A （A） 
SNO2012 DC 24V （B） 
SC-PROFIBUS-DP-A （A）
SNO2012 AC 230V 50-60HZ （B）
SC-DeviceNET-A （A） 
SNO4063K DC 12V （A） 
SCB1001S-A DC 24V （B）
SNO4063K-A DC 12V （A） 
SCB1001SL-A 3s DC 24V （B） 
SNO4063KR AC/DC 24V 50-60HZ （A）
SCB1001SL-A 30s DC 24V （B）
SNO4063KR AC 115-120V 50-60HZ （A） 
SC-Z1 DC 24V, HL-Stecker 
SNO4063KR AC 230V 50-60HZ （A） 
SNO3002-17 DC 24V （A） 
SNO4063KR DC 12V （A） 384
SNO3002-230 AC 230V 50-60HZ （A）
SNO4063KR-A AC/DC 24V 50-60HZ （A）
SNO2003-17 DC 24V （A） 436 
SNO4063KR-A AC 115-120V 50-60HZ （A） 
SNO2003-230 AC 230V 50-60HZ （A）
SNO4063KR-A AC 230V 50-60HZ （A） 
SNV2020-17 30S AC/DC 24V 50-60HZ （A） 
SNO4063KR-A DC 12V （A） 
SNO2003-24 AC 24V 50-60HZ （A）
SNT4M63KR AC/DC 24V 50-60HZ （A） 
SNO2001-115 AC 115V 50-60HZ （C） 
SNT4M63KR AC 115-120V 50-60HZ （A） 
SNO2001-120 AC 120V 50-60HZ （C） 
SNT4M63KR AC 230V 50-60HZ （A） 
SNO2001-17 DC 24V （C）
SNT4M63KR-A AC/DC 24V 50-60HZ （A） 
SNO2001-230 AC 230V 50-60HZ （C）
SNT4M63KR-A AC 115-120V 50-60HZ （A） 
SNO2001-24 AC 24V 50-60HZ （C） 
SNT4M63KR-A AC 230V 50-60HZ （A） 
SNO3004-17 DC 24V （A） 
SNO4063KM AC/DC 24V 50-60HZ （A） 
SNO3004-24 AC 24V （A） 
SNO4063KM-A AC/DC 24V 50-60HZ （A） 
SNO3004-115 AC 115V 50-60HZ （A）
SNE4008S AC/DC 24V （A） 408
SNO3004-120 AC 120V 50-60HZ （A） 
SNE4008S-A AC/DC 24V （A） 
SNL1001-17 DC 24V （A） 
SNE4003K DC 24V （A） 400
SNV2020-17 3S AC/DC 24V 50-60HZ （A） 
SNE4003K-A DC 24V （A） 400
SNO2003-115 AC 115V 50-60HZ （A）
SNO5002K AC 230V 50-60HZ （A 456
SNO1002 DC 24V （D） 
SNO5002K DC 24V （A）
SNO1004 DC 24V （D） 
SNO5002K AC 115-120V50-60Hz（A） 
SNO1005 DC 24V （D） 
工具
95.101.1100.0
95.101.1200.0
95.101.1300.0
ABISOLIERZANGE
ABMANZANGE
ABMANMESSER
06.502.4000.0

R9
EX GOT GS24 M25 09IA Z4 1297
SNO4003K AC115V-120V50-60HZ（B） 
EX GOT GS24 M32 09IA Z4 1297
SNO4003K AC 230V 50-60HZ （B）
EX GOT GR 6 M20 09IA Z4 1285
SNO4003K-A AC 115V-120V50-60HZ（B） 
EX GOT GR 6 M25 09IA Z4 1285
SNO4003K-A AC 230V 50-60HZ （B） 
EX GOT GP10 M20 09IA Z4 1289
SNZ4052K AC 115-120V 50-60HZ（B） 
EX GOT GP10 M25 09IA Z4 
SNZ4052K AC 230V 50-60HZ（B） 
EX GOT GP16 M25 09IA Z4 1293
SNZ4052K-A AC 115-120V 50-60HZ（B） 
EX GOT GP16 M32 09IA Z4 1293
SNZ4052K-A AC 230V 50-60HZ（B） 
EX GOT GP24 M25 09IA Z4 1297
SNO4063K AC/DC 24V 50-60HZ （A） 
EX GOT GP24 M32 09IA Z4 1297
SNO4063K AC 115V-120V 50-60HZ （A） 
R2
MZ54F 60H AC 230V 50/60HZ 
SNO2002-17 DC 24V （D）
MZ54 60H AC 230V 50/60HZ
SNO2002-120 AC 120V 50-60HZ （D）
MZ54 60H AC 110-115V 50/60HZ
SNO2002-24 AC 24V 50-60HZ （D）
MZ54F 60H AC 110-115V 50/60HZ 856
SNO2002-115 AC 115V 50-60HZ （D） 
MZ54 60H AC 24V 50/60HZ 
SNO2002-230 AC 230V 50-60HZ （D） 
DZ52-SG 100S AC 230V 50/60HZ
SNO2001-103-17 DC24V AC24V 50-60HZ （C）
DZ52-SG 60H AC 230V 50/60HZ
SNO1005 AC 115V 50-60Hz （D） 
DZ52-SG 30H AC 230V 50/60HZ 
SNO1005 AC 230V 50-60HZ （D）
DZ52-SG 1000S AC 230V 50/60HZ 
SNO1004 AC 230V 50-60Hz （D） 
DZ52-SG 1000S AC 110-115V 50/60HZ 
SNO1002 AC 230V 50-60HZ （D） 
DZ52-SG 100S AC 110-115V 50/60HZ 
SNO1002 AC 24V 50-60Hz （D）
DZ52-SG 30H AC 110-115V 50/60HZ
SNT1003-17 DC 24V （A）
DZ52-SG 60H AC 110-115V 50/60HZ
SNO2005-17 DC 24V （B）
DZ12-SL CSA 60MIN AC 110-115 V 50/60 HZ
SNO2005-120 AC 120V 50-60Hz （B）
Z12-SL CSA 6MIN AC 110-115 V 50/60 HZ 
SNO2005-115 AC 115V 50-60Hz （B）
DZ521L CSA 30H AC110-115V 50/60HZ 
SNO2005-230 AC 230V 50-60Hz （B）
DZ12-SL CSA 12MIN AC 230V 50/60HZ 
SNO2005-24 AC 24V 50-60HZ （B）
DZR12-SL 6MIN AC 230V 50HZ 
SNO4003K AC/DC 24V 50-60HZ （B）
DZ12-SL CSA 3MIN AC 110-115 V 50/60 HZ 
SNO2004-17 AC/DC 24V 50-60HZ （C） 
DZR52-SL 100S AC 230V 50HZ 
SNZ4052K AC/DC 24V 50-60HZ （B）
DZ52-SL 30H AC 24V 50/60HZ 
SNE4004KV-A 0,5S DC 24V （A） 
DZ12-SL 30S AC 110-115V 50/60HZ
SNE4004KV-A 1S DC 24V （A）
DZ12-SL 3S AC 110-115V 50/60HZ 
SNE4004KV-A 2S DC 24V （A） 
DZR52-SL 60H AC 110-115V 60HZ 
SNE4004KV-A 3S DC 24V （A） 
DZ12-SL 3MIN AC 230V 50/60HZ
SNO4003K-A AC/DC 24V 50-60HZ （B） 
DZR12-SL 30S AC 110-115V 60HZ 
SNE4004K AC/DC 24V 50-60HZ （A）
DZR12-SL 24H AC 230V 50HZ 
SNZ4052K-A AC/DC 24V 50-60HZ （B） 
DZR12-SL 24H AC 110-115V 50HZ
SNE4004KV 0,5S DC 24V （A）
DZR12-SL 6MIN AC 110-115V 60HZ 
SNE4004KV 1S DC 24V （A）
DZR12-SL 60H AC 110-115V 60HZ
SNE4004KV 2S DC 24V （A） 
DZ74-2SL 60H AC 230V 50/60HZ
SNE4004KV 3S DC 24V （A） 
DZR52-SL 30H AC 110-115V 60HZ
SNE4004K-A AC/DC 24V （A） 
DZR12-SL 12MIN AC 110-115V 60HZ
SNV4063KL 3S DC 24V （A） 
DZR12-SL 3S AC 110-115V 60HZ
SNV4063KL-A 3S DC 24V （A）
DZR12-SL 30MIN AC 110-115V 60HZ 
SNV4063KL 30S DC 24V （A） 
DZR12-SL 12S AC 110-115V 60HZ 
SNV4063KL-A 30S DC 24V （A） 
DZR12-SL 6S AC 110-115V 60HZ
SNV4063KP 3S DC 24V （A） 
DZR12-SL 100S AC 110-115V 60HZ
SNV4063KP-A 3S DC 24V （A） 
DZR12-SL 3MIN AC 110-115V 60HZ
SNV4063KP 30S DC 24V （A） 
DZ521L CSA 60H AC 110-115V50/60HZ 
SNV4063KP-A 30S DC 24V （A） 
DZR12-SL 12MIN AC 230V 60HZ 
SNO4062K AC/DC 24V 50-60HZ （C） 
DZ521L 30H AC 110-115V 50/60HZ 
SNO4062K-A AC/DC 24V 50-60HZ （C） 
DZR12-SL 120MIN AC 110-115V 60HZ 
SNO4062KM AC/DC 24V 50-60HZ （C） 
DZ12-SL 120MIN AC110-115V 50/60HZ 
SNO4062KM-A AC/DC 24V 50-60Hz （C） 
DZR12-SL 60S AC 110-115V 60HZ 
SNL4062K DC 24V （B） 
DZ52-SL 60H AC 116-120V 50/60HZ 
SNL4062K-A DC 24V （B） 
DZ12-SL 60H AC 110-115V 50/60HZ
DZ12-SL 60MIN AC 230V 50/60HZ
DZR12-SL 6MIN AC 110-115V 50HZ
DZ12-SL CSA 12S AC 110-115 V 50/60HZ
DZ12-SL 100S AC 230V 50/60HZ
DZR12-SL 60MIN AC 110-115V 60HZ
DZR12-SL 3S AC 110-115V 50HZ
DZR12-SL 100S AC 110-115V 50HZ
DZN52-SL 30H AC 110-115V 50/60HZ
DZ72-S 30H AC 110-115V 50/60HZ
DZ72-S 60H AC 110-115V 50/60HZ
DZ74-2S 30H AC 110-115V 50/60HZ
DZ12-SL 30MIN AC 110-115V 50/60HZ
DZ12-SL 3MIN AC 110-115V 50/60HZ
DZ12-SL 12MIN AC 110-115V 50/60HZ
DZ12-SL 60MIN AC 110-115V 50/60HZ 1
DZ72-S 100S AC 230V 50/60HZ
DZ74-2S 60H AC 110-115V 50/60HZ
DZ52-SL 60H AC 110-115V 50/60HZ
DZ72-S 30H AC 24V 50/60HZ
DZN52-SL 30H AC 24V 50/60HZ
DZ12-SL 6S AC 110-115V 50/60HZ
DZ52-SL 30H AC 230V 50/60HZ
DZ52-SL 100S AC 24V 50/60HZ
DZR12-SL 6H AC 110-115V 60HZ
DZ72-S 60H AC 24V 50/60HZ
DZR12-SL 6S AC 230V 50HZ
DZ74-2S 30H AC 24V 50/60HZ
DZR12-SL 30MIN AC 230V 50HZ
DZ12-SL 30H AC 230V 50/60HZ
DZ12-SL 6H AC 230V 50/60HZ
DZR12-SL 120MIN AC 230V 50HZ
DZR12-SL 3MIN AC 230V 50HZ
DZ12-SL 60S AC 110-115V 50/60HZ
DZ12-SL 6MIN AC 110-115V 50/60HZ
DZ12-SL 60H AC 230V 50/60HZ
DZ12-SL 30S AC 24V 50/60HZ
DZ12-SL 6S AC 230V 50/60HZ
DZ12-SL 12MIN AC 24V 50/60HZ
DZ12-SL 12MIN AC 230V 50/60HZ
DZR52-SL 30H AC 230V 50HZ
DZR12-SL 12S AC 230V 50HZ
DZ72-S 60H AC 230V 50/60HZ
DZ74-2S 60H AC 24V 50/60HZ
DZ12-SL 6MIN AC 230V 50/60HZ
DZ72-S 30H AC 230V 50/60HZ
DZR12-SL 1S AC 230V 50HZ
DZN52-SL 60H AC 230V 50/60HZ
DZ52-SL 60H AC 42V 50/60HZ
DZ12-SL CSA 30MIN AC 110-115 V 50/60HZ
DZN12-SL 12MIN AC 230V 50/60HZ
DZ74-2S 30H AC 230V 50/60HZ
DZN52-SL 100S AC 24V 50/60HZ
DZ12-SL 12S AC 230V 50/60HZ
DZ12-SL 30S AC 230V 50/60HZ
DZ12-SL 1S AC 230V 50/60HZ
DZN52-SL 30H AC 230V 50/60HZ
DZ74-2S 60H AC 230V 50/60HZ
DZ521L 30H AC 230V 50/60HZ
DZ12-SL 6H AC 110-115V 50/60HZ
DZ12-SL 3H AC 110-115V 50/60HZ
DZ12-SL 12H AC 230V 50/60HZ
DZ74-2S 1000S AC 230V 50/60HZ
DZ521L 60H AC 230V 50/60HZ
DZ52-SL 100S AC 230V 50/60HZ
DZ12-SL 120MIN AC 230V 50/60HZ
DZ12-SL 120H AC 230V 50/60HZ
DZ52-SL 1000S AC 230V 50/60HZ
DZR52-SL 60H AC 230V 50HZ
DZ12-SL 30MIN AC 230V 50/60HZ
DZ52-SL 60H AC 230V 50/60HZ
DZR12-SL 60MIN AC 230V 50HZ
DZR12-SL 12MIN AC 230V 50HZ
DZR12-SL 6H AC 230V 50HZ
DZ52-SL 1000S AC 110-115V 50/60HZ1
DZ12-SL 60S AC 230V 50/60HZ
DZR13-SL-196/1 60MIN AC 230V 50HZ
DZR13-SL-196/3 24H AC 230V 50HZ
DZR13-SL-196/8 72H AC 230V 50HZ
DZR13-SL-196/5 26H AC 230V 50HZ
DZR13-SL-189/2 120MIN AC 230V 50HZ
DZR12-SL 30S AC 110-115V 50HZ
DZR13-SL-196/2 120MIN AC 230V 50HZ
DZR12-SL 3H AC 230V 50HZ
DZR52-SL 1000S AC 230V 50HZ
DZR12-SL 30H AC 230V 50HZ
DZN52-SL 60H AC 110-115V 50/60HZ
DZN52-SL 1000S AC 230V 50/60HZ
DZR12-SL 60H AC 230V 50HZ
DZR12-SL 6S AC 110-115V 50HZ
DZR12-SL 60MIN AC 110-115V 50HZ
DZR12-SL 3MIN AC 110-115V 50HZ
DZR52-SL 30H AC 24V 50HZ
DZ521L 100S AC 230V 50/60HZ
DZ521L 1000S AC 230V 50/60HZ
DZ521L 60H AC 110-115V 50/60HZ
DZN52-SL 60H AC 24V 50/60HZ
DZ72-S 1000S AC 230V 50/60HZ
DZR12-SL 12S AC 110-115V 50HZ
DZR12-SL 60S AC 110-115V 50HZ
DZN12-SL 12MIN AC 24V 50/60HZ
DZR12-SL 3S AC 230V 50HZ
DZ12-SL 12H AC 110-115V 50/60HZ
DZ12-SL 12MIN AC 48V 50/60HZ
DZ74-2S 1000S AC 110-115V 50/60HZ
DZ521L 1000S AC 110-115V 50/60 HZ
DZN52-SL 100S AC 230V 50/60HZ
DZ521L 100S AC 110-115V 50/60HZ
DZR52-SL 60H AC 24V 50HZ
DZ12-SL CSA 12H AC 110-115V 50/60HZ
DZ12-SL CSA 6H AC 110-115 V 50/60HZ
DZR12-SL-231 30MIN AC 24V 50HZ
DZR12-SL 12S AC 24V 50HZ
DZ12-SL 30H AC 110-115V 50/60HZ
DZ52-SL 60H AC 125-127V 50/60HZ
DZ12-SL CSA 12MIN AC 110-115V 50/60HZ
DZ12-SL CSA 30S AC 110-115 V 50/60HZ
DZN52-SL 1000S AC 110-115V 50/60HZ
DZR12-SL 12H AC 230V 50HZ
DZN52-SL 1000S AC 24V 50/60HZ
DZ52-SL 30H AC 116-120V 50/60HZ
DZR12-SL 100S AC 230V 50HZ
DZ74-2SL 30H AC 230V 50/60HZ
DZR52-SL 60H AC 110-115V 50HZ
DZR52-SL 100S AC 110-115V 50HZ
DZ74-2SL 60H AC 110-115V 50/60HZ
DZ12-SL 3S AC 230V 50/60HZ
DZ74-2SL 30H AC 110-115V 50/60HZ
DZR12-SL 60S AC 230V 50HZ
DZN52-SL 100S AC 110-115V 50/60HZ
DZR12-SL 30MIN AC 110-115V 50HZ
DZR12-SL 12MIN AC 110-115V 50HZ
DZR52-SL 1000S AC 110-115V 50HZ
DZ74-2SL 60H AC 24V 50/60HZ
DZR13-SL-189/1 60MIN AC 230V 50HZ
DZ74-2S 100S AC 230V 50/60HZ
DZR52-SL 30H AC 110-115V 50HZ
DZ12-SL 3H AC 230V 50/60HZ
DZ52-SL 60H AC 24V 50/60HZ
DZR12-SL 30S AC 230V 50HZ
DZ74-2SL 30H AC 24V 50/60HZ
DZR12-SL 120MIN AC 110-115V 50HZ
DZ12-SL 12S AC 110-115V 50/60HZ
DZ52-SL 100S AC 110-115V 50/60HZ
DZ52-SL 30H AC 110-115V 50/60HZ
SZA52-S 30H AC 110-115V 50/60HZ
SZAN52-S 30H AC 230V 50/60HZ
SZAN52-S 1000S AC 24V 50/60HZ
SZA521 60H AC 230V 50/60HZ
SZAN52-S 1000S AC 230V 50/60HZ
SZA54-2S 60H AC 125-127V 50/60HZ
SZA52-S 60H AC 230V 50/60HZ
SZA52-S 60H AC 24V 50/60HZ
SZA52-S 60H AC 42V 50/60HZ
SZA52-S 1000S AC 110-115V 50/60HZ
SZA521 1000S AC 110-115V 50/60HZ
SZA521 60H AC 110-115V 50/60HZ
SZA52-S 60H AC 110-115V 50/60HZ
SZA521 60H AC 24V 50/60HZ
SZA54-2S 60H AC 24V 50/60HZ
SZA52-S 1000S AC 230V 50/60HZ
SZA52 60H AC 24V 50/60HZ
SZA54-2S 60H AC 110-115V 50/60HZ
SZA521 60H AC 42V 50/60HZ
+ZA521 1000S AC 24V 50/60HZ
SZA52 60H AC 110-115V 50/60HZ
SZA52 60H AC 230V 50/60HZ
SZA521 1000S AC 230V 50/60HZ
SZA521 30H AC 110-115V 50/60HZ
SZA52-S 60H AC 48V 50/60HZ
SZA52-S 30H AC 24V 50/60HZ
SZAN52-S 30H AC 110-115V 50/60HZ
SZA521 30H AC 24V 50/60HZ
SZAN52-S 60H AC 110-115V 50/60HZ
SZAN52-S 60H AC 24V 50/60HZ
SZAN52-S 60H AC 230V 50/60HZ
SZA521 30H AC 230V 50/60HZ
SZA54-2S 60H AC 230V 50/60HZ
SZAN52-S 30H AC 24V 50/60HZ
SZA52-S 30H AC 230V 50/60HZ
SZA52-S 1000S AC 24V 50/60HZ
DZA521L 60H AC 230V 50/60HZ
DZAN52-SL 60H AC 230V 50/60HZ
DZA52-SL 1000S AC 110-115V 50/60HZ
DZA52-SL 1000S AC 125-127V 50/60HZ
DZA52-SL 60H AC 230V 50/60HZ
DZA52L 60H AC 230V 50/60HZ
DZA52-SL 30H AC 230V 50/60HZ
DZAN52-SL 30H AC 230V 50/60HZ
DZA52-SL 1000S AC 230V 50/60HZ
DZA521L 30H AC 230V 50/60HZ
DZAN52-SL 30H AC 24V 50/60HZ
DZAN52-SL 30H AC 110-115V 50/60HZ
DZAN52-SL 60H AC 24V 50/60HZ
DZA521L 60H AC 110-115V 50/60HZ
DZA521L 60H AC 24V 50/60HZ 
DZA52-SL 60H AC 42V 50/60HZ
DZAN52-SL 60H AC 110-115V 50/60HZ
DZAN52-SL 1000S AC 230V 50/60HZ
DZA52L 60H AC 24V 50/60HZ
DZA52-SL 1000S AC 24V 50/60HZ
DZA52-SL 60H AC 48V 50/60HZ
DZAN52-SL 1000S AC 110-115V 50/60HZ
DZA52-SL 60H AC 125-127V 50/60HZ
DZA52-SL 60H AC 110-115V 50/60HZ
DZA53-SL 60H AC 230V 50/60HZ
DZA52-SL 30H AC 110-115V 50/60HZ
DZAN52-SL 1000S AC 24V 50/60HZ
DZA52-SL 30H AC 24V 50/60HZ
DZA52-SL 60H AC 24V 50/60HZ
SPZA52 I+P:1000S AC 110-115V 50/60HZ
SPZA52 I:1000S P:30H AC110-115V50/60HZ
SPZA52 I:1000S P:30H AC 230V 50/60HZ
SPZA52 I:1000S P:60H AC 230V 50/60HZ
SPZA52 I+P:30H AC 24V 50/60HZ
SPZA52 I+P:30H AC 110-115V 50/60HZ
SPZA52 I+P:60H AC 24V 50/60HZ
SPZA52 I+P:60H AC 110-115V 50/60HZ
SPZA52 I+P:1000S AC 24V 50/60HZ
SPZA52 I+P:30H AC 230V 50/60HZ
SPZA52 I+P:60H AC 230V 50/60HZ
SPZA52 I+P:1000S AC 230V 50/60HZ
DZD72-SLK 99,99H AC220-240V50-60HZ（A）
DZD31G-189 99,9S AC 220V 50-60HZ （A）
DZD72LK 99,99H AC 220-240V 50-60HZ（A）
KZD31K 9999S AC/DC 24V 50-60HZ （A）
DZD72LK 99,99H AC/DC 24V 50-60HZ （A）
DZD72-SLK 99,99H AC/DC 24V 50-60HZ（A）
DZD31G-189 9,99S AC 220V 50-60HZ （A）
UZD31 9,99S AC 110-127V 50-60HZ （A）
UZD31 999,9S AC/DC 24V 50-60HZ （A）
KZD31K 9,99S AC 230V 50-60HZ （A）
UZD31 9,99S AC 230V 50-60HZ （A）
DZD72-SLK 99,99H AC/DC 42V 50-60HZ（A）
DZD92L 100H AC 115V 50-60HZ （B）
DZD92L 100H AC 230V 50-60HZ （B）
DZD92L 100H AC 24V 50-60HZ （B）
DZD92L 100H AC 42V 50-60HZ （B）
DZD92L 100H DC 24V （B）
UZD31 99,99S AC 230V 50-60HZ （A）
UZD31 99,9S AC/DC 24V 50-60HZ （A）
UZD31 9,9S AC 230V 50-60HZ （A）
UZD31 9,99S AC/DC 24V 50-60HZ （A）
UZD31 99,99S AC/DC 24V 50-60HZ （A）
UZD31 9,99MIN AC/DC 24V 50-60HZ （A）
SZTZ120 0,25S AC 220-240V 50-60HZ （A）
SZTZ120 0,45S AC 220-240V 50-60HZ （A）
SZTZ220 0,45S DC 24V （B）
KZT510K 10H AC/DC 24V 50-60HZ （B）
KZT510K 10H AC 230V 50-60HZ （B）
KZTH11 100S AC/DC 60-230V 50-60HZ （C）
KZTH11 10S AC/DC 24-110V 50-60HZ （C）
KZTH11 10S AC/DC 60-230V 50-60HZ （C）
KZTH11 1S AC/DC 60-230V 50-60HZ （C）
KZTH11 30S AC/DC 60-230V 50-60HZ （C）
KZTH11 3S AC/DC 24-110V 50-60HZ （C）
KZTH11 3S AC/DC 60-230V 50-60HZ （C）
NGD31 100S AC/DC 24-240V 50-60HZ （A）
NGD31 10S AC/DC 24-240V 50-60HZ （A）
NGD31 1S AC/DC 24-240V 50-60HZ （A）
NGD31 30S AC/DC 24-240V 50-60HZ （A）
NGD32 100S AC/DC 24-240V 50-60HZ （A）
NGD32 10S AC/DC 24-240V 50-60HZ （A）
NGD32 1S AC/DC 24-240V 50-60HZ （A）
NGD32 30S AC/DC 24-240V 50-60HZ （A）
UZD51 AC 110-240V
NGZ11 1000S AC/DC 24-240V 50-60HZ （A）
NGZ11 100H AC/DC 24-240V 50-60HZ （A）
NGZ11 100S AC/DC 24-240V 50-60HZ （A）
NGZ11 10H AC/DC 24-240V 50-60HZ （A）
NGZ11 10MIN AC/DC 24-240V 50-60HZ （A）
NGZ11 10S AC/DC 24-240V 50-60HZ （A）
DZA52-SL 60H AC 42V 50/60HZ
DZAN52-SL 60H AC 110-115V 50/60HZ
DZAN52-SL 1000S AC 230V 50/60HZ
DZA52L 60H AC 24V 50/60HZ
DZA52-SL 1000S AC 24V 50/60HZ
DZA52-SL 60H AC 48V 50/60HZ
DZAN52-SL 1000S AC 110-115V 50/60HZ
DZA52-SL 60H AC 125-127V 50/60HZ
DZA52-SL 60H AC 110-115V 50/60HZ
DZA53-SL 60H AC 230V 50/60HZ
DZA52-SL 30H AC 110-115V 50/60HZ
DZAN52-SL 1000S AC 24V 50/60HZ
DZA521L 30H AC 24V 50/60HZ
DZA52-SL 30H AC 125-127V 50/60HZ
DZA521L 30H AC 110-115V 50/60HZ
DZA52-SL 30H AC 24V 50/60HZ
DZA52-SL 60H AC 24V 50/60HZ
SPZA52 I+P:1000S AC 110-115V 50/60HZ
SPZA52 I:1000S P:30H AC110-115V50/60HZ
SPZA52 I:1000S P:30H AC 230V 50/60HZ
SPZA52 I:1000S P:60H AC 230V 50/60HZ
SPZA52 I+P:30H AC 24V 50/60HZ
SPZA52 I+P:30H AC 110-115V 50/60HZ
SPZA52 I+P:60H AC 24V 50/60HZ
SPZA52 I+P:60H AC 110-115V 50/60HZ
SPZA52 I+P:1000S AC 24V 50/60HZ
SPZA52 I+P:30H AC 230V 50/60HZ
SPZA52 I+P:60H AC 230V 50/60HZ
SPZA52 I+P:1000S AC 230V 50/60HZ
DZD72-SLK 99,99H AC220-240V50-60HZ（A）
UZD31 999,9MIN AC/DC 24V 50-60HZ （A）
DZD31G-189 99,9S AC 220V 50-60HZ （A）
DZD72LK 99,99H AC 220-240V 50-60HZ（A）
KZD31K 9999S AC/DC 24V 50-60HZ （A）
DZD72LK 99,99H AC/DC 24V 50-60HZ （A）
DZD72-SLK 99,99H AC/DC 24V 50-60HZ（A）
DZD31G-189 9,99S AC 220V 50-60HZ （A）
UZD31 9,99S AC 110-127V 50-60HZ （A）
UZD31 999,9S AC/DC 24V 50-60HZ （A）
KZD31K 99,9S AC 230V 50-60HZ （A）
DZD72-SLK 99,99H AC/DC 60V 50-60HZ（A）
KZD31K 99,99S AC/DC 24V 50-60HZ （A）
DZD72LK 99,99H AC/DC 60V 50-60HZ （A）
KZD31K 9,99S AC/DC 24V 50-60HZ （A）
UZD1001 99,99H AC 42V 50-60HZ （A）
UZD1002 99,99H DC 24V （A）
UZD31 99,9S AC 230V 50-60HZ （A）
UZD1001 99,99H AC 118V 50-60HZ （A）
UZD1001 99,99H AC 24V 50-60HZ （A）
DZD72LK 99,99H AC/DC 48V 50-60HZ（A）
DZD72LK 99,99H AC 110-127V 50-60HZ（A）
DZD72-SLK 99,99H AC110-127V50-60HZ（A）
DZD32-SL-228 99,99S AC220-240V50HZ （A）AT
UZD1001 99,99H AC 230V 50-60HZ （A）
KZD31K 9,99S AC 230V 50-60HZ （A）
UZD31 9,99S AC 230V 50-60HZ （A）
DZD72-SLK 99,99H AC/DC 42V 50-60HZ（A）
DZD92L 100H AC 115V 50-60HZ （B）
DZD92L 100H AC 230V 50-60HZ （B）
DZD92L 100H AC 24V 50-60HZ （B）
DZD92L 100H AC 42V 50-60HZ （B）
DZD92L 100H DC 24V （B）
UZD31 99,99S AC 230V 50-60HZ （A）
UZD31 99,9S AC/DC 24V 50-60HZ （A）
UZD31 9,9S AC 230V 50-60HZ （A）
UZD31 9,99S AC/DC 24V 50-60HZ （A）
UZD31 99,99S AC/DC 24V 50-60HZ （A）
UZD31 9,99MIN AC/DC 24V 50-60HZ （A）
SZTZ120 0,25S AC 220-240V 50-60HZ （A）
SZTZ120 0,45S AC 220-240V 50-60HZ （A）
SZTZ220 0,45S DC 24V （B）
KZT510K 10H AC/DC 24V 50-60HZ （B）
KZT510K 10H AC 230V 50-60HZ （B）
KZTH11 100S AC/DC 60-230V 50-60HZ （C）
KZTH11 10S AC/DC 24-110V 50-60HZ （C）
KZTH11 10S AC/DC 60-230V 50-60HZ （C）
KZTH11 1S AC/DC 60-230V 50-60HZ （C）
KZTH11 30S AC/DC 60-230V 50-60HZ （C）
KZTH11 3S AC/DC 24-110V 50-60HZ （C）
KZTH11 3S AC/DC 60-230V 50-60HZ （C）
時間和轉換繼電器
NGD31 100S AC/DC 24-240V 50-60HZ （A）
NGD31 10S AC/DC 24-240V 50-60HZ （A）
NGD31 1S AC/DC 24-240V 50-60HZ （A）
NGD31 30S AC/DC 24-240V 50-60HZ （A）
NGD32 100S AC/DC 24-240V 50-60HZ （A）
NGD32 10S AC/DC 24-240V 50-60HZ （A）
NGD32 1S AC/DC 24-240V 50-60HZ （A）
NGD32 30S AC/DC 24-240V 50-60HZ （A）
UZD51 AC 110-240V 
NGZ110 100S AC 110-127V 50-60HZ （A）
NGZ110 100S AC 230-240V 50-60HZ（A）
NGZ110 100S AC/DC 24V 50-60HZ （A）
NGZ110 10S AC 110-127V 50-60HZ （A）
NGZ110 10S AC 230-240V 50-60HZ（A）
NGZ110 10s AC/DC 24V 50-60HZ （A）
NGZ110 1S AC 110-127V 50-60HZ （A）
NGZ110 1S AC 230-240V 50-60HZ（A）
NGZ110 1S AC/DC 24V 50-60HZ （A）
NGZ110 300S AC 110-127V 50-60HZ （A）
NGZ110 300S AC 230-240V 50-60HZ（A）
NGZ110 300S AC/DC 24V 50-60HZ （A）
NGZ110 30S AC 110-127V 50-60HZ （A）
NGZ110 30S AC 230-240V 50-60HZ（A）
NGZ110 30S AC/DC 24V 50-60HZ （A）
NGZ110 3S AC 110-127V 50-60HZ （A）
NGZ110 3S AC 230-240V 50-60HZ（A）
NGZ110 3S AC/DC 24V 50-60HZ （A）
NGZ210 100S DC 110V （A）
NGZ210 10S DC 110V （A）
NGZ210 1S DC 110V （A）
NGZ210 300S DC 110V （A）
NGZ210 30S DC 110V （A）
NGZ210 3S DC 110V （A）
NGZ310 1000S AC/DC 24-240V 50-60HZ（A）
NGZ310 100H AC/DC 24-240V 50-60HZ （A）
NGZ310 100S AC/DC 24-240V 50-60HZ （A）
NGZ310 10H AC/DC 24-240V 50-60HZ （A）
NGZ310 10MIN AC/DC 24-240V 50-60HZ（A）
NGZ310 10S AC/DC 24-240V 50-60HZ （A）
NGZ310 1S AC/DC 24-240V 50-60HZ （A）
NGZ310 300S AC/DC 24-240V 50-60HZ （A）
NGZ310 30H AC/DC 24-240V 50-60HZ （A）
NGZ310 30MIN AC/DC 24-240V 50-60HZ（A）
NGZ310 30S AC/DC 24-240V 50-60HZ （A）
NGZ310 3S AC/DC 24-240V 50-60HZ （A）
NGZ310 60MIN AC/DC 24-240V 50-60HZ（A）
NGZ320 1000S AC/DC 24-240V 50-60HZ（A）
NGZ320 100H AC/DC 24-240V 50-60HZ （A）
NGZ320 100S AC/DC 24-240V 50-60HZ （A）
NGZ320 10H AC/DC 24-240V 50-60HZ （A）
NGZ320 10MIN AC/DC 24-240V 50-60HZ（A）
NGZ320 10S AC/DC 24-240V 50-60HZ （A）
NGZ320 1S AC/DC 24-240V 50-60HZ （A）
NGZ320 300S AC/DC 24-240V 50-60HZ （A）
NGZ320 30H AC/DC 24-240V 50-60HZ （A）
NGZ320 30MIN AC/DC 24-240V 50-60HZ（A）
NGZ320 30S AC/DC 24-240V 50-60HZ （A）
NGZ320 3S AC/DC 24-240V 50-60HZ （A）
NGZ320 60MIN AC/DC 24-240V 50-60HZ（A）
PSW82 29,615S AC 110V 50-60HZ ERSATZ
PSW84 25,357S AC 110V 50-60HZ ERSATZ
NGB11 0,5S/0,5S AC/DC 24-240V 50-60HZ（A）
NGB12 0,5S/0,5S AC/DC 24-240V 50-60HZ（A）
NGW11 100S AC/DC 24-240V 50-60HZ （A）
NGW11 10S AC/DC 24-240V 50-60HZ （A）
NGW11 30S AC/DC 24-240V 50-60HZ （A）
KPT11KD 10H AC/DC 24V+AC115V50-60HZ（D）
kpt11KD 10H AC/DC 24V+AC230V50-60HZ（D）
KPT11KD 10H AC/DC 42V+60V 50-60HZ （D）
KPT31KD 10H AC/DC 24V+AC115V50-60HZ（B）
KPT31KD 10H AC/DC 24V+AC230V50-60HZ（B）
KPT31KD 10H AC/DC 42V+60V 50-60HZ （B）
SPT72D 10H AC/DC 24V+AC230V50-60HZ（A）
SSY12 0,5S AC/DC 110-127V 50-60HZ （D）
SSY12 0,5S AC/DC 24V 50-60HZ （D）
SSY12 0,5S AC/DC 230V 50-60HZ （D）
KSY51 0,5S AC/DC 24V 50-60HZ （A）
KSY51 0,5S AC/DC 230V 50-60HZ （A）
NGY11 0,5S AC/DC 24-240V 50-60HZ （A）
NGY31 1000S AC/DC 24-240V 50-60HZ （A）
NGY31 100H AC/DC 24-240V 50-60HZ （A）
NGY31 100S AC/DC 24-240V 50-60HZ （A）
NGY31 10H AC/DC 24-240V 50-60HZ （A）
NGY31 10MIN AC/DC 24-240V 50-60HZ （A）
NGY31 10S AC/DC 24-240V 50-60HZ （A）
NGY31 1S AC/DC 24-240V 50-60HZ （A）
NGY31 300S AC/DC 24-240V 50-60HZ （A）
NGY31 30H AC/DC 24-240V 50-60HZ （A）
NGY31 30MIN AC/DC 24-240V 50-60HZ （A）
NGY31 30S AC/DC 24-240V 50-60HZ （A）
NGY31 3S AC/DC 24-240V 50-60HZ （A）
NGY31 60MIN AC/DC 24-240V 50-60HZ （A）
NGY52 0,5S AC/DC 24-240V 50-60HZ （A0
NGY71 300H AC/DC 24-240V 50-60HZ （A）
NGYP32-S 1000s AC/DC24-240V50-60HZ（A）
NGYP32-S 100H AC/DC 24-240V50-60HZ（A）
NGYP32-S 100s AC/DC24-240V 50-60HZ（A0
NGYP32-S 10h AC/DC 24-240V 50-60HZ（A）
NGYP32-S 10h AC/DC 24-240V 50-60HZ（A）
NGYP32-S 10S AC/DC 24-240V 50-60HZ（A） 
NGYP32-S 1S AC/DC 24-240V 50-60HZ （A）
NGYP32-S 300s AC/DC 24-240V50-60HZ（A）
NGYP32-S 30h AC/DC 24-240V 50-60HZ（A）
NGYP32-S 30min AC/DC24-240V50-60HZ（A）
NGYP32-S 30s AC/DC 24-240V 50-60HZ（A）
NGYP32-S 3S AC/DC 24-240V 50-60HZ （A）
NGYP32-S 60min AC/DC24-240V50-60HZ（A）
NGYP72-S 300h AC/DC 24-240V50-60HZ（A）
MSP33 AC 24V 50HZ
MSP34 AC 230V 50HZ
SSP34 AC 230V 50HZ
SSP33 AC 24V 50HZ
SSP43 DC 24V 
SSP34 AC 110V 50HZ
SSP43 DC 220V
MSP33 AC 230V 50HZ
SSP43 DC 60V 
SSP43 DC 110V
SSP33 AC 230V 50HZ
ESP22 DC 110V （A）
SSP72 AC 230V 50HZ
SSP56 AC 230V 60HZ
SSP56 AC 48V 50HZ 
SSP56 AC 110V 50HZ
SSP64 DC 24V
SSP56 AC 110V 60HZ
SSP56 AC 42V 50HZ
SSP72 AC 24V 50HZ
SSP72 AC 110-115V 60HZ
SSP64 DC 220V 
SSP64 DC 60V
SSP56 AC 120-131V 60HZ
SSP56 AC 24V 50HZ
SSP64 DC 110V
R3
SIW1001 80KOHM AC 230V 50-60HZ （A）
SIW1001 40KOHM AC 110-127V 50-60HZ （A）
SIW1001 5KOHM AC 24V 50-60HZ （A）
SIW1001 10KOHM AC 42V 50-60HZ （A）
SAM1001 AC 220V 50-60HZ （A）
SAM1001 AC 380-415V 50-60HZ （A）
SAM1001 AC 440-480V 50-60HZ （A）
SPW1004 3AC 380-415V 50-60HZ （A）
SPW1005 3AC 380-415V 50-60HZ （A）
SAP1003 3AC 380-415V 50-60HZ （B）
SAP1002 3AC 380-415V 50-60HZ （B）
SAP1002 3AC 440-480V 50-60HZ （B）
SAP1003 3AC 440-480V 50-60HZ （B）
SUW1001 AC 230V 50-60HZ （A）
SUW1001 AC/DC 24V 50-60HZ （A）
SUW3001 3AC 400V 50-60HZ （A）
SXT12 1A AC 110-127V 50-60HZ （A）
SBW1005 5A 30S 3AC 380-415V 50-60HZ（B）
SXT12 1A AC 220-240V 50-60HZ （A）
SXT12 5A AC 220-240V 50-60HZ （A）
SXT12 DC 5A 220-240V 50-60HZ （A）
SXT12 10A AC 220-240V 50-60HZ （A）
SXT12 DC 10A 220-240V 50-60HZ （A）
SXT32 1A 50-60HZ 220-240V 50-60HZ （A）
SXT12 DC 1A 220-240V 50-60HZ （A）
SXT12 0,1A AC 220-240V 50-60HZ （A）
SXT32 1A 50-60HZ 110-127V 50-60HZ （A）
SBW1004 5A 30S 3AC 380-415V 50-60HZ（B）
SXT32 DC 50V 220-240V 50-60HZ （A）
SXT12 DC 5V 220-240V 50-60HZ （A）
SXT32 0,5A 50-60HZ 220-240V 50-60HZ （A）
SXT12 5A AC 110-127V 50-60HZ （A）
SXT12 0,5A AC 220-240V 50-60HZ （A）
SXT32 DC 20MA 220-240V 50-60HZ （A） 
SBW1007 5A 30S 3AC 380-415V 50-60HZ（B）Simultaneously Measure Flow Rate, Pressure and Temperature
Fixed Position and Portable Equipment
flo-tech.com
TM
2
Table of Contents
Portable Hydraulic Testers
General Design Features Page 3
Flo-CheckTM USB Hydraulic System Analyzer Page 4-5
PFM6 Digital Portable Hydraulic Tester Page 6-7
PFM6BD Bi-Directional Hydraulic Tester Page 8-9
PFM8 Digital Hydraulic Tester & Dynamometer Page 10-11
Sensor Array with Load Valve F6100 Series Page 12-13
Flow vs Pressure Drop Charts Page 14
Turbine Flow Sensors
General Design Features Page 15
Activa? Sensor Array Page 16-17
Ultima Sensor Array Page 18-19
Classic Turbine Flow Sensor Page 20-21
Quad Series Turbine Flow Sensor Page 22-23
Flow vs Pressure Drop Charts Page 24
Accessories
K-Factor Scaler Page 25
Pressure Sensor F6301 Series Page 26
Temperature Sensor F6310 Series Page 27
Cables Page 28-29
Hydraulic Formulas and Viscosity Information Page 30
Mail to: Flo-tech
 Division of Racine Federated Inc.
 PO Box 081580
 Racine, WI 53408-1580 USA
Ship to: Flo-tech
 Division of Racine Federated Inc.
 8635 Washington Avenue
 Racine, WI 53406-3738 USA
: Flo-techTechHelp@RacineFed.com
 Flo-techInfo@RacineFed.com
 Flo-techSales@RacineFed.com
Website: fl o-tech.com
Customers within the United States, Canada
and U.S. possessions:
Call Toll-Free: 1-800-HEDLAND
 (1-)
Toll-Free: 1-800-CHK-FLOW
 (1-)
International Customers:
: 1-262-639-6770
: 1-262-639-2267
Monday - Friday from 8 a.m. to 5 p.m. CT
flo-tech.com
TM
3
Portable Hydraulic Testers
General Design Features
Operating Principle
Flo-tech’s portable hydraulic testers simultaneously
measure the fl ow rate, temperature, pressure and,
optionally, power of hydraulic fl uid. Designed for
testing pumps, valves, cylinders, motors, hydrostatic
or power shift transmissions, and power steering
systems in both and stationary applications,
these compact units utilize turbine fl ow meter
technology.
Flow: As fluid passes through the tester, it turns
the turbine rotor. As each turbine blade passes the
magnetic pick-up, an electrical signal is generated.
This frequency signal is proportional to the fl ow
rate and is transmitted to the tester’s electronics for
display on a PC screen or the front panel LCD of the
tester’s electronic case.
Temperature: All testers contain an internal
temperature sensor for measuring the temperature of
the fl uid as it passes through the fl ow meter body.
Pressure: Pressure is provided in either analog
or digital format, depending on the model of the
tester. PFM6 and PFM6BD testers are equipped
with helical type pressure gauges, while the PFM8
tester includes a silicon strain gauge pressure sensor
and the Flo-Check USB tester utilizes a piezoelectric
pressure sensor.
Power: Power measurements are derived from
the product of fl ow and pressure. The Flo-Check
USB and the PFM8 are designed to calculate this
measurement and display the results in either
horsepower or kilowatts. When using the PFM6 or
PFM6BD, power can be calculated using the following
formulas:
 H.P. = GPM × PSI H.P. = liters/min × Bar
 1714 447.4
 kW = liters/min × Bar
 600
Designed for both ease of operation and safety, all
testers feature loading valves with fi ngertip control
and pressure surge protection.
RELIABLE FLOW MEASUREMENT
1 – Housing
2 – Turbine Rotor
3 – Rotor Supports
4 – Magnetic Pick-up
5 – Loading Valve
6 – Pressure Sensor
7 – Temperature Sensor
8 – Pressure Relief
1
2
3 4
5
7
6
8
4
SPECIFICATIONS
Performance
Flow:
 Accuracy ±1% of reading @ 32 cSt
 Repeatability ±0.2%
Pressure:
 Accuracy <±0.5% BFSL
 Stability <±0.25% of full scale
 Zero Offset <±2% of full scale
 TC Zero and TC Span <±1.5% of full scale
 Response Time 0.2 milliseconds
Temperature:
 Calibration Error (+25 °C) ±1 °C
 Absolute Error (over full range of sensor, 0 to +150 °C)
 Without Calibration ±3 °C
 With Calibration ±1.6 °C
 Nonlinearity ±0.4 °C
 Repeatability ±0.1 °C
Data Acquisition:
 Sample Rate 10 kHz
 PC Screen Update/Record Rate
 Flow 1 second (average 10K samples)
 Temperature 1 second (average 10K samples)
 Pressure 1 second (min, max, average 10K samples)
USB Power: +5 VDC (supplied through USB port
of a PC)
USB Voltage Tolerance: +4.6 VDC min, +5.25 VDC max
Current: 100 mA, typ
Environmental
Pressure Rating: 6000 PSI (414 Bar) maximum with a 3:1
 safety factor; capable of 10,000 PSI
 transients
Operating Pressure: <6000 PSI (414 Bar, 41.4 MPa,
 420 kg/cm2); capable of 10,000 PSI
 transients
Internal Valve By-pass: 7500 PSI ?P
Pressure Drop: See ?P charts on page 14
Fluid Temperature: +32 to +185 °F (0 to +85 °C)
Ambient Temperature: +32 to +185 °F (0 to +85 °C)
Storage Temperature: -40 to +185 °F (-40 to +85 °C)
Humidity: 0-90%, non-condensing
Material
Housing: 6013-T351 Aluminum; anodized
Turbine Rotor: T416 Stainless steel
Rotor Supports: 6061-T6 Aluminum alloy
Seals: Viton? standard; EPR optional
Ball Bearings: 440C Stainless steel
Hub Cones: 6061-T6 Aluminum alloy
Temperature Probe: 12L14 Steel; zinc plate, dichromate fi nish
Valve: 12L14 Steel body with 303 SS seat
Spool/Sleeve: 12L14 Steel
Magnetic Pick-up:
 Body 12L14 Steel; black oxide fi nish
 Nut 12L14 Steel; zinc plate, dichromate fi nish
Electronic Case: Cold rolled steel; black zinc plate
 with clear seal
Ports: SAE Straight thread O-ring boss, female,
 J1926/1; BSPP ISO1179
Windows, Vista and Excel are registered trademarks of Microsoft Corp.
Viton is a registered trademark of DuPont Dow Elastomers.
? 1% of reading @ 32 cSt Flow accuracy ±
? Field selectable US or metric readings
? High and low set point alarms for fl ow, pressure and
temperature
? Captures pressure spikes up to 10,000 PSI
 (0.2 milliseconds duration)
? Exports saved data to Microsoft Excel? and other
spreadsheet programs
? USB powered
? Easy to use, plug and play
? Calculates hydraulic power
? Select continuous monitoring or capture data manually
? Logs up to 12 hours
? Records alarm history
The Flo-Check Hydraulic System Analyzer can be used
as a stationary or portable tester for both industrial and
hydraulic system diagnostics, and analysis of the
prognostic health of a hydraulic system. It features fl ow,
pressure and temperature sensors that are monitored by a
data acquisition module. This module records the operating
parameters of the system and transfers them to the user’s
laptop via the USB port.
The custom software utility is a Windows?-based application
which is compatible with Windows Vista?, Windows XP
and Windows 2000. This intuitive software confi gures
the displayed information into user-selected engineering
units and provides real-time graphics with instantaneous
readings and trends for all three measurement parameters.
The software also permits the data to be saved for export
into a spreadsheet program.
The Hydraulic System Analyzer is powered through the USB
port of a PC, making it easy to set up and ideal for portable
applications. Interfaced to the PC application, the Hydraulic
Analyzer offers a straightforward method of monitoring
system parameters complete with data acquisition.
Flo-Check? USB Hydraulic System Analyzer
Simultaneously Measures Flow, Pressure and Temperature
MEASURE SYSTEM PERFORMANCE
Power
5
SOFTWARE
The Flo-tech Analyzer software provides a real-time graphical
and digital interface for monitoring and/or recording pressure,
temperature and fl ow rate parameters from the Hydraulic Analyzer.
In addition to the graphical and digital displays, the main screen
also consists of a menu bar, buttons with common functions and
alarm indicators.
The software offers the following options:
? View real time pressure, temperature, fl ow rate and power
measurements
? Record all measurements to a fi le
? Choice of recording all measurement points or capturing
points manually
? Selection of all measurement units, US or metric
? Ability to adjust display of graph data
? High/Low alarm indicators set by the operator
All measurements taken can be saved once
per second to a comma separated value (.csv)
fi le for export into a spreadsheet program. For
example, recording for 2 minutes would yield
120 points of data. Even though data points
are only recorded once per second, pressure
spikes and dips are captured by recording the
maximum or minimum pressure during each
measurement period. Therefore, the precise
shape of the pressure spike is not recorded
but its amplitude and the time it occurred are
both recorded.
Graphs
The graph on the main screen contains more than 60 points of data. Previous data
points are saved in memory and can be viewed at any time. Adjustments can be made
to optimize data that is displayed by hiding individual graph plots, adjusting the scale
of each plot or adding horizontal gridlines to the graph.
Alarms
There are three sets of High/Low alarm indicators on the main screen which monitor
pressure, temperature and fl ow rate. Alarm indicators fl ash if the current system
measurements exceed the alarm limits set by the operator and continue to fl ash
when the current system measurements return to normal to alert the operator that an
alarm condition occurred. Alarms must be reset manually to acknowledge the alarm
condition.
ORDERING INFORMATION
Flo-Check? USB Hydraulic System Analyzer
Simultaneously Measures Flow, Pressure and Temperature
Measurement
(over a 1 second
time period)
Color
Indication
Alarm
Indication
Digital
Indication
Graphical
Display
Record to
File
Average Pressure Green
Minimum Pressure Dark Green
Maximum Pressure Dark Green
Average Temperature Blue
Average Flow Rate Yellow
Average Power Orange
MODEL NUMBER 1 NOMINAL PORT SIZE FLOW RANGE
F7164 SAE 12 2-30 GPM
F7160 SAE 16 3 - 85 GPM
F7161 SAE 24 7 - 199.9 GPM
F7165 G 3/4 7.5 - 113.6 LPM
F7162 G 1 15 - 321 LPM
F7163 G 1-1/2 26 - 757 LPM
1 Each Flo-Check Hydraulic System Analyzer includes a 16.4 ft. (5 M) USB,
A male to B male (IP 68) connection cable, CD-Rom of the software utility, and
complete operating instructions packaged in a protective carrying case.
TRACEABLE TO NIST STANDARDS
MODEL NUMBER DESCRIPTION
F1614-7500 Pressure Relief Disc, 7500 PSI (1 per Tester)
ACCESSORIES
MODEL NUMBER DESCRIPTION
F001109 5-Point Calibration Certifi cate 2
F001110 10-Point Calibration Certifi cate 2 2 Certifi cates are traceable to NIST, ISO 9001.
t
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6
SPECIFICATIONS
Performance
Flow Accuracy: ±1% of full scale
Repeatability: ±0.2%
Turbine Response: ≤200ms
Temperature:
 Fluid -4 to +300 °F (-20 to +150 °C)
 Ambient -4 to +131 °F (-20 to +55 °C)
Flow Readout: Linearity and zero shift ±1 digit
Operating Pressure: up to 6000 PSI (414 Bar,
 41.4 MPa, 420 kg/cm2)
Pressure Drop: See ?P charts on page 14
Readout Accuracy: ±1 digit
Material
Housing: 6013-T651 Aluminum; anodized
Turbine Rotor: T416 Stainless steel
Ball Bearings: 440C Stainless steel
Rotor Shaft: T303 Stainless steel
Rotor Supports:
 PFM6-15/30 CA360 Brass
 PFM6-60/85/200 6061-T6 Aluminum alloy
Hub Cones: 6061-T6 Aluminum alloy
Valve Body:
 PFM6-15/30 Cold rolled steel; zinc plate,
 dichromate fi nish
 PFM6-60/85/200 12L14 Steel; zinc plate,
 dichromate fi nish
Valve Stem: T303 Stainless steel
Poppet: 12L14 Steel; hardened
Sleeve:
 PFM6-200 only D.O.M. steel tube
Temperature Probe: 12L14 Steel; zinc plate,
 dichromate fi nish
Magnetic Pick-up:
 Body 12L14 Steel; black oxide fi nish
 Nut 12L14 Steel; zinc plate,
 dichromate fi nish
Seals: Buna N standard;
 Viton? and EPR optional
Carrying Handle: Cast aluminum; anodized
Electronic Case
& Cover: Cold rolled steel; zinc plate with
 clear seal, epoxy black paint
Battery: 4 AA size alkaline,
 ~ 50 hours of service
Ports: SAE Straight thread O-ring
 boss, female J1926/1;
 BSPP ISO1179
? Five fl ow ranges
? Large 3-1/2 digit LCD for fl ow and
temperature
? Helical tube pressure gauge
? One toggle switch to control power and
select fl ow and temperature
? Loading valve with fi ngertip control of
pressure
? Platinum resistance temperature sensor
? Pressure surge protection
? Turbine fl ow sensor provides fast response
? Available with SAE or BSPP ports
? Pressures up to 6000 PSI (414 Bar)
? Temperatures up to 300 °F (150 °C)
? Flow accuracy ±1% of full scale
? Repeatability ±0.2%
The PFM6 Series is a compact, lightweight
portable tester designed for fast diagnostic
troubleshooting of all types of or
stationary hydraulic systems and components.
These self-contained testers feature laboratory
accuracy and provide fl ow, pressure and
temperature measurements simultaneously
from one point.
Simple operation includes a toggle switch to
display either fl ow or temperature readings
and a loading valve that operates with fi ngertip
control. The dual scale helical tube pressure
gauge offers pulsation dampening and high
overpressure capacity. For safe operation, all
testers include pressure surge protection.
PFM6 Digital Portable Hydraulic Tester
Simultaneously Measures Flow, Pressure and Temperature
Viton is a registered trademark of DuPont Dow Elastomers.
HYDRAULIC SYSTEM DIAGNOSTIC TOOLS
7
SERIES NOMINAL
PORT SIZE
FLOW
RANGE
MODEL
NUMBER STD or CE MODEL PRESSURE GAUGE
UNITS OF MEASURE
PFM6-15 SAE 12 1 - 15 GPM F5080 * - XXX
Leave blank for
standard model
or
CE for CE option
PSI
BAR
MPA
KG/CM2
PFM6-30 SAE 12 2 - 30 GPM F5079 * - XXX
PFM6-60 SAE 16 3 - 60 GPM F5078 * - XXX
PFM6-85 SAE 16 4 - 85 GPM F5077 * - XXX
PFM6-200 SAE 24 7 - 199.9 GPM F5076 * - XXX
PFM6-15 G 3/4 4 - 56 LPM F5110 * - XXX
PFM6-30 G 3/4 7.5 - 113.6 LPM F5111 * - XXX
PFM6-60 G 1 12 - 227 LPM F5112 * - XXX
PFM6-85 G 1 15 - 321 LPM F5113 * - XXX
PFM6-200 G 1-1/2 26 - 757 LPM F5114 * - XXX
DIMENSIONS
Examples:
F5076-PSI = PFM6-200
 SAE 24 ports
 7 - 199.9 GPM fl ow range
 Standard model
 PSI pressure units
ORDERING INFORMATION
PFM6 Digital Portable Hydraulic Tester
Simultaneously Measures Flow, Pressure and Temperature
MODEL
NUMBER DESCRIPTION SERIES
F4934-1530 Carrying Case PFM6-15 & PFM6-30
F4934-6085 Carrying Case PFM6-60 & PFM6-85
F4934-200 Carrying Case PFM6-200
F1614-6000 Pressure Relief Disc, 6000 PSI (1 per Tester) All PFM6s
F001109 5-Point Calibration Certifi cate 1 All PFM6s
F001110 10-Point Calibration Certifi cate 1 All PFM6s
ACCESSORIES
1 Certifi cates are traceable to NIST, ISO 9001.
FIVE OR TEN POINT CALIBRATION AVAILABLE
F5111C E-BAR = PFM6-30
 G 3/4 ports
 7.5 - 113.6 LPM fl ow range
 CE certifi ed
 Bar pressure units
SERIES
A
LENGTH
IN (mm)
B
DEPTH
IN (mm)
C
HEIGHT
IN (mm)
WEIGHT
LBS (KG)
PFM6-15 11.3 (287) 3.5 (89) 11.0 (279) 13.85 (6.3)
PFM6-30 11.3 (287) 3.5 (89) 11.0 (279) 13.85 (6.3)
PFM6-60 11.5 (292) 3.5 (89) 11.0 (279) 16.50 (7.5)
PFM6-85 11.5 (292) 3.5 (89) 11.0 (279) 16.50 (7.5)
PFM6-200 12.3 (311) 4.0 (101) 11.8 (298) 20.00 (9.1)
8
SPECIFICATIONS
Performance
Flow Accuracy:
 Forward ±1% of full scale
 Reverse ±2% of full scale
Repeatability: ±0.2%
Turbine Response: ≤200ms
Temperature:
 Fluid -4 to +300 °F (-20 to +150 °C)
 Ambient -4 to +131 °F (-20 to +55 °C)
Flow Readout: Linearity and zero shift
 ±1 digit
Operating Pressure: up to 6000 PSI (414 Bar,
 41.4 MPa, 420 kg/cm2)
Pressure Drop: See ?P charts on page 14
Readout Accuracy: ±1 digit
Material
Housing: 6013-T651 Aluminum; anodized
Turbine Rotor: T416 Stainless steel
Ball Bearings: 440C Stainless steel
Rotor Shaft: T303 Stainless steel
Rotor Supports: 6061-T6 Aluminum alloy
Hub Cones: 6061-T6 Aluminum alloy
Valve Body: 12L14 Steel; zinc plate,
 dichromate fi nish
Valve Stem: T303 Stainless steel
Spool/Sleeve: 4340 Alloy steel; hardened
Temperature Probe: 12L14 Steel; zinc plate,
 dichromate fi nish
Magnetic Pick-up:
 Body 12L14 Steel; black oxide fi nish
 Nut 12L14 Steel; zinc plate,
 dichromate fi nish
Seals: Buna N standard;
 Viton? and EPR optional
Carrying Handle: Cast aluminum; anodized
Electronic Case
& Cover: Cold rolled steel; zinc plate with
 clear seal, epoxy black paint
Battery: 4 AA size alkaline,
 ~ 50 hours of service
Ports: SAE Straight thread O-ring
 boss, female J1926/1
? Bi-directional in-line testing capabilities in
three fl ow ranges
? Large 3-1/2 digit LCD for fl ow and
temperature
? Helical tube pressure gauge
? One toggle switch to control power and
select fl ow and temperature
? Loading valve with fi ngertip control of
pressure
? Platinum resistance temperature sensor
? Pressure surge protection with internal
pressure relief
? Turbine fl ow sensor provides fast response
? SAE ports
? Pressures up to 6000 PSI (414 Bar)
? Temperatures up to 300 °F (150 °C)
? Forward fl ow accuracy ±1% of full scale
? Repeatability ±0.2%
The PFM6BD Series includes all the features
of the standard PFM6 Series with the added
benefi t of bi-directional fl ow measurement and
an internal pressure relief system. Designed
for fast diagnostic troubleshooting of all types
of or stationary hydraulic systems and
components, these compact testers offer
laboratory accuracy and provide fl ow, pressure
and temperature measurements simultaneously
from one point.
PFM6BD Bi-Directional Hydraulic Tester
Simultaneously Measures Flow, Pressure and Temperature
Viton is a registered trademark of DuPont Dow Elastomers.
RUGGED CONSTRUCTION
9
SERIES NOMINAL
PORT SIZE
FLOW
RANGE
MODEL
NUMBER
STD or CE
MODEL
PRESSURE GAUGE
UNITS OF MEASURE
PFM6BD-60 SAE 16 3 - 60 GPM (12 - 227 LPM) F5082 * - XXX Leave blank for
standard model
or
CE for CE option
PSI
BAR
MPA
KG/CM2
PFM6BD-85 SAE 16 4 - 85 GPM (15 - 321 LPM) F5083 * - XXX
PFM6BD-200 SAE 24 7 - 199.9 GPM (26 - 757 LPM) F5084 * - XXX
DIMENSIONS
Examples:
F5083-PSI = PFM6BD-85
 SAE 16 ports
 4 - 85 GPM (15 - 321 LPM)
 Standard model
 PSI pressure units
ORDERING INFORMATION
PFM6BD Bi-Directional Hydraulic Tester
Simultaneously Measures Flow, Pressure and Temperature
MODEL
NUMBER DESCRIPTION SERIES
F4934-6085 Carrying Case PFM6BD-60 & PFM6BD-85
F4934-200 Carrying Case PFM6BD-200
F1614-6000 Pressure Relief Disc, 6000 PSI (2 per Tester) All PFM6BDs
F1614-7500 Pressure Relief Disc, 7500 PSI (1 per Tester) All PFM6BDs
F001109 5-Point Calibration Certifi cate 1 All PFM6s
F001110 10-Point Calibration Certifi cate 1 All PFM6s
ACCESSORIES
1 Certifi cates are traceable to NIST, ISO 9001.
DEPENDABLE CUSTOMER SERVICE
F5082C E-PSI = PFM6BD-60
 SAE 16 ports
 3 - 60 GPM (12 - 227 LPM)
 CE certifi ed
 PSI pressure units
SERIES
A
LENGTH
IN (mm)
B
DEPTH
IN (mm)
C
HEIGHT
IN (mm)
WEIGHT
LBS (KG)
PFM6BD-60 11.3 (287) 4.0 (101) 11.0 (279) 16.50 (7.5)
PFM6BD-85 11.3 (287) 4.0 (101) 11.0 (279) 16.50 (7.5)
PFM6BD-200 11.8 (300) 4.5 (114) 11.5 (292) 19.50 (9.0)
10
SPECIFICATIONS
Performance
Flow Accuracy: ±1% of full scale
Repeatability: ±0.2%
Turbine Response: ≤200ms
Temperature:
 Fluid -4 to +300 °F (-20 to +150 °C)
 Ambient -4 to +131 °F (-20 to +55 °C)
Flow Readout: Linearity and zero shift ±1 digit
Operating Pressure: up to 6000 PSI (414 Bar,
 41.4 MPa, 420 kg/cm2)
Pressure Drop: See ?P charts on page 14
Readout Accuracy: ±1 digit
Material
Housing: 6013-T651 Aluminum; anodized
Turbine Rotor: T416 Stainless steel
Ball Bearings: 440C Stainless steel
Rotor Shaft: T303 Stainless steel
Rotor Supports:
 PFM6-15/30 CA360 Brass
 PFM6-60/85/200 6061-T6 Aluminum alloy
Hub Cones: 6061-T6 Aluminum alloy
Valve Body:
 PFM6-15/30 Cold rolled steel; zinc plate,
 dichromate fi nish
 PFM6-60/85/200 12L14 Steel; zinc plate,
 dichromate fi nish
Valve Stem: T303 Stainless steel
Poppet: 12L14 Steel; hardened
Sleeve:
 PFM6-200 only D.O.M. steel tube
Temperature Probe: 12L14 Steel; zinc plate,
 dichromate fi nish
Magnetic Pick-up:
 Body 12L14 Steel; black oxide fi nish
 Nut 12L14 Steel; zinc plate,
 dichromate fi nish
Seals: Buna N standard;
 Viton? and EPR optional
Carrying Handle: Cast aluminum; anodized
Electronic Case
& Cover: Cold rolled steel; zinc plate with
 clear seal, epoxy black paint
Battery: AA size alkaline,
 ~ 50 hours of service
Ports: SAE Straight thread O-ring
 boss, female J1926/1;
 BSPP ISO1179
? Five fl ow ranges
? Front panel selectable US or metric readings
? Dynamometer reads power (HP & kW) directly
? 3-1/2 digit LCDs for digital display of fl ow,
temperature, pressure and power
? Large easy-to-use membrane switch
? Loading valve with fi ngertip control of pressure
? Silicon strain gauge pressure sensor
? Platinum resistance temperature sensor
? Pressure surge protection
? Turbine fl ow sensor provides fast response
? Pressures up to 6000 PSI (414 Bar)
? Temperatures up to 300 °F (150 °C)
? Flow accuracy ±1% of full scale
? Repeatability ±0.2%
The all digital PFM8 Series combines a compact,
lightweight hydraulic tester and a dynamometer
in one unit. Designed for fast diagnostic
troubleshooting of all types of hydraulic systems and
components, including engine-pump combinations.
These testers make all fl ow, temperature, pressure
and power measurements from one point. A bonus
feature of this series is the capability to switch from
US to metric units of measure in the fi eld.
Each tester utilizes two digital displays, one for fl ow
and temperature and a second display for pressure
and power. Simple operation includes a large format
membrane switch for on/off control and selection of
units of measure to be displayed. A loading valve
with fi ngertip control and pressure surge protection
are standard features.
PFM8 Digital Hydraulic Tester & Dynamometer
Simultaneously Measures Flow, Pressure, Power and Temperature
Viton is a registered trademark of DuPont Dow Elastomers.
RELIABLE FLOW MEASUREMENT
11
SERIES NOMINAL
PORT SIZE
FLOW
RANGE
POWER
HP (kW)
MODEL
NUMBER
PFM8-15 SAE 12 1 - 15 GPM (4 - 56 LPM) 52.5 (39) F5061
PFM8-30 SAE 12 2 - 30 GPM (7.5 - 113.6 LPM) 105 (78) F5058
PFM8-60 SAE 16 3 - 60 GPM (12 - 227 LPM) 210 (157) F5052
PFM8-85 SAE 16 4 - 85 GPM (15 - 321 LPM) 298 (222) F5053
PFM8-200 SAE 24 7 - 199.9 GPM (26 - 757 LPM) 700 (522) F5054
DIMENSIONS
Examples:
F5061 = PFM8-15
 SAE 12 ports
 1 - 15 GPM (4 - 56 LPM)
ORDERING INFORMATION
PFM8 Digital Hydraulic Tester & Dynamometer
Simultaneously Measures Flow, Pressure, Power and Temperature
MODEL
NUMBER DESCRIPTION SERIES
F4934-1530 Carrying Case PFM8-15 & PFM8-30
F4934-6085 Carrying Case PFM8-60 & PFM8-85
F4934-200 Carrying Case PFM8-200
F1614-6000 Pressure Relief Disc, 6000 PSI (1 per Tester) All PFM8s
F001109 5-Point Calibration Certifi cate 1 All PFM8s
F001110 10-Point Calibration Certifi cate 1 All PFM8s
ACCESSORIES
1 Certifi cates are traceable to NIST, ISO 9001.
TRACEABLE TO NIST STANDARDS
F5053 = PFM8-85
 SAE 16 ports
 4 - 85 GPM (15 - 321 LPM)
SERIES
A
LENGTH
IN (mm)
B
DEPTH
IN (mm)
C
HEIGHT
IN (mm)
WEIGHT
LBS (KG)
PFM8-15 11.3 (287) 3.5 (89) 11.0 (279) 13.85 (6.3)
PFM8-30 11.3 (287) 3.5 (89) 11.0 (279) 13.85 (6.3)
PFM8-60 11.5 (292) 3.5 (89) 11.0 (279) 16.50 (7.5)
PFM8-85 11.5 (292) 3.5 (89) 11.0 (279) 16.50 (7.5)
PFM8-200 12.3 (311) 4.0 (101) 11.8 (300) 20.00 (9.1)
12
SPECIFICATIONS
Performance
Flow Accuracy: ±1% of reading @ 32 cSt
Repeatability: ±0.2%
Temperature:
 Fluid -4 to +300 °F (-20 to +150 °C)
 Ambient -4 to +131 °F (-20 to +55 °C)
Operating Pressure: up to 6000 PSI (414 Bar, 41.4 MPa,
 420 kg/cm2)
Pressure Drop: See ?P charts on page 14
IFC Signal Converter, Option: F to I F to V
 Power: Loop powered, 6V 10 to 30 VDC
 insertion loss max
 10 to 30 VDC supply range
 Inputs: Magnetic Pick-up Magnetic Pick-up
 Frequency 0 to 3500 Hz 0 to 3500 Hz
 Trigger Sensitivity 30 mV p-p 30 mV p-p
 Frequency Measurement
 Accuracy ±1% ±1%
 Analog Output: 4-20 mA current loop 0-5 VDC
 Resolution 1:4000 1:4000
 Temperature Drift 50 ppm / °C max 50 ppm / °C max
 Response 1.6 seconds min 1.6 seconds min
 Environmental:
 Ambient Temperature -22 to +158 °F -22 to +158 °F
 (-30 to +70 °C) (-30 to +70 °C)
 Humidity 0-90%, 0-90%,
 non-condensing non-condensing
Magnetic Pick-up, Option:
 Electrical Output Signal Self-generating alternating pulse
 100 mV RMS (100 Hz) minimum
Pressure Sensor: See page 26 for complete specifi cations
(optional)
Temperature Sensor: See page 27 for complete specifi cations
(optional)
Material
Housing: 6013-T651 Aluminum; anodized
Turbine Rotor: T416 Stainless steel
Ball Bearings: 440C Stainless steel
Rotor Shaft: T303 Stainless steel
Rotor Supports:
 PFM6-15/30 CA360 Brass
 PFM6-85/200 6061-T6 Aluminum alloy
Hub Cones: 6061-T6 Aluminum alloy
Valve Body:
 PFM6-15/30 Cold rolled steel; zinc plate, dichromate fi nish
 PFM6-85/200 12L14 Steel; zinc plate, dichromate fi nish
Valve Stem: T303 Stainless steel
Poppet: 12L14 Steel; hardened
Sleeve:
 PFM6-200 only D.O.M. steel tube
Temperature Probe: 12L14 Steel; zinc plate, dichromate fi nish
Magnetic Pick-up:
 Body 12L14 Steel; black oxide fi nish
 Nut 12L14 Steel; zinc plate, dichromate fi nish
Seals: Buna N standard;
 Viton? and EPR optional
Carrying Handle: Cast aluminum; anodized
Ports: SAE Straight thread O-ring boss,
 female J1926/1; BSPP ISO1179
? Four fl ow ranges
? Analog (4-20 mA or 0-5 VDC) or pulse output for
fl ow rate
? Silicon strain gauge pressure sensor with
4-20 mA output
? Platinum resistance temperature sensor with
4-20 mA output
? Loading valve with fi ngertip control of pressure
? Pressure surge protection
? Turbine fl ow sensor provides fast response
? Pressures up to 6000 PSI (414 Bar)
? Temperatures up to 300 °F (150 °C)
? Flow accuracy ±1% of reading @ 32 cSt
? Repeatability ±0.2%
The Sensor Array is used for diagnostic evaluation
of hydraulic motors, pumps, valves, hydrostatic
drives and cylinders. When performed as part
of a routine preventative maintenance program,
catastrophic or untimely repairs are minimized.
All that is required is to make quick and easy
fl uid line connections between the sensing array
and appropriate locations in the hydraulic circuit.
The load valve is used to create a restriction so
that a relief valve setting or internal leakage of a
valve or hydraulic cylinder can be determined.
The effi ciency of a hydraulic pump or motor can
be similarly established and compared to factory
specifi cations.
Sensor Array with Load Valve
Simultaneously Measures Flow, Pressure and Temperature
MEASURE SYSTEM PERFORMANCE
Viton is a registered trademark of DuPont Dow Elastomers.
13
NOMINAL
PORT
SIZE
FLOW
RANGE
MODEL
NUMBER
FLOW
TRANSDUCER SEALS TEMPERATURE PRESSURE
SAE 12 1 - 15 GPM F6150
F Frequency
 (Mag Pick-up)
 I 4-20 mA Out (IFC)
V 0-5 VDC Out (IFC)
B Buna N
V Viton?
E EPR
T with Sensor
G G 1/4 (F) Plugged
0 SAE 2 (J514) Plugged
1 1000 PSI (69 Bar) Sensor
3 3000 PSI (207 Bar) Sensor
5 5000 PSI (345 Bar) Sensor
6 6000 PSI (414 Bar) Sensor
G G 1/4 (F) Plugged
0 1/4 NPTF (F) Plugged
SAE 12 2 - 30 GPM F6153
SAE 16 4 - 85 GPM F6156
SAE 24 7 - 199.9 GPM F6159
G 3/4 4 - 56 LPM F6161
G 3/4 7.5 - 113.6 LPM F6163
G 1 15 - 321 LPM F6165
G 1-1/2 26 - 757 LPM F6167
DIMENSIONS
Examples:
F6150-IB-T6 = SAE 12 ports
 1 - 15 GPM fl ow range
 4-20 mA output
 Buna N seals
 Temperature sensor
 6000 PSI (414 Bar) pressure sensor
F6165-FV-G5 = G 1 ports
 15 - 321 LPM fl ow range
 Frequency output
 Viton? seals
 G 1/4 (F) plugged temp port
 5000 PSI (345 Bar) pressure sensor
ORDERING INFORMATION
Sensor Array with Load Valve
Simultaneously Measures Flow, Pressure and Temperature
MODEL
NUMBER DESCRIPTION SERIES
F1614-6000 Pressure Relief Disc, 6000 PSI (1 per Sensor) All
Sensor
Arrays
F001109 5-Point Calibration Certifi cate 1
F001110 10-Point Calibration Certifi cate 1
ACCESSORIES
1 Certifi cates are traceable to NIST, ISO 9001.
For information about Refer to
Digital Displays Form No. 549
Pressure Sensors Page 26
Temperature Sensor Page 27
Cables Pages 28 & 29
FIVE OR TEN POINT CALIBRATION AVAILABLE
Viton is a registered trademark of DuPont Dow Elastomers.
MODEL
A
LENGTH
IN (mm)
B
DEPTH
IN (mm)
C
HEIGHT
IN (mm)
WEIGHT
LBS (KG)
F6150 / F6161 11.3 (287) 3.5 (89) 11.0 (279) 13.85 (6.3)
F6153 / F6163 11.3 (287) 3.5 (89) 11.0 (279) 13.85 (6.3)
F6156 / F6165 11.5 (292) 3.5 (89) 11.0 (279) 16.50 (7.5)
F6159 / F6167 11.5 (292) 3.5 (89) 11.0 (279) 16.50 (7.5)
14 TRACEABLE TO NIST STANDARDS
Flow vs Pressure Drop Charts
Flo-Check USB, PFM Series and F6100 Sensor Arrays
60
50
40
30
20
10
0
0 5 10 15 20
PFM6-15, PFM8-15, F6150, F6161
PRESSURE DROP PSI
FLOW GPM
60
50
40
30
20
10
0
0 10 20 30 40 50 60 70
PFM6-60, PFM8-60
PRESSURE DROP PSI
FLOW GPM
30
25
20
15
10
5
0
0 20 40 60 80 100 120 140 160 180 200 220
PFM6 - 200, PFM8 -200, F6159, F6167
PRESSURE DROP PSI
FLOW GPM
60
50
40
30
20
10
0
0 10 20 30 40 50 60 70 80 90 100
PFM6BD - 85, F7160, F7162
PRESSURE DROP PSI
FLOW GPM
30
25
20
15
10
5
0
0 10 20 30 40
PFM6 - 30, PFM8 - 30, F6153, F6163
PRESSURE DROP PSI
FLOW GPM
0 10 20 30 40 50 60 70 80 90 100
PFM6 - 85, PFM8- 85, F6156, F6165
PRESSURE DROP PSI
FLOW GPM
0 10 20 30 40 50 60 70
120
100
80
60
40
20
0
120
100
80
60
40
20
0
PFM6BD - 60
PRESSURE DROP PSI
FLOW GPM
0 20 40 60 80 100 120 140 160 180 200 220
FORWARD
REVERSE
FORWARD
REVERSE
FORWARD
REVERSE
40
35
30
25
20
15
10
5
0
PFM6BD - 200, F7161, F7163
PRESSURE DROP PSI
FLOW GPM
15
Turbine Flow Sensors
General Design Features
Operating Principle
Turbine fl ow sensors measure the fl ow rate of hydraulic
fl uid and compatible liquids. As fl uid fl ows through the
sensor it turns the turbine rotor, and as the turbine blades
pass the magnetic pick-up a frequency signal is generated.
This frequency signal is proportional to the fl ow rate
and can be transmitted to Flo-tech’s digital displays or
converted to an analog output. Optional sensors allow
measurement of pressure and temperature.
Rugged Construction: Flow sensors are constructed of
anodized aluminum and Stressproof ? steel with SAE; BSPP;
Code 61; and Code 62, 4-bolt fl anged ports. The fl ow sensors
have a fl uid temperature range of -4 to +300 °F, and are
available in pressure ratings up to 6000 PSI.
Flow Straighteners: While fl ow straighteners are
manufactured into each sensor, it is recommended that
at least 10 port diameters of upstream pipe with no
obstructions to the fl ow sensor and at least 5 port diameters
downstream pipe be provided to obtain laminar fl ow.
Filtration: All applications should be fi ltered to at least
40 micron. Placing the fl ow sensor at a higher elevation
in the system will avoid collection of debris, sediment, and
dirt in the sensor.
Bi-directional fl ow capability: Turbine fl ow sensors
are inherently bi-directional, as the turbine will function
normally in reverse condition. Flo-tech does not guarantee
accuracy in reverse fl ow. However, it is generally in the
range of ±1.5% to ±2% full scale. If required, a reverse
fl ow calibration is optional.
Accuracy: The fl ow sensors have a forward fl ow accuracy
of ±1% full scale while monitoring hydraulic liquids with
viscosity and specifi c gravity similar to factory calibrated
fl uids. Flow sensors that include the Inligent Frequency
Converter (IFC) are capable of even greater accuracy.
Repeatability: Flow sensor repeatability is within ±0.2%.
This is particularly important in cyclical applications which
require consistent readings.
Linearization: When used with the Inligent Frequency
Converter (IFC) and/or Flo-tech digital displays, accuracy
can be improved by up to 4 times through the linearization
of 10 points of fl ow data.
Calibration: Flow sensors are calibrated with 0.876
specifi c gravity, 150 SUS (32 cSt) hydraulic oil, irrespective
of fi nal fl uid use. Three points of calibration data are
provided with each turbine fl ow sensor. Optional 5- and
10-point calibration certifi cation is also available.
Viscosity: The functional range of the turbine fl ow
sensors is approximay 25 to 500 SUS (2 to 110 cSt).
However, in order for the fl ow sensors to maintain their
±1% full scale accuracy rating, the fl uid must stay within
10 cSt of the calibrated viscosity.
HYDRAULIC SYSTEM DIAGNOSTIC TOOLS
 1 – Housing
 2 – Turbine Rotor
 3 – Rotor Supports
 4 – Lock Nut
 5 – Magnetic Pick-up (frequency output)
 6 – Signal Converter (analog output)
 7 – Pressure Port Adapter
 8 – Temperature Port Adapter
 9 – Retaining Rings
Stressproof is a registered trademark of Niagara LaSalle Corporation.
16
SPECIFICATIONS
Performance
Forward Flow Accuracy: ±1% of reading @ 32 cSt
Repeatability: ±0.2%
Temperature 1:
 Fluid -4 to +300 °F (-20 to +150 °C)
 Ambient -4 to +131 °F (-20 to +55 °C)
Operating Pressure: up to 5800 PSI (400 Bar) maximum
Pressure Drop: See ?P charts on page 24
Readout Accuracy: ±1 digit
IFC Signal Converter: F to I F to V
 Power: Loop powered, 6V 10 to 30 VDC
 insertion loss max
 10 to 30 VDC supply range
 Inputs: Magnetic Pick-up Magnetic Pick-up
 Frequency 0 to 3500 Hz 0 to 3500 Hz
 Trigger Sensitivity 30 mV p-p 30 mV p-p
 Frequency Measurement
 Accuracy ±1% ±1%
 Analog Output: 4-20 mA current loop 0-5 VDC
 Resolution 1:4000 1:4000
 Temperature Drift 50 ppm / °C max 50 ppm / °C max
 Response 1.6 seconds min 1.6 seconds min
 Environmental:
 Ambient Temperature -22 to +158 °F -22 to +158 °F
 (-30 to +70 °C) (-30 to +70 °C)
 Humidity 0-90%, 0-90%,
 non-condensing non-condensing
Pressure Sensor: See page 26 for complete specifi cations
(optional)
Temperature Sensor: See page 27 for complete specifi cations
(optional)
Material
Housing: 6013-T651 Aluminum; anodized
Turbine Rotor: T416 Stainless steel
Ball Bearings: 440C Stainless steel
Rotor Shaft: T303 Stainless steel
Rotor Supports: 6061-T6 Aluminum alloy
 F6202 & F6222 CA360 Brass
Hub Cones: 6061-T6 Aluminum alloy
 F6204, F6206, F6208,
 F6224, F6226 & F6228 only
Adapters: 6061-T6 Aluminum; anodized
Retaining Rings: 6061-T6 Aluminum alloy
Seals: Buna N standard;
 Viton? and EPR optional
IFC (includes magnetic pick-up):
 Pick-up Body 12L14 Steel; black oxide fi nish
 Pick-up Nut 12L14 Steel; zinc plate, dichromate fi nish
 IFC Case 6061-T6 Aluminum; nickel-plated
 IFC Connector Brass; nickel-plated
Ports: SAE J1926/1; BSPP ISO1179
1 When an optional pressure sensor is installed, the temperature range will be limited to
the specifi cations for that device.
? Four fl ow ranges
? Turbine fl ow measurement
? IFC converter with 4-20 mA or 0-5 VDC output
for fl ow rate
? 4-20 mA output for temperature and pressure
? Pressures up to 5800 PSI (400 Bar)
? Temperatures up to 300 °F (150 °C)
? Available with SAE or BSPP ports
? Flow accuracy ±1% of reading @ 32 cSt
? Repeatability ±0.2%
The Activa Sensor Array provides fl ow,
temperature and pressure signals in a compact
unit that requires only one hydraulic line break.
Each sensor transmits an output signal that is
easily integrated with PCs, PLCs, recorders or
panel displays. Signals can also be transmitted to
Flo-tech’s F6700/F6750 Series digital displays.
Typical applications include fl uid characteristic
measurement on test stands, stationary hydraulic
system monitoring, feedback for hydraulic
system control, advance warning of impending
component failure and hydraulic system
diagnosis.
Activa? Sensor Array
Simultaneously Measures Flow, Pressure and Temperature
Viton is a registered trademark of DuPont Dow Elastomers.
MEASURE SYSTEM PERFORMANCE
17
MODEL
A
WIDTH
IN (mm)
B
LENGTH
IN (mm)
C
HEIGHT
IN (mm)
D
w/IFC
IN (mm)
WEIGHT
LBS (KG)
F6202-A / F6222-A 1.23 (31.2) 4.72 (120.0) 1.47 (37.3) 5.18 (131.5) 1.60 (0.73)
F6204-A / F6224-A 1.48 (37.6) 5.08 (129.0) 1.80 (45.7) 5.46 (138.7) 1.90 (0.86)
F6206-A / F6226-A 1.98 (50.3) 5.87 (149.0) 2.20 (56.0) 6.07 (154.2) 2.80 (1.27)
F6208-A / F6228-A 2.46 (62.5) 6.81 (173.0) 2.48 (63.0) 6.37 (161.8) 4.20 (1.91)
DIMENSIONS
Examples:
F6204-AIB-T6 = SAE 12 ports
 2 - 40 GPM fl ow range
 4-20 mA output
 Buna N seals
 Temperature sensor
 6000 PSI (414 Bar) pressure sensor
ORDERING INFORMATION
NOMINAL
PORT
SIZE
FLOW
RANGE
MODEL
NUMBER
FLOW
TRANSDUCER SEALS TEMPERATURE PRESSURE
SAE 8 0.4 - 7 GPM F6202-A
 I 4-20 mA Out (IFC)
V 0-5 VDC Out (IFC)
B Buna N
V Viton?
E EPR
T with Sensor
N 1/4 NPTF (F) Plugged
S SAE 2 (J514) Plugged
G G 1/4 (F) Plugged
D SAE 4 Plugged
1 1000 PSI (69 Bar) Sensor
3 3000 PSI (207 Bar) Sensor
5 5000 PSI (345 Bar) Sensor
6 6000 PSI (414 Bar) Sensor 2
N 1/4 NPTF (F) Plugged
S SAE 2 (J514) Plugged
F G 1/4 (F) Plugged
SAE 12 2 - 40 GPM F6204-A
SAE 16 4 - 80 GPM F6206-A
SAE 20 8 - 160 GPM F6208-A
G 1/4 1.5 - 26 LPM F6222-A
G 3/4 7.5 - 151 LPM F6224-A
G 1 15 - 302 LPM F6226-A
G 1-1/4 30 - 605 LPM F6228-A 2 Not available with Models F6208 or F6228
Activa? Sensor Array
Simultaneously Measures Flow, Pressure and Temperature
MODEL NUMBER DESCRIPTION
F001109 5-Point Calibration Certifi cate 3
F001110 10-Point Calibration Certifi cate 3
ACCESSORIES
3 Certifi cates are traceable to NIST, ISO 9001.
For information about Refer to
Digital Displays Form No. 549
Pressure Sensors Page 26
Temperature Sensor Page 27
Cables Pages 28 & 29
DEPENDABLE CUSTOMER SERVICE
F6228-AVV-G5 = G 1-1/4 ports
 30 - 605 LPM fl ow range
 0-5 VDC output
 Viton? seals
 G 1/4 (F) plugged temp port
 5000 PSI (345 Bar) pressure sensor
Viton is a registered trademark of DuPont Dow Elastomers.
18
SPECIFICATIONS
Performance
Forward Flow
Accuracy: ±1% of full scale
 (±1% of rate when used with
 F6600/F6650 display)
Repeatability: ±0.2%
Turbine Response: ≤200ms
Temperature:
 Fluid -4 to +300 °F (-20 to +150 °C)
 Ambient -4 to +131 °F (-20 to +55 °C)
Operating Pressure: up to 5800 PSI (400 Bar) max
Pressure Drop: See ?P charts on page 24
Readout Accuracy: ±1 digit
Magnetic Pick-up:
 Electrical Output
 Signal Self-generating alternating pulse
 100 mV RMS (100 Hz) minimum
 F6202 & F6222 10 mV RMS (200 Hz) minimum
Pressure Sensor: See page 26 for
(optional) complete specifi cations
Temperature Sensor: See page 27 for
(optional) complete specifi cations
Material
Housing: 6013-T651 Aluminum; anodized
Turbine Rotor: T416 Stainless steel
Ball Bearings: 440C Stainless steel
Rotor Shaft: T303 Stainless steel
Rotor Supports: 6061-T6 Aluminum alloy
 F6202 & F6222 CA360 Brass
Hub Cones: 6061-T6 Aluminum alloy
 F6204, F6206, F6208,
 F6224, F6226 & F6228 only
Adapters: 6061-T6 Aluminum; anodized
Retaining Rings: 6061-T6 Aluminum alloy
Seals: Buna N standard;
 Viton? and EPR optional
Magnetic Pick-up:
 Body 12L14 Steel; black oxide fi nish
 Nut 12L14 Steel; zinc plate,
 dichromate fi nish
Ports: SAE J1926/1; BSPP ISO1179
? Four fl ow ranges
? Turbine fl ow measurement
? Standard magnetic pick-up with frequency
output for fl ow rate
? 4-20 mA output for temperature and pressure
? Pressures up to 5800 PSI (400 Bar)
? Temperatures up to 300 °F (150 °C)
? Available with SAE or BSPP ports
? Flow accuracy ±1% of full scale
? Repeatability ±0.2%
The Ultima Sensor Array provides fl ow,
temperature and pressure signals in a compact
unit that requires only one hydraulic line break.
The magnetic pick-up generates a frequency
output for fl ow rate measurement while the
pressure and temperature sensors provide
4-20 mA output signals. The fl ow signals can be
transmitted to Flo-tech’s F6600/F6650 Series,
and the temperature and pressure signals can
be transmitted to the F6700/F6750 Series digital
displays or any other instruments that accept a
frequency or 4-20 mA signal.
Typical applications include fl uid characteristic
measurement on test stands, stationary hydraulic
system monitoring, feedback for hydraulic
system control, advance warning of impending
component failure and hydraulics system
diagnosis.
UltimaSensor Array
Simultaneously Measures Flow, Pressure and Temperature
Viton is a registered trademark of DuPont Dow Elastomers.
RELIABLE FLOW MEASUREMENT
19
MODEL
A
WIDTH
IN (mm)
B
LENGTH
IN (mm)
C
HEIGHT
IN (mm)
D
w/MAG
IN (mm)
WEIGHT
LBS (KG)
F6202-F / F6222-F 1.23 (31.2) 4.72 (120.0) 1.47 (37.3) 3.72 (94.5) 1.55 (0.70)
F6204-F / F6224-F 1.48 (37.6) 5.08 (129.0) 1.80 (45.7) 4.05 (102.9) 1.75 (0.79)
F6206-F / F6226-F 1.98 (50.3) 5.87 (149.0) 2.20 (56.0) 4.46 (113.3) 2.75 (1.25)
F6208-F / F6228-F 2.46 (62.5) 6.81 (173.0) 2.48 (63.0) 4.75 (120.7) 4.10 (1.86)
DIMENSIONS
Examples:
F6204-FB-T6 = SAE 12 ports
 2 - 40 GPM fl ow range
 4-20 mA output
 Buna N seals
 Temperature sensor
 6000 PSI (414 Bar) pressure sensor
ORDERING INFORMATION
NOMINAL
PORT SIZE
FLOW
RANGE
MODEL
NUMBER SEALS TEMPERATURE PRESSURE
SAE 8 0.4 - 7 GPM F6202-F1
B Buna N
V Viton?
E EPR
T with Sensor
N 1/4 NPTF (F) Plugged
S SAE 2 (J514) Plugged
G G 1/4 (F) Plugged
D SAE 4 Plugged
1 1000 PSI (69 Bar) Sensor
3 3000 PSI (207 Bar) Sensor
5 5000 PSI (345 Bar) Sensor
6 6000 PSI (414 Bar) Sensor 2
N 1/4 NPTF (F) Plugged
S SAE 2 (J514) Plugged
F G 1/4 (F) Plugged
SAE 12 2 - 40 GPM F6204-F
SAE 16 4 - 80 GPM F6206-F
SAE 20 8 - 160 GPM F6208-F
G 1/4 1.5 - 26 LPM F6222-F1
G 3/4 7.5 - 151 LPM F6224-F
G 1 15 - 302 LPM F6226-F
G 1-1/4 30 - 605 LPM F6228-F
UltimaSensor Array
Simultaneously Measures Flow, Pressure and Temperature
2
 Not available with Models F6208 or F6228
MODEL NUMBER DESCRIPTION
F001109 5-Point Calibration Certifi cate 3
F001110 10-Point Calibration Certifi cate 3
ACCESSORIES
3
 Certifi cates are traceable to NIST, ISO 9001.
For information about Refer to
Digital Displays Form No. 549
Pressure Sensors Page 26
Temperature Sensor Page 27
Cables Pages 28 & 29
TRACEABLE TO NIST STANDARDS
F6228-FV-G5 = G 1-1/4 ports
 30 - 605 LPM fl ow range
 0-5 VDC output
 Viton? seals
 G 1/4 (F) plugged temp port
 5000 PSI (345 Bar) pressure sensor
Viton is a registered trademark of DuPont Dow Elastomers.
1 F6202 -F and F6222-F require K-Factor Scaler, F5140 (see page 25), to amplify frequency signal to be compatible with Flo-tech’s F6600/F6650 Digital Displays.
20
? Choice of high strength aluminum or
Stressproof ? steel bodies
? Turbine fl ow measurement
? Flow accuracy ±1% of full scale
? Repeatability ±0.2%
? Pressures up to 6000 PSI (414 Bar)
? Temperatures up to 300 °F (150 °C)
? Optional IFC converter provides analog output
Flo-tech’s Classic Turbine Flow Sensors measure
the fl ow rate of hydraulic fl uids and other compatible
liquids. Offered in a choice of high strength
anodized aluminum or Stressproof ? steel
bodies, these durable fl ow sensors are capable
of withstanding pressures up to 6000 PSI (414
Bar).
The Classic Series with the standard magnetic
pick-up provides a frequency signal that is
proportional to fl ow rate and can be transmitted to
Flo-tech’s F6600/F6650 Series digital displays. If
an analog output is preferred, these sensors are
also available with the IFC (Inligent Frequency
Converter) which offers either a 4-20 mA or
0-5 VDC output signal, allowing easy integration
with Flo-tech’s F6700/F6750 Series digital
displays, PCs, PLCs or other data acquisition
devices.
Classic Turbine Flow Sensor
Measures Flow Rate Providing Frequency or Analog Output
Viton is a registered trademark of DuPont Dow Elastomers.
Stressproof is a registered trademark of Niagara LaSalle Corporation.
RUGGED CONSTRUCTION
SPECIFICATIONS
Performance
Forward Flow Accuracy:
 Magnetic pick-up ±1% of full scale (±1% of rate when
 used with F6600/F6650 display)
 IFC option ±1% of reading @ 32 cSt
Repeatability: ±0.2%
Turbine Response: ≤200ms
Temperature:
 Fluid -4 to +300 °F (-20 to +150 °C)
 Ambient -4 to +131 °F (-20 to +55 °C)
Operating Pressure:
 FSC, FSB Series 5000 PSI (345 Bar) maximum
 FSD Series 6000 PSI (414 Bar) maximum
Pressure Drop: See ?P charts on page 24
Magnetic Pick-up, Standard:
 Electrical Output Signal Self-generating alternating pulse
 100 mV RMS (100 Hz) minimum
 FSC-375 Series 10 mV RMS (200 Hz) minimum
IFC Signal Converter, Optional: F to I F to V
 Power: Loop powered, 6V 10 to 30 VDC
 insertion loss max
 10 to 30 VDC supply range
 Inputs: Magnetic Pick-up Magnetic Pick-up
 Frequency 0 to 3500 Hz 0 to 3500 Hz
 Trigger Sensitivity 30 mV p-p 30 mV p-p
 Frequency Measurement
 Accuracy ±1% ±1%
 Analog Output: 4-20 mA current loop 0-5 VDC
 Resolution 1:4000 1:4000
 Temperature Drift 50 ppm / °C max 50 ppm / °C max
 Response 1.6 seconds min 1.6 seconds min
 Environmental:
 Ambient Temperature -22 to +158 °F -22 to +158 °F
 (-30 to +70 °C) (-30 to +70 °C)
 Humidity 0-90%, 0-90%,
 non-condensing non-condensing
Material
Housing: 6013-T651 Aluminum; anodized
 FSD Series Stressproof ? steel; zinc plate,
 dichromate fi nish
Turbine Rotor: T416 Stainless steel
Bearings: 440C Stainless steel ball bearings
 FSD Series Tungsten carbide journal bearings
Rotor Shaft: T303 Stainless steel
 FSD Series Tungsten carbide
Rotor Supports: 6061-T6 Aluminum alloy
 FSC-375, 500, 750 CA360 Brass
 FSD Series T303 Stainless steel
Hub Cones: 6061-T6 Aluminum alloy
 FSC-500, 750, 1000, 1005
 & FSB-1250, 1500 only
Retaining Rings: Steel; zinc plate
 FSC-375 Series T303 Stainless steel
Seals: Buna N standard;
 Viton ? and EPR optional
Magnetic Pick-up, Standard:
 Body 12L14 Steel; black oxide fi nish
 Nut 12L14 Steel; zinc plate, dichromate fi nish
IFC (includes magnetic pick-up), Optional:
 Case 6061-T6 Aluminum; nickel plate
 Connector Brass; nickel plate
Ports SAE J1926/1,
 Code 61 and Code 62: SAE J518
21
DIMENSIONS
Examples:
F2084-ASCM = SAE 16 ports
 3 - 60 GPM (11.5 - 227 LPM)
 Frequency output
 Buna N seals
ORDERING INFORMATION
NOMINAL
PORT SIZE
FLOW RANGE
GPM (LPM) SERIES MODEL NUMBER
Frequency Output
MODEL NUMBER
4-20 mA Output
MODEL NUMBER
 0-5 VDC Output
SAE 8 0.4 - 7 (1.5 - 26) FSC-375 F2945-ASCM 2 F2945-ASCI F2945-ASCV
SAE 12 1 - 15 (4 - 56) FSC-500 F2082-ASCM F2082-ASCI F2082-ASCV
SAE 12 2 - 25 (7.5 - 94) FSC-750 F2083-ASCM F2083-ASCI F2083-ASCV
SAE 16 3 - 60 (11.5 - 227) FSC-1000 F2084-ASCM F2084-ASCI F2084-ASCV
SAE16 4 - 85 (15 - 321) FSC-1005 F2084-ASCM8 F2084-ASCI8 F2084-ASCV8
SAE 20, Code 61, 4-Bolt Face 5 - 100 (20 - 378) FSB-1250 F2085-ASBM F2085-ASBI F2085-ASBV
SAE 24, Code 61, 4-Bolt Face 7 - 200 (27 - 757) FSB-1500 F2086-ASBM F2086-ASBI F2086-ASBV
SAE 20, Code 62, Flange Head 5 - 100 (20 - 378) FSD-1250 F2085-SCDM F2085-SCDI F2085-SCDV
SAE 24, Code 62, Flange Head 7 - 200 (27 - 757) FSD-1500 F2086-SCDM F2086-SCDI F2086-SCDV
SAE 32, Code 62, Flange Head 10 - 350 (37 - 1324) FSD-2000 F2998-SCDM F2998-SCDI F2998-SCDV
Classic Turbine Flow Sensor
Measures Flow Rate Providing Frequency or Analog Output
 2 FSC-375 (F2945-ASCM) requires K-Factor Scaler, F5140 (see page 25), to amplify frequency signal to be compatible with Flo-tech’s F6600/F6650 Digital Displays.
MODEL NUMBER DESCRIPTION
F001109 5-Point Calibration Certifi cate 3
F001110 10-Point Calibration Certifi cate 3
ACCESSORIES
3 Certifi cates are traceable to NIST, ISO 9001.
For information about Refer to
Digital Displays Form No. 549
Pressure Sensors Page 26
Temperature Sensor Page 27
Cables Pages 28 & 29
FIVE OR TEN POINT CALIBRATION AVAILABLE
F2086-ASBI = SAE 24, Code 61, 4-Bolt Face ports
 7 - 200 GPM (27 - 757 LPM)
 4-20 mA output
 Buna N seals
B
C
D
A
E
Magnetic Pickup
Housing
FSC FSB
A
D
E
B
C
Magnetic Pickup
Housing
FSD
 1 Weight is for sensors with standard magnetic pick-up installed. For sensors with IFC add .10 lbs.
SERIES
A
WIDTH
IN (mm)
B
LENGTH
IN (mm)
C
HEIGHT
IN (mm)
D
w/MAG
IN (mm)
E
w/IFC
IN (mm)
F
IN (mm)
G
IN (mm)
WEIGHT 1
LBS
(KG)
FSC-375 1.25 (32) 5.00 (127) 1.50 (38) 3.91 (99) 5.48 (139) – – 1.25 (0.57)
FSC-500 2.00 (51) 6.50 (165) 2.00 (51) 4.16 (106) 5.84 (148) – – 2.75 (1.25)
FSC-750 2.00 (51) 6.50 (165) 2.00 (51) 4.25 (108) 5.93 (151) – – 2.87 (1.30)
FSC-1000 2.50 (64) 6.50 (165) 2.00 (51) 4.34 (110) 5.97(152) – – 3.25 (1.47)
FSC-1005 2.50 (64) 6.50 (165) 2.00 (51) 4.34 (110) 5.97(152) – – 3.25 (1.47)
FSB-1250 4.00 (102) 7.00 (178) 3.00 (76) 4.94 (126) 6.43 (165) 1.188 (30.1) 2.312 (58.7) 7.75 (3.52)
FSB-1500 4.00 (102) 7.00 (178) 3.00 (76) 5.10 (130) 6.59 (167) 1.406 (35.7) 2.75 (69.9) 7.40 (3.36)
FSD-1250 2.12 (54) 7.50 (190) 2.125 (54) 4.50 (114) 5.17 (131) – – 6.12 (2.78)
FSD-1500 2.50 (64) 7.50 (190) 2.500 (64) 4.85 (123) 5.34 (135) – – 6.75 (3.06)
FSD-2000 3.12 (79) 8.25 (209) 3.125 (79) 5.39 (137) 5.45 (138) – – 8.55 (3.88)
B A G
Magnetic Pickup
Housing
C
D
F
E
22
SPECIFICATIONS
Performance
Forward and Reverse
Flow Accuracy: ±1% of full scale
Repeatability: ±0.2%
Turbine Response: ≤200ms
Temperature:
 Fluid -4 to +300 °F (-20 to +150 °C)
 Ambient -4 to +131 °F (-20 to +55 °C)
Operating Pressure: 5000 PSI (345 Bar) maximum
Pressure Drop: See ?P charts on page 24
Magnetic Pick-up:
 Electrical Output
 Signal Self-generating alternating pulse
 100 mV RMS (100 Hz) minimum
Material
Housing: 6013-T651 Aluminum; anodized
Turbine Rotor: T416 Stainless steel
Ball Bearings: 440C Stainless steel
Rotor Shaft: T303 Stainless steel
Rotor Supports: 6061-T6 Aluminum alloy
 FSC-2005, 2075 CA360 Brass
Hub Cones: 6061-T6 Aluminum alloy
Retaining Rings: Steel; zinc plate
Seals: Buna N standard;
 Viton? and EPR optional
Magnetic Pick-ups:
 Body 12L14 steel; black oxide fi nish
 Nut 12L14 steel; zinc plate,
 dichromate fi nish
Ports: SAE J1926/1
? Four fl ow ranges
? Bi-directional turbine fl ow measurement
? High strength aluminum bodies
? Flow accuracy ±1% of full scale for both
forward and reverse fl ow
? Repeatability ±0.2%
? Pressures up to 5000 PSI (345 Bar)
? Temperatures up to 300 °F (150 °C)
Derived from the FSC Series, the F2000 Quad
Series of fl ow sensors utilizes two fl ow transducers
which are 90-degrees electrically out of phase
from each other. With the addition of a second
fl ow transducer, it is possible to monitor fl ow in
both directions. The F2000 Quad is suitable for
up-down counters that can discern the leading
and trailing edges of the quadrature signals.
Current applications include using the F2000 as
a speed-sensing device on equipment.
This bi-directional fl ow sensor can be used as
a governor, sending frequency signals back to
a PLC which enable it to make the necessary
adjustments. Other functions of the fl ow sensor are
in linear applications where accurate positioning
is required.
Quad Series Turbine Flow Sensor
Provides Bi-directional Flow Rate Measurement
Viton is a registered trademark of DuPont Dow Elastomers.
RELIABLE FLOW MEASUREMENT
23
SERIES
A
WIDTH
IN (mm)
B
LENGTH
IN (mm)
C
HEIGHT
IN (mm)
D
w/MAG
IN (mm)
E
w/MAG
IN (mm)
WEIGHT
LBS (KG)
FSC-2005 2.00 (51) 6.50 (165) 2.00 (51) 4.16 (106) 4.05 (102) 2.75 (1.25)
FSC-2075 2.00 (51) 6.50 (165) 2.00 (51) 4.25 (108) 4.05 (102) 2.87 (1.30)
FSC-2100 2.50 (64) 6.50 (165) 2.00 (51) 4.34 (110) 4.59 (117) 3.25 (1.47)
FSC-2150 2.50 (64) 6.50 (165) 2.00 (51) 4.34 (110) 4.59 (117) 7.75 (3.52)
DIMENSIONS
Examples:
F2084-ASCQ4 = SAE 16 ports
 3 - 60 GPM (11.5 - 227 LPM)
 Bi-directional frequency output
 Buna N seals
ORDERING INFORMATION
NOMINAL
PORT SIZE
FLOW RANGE
GPM (LPM) SERIES MODEL
SAE 12 1 - 15 (4 - 56) FSC-2005 F2082-ASCQ4
SAE 12 2 - 25 (7.5 - 94) FSC-2075 F2083-ASCQ4
SAE 16 3 - 60 (11.5 - 227) FSC-2100 F2084-ASCQ4
SAE 16 4 - 85 (15 - 321) FSC-2150 F2085-ASCQ4
Quad Series Turbine Flow Sensor
Provides Bi-directional Flow Rate Measurement
MODEL NUMBER DESCRIPTION
F001109 5-Point Calibration Certifi cate 1
F001110 10-Point Calibration Certifi cate 1
ACCESSORIES
1 Certifi cates are traceable to NIST, ISO 9001.
For information about Refer to
Digital Displays Form No. 549
Cables Pages 28 & 29
TRACEABLE TO NIST STANDARDS
24
Flow vs Pressure Drop Charts
Turbine Flow Sensors
FULLY STAFFED TECHNICAL SERVICES DEPARTMENT
Activa?and Ultima Sensor Arrays and Ultima Sensor Arrays
Classic Flow Sensors lassic Flow Sensors
Quad Flow Sensors uad Flow Sensors
.1 1 10 100 300
100
10
1
.1
.1 10 100 1000
FLOW LPM
PRESSURE DROP BAR
F6202 F6206 F6208 F6204 F6222 F6228 F6226
F6224
FLOW GPM
PRESSURE DROP PSI
50
10
.1
4
1
0.1
0.07
.1 10 100 500 10 100 1000 2000
FLOW GPM FLOW LPM
PRESSURE DROP PSI
PRESSURE DROP BAR
FSC-750
FSC-500 FSD-2000
FSC-375
FSB-1250
FSD-1005
FSB-1500
FSD-1500
FSC-1000
FSC-1005
FSC-750
FSC-500 FSD-2000
FSC-375
FSB-1250
FSD-1005
FSB-1500
FSD-1500
FSC-1000
FSC-1005
50
10
1
1 10 100 500
FSC-2005
FSC-2075
FSC-2100
FSC-2150
PRESSURE DROP PSI
FLOW GPM
4
1
0.1
0.07
10 100 1000 2000
PRESSURE DROP BAR
FLOW LPM
FSC-2005
FSC-2075
FSC-2100
FSC-2150
25
SPECIFICATIONS
External Power:
Input Voltage 8.5 to 30 VDC, diode protected
Maximum
Current Draw 18 mA, using internal resistor @
 30 VDC input
Inputs: Magnetic pick-up
Frequency Range 0-4000 Hz
Trigger Sensitivity 30 mV p-p to 30 V p-p
Output Signal: 30 VDC max voltage (open collector
 transistor) 0.25 W max power
 Pulse type, using internal pull-up resistor;
 VH = power input voltage - 0.7 VDC
 VL
 = less than 0.4 V @ max input power
 Pulse type, using external pull-up resistor;
 VH = input voltage to external pull-up resistor
 VL
 = [VH /(selected resistor value + 47Ω)] × 47Ω
 Pulse length;
 150μs, 1ms, 25ms, 100ms, 500ms, 1s or auto
 mode selectable
Internal Pull-up
Resistor: Jumper disable option 3.6K Ohm
Operating
Temperature: -22 to +158 °F (-30 to +70 °C)
Enclosure: UL 94-5VA fl ame retardant ABS with
 mounting fl anges
? Pre-amplifi er for low level turbine meter
? Interface for pulse output devices to PLC, RTU, PC
data acquisition card or similar devices
? Scale turbine meter output to desired engineering units
? On board microcontroller
? Internal or external pull-up resistor
? Compact ABS enclosure with mounting fl anges
? Field adjustable (with optional software)
? K-factor range 1- 999,999,999
The K-Factor Scaler is a fi eld adjustable frequency divider
that converts the low level frequency output from a turbine
meter into a scaled square wave output signal. This
amplifi ed, square wave output signal will interface with
any frequency or counter input data collection device.
Due to the low level frequency signal of the FSC-375 and
the Ultima F6202-F and F6222-F series turbine meters, the
K-Factor Scaler is required to amplify the signal of these
turbine meters for transmission to the Flo-tech F6600 and
F6650 Series digital displays.
The K-Factor Scaler is also capable of converting the
frequency output of a turbine meter into a different
frequency, representing another unit of measure, such as
liters, barrels, cubic feet, etc. This requires the optional
programming software kit and the K-factor information
unique to the turbine meter.
K-Factor Scaler
Frequency Divider
ORDERING INFORMATION
DIMENSIONS - Inches (mm)
MODEL PART NUMBER
K-Factor Scaler F5140
Programming Software Kit F5141
DEPENDABLE CUSTOMER SERVICE
26
? 4-20 mA electrical output
? Long-term stability & repeatability
? Wide range of pressure ratings
? Stainless steel NEMA 4X enclosure
The F6301 Pressure Sensors utilize polysilicone strain
resistors to create very low noise levels with very high
signal output. The metal diaphragm and polysilicone
bridge are unaffected by shock, vibration or mounting
position.
SPECIFICATIONS
Overpressure:
 Full scale in PSI 0-15 to 0-3000 to 0-6000 to
 0-2000 0-5000 0-15,000
 Proof 200% 150% 120%
 Burst 800% 300% 150%
Accuracy: ±1% of full scale
 Non-linearity ±0.7%
 Hysteresis ±0.2%
 Non-repeatability ±0.07%
Durability: 108 cycles 20/80% full scale with
 negligible performance change
Response Time: <5ms
Environmental Effects:
 Humidity No performance effect at 95%
 relative humidity, non-condensing
 Position Effect <0.01% full scale
Temperature:
 Storage -65 to +250 °F (-54 to +121 °C)
 Operating -20 to +180 °F (-29 to +82 °C)
 Compensating -20 to +160 °F (-29 to +71 °C)
Thermal Coeffi cients (68 °F ref.) % full scale / °F Standard:
 Zero ±0.04%
 Span ±0.04%
Vibration Sweep: <±0.1% full scale effect for
 0-2000 Hz at 20 g’s in any axis
Shock: <±0.5% full scale effect for 100 g’s,
 20 ms shock in any axis
Power Requirements: 10-36 VDC unregulated
 4-20 mA reverse polarity protected
Circuit to Case
Insulation Resistance: 100 M Ohms @ 50 VDC
Electrical Output:
 Signal 4-20 mA (2 wire)
Physical:
 Enclosure NEMA 4X
 Weight 2 oz (approximate without cable)
Materials:
 Case 300 Series stainless steel
 Cable #24 AWG, 36" PVC, shielded,
 vented, UL approved
 Diaphragm 17-4 PH stainless steel
 Connection 1/4 NPT male
Pressure Sensor F6301 Series
With 4-20 mA Output
ORDERING INFORMATION
DIMENSIONS - Inches (mm)
F6301-1K 0 - 1000 0 - 68.9 0 - 70.3
F6301-2K 0 - 2000 0 - 137.8 0 - 140.6
F6301-3K 0 - 3000 0 - 199.9 0 - 199.9
F6301-5K 0 - 5000 0 - 345 0 - 351
F6301-6K 0 - 6000 0 - 414 0 - 422
F6301-7.5K 0 - 7500 0 - 517 0 - 527
F6301-10K 0 - 10,000 0 - 689 0 - 703
F6301-15K 0 - 15,000 0 - 1034 0 - 1055
PART NUMBER PSI Bar kg/cm2
F6301-15 0 - 15 0 - 1.034 0 - 1.055
F6301-30 0 - 30 0 - 1.999 0 - 1.999
F6301-60 0 - 60 0 - 4.13 0 - 4.22
F6301-100 0 - 100 0 - 6.89 0 - 7.03
F6301-150 0 - 150 0 - 10.34 0 - 10.55
F6301-200 0 - 200 0 - 13.78 0 - 14.06
F6301-300 0 - 300 0 - 19.99 0 - 19.99
F6301-500 0 - 500 0 - 34.5 0 - 35.1
F6301-750 0 - 750 0 - 51.7 0 - 52.7
MEASURE SYSTEM PERFORMANCE
Pin Conf iguration
1 N/C
2 Signal Output
3 +VDC
27
? RTD temperature element
? 4-20 mA electrical output
? Temperatures up to +350 °F (+176 °C)
? Withstands pressures up to 6000 PSI (414 Bar)
These two-wire platinum RTD (resistance temperature
detector) sensors with 4-20 mA output are designed for
direct insertion into high pressure fl uid systems without
need for special pressure fi ttings. They are ideal for
indicating system operating conditions, temperature
testing and process measurements and control.
SPECIFICATIONS
Temperature Range:
 Ambient -40 to +185 °F (-40 to +85 °C)
 Fluid -40 to +350 °F (-40 to +177 °C)
Accuracy: See Sensor Accuracy vs
 Temperature Chart below
Current Span Range: 4-20 mA
Response Time: 3 seconds
Maximum Pressure: 6000 PSI (414 Bar)
Operating Loop Voltage:
 Minimum 9V + Voltage of load resistor at 20 mA
 Maximum 28V
 Min Load Resistance 10 Ohms
 Max Load Resistance Loop Voltage - 9V = Ohms
 (including wiring losses) 20 mA
Temperature Sensor F6310 Series
With 4-20 mA Output
ORDERING INFORMATION
DIMENSIONS - Inches (mm)
Combined
Celsius / Fahrenheit
Celsius
Only
Fahrenheit
Only
Temperature Accuracy Temp. Accuracy Temp. Accuracy
°C °F °C °C °C °F °F
-20 -4 ±0.8 -20 ±0.8 -4 ±1.4
0 +32 ±0.6 0 ±0.6 0 ±1.2
+100 +212 ±1.2 +50 ±0.9 +50 ±1.2
+176 +350 ±1.7 +100 ±1.2 +100 ±1.5
- - - +150 ±1.5 +200 ±2.1
- - - +176 ±1.7 +300 ±2.7
- - - - - +350 ±3.0
Sensor Accuracy vs Temperature
PART NUMBER Fluid Temperature Range
F6310 -40 to +350 °F (-40 to +177 °C)
HYDRAULIC SYSTEM DIAGNOSTIC TOOLS
Pin Conf iguration
1 Case Ground
2 Signal Output
3 +Voltage
5/16-24 UNF-28
Suitable for
SAE J1926-2
O-Ring Boss
(SAE #2)
28
Flo-tech offers a complete selection of mating cables to
complete your hydraulic measurement system.
To select the appropriate cable for your application, refer
to the Connecting Cable Charts shown below and on the
next page.
Cables
Sensor Model Connecting Cable Connecting Ends Signal
 Amplifi er Digital Display
FREQUENCY
FSC-375 F2832-6, 6 ft or
F2832-15, 15 ft
MS female to
tinned leads
F5140
K-Factor Scaler F6600 / F6650 Series
FSC-500
F2832-6, 6 ft or
F2832-15, 15 ft
2-Pin (MS) female to
tinned leads — F6600 / F6650 Series
or HB2800 Series
FSC-750
FSC-1000
FSC-1005
FSB-1250
FSB-1500
FSD-1250
FSD-1500
FSD-2000
F6202-F / F6222-F F6234-6, 6 ft or
F6234-15, 15 ft
3-Pin female to
tinned leads
F5140
K-Factor Scaler
F6600 / F6650 Series
or HB2800 Series
F6204-F / F6224-F
F6234-6, 6 ft or
F6234-15, 15 ft
3-Pin female to
tinned leads F6206-F / F6226-F — F6600 / F6650 Series
F6208-F / F6228-F
ANALOG
FSC-375 with IFC
F6557-6, 6 ft or
F6557-15, 15 ft
5-Pin female to
tinned leads — F6700 / F6750 Series
FSC-500 with IFC
FSC-750 with IFC
FSC-1000 with IFC
FSC-1005 with IFC
FSB-1250 with IFC
FSB-1500 with IFC
FSD-1250 with IFC
FSD-1500 with IFC
FSD-2000 with IFC
F6202-AI / F6222-AI
F6202-AV / F6222-AV
F6557-6, 6 ft or
F6557-15, 15 ft
5-Pin female to
tinned leads — F6700 / F6750 Series
F6204-AI / F6224-AI
F6204-AV / F6224-AV
F6206-AI / F6226-AI
F6206-AV / F6226-AV
F6208-AI / F6228-AI
F6208-AV / F6228-AV
F6301-X
(Pressure Sensors)
F6234-6, 6 ft or
F6234-15, 15 ft
3-Pin female to
tinned leads — F6700 / F6750 Series
F6310
(Temperature Sensor)
F6234-6, 6 ft or
F6234-15, 15 ft
3-Pin female to
tinned leads — F6700 / F6750 Series
MEASURE SYSTEM PERFORMANCE
29
Cables
Sensor Model Connecting Cable Connecting Ends Signal
 Amplifi er Digital Display
FREQUENCY
F6150-F
F2832-6, 6 ft or
F2832-15, 15 ft
2-Pin (MS) female to
tinned leads — F6600 / F6650 Series
or HB2800 Series
F6153-F
F6156-F
F6159-F
F6161-F
F6163-F
F6165-F
F6167-F
ANALOG
F6150-I and F6150-V
F6557-6, 6 ft or
F6557-15, 15 ft
5-Pin female to
tinned leads — F6700 / F6750 Series
F6153-I and F6153-V
F6156-I and F6156-V
F6159-I and F6159-V
F6161-I and F6161-V
F6163-I and F6163-V
F6165-I and F6165-V
F6167-I and F6167-V
F6301-X
(Pressure Sensors)
F6234-6, 6 ft or
F6234-15, 15 ft
3-Pin female to
tinned leads — F6700 / F6750 Series
F6310
(Temperature Sensor)
F6234-6, 6 ft or
F6234-15, 15 ft
3-Pin female to
tinned leads — F6700 / F6750 Series
DEPENDABLE CUSTOMER SERVICE
2-Pin (MS) and 3 Pin Connectors for
Frequency Flow Signals
3-Pin Connectors for Analog
Pressure and Temperature Signals
5-Pin Connector for
Analog Flow Signals
2
3 1
Temperature Signals
PIN 1 Case Ground
PIN 2 - Signal Output
PIN 3 + Voltage
Pressure Signals
PIN 1 N/C
PIN 2 - Signal Output
PIN 3 + Voltage
B A
2
3 1
PIN 1 N/C
PIN 2 - (Negative)
PIN 3 + (Positive)
PIN A + (Positive)
PIN B - (Negative)
CONVERTER
MALE CONNECTOR
3
2
1
4
5
F to I CONVERTER
+ 4 - 20 mA
- 4 - 20 mA
 + 4 - 20 mA (Sink)
 - 4 - 20 mA (Source)
N/C
N/C
N/C
PIN 3
PIN 4
PIN 5
PIN 2
PIN 1
 No Connection
RED
BLACK
WHITE
 F to V CONVERTER
 + 10 to 30 VDC
 SIGNAL
10 - 30 VDC
SIGNAL
GND
N/C
N/C
PIN 3
PIN 4
PIN 5
PIN 2
PIN 1
 0 V
RED
BLACK
WHITE
30
Hydraulic Formulas and Viscosity Information
FULLY STAFFED TECHNICAL SERVICES DEPARTMENT
Saybolt Universal
Seconds (SUS)
ISO-VG CentiStoke CentiPoise 1 Typical Brands/Liquids at 100 °F
31 2 1.0 0.876 Water
35 3 2.5 2.19 -
40 5 4.2 3.68 -
45 5/7 5.9 5.17 -
50 7 7.5 6.57 Kerosene
55 7/10 8.8 7.71 Atlantic Richfi eld/Duro 55 Hydraulic Oil
60 10 10.5 9.20 Monsanto/Skydrol - 500 A
70 10/15 13.2 11.56 Mobil/Aero HFA Hydraulic Oil
80 15 15.7 13.75 No. 4 Fuel Oil
90 22 18.2 15.94 Stauffer Chemical/Fyrquel 90
100 22 20.6 18.05 Conoco/Syncon Synthetic AW Hydraulic Oil
150 32 32.0 28.03 Mobil/DTE 24 Hydraulic Oil
200 46 43.2 37.84 Citco/Glycol FR-40XD (Oil in Water)
300 68 65.0 56.94 SAE 20 Crankcase Oil
400 68/100 86.0 75.34 Sunoco/Sunvis 41 Hydraulic Oil
500 100 108 94.61 SAE 30 Crankcase Oil
750 150 162 141.91 SAE 40 Crankcase Oil
1000 220 216 189.22 Mobil/Paper Machine Oil - Type K
1500 320 323 282.95 SAE 50 Crankcase Oil
2000 460 431 377.56 Amoco/American Industrial Oil - No. 460
3000 680 648 567.65 SAE 140 Gear Oil
4000 1000 862 755.11 SAE 250 Gear Oil
±1% Viscosity Range for Flo-tech Testers
and Sensors is 25 to 500 SUS
Fluid viscosity used to calibrate
Testers and Sensors.
1
 CentiPoise are given for oil of 0.876 specifi c granvity. Relationship: CentiStokes × Specifi c Gravity = CentiPoise
 Flow Rate Formulas
 Frequency (Hz) = K × GPM GPM = Hz × 60
60 K
 K factor (K) = Hz × 60 Time Base (TB) = GPM
GPM Hz
Flow Rate Related Formulas Flow Rate Related Formulas
 Valve Cv Factor = Flow Rate (GPM) × √Fluid Specifi c Gravity
√?P across valve (PSI)
 Cylinder Velocity = 0.3208 × Flow Rate (GPM)
Net Cylinder Area (in2)
Fluid Motor Torque = Flow Rate (GPM) × Pressure (PSIG) × 36.77
Rotational Speed
Power Calculations Power Calculations
 H.P. = GPM × PSI H.P. = liters/min × Bar kW = liters/min × Bar
1714 447.4 600
 Fluid Viscosity Conversion Table
31
fl o-tech.com
? The latest product updates
? Valuable product specifi cations
? Downloadable installation and
maintenance manuals
? Local distributor information
? Expanded technical data
? Press releases
? Trade show schedule
? Web ONLY promotions
? Chemical compatibility chart
Benefi t from the Flow Meter Experts
Flo-tech’s comprehensive fl ow meter website offers:
Improve productivity, reduce maintenance costs and protect critical investments through reliable
fl ow metering and process control technology from Flo-tech. Get the edge and the knowledge you
need to accuray and reliably measure fl ow.
flo-tech.com
? 2008 Racine Federated Inc., all rights reserved. site map privacy policy trademark info
Racine Flow Meter Group STATEMENT
RoHS
WEEE
RACINE FEDERATED INC.
ISO 9001 : 2000 FILE N0. A6856
Hedland, division of Racine Federated Inc.
8635 Washington Avenue ? Racine, WI 53406 USA
Hedland
?
Flow Meters
Flo-techTM
Products Technical Info About Us Distributors What’s New Promotions Login
Welcome to Flo-tech, a leading manufacturer of portable
testers and turbines for hydraulic fluids for over 45
years. Flo-tech began operation in 1961 with the
introduction of its first generation PFM portable tester. In
1994, Flo-tech was purchased by Racine Federated Inc.,
and it has been an integral part of the Hedland family of
products ever since.
Over the years, the Flo-tech tester line has undergone a
progression of design changes that have enhanced its
operational features while maintaining the rugged
dependability of that first tester. Continuing in that
tradition, Flo-tech is proud to introduce the new
Flo-Check USB Hydraulic System Analyzer, the next
generation of hydraulic test equipment. The tester line
includes three additional models: PFM6, PFM6BD and
PFM8. In addition to the hydraulic testers, Flo-tech also
offers a full line of turbine flow sensors in three models
including: Activa, Ultima, and Classic.
Flo-tech Products
Introducing the NEW Flo-Check USB
Hydraulic System Analyzer
To view detailed information on all of the Flo-tech products, select the product group and then open the
tab for the specific product model.
FLO-TECH PRODUCTS
Portable Hydraulic Testers
Turbine Flow Meters (Hydraulic Fluids)
Digital Displays
Accessories
product search request literature contact us
Visit flo-tech.com today!
MAILING ADDRESS
PO Box 081580
Racine, WI 53408-1580 USA
SHIPPING ADDRESS
8635 Washington Avenue
fl o-tech.com Racine, WI 53406-3738 USA
?2008 Racine Federated Inc. Printed in USA Form No. 300 Rev 8/08
Variable Area Flow Meters, Switches and Transmitters
Hedland offers a complete line of over 15,000 variable area fl ow meters to
measure oil, phosphate esters, water and water-based fl uids, as well as air
and other compressed gases.
? Basic in-line meters including high temperature and test kit confi gurations
? Flow-Alert? models providing both visual fl ow indication and the
 capability to signal alarms, open or close circuits, trigger warning lights
 and buzzers, and shut down pumps or other equipment
? MR Flow Transmitters with digital display of fl ow rate and total fl ow
 offer a choice of 4-20 mA, 0-10 VDC or 0-5 VDC analog output for easy
 electronic integration
? EZ-View? in-line polysulfone alloy fl ow meters for reliable, trouble-free
fl ow rate indication for low pressure applications
For additional information on the Hedland variable area product line, visit the
Hedland website: www.hedland。。ｃｏｍ.
Ultrasonic Transit Time Flow Meters
For liquid applications where conditions tend to damage or impede the
operation of mechanical meters, Dynasonics offers the TFXL and TFXP
Series ultrasonic transit time fl ow meters. These non-invasive fl ow meters
clamp onto the outside of a pipe and do not contact the internal liquid.
Benefi ts and features of these advanced fl ow meters include:
? Compatible with any ISO viscosity grade liquid
? No premium loss
? No pressure limitation
? Direct reading and/or process signals
? DC power
? Accuracy ±1% of reading
? No moving parts
? Low cost installation
For complete product specifi cations on these Dynasonics fl ow meters, visit
the website: www.dynasonics。。ｃｏｍ.
Racine Flow Meter Group
The Racine Flow Meter Group is comprised of six fl ow meter divisions
representing a variety of measurement technologies. In addition to Flo-tech,
the members of this group include:
Blancett - Turbine fl ow meters for water and other liquid applications
Dynasonics - Ultrasonic fl ow meters for liquids in full pipe systems
Hedland - Variable area in-line fl ow meters for oil, air, water and other
liquids and gases
Preso - Full line of primary fl ow elements
Racine - Vortex Shedding fl ow meters for gas, steam and liquids
With this unique product mix and a team of dedicated and experienced
personnel, the Racine Flow Meter Group offers high-quality and cost-effective
solutions for most fl ow measurement applications.
For additional information regarding the Racine Flow Meter Group, visit the
website: www.racinfed。。ｃｏｍ/fl ow.
HEDLAND, EZ-VIEW, and DYNASONICS are registered trademarks of
Racine Federated Inc.
Flo-tech, Flo-Check and Flow-Alert are trademarks of Racine Federated Inc.
Stressproof is a registered trademark of Niagara LaSalle Corporation.
Viton is a registered trademark of DuPont Dow Elastomers.
 Entek 2100 Series Family
of Non Contact Pickups
A variety of systems
to meet your specific needs
A variety of systems
to meet your specific needs
Measurement systems for:
? Radial Vibration ? Eccentricity
? Axial Vibration ? Case Expansion
? Speed Reference? Differential Expansion
? Phase Reference ? Thrust
The 2100 Series from Rockwell Automation
Entek is a family of sensors designed to
meet the stringent requirements of
the American Petroleum Institute
(API) Standard 670.
The sensors are non-contacting
eddy-current type transducers that
measure the dynamic and/or static
displacement of the target relative to
the mounting fixture. These systems are
typically used to measure the vibration of rotating
machinery such as turbines, compressors, large pumps and other,
usually critical, machines.
Why Choose Entek Probe Systems?
Entek has been designing and supplying probes for over 20 years. This
vast experience has culminated in the 2100 Series - one of the most
advanced Non-Contact Probe Sensing System available today. The 2100
Series has introduced new standards in terms of accuracy, reliability and
ease of machinery monitoring system integration.
The Entek non-contact probe systems are widely used to measure
vibration in high-speed machines with relatively lightweight rotors and
rigid bearings (turbines, centrifugal pumps and compressors). The probe
system, consisting of a non-contact pickup probe, oscillator/demodulator
(probe driver) and interconnecting cable, can be used to measure shaft
radial and axial vibration, shaft eccentricity, shaft axial position, case
expansion, differential expansion and other instances where noncontacting,
relative measurements must be made. The Entek probe/driver
systems are designed to meet the requirements of API 670 assisting you
with the applicability, capability and reliability that you require in your
machinery monitoring and protection systems.
Non-Contact Pick-Up Probe
Entek’s non-contact pick-up probes are an encapsulated wire
configuration that reads the relative position of the equipment by
introducing eddy currents into the target material and measuring the
change in the current as the target surface moves. The energy loss into
the target increases / decreases as the target moves nearer to or further
away from the probe. The change in energy loss is detected as a change
in the modulated signal, which produces a voltage proportional to the
gap between the probe tip and the target. This signal is fed to the
monitoring system providing a continuous, and very accurate measure of
the relative distance to the target surface.
Extension Cable
The extension cable provides flexibility for placement of the probe by
allowing extended lengths between the driver and the non-contact pickup.
A variety of Teflon-insulated and Armour coaxial extension cables
adapt the sensor system to most installations. To insure the accuracy of
the measurement, the extension cables are ‘electrically matched’ to the
selected probe system.
Probe Driver
Entek’s stainless steel probe drivers provide the ‘radio frequency’ which
powers the probe system. The driver is the primary component
responsible for signal conditioning, providing accurate linearity over the
operating range of the system. Entek’s probe driver systems are case
grounded and therefore must be isolated during installation.
The 2100 Series of probes are available in two designs, standard
and advanced depending on your application requirements.
Entek’s Standard 2100 Series Probes
Offered in 5mm, 8mm and a variety of long-range designs, these probes
satisfy the requirements of API 670 with respect to scale factor error,
interchangeability, and sensor size. These sensors are well suited for
most typical shaft vibration monitoring applications.
Entek’s Advanced Design 2190 Series Probes
Offered in 8mm sizes only, these probes satisfy the requirements of API
670 in all respects. These probes, which offer the necessary low
temperature drift and stability necessary for bearing position
measurements, are well suited for the bearing position and differential
expansion measurements required by many Turbine Supervisory
Instrumentation (TSI) systems.
Intrinsic Safety Explosion Proof Rating
CSA International: Class I, Division 2, Groups A, B, C and D.
CSA Certificate No.: 216284
Date Issued: June 4, 2002
Factory Mutual (FM): Class I, II, and III, Division 1,
Groups A, B, C D, E, F and G.
Application for 2100 series is pending.
ATEX: Application for 2100 series is pending
Probe System Selection
A probe system is composed of three elements including the probe, the
extension cable, and the oscillator/demodulator, usually referred to as
simply the driver. Selections for each of these are included in the
following tables. To select a probe system, first choose the probe that is
right for your application. Then select a compatible extension cable, of
the desired length, and a suitable driver.
First determine if your applications requirements can be met with the
Standard 2100 Series probes, usually it can, or if it will require the
Advanced Design 2190 Series probes. Next, consider the probe size
requirements. A probes most important feature, the tip diameter,
normally characterizes the probe. For example, an ‘8mm probe system’
refers to a probe with a tip diameter of 8mm. In general, the wider the tip,
the longer the sensing range of the probe. Of course there are other
characteristics that are important as well such as the body length and the
thread size. Basically, choose the tip size based on the application. Choose
the remaining characteristics based on the specifics of the installation.
UNTHREADED
WITH CONNECTOR=1
WITHOUT CONNECTOR=0
BODY
MODEL 21AA B C D E
Figure 1
OVERALL LENGTH
COMPLIANT
210X 2111-2114 2118-
80 mil Transducer 180 mil Transducer Thrust Positio
Linear Range* Apx. 80 mils (2,000 μm) Apx. 180 mils (4,500 μm) Apx. 236 m
Sensitivity* 200m V/mil (787mV/100μm) 100m V/mil (394mV/100μm) 63.5m V/mi
Sensitivity Error*
Scale Factor Error* Within ±5% of 200mV/mil Within ±10% of 100mV/mil
(if calibrated as a system) (if calibrated as a system)
Linearity* Within ±0.8 mils of 200mV/mil Within ±2.9 mils of 100mV/mil Within ±
(if calibrated as a system) (if calibrated as a system) (if calibrated
Within ±
(When interchangeabil
Operating Sensor -40 to +350°F (-40 to +177°C)
Temperature Extension cable Connector: max. 257°F (+125°C)
Range Driver -36 to +176°F (-38 to +80°C)
Operating Humidity Range 30 to 95% RH (noncondensing, non-submerged)
Power Supply -17.5VDC to -26VDC
Max. Output Voltage Apx. -22VDC (at - 24VDC power supply voltage)
Current Consumption Max: -16mA Max: -20mA Max: -
(at 10k ? load resistance)
Frequency response DC to 20kHz (-3dB) DC to 10kHz (-3dB) DC to 10k
Output Impedance 50?
Sensor Tip Diameter Apx. 5mm or Apx. 8mm Apx. 11mm Apx. 1
Cable Tip Diameter
Connector Tip Diameter
Connector Material Stainless steel, gold plated finish
Sensor Cable Length 0.5m or 1m
System Cable Length Sensor cable length + Extension cable length=
5m ±10% or 9m ±10%
* At -24VDC power supply, 77°F (25°C) and calibrated to a flat surface of AISI 4140 steel (thickness 200mils or 5mm).
-2119 2125-2128 2150-2151 219X
on Transducer Diff. Expansion Transducer Diff Expansion Transducer Vibration transducer
mils (6mm) Apx. 531 mils (13.5mm) Apx. 1022 mils (26mm) >79 mils (2mm) (begins at Apx.
12 mils (0.3mm) from sensor tip)
l (2.5V/mm) 20.3m V/mil (0.8V/mm) 10.15m V/mil (0.4V/mm) 200mV/mil (787mV/100μm)
Within ±4% Within ±4%
Within ±4% of 200mV/mil
(if calibrated as a system)
Within ±10% of 200mV/mil
(including interchangeability
errors)
±3.5 mils Within ±7.8 mils Within ±9.8mils (±250μm) Within ±1mil (±25μm)
as a system) (if calibrated as a system) (if calibrated as a system) (if calibrated as a system)
±4.7 mils Within ±10.6 mils Within ±15.7mils (±400μm) Within ±1.8mils (±45μm)
ity errors are included) (When interchangeability errors are included) (when interchangeability errors are included) (when interchangeability errors are included)
-40 to +257°F (-40 to +125°C) -40 to +257°F (-40 to +125°C)
Connector: max. 257°F (+125°C) Connector: max. 257°F (+125°C)
-36 to +176°F (-38 to +80°C) -36 to +176°F (-38 to +80°C)
30 to 95% RH (noncondensing, non-submerged) 30 to 95% RH (noncondensing, non-submerged)
(sensor body: *)
-24VDC ±10% -24VDC ±10%
Apx. -22VDC (at - 24VDC power supply voltage) Apx. -22VDC (at - 24VDC power supply voltage)
-13mA Max: -15mA Max: -13mA Max: -16mA
kHz (-3dB) DC to 3kHz (-3dB) DC to 3kHz (-3dB) DC to 10kHz (-3dB)
50? 50?
18mm Apx. 25mm Apx. 50mm Apx. 8mm
Max. Apx. 6mm Max. Apx. 6mm
Max. Apx. 9.5mm (gold plated SMA connector) Max. Apx. 9.5mm (gold plated SMA connector)
Stainless steel, gold plated finish Stainless steel, gold plated finish
Sensor cable length + Extension cable length= Sensor cable length + Extension cable length=
5m ±10% or 9m ±10% 5m ±10% or 9m ±10%
Probe Configurations (Refer to Figure 1 for identification)
2100 Series Standard 5mm Probes
Probe Range Sensitivity Body Length Non-Thread Probe/Cable Thread Size Armour Rev. Right
Part Number Tip Dia. (mV/mil) “B“ Dim Length “C“ Length”E” Cable Mount Angle
Dim Dim
2101/30/03/1/10 5mm 80mils 200 30mm 3mm 1.0 meter 1/4-28 No No No
2101/50/03/1/10 5mm 80mils 200 50mm 3mm 1.0 meter 1/4-28 No No No
2101/70/03/1/10 5mm 80mils 200 70mm 3mm 1.0 meter 1/4-28 No No No
2101/90/03/1/10 5mm 80mils 200 90mm 3mm 1.0 meter 1/4-28 No No No
2101/120/03/1/1 5mm 80mils 200 120mm 3mm 1.0 meter 1/4-28 No No No
2101/150/03/1/1 5mm 80mils 200 150mm 3mm 1.0 meter 1/4-28 No No No
2102/30/03/1/10 5mm 80mils 200 30mm 3mm 1.0 meter 1/4-28 Yes No No
2102/50/03/1/10 5mm 80mils 200 50mm 3mm 1.0 meter 1/4-28 Yes No No
2102/70/03/1/10 5mm 80mils 200 70mm 3mm 1.0 meter 1/4-28 Yes No No
2102/90/03/1/10 5mm 80mils 200 90mm 3mm 1.0 meter 1/4-28 Yes No No
2102/120/03/1/1 5mm 80mils 200 120mm 3mm 1.0 meter 1/4-28 Yes No No
2102/150/03/1/1 5mm 80mils 200 150mm 3mm 1.0 meter 1/4-28 Yes No No
2103/30/03/1/10 5mm 80mils 200 30mm 3mm 1.0 meter M8x1 No No No
2103/50/03/1/10 5mm 80mils 200 50mm 3mm 1.0 meter M8x1 No No No
2103/70/03/1/10 5mm 80mils 200 70mm 3mm 1.0 meter M8x1 No No No
2103/90/03/1/10 5mm 80mils 200 90mm 3mm 1.0 meter M8x1 No No No
2103/120/03/1/10 5mm 80mils 200 120mm 3mm 1.0 meter M8x1 No No No
2103/150/03/1/10 5mm 80mils 200 150mm 3mm 1.0 meter M8x1 No No No
2104/30/03/1/10 5mm 80mils 200 30mm 3mm 1.0 meter M8x1 Yes No No
2104/50/03/1/10 5mm 80mils 200 50mm 3mm 1.0 meter M8x1 Yes No No
2104/70/03/1/10 5mm 80mils 200 70mm 3mm 1.0 meter M8x1 Yes No No
2104/90/03/1/10 5mm 80mils 200 90mm 3mm 1.0 meter M8x1 Yes No No
2104/120/03/1/10 5mm 80mils 200 120mm 3mm 1.0 meter M8x1 Yes No No
2104/150/03/1/10 5mm 80mils 200 150mm 3mm 1.0 meter M8x1 Yes No No
2100 Series Standard 8mm Probes
Probe Range Sensitivity Body Length Non-Thread Probe/Cable Thread Size Armour Rev. Right
Part Number Tip Dia. (mV/mil) “B“ Dim Length “C“ Length”E” Cable Mount Angle
Dim Dim
2105/30/00/1/10 8mm 80mils 200 30mm 0 1.0 meter 3/8-24 No No No
2105/50/00/1/10 8mm 80mils 200 50mm 0 1.0 meter 3/8-24 No No No
2105/70/00/1/10 8mm 80mils 200 70mm 0 1.0 meter 3/8-24 No No No
2105/90/00/1/10 8mm 80mils 200 90mm 0 1.0 meter 3/8-24 No No No
2105/120/00/1/10 8mm 80mils 200 120mm 0 1.0 meter 3/8-24 No No No
2105/150/00/1/10 8mm 80mils 200 150mm 0 1.0 meter 3/8-24 No No No
2106/30/00/1/10 8mm 80mils 200 30mm 0 1.0 meter 3/8-24 Yes No No
2106/50/00/1/10 8mm 80mils 200 50mm 0 1.0 meter 3/8-24 Yes No No
2106/70/00/1/10 8mm 80mils 200 70mm 0 1.0 meter 3/8-24 Yes No No
2106/90/00/1/10 8mm 80mils 200 90mm 0 1.0 meter 3/8-24 Yes No No
2106/120/00/1/10 8mm 80mils 200 120mm 0 1.0 meter 3/8-24 Yes No No
2106/150/00/1/10 8mm 80mils 200 150mm 0 1.0 meter 3/8-24 Yes No No
2107/30/00/1/10 8mm 80mils 200 30mm 0 1.0 meter M10x1 No No No
2107/50/00/1/10 8mm 80mils 200 50mm 0 1.0 meter M10x1 No No No
2107/70/00/1/10 8mm 80mils 200 70mm 0 1.0 meter M10x1 No No No
2107/90/00/1/10 8mm 80mils 200 90mm 0 1.0 meter M10x1 No No No
2107/120/00/1/10 8mm 80mils 200 120mm 0 1.0 meter M10x1 No No No
2107/150/00/1/10 8mm 80mils 200 150mm 0 1.0 meter M10x1 No No No
2108/30/00/1/10 8mm 80mils 200 30mm 0 1.0 meter M10x1 Yes No No
2108/50/00/1/10 8mm 80mils 200 50mm 0 1.0 meter M10x1 Yes No No
2108/70/00/1/10 8mm 80mils 200 70mm 0 1.0 meter M10x1 Yes No No
2108/90/00/1/10 8mm 80mils 200 90mm 0 1.0 meter M10x1 Yes No No
2108/120/00/1/10 8mm 80mils 200 120mm 0 1.0 meter M10x1 Yes No No
2108/150/00/1/10 8mm 80mils 200 150mm 0 1.0 meter M10x1 Yes No No
2109/30/05/1/05 8mm 80mils 200 30mm 5mm 0.5 meter 3/8-24 No Yes No
2109/30/05/1/10 8mm 80mils 200 30mm 5mm 1.0 meter 3/8-24 No Yes No
2100 Series Standard Probe Extension Cables
Probe Cable Armour
Part Number Tip Dia. Length Cable
2170/0/40 5/8mm 4.0m No
2170/1/40 5/8mm 4.0m Yes
2170/0/45 5/8mm 4.5m No
2170/0/80 5/8mm 8.0m No
2170/1/80 5/8mm 8.0m Yes
2170/0/85 5/8mm 8.5m No
2171/0/40 11mm 4.0m No
2171/1/40 11mm 4.0m Yes
2171/0/80 11mm 8.0m No
2171/1/80 11mm 8.0m Yes
2172/1/40 18mm 4.0m Yes
2172/1/80 18mm 8.0m Yes
2173/1/40 25.4mm 4.0m Yes
2173/1/80 25.4mm 8.0m Yes
2174/1/40 50mm 4.0m Yes
2174/1/80 50mm 8.0m Yes
2100 Series Standard Long Range Probes
Probe Range Sensitivity Body Length Non-Thread Probe/Cable Thread Size Armour Rev. Right
Part Number Tip Dia. (mV/mil) “B“ Dim Length “C“ Length”E” Cable Mount Angle
Dim Dim
2111/40/00/1/10 11mm 180mils 100 40mm 5mm 1.0 meter 1/2-20 No No No
2112/40/00/1/10 11mm 180mils 100 40mm 5mm 1.0 meter 1/2-20 Yes No No
2113/40/00/1/10 11mm 180mils 100 40mm 5mm 1.0 meter M14x1.5 No No No
2114/40/00/1/10 11mm 180mils 100 40mm 5mm 1.0 meter M14x1.5 Yes No No
2118/50/00/1/10 18mm 6mm 2.5v/mm 50mm 5mm 1.0 meter 7/8-14 Yes No No
2119/50/00/1/10 18mm 6mm 2.5v/mm 50mm 5mm 1.0 meter M20x1.5 Yes No No
2125/50/00/1/10 25.4mm 13.5mm 0.8v/mm 50mm 5mm 1.0 meter 1-1/4x12 Yes No No
2126/50/00/1/10 25.4mm 13.5mm 0.8v/mm 50mm 5mm 1.0 meter M30x1.5 Yes No No
2127/76/00/1/10 25.4mm 13.5mm 0.8v/mm 76mm 0 1.0 meter N/A Yes No Yes
2150/50/00/1/10 50mm 26mm 0.4v/mm 50mm 0 1.0 meter 1-12 Yes No No
2151/50/00/1/10 50mm 26mm 0.4v/mm 50mm 0 1.0 meter M24x1.5 Yes No No
219X Series Advanced Design Probes
Probe Range Sensitivity Body Length Non-Thread Probe/Cable Thread Size Armour Rev. Right
Part Number Tip Dia. (mV/mil) “B“ Dim Length “C“ Length”E” Cable Mount Angle
Dim Dim
2197/40/00/1/10 8mm 80mils 200 40mm 0 1.0 meter M10x1 No No No
2198/40/00/1/10 8mm 80mils 200 40mm 0 1.0 meter M10x1 Yes No No
2195/40/00/1/10 8mm 80mils 200 40mm 0 1.0 meter 3/8-24 No No No
2196/40/00/1/10 8mm 80mils 200 40mm 0 1.0 meter 3/8-24 Yes No No
2100 Series Standard Probe Drivers
Probe System Target
Part Number Tip Dia. Length
2108/5/001 5/8mm 5.0m 4140 (SCM440)
2108/9/001 5/8mm 9.0m 4140 (SCM440)
2111/5/001 11mm 5.0m 4140 (SCM440)
2111/9/001 11mm 9.0m 4140 (SCM440)
2118/5/001 18mm 5.0m 4140 (SCM440)
2118/9/001 18mm 9.0m 4140 (SCM440)
2125/5/001 25mm 5.0m 4140 (SCM440)
2125/9/001 25mm 9.0m 4140 (SCM440)
2150/5/001 50mm 5.0m 4140 (SCM440)
2150/9/001 50mm 9.0m 4140 (SCM440)
219X Series Advanced Design Probe Extension Cables
Probe Cable Armour
Part Number Tip Dia. Length Cable
2190/0/40 8mm 4.0m No
2190/1/40 8mm 4.0m Yes
2190/0/80 8mm 8.0m No
2190/1/80 8mm 8.0m Yes
219X Series Advanced Design Probe Drivers
Probe System Target
Part Number Tip Dia. Length Material
2198/5/001 8mm 5.0m 4140 (SCM440)
2198/9/001 8mm 9.0m 4140 (SCM440)
Accesories
29000 Series Probe Holders
Probe Driver Housings
Offered in two standard sizes for 1-4 or 5-9 probe drivers, these probe driver
housings are made of painted steel (NEMA 4) or stainless steel (NEMA 4X).
If special sizes and requirements exist, contact Rockwell Automation Entek
On-Line System Group for specific needs.
Part Number Product Description Dimensions
NPDH2 Probe Driver Housing for 2 Drivers (NEMA 4) 11.50” x 9.44” x 4.29”
NPDH4 Probe Driver Housing for 4 Drivers (NEMA 4) 11.50” x 9.44” x 4.29”
NSPDH2 Probe Driver Housing for 2 Drivers (NEMA 4X) 11.50” x 9.44” x 4.29”
NSPDH4 Probe Driver Housing for 4 Drivers (NEMA 4X) 11.50” x 9.44” x 4.29”
NPDH6 Probe Driver Housing for 6 Drivers (NEMA 4) 15.50” x 13.44” x 6.79”
NPDH9 Probe Driver Housing for 9 Drivers (NEMA 4) 15.50” x 13.44” x 6.79”
Conduit Threads
0 = M20
1 = 3/4” NPT
Mounting Threads
0 = 3/4” NPT
1 = M20
2 = 1/2” NPT
Holder Type
0 = Standard (shown)
1 = Slimline
Normal length of
standoff adapter in mm
BBB = 000 if none required
Standoff Adaptor =
023756/BBB if required
Distance of target shaft
from machine outer
surface in mm round to
nearest 5mm
Model 29XXX / AAA / BBB
 EK-SUPERV EK-43792I EK-2104-70-03-1-10
EK-00341 EK-45532 EK-2104-90-03-1-10
EK-45887 EK-45532I EK-2105-120-00-1-1
EK-45888 EK-45890I EK-2105-150-00-1-1
EK-45889 EK-47086I EK-2105-30-00-1-10
EK-45895 EK-47090I EK-2105-50-00-1-10
EK-46119 EK-43794I EK-2105-70-00-1-10
EK-00383 EK-43795I EK-2105-90-00-1-10
EK-39468 EK-43796I EK-2106-120-00-1-1
EK-39882 EK-43797I EK-2106-150-00-1-1
EK-43047 EK-43798I EK-2106-30-00-1-10
EK-43048 EK-43799I EK-2106-50-00-1-10
EK-36430 EK-43800I EK-2106-70-00-1-10
EK-36725 EK-43805I EK-2106-90-00-1-10
EK-36960-S-005 EK-43806I EK-2107-120-00-1-1
EK-36960-S-015 EK-43807I EK-2107-150-00-1-1
EK-36960-S-020 EK-46496 EK-2107-30-00-1-10
EK-36960-S-025 EK-18605 EK-2107-50-00-1-10
EK-36960-S-040 EK-43802I EK-2107-70-00-1-10
EK-36960-S-050 EK-43803I EK-2107-90-00-1-10
EK-37173 EK-43808I EK-2108-120-00-1-1
EK-39436 EK-43809I EK-2108-150-00-1-1
EK-39534 EK-43810I EK-2108-30-00-1-10
EK-44354 EK-43811I EK-2108-50-00-1-10
EK-44358 EK-44338 EK-2108-70-00-1-10
EK-45073 EK-46255I EK-2108-90-00-1-10
EK-45131 EK-47661 EK-2109-30-05-1-05
EK-45274 EK-47679 EK-2109-30-05-1-10
EK-45892 EK-48199 EK-2110-30-05-1-05
EK-46217 EK-48232 EK-2110-30-05-1-10
EK-46252 EK-48233 EK-2111-40-00-1-10
EK-47021 EK-48234 EK-2112-40-00-1-10
EK-47787 EK-48235 EK-2113-40-00-1-10
EK-48622 EK-48263 EK-2114-40-00-1-10
EK-48623 EK-48266 EK-2118-50-00-1-10
EK-48624 EK-35579 EK-2119-50-00-1-10
EK-48626 EK-36957 EK-2125-50-00-1-10
EK-48629 EK-44134 EK-2125-70-00-1-90
EK-48631 EK-44135 EK-2126-50-00-1-10
EK-48632 EK-44136 EK-2127-76-00-1-10
EK-48634 EK-44137 EK-2150-50-00-1-10
EK-48635 EK-45533 EK-2151-50-00-1-10
EK-48636 EK-46669 EK-2195-40-00-1-10
EK-48900 EK-46800I EK-2196-40-00-1-10
EK-44063 EK-46801I EK-2197-40-00-1-10
EK-45148 EK-46802I EK-2198-40-00-1-10
EK-46667 EK-46803I EK-48300
EK-46668 EK-46804I EK-48484
EK-36421 EK-46805I EK-48485
EK-46018 EK-46806I EK-48486
EK-44750C EK-48203 EK-48487
EK-46392 EK-01103 EK-2170-0-40
EK-44495 EK-04332 EK-2170-0-45
EK-44826 EK-41529 EK-2170-0-80
EK-46464 EK-41530 EK-2170-0-85
EK-46859 EK-41717 EK-2170-1-40
EK-45915 EK-41915 EK-2170-1-80
EK-45916 EK-42053 EK-2171-0-40
EK-45917 EK-42119 EK-2171-0-80
EK-45918 EK-42120 EK-2171-1-40
EK-45919 EK-42121 EK-2171-1-80
EK-45920 EK-42123 EK-2172-1-40
EK-45921 EK-44151 EK-2172-1-80
EK-45922 EK-44152 EK-2173-1-40
EK-45923 EK-44153 EK-2173-1-80
EK-45924 EK-44154 EK-2174-1-40
EK-45925 EK-44155 EK-2174-1-80
EK-45926 EK-44156 EK-2190-0-40
EK-45927 EK-44158 EK-2190-0-80
EK-45929 EK-44159 EK-2190-1-40
EK-45930 EK-44160 EK-2190-1-80
EK-45931 EK-44161 EK-2108-5-001
EK-45932 EK-44162 EK-2108-9-001
EK-45933 EK-44164 EK-2111-5-001
EK-45934 EK-44801 EK-2111-9-001
EK-45935 EK-46670 EK-2118-5-001
EK-45936 EK-48253 EK-2118-9-001
EK-45937 EK-48254 EK-2125-5-001
EK-45938 EK-48255 EK-2125-9-001
EK-45939 EK-48256 EK-2150-5-001
EK-45940 EK-00331 EK-2150-9-001
EK-45941 EK-21200 EK-2198-5-001
EK-45944 EK-44395 EK-2198-9-001
EK-45945 EK-44799 EK-47026
EK-45946 EK-45168 EK-47027
EK-46257 EK-47774 EK-47028
EK-46560 EK-47775 EK-47029
EK-46561 EK-47776 EK-47030
EK-00332 EK-47777 EK-09445
EK-2WIRE-05-03-02 EK-10756 EK-29100-030-000
EK-2WIRE-06-01-05 EK-17240 EK-29100-070-000
EK-2WIRE-06-03-06 EK-17244 EK-29100-080-000
EK-2WIRE-12-01-05 EK-17245 EK-29100-090-000
EK-40434 EK-17246 EK-29100-095-000
EK-40435 EK-17247 EK-29100-110-000
EK-40436 EK-17248 EK-29100-120-000
EK-40437 EK-17250 EK-29100-130-000
EK-40438 EK-17253 EK-29100-140-000
EK-40439 EK-39974 EK-29100-150-000
EK-40440 EK-43972 EK-29100-160-000
EK-40441 EK-47228 EK-29100-180-000
EK-41585 EK-2120-5-001 EK-29100-190-000
EK-42883 EK-29178 EK-29100-200-000
EK-42884 EK-2101-120-03-1-1 EK-29100-210-000
EK-42885 EK-2101-150-03-1-1 EK-29100-220-000
EK-44167 EK-2101-30-03-1-10 EK-29100-230-000
EK-44171 EK-2101-50-03-1-10 EK-29100-240-000
EK-44391 EK-2101-70-03-1-10 EK-29100-260-000
EK-44397 EK-2101-90-03-1-10 EK-29100-270-000
EK-45077 EK-2102-120-03-1-1 EK-29100-280-000
EK-45079 EK-2102-150-03-1-1 EK-29100-290-000
EK-48174 EK-2102-30-03-1-10 EK-29100-300-000
EK-48175 EK-2102-50-03-1-10 EK-29100-310-000
EK-48176 EK-2102-70-03-1-10 EK-29100-320-000
EK-48177 EK-2102-90-03-1-10 EK-29100-330-000
EK-43781I EK-2103-120-03-1-1 EK-29100-600-000
EK-43782I EK-2103-150-03-1-1 EK-29100-700-000
EK-43783I EK-2103-30-03-1-10 EK-29101-150-000
EK-43784I EK-2103-50-03-1-10 EK-29101-170-000
EK-43785I EK-2103-70-03-1-10 EK-29101-220-000
EK-43786I EK-2103-90-03-1-10 EK-29101-250-000
EK-43787 EK-2104-120-03-1-1 EK-29101-400-000
EK-43789I EK-2104-150-03-1-1 EK-29101-700-000
EK-43790I EK-2104-30-03-1-10 EK-29121-145-000
EK-43791 EK-2104-50-03-1-10 EK-461851440-SPD02-01RB 1440-TPR06-00RE 1440-TPS02-01RB 1440-TTC06-00RE 1440-TUN06-00RE 1440-
VAD02-01RA 1440-VDRP06-00RH 1440-VDRS06-00RH 1440-VDRS06-06RH 1440-VLF02-01RA 1440-VSE02
-01RA 1440-VST02-01RA 1440-REX00-04RD 1440-REX03-04RG 1440-RMA00-04RC 1440-TB-A 1440-TB-B
1440-TB-C 1440-TB-D 1440-TB-E 1440-TB-H 1440-TB-G 1440-GWEN2DN 1440-E3P310N12W 1440-
E3P310N4 1440-E3P310N4X 1440-E3P310N4XW 1440-E4P460N12W 1440-E4P460N4 1440-E4P460N4X
1440-E4P460N4XW 1440-E6P600N12W 1440-E6P600N4 1440-E6P600N4X 1440-E6P600N4XW 1440-
E8P770N12W 1440-E8P770N4 1440-E8P770N4X 1440-E8P770N4XW 1440-E9P925N12W 1440-E9P925N4
1440-E9P925N4X 1440-E9P925N4XW 1440-PK02-05M0 1440-PK02-05M1 1440-PK02-05M2 1440-
SCDB9FXM2 1440-XMD02 1440-XMDPV01 EK-SUPERV EK-00341 EK-45887 EK-45888 EK-45889 EK-45895
EK-46119 1441-PEN25-2C EK-00383 EK-39468 EK-39882 EK-43047 EK-43048 1441-PEN25-ACC-AL
1441-PEN25-ACC-DK 1441-PEN25-BAT 1441-PEN25-BC 1441-PEN25-CASE-S 1441-PEN25-CASE-T 1441-
PEN25-CD 1441-PEN25-COMS-RS 1441-PEN25-HS 1441-PEN25-ISC 1441-PEN25-KIT-BAL 1441-PEN25-LB
1441-PEN25-MOD-2CH 1441-PEN25-MOD-BAL 1441-PEN25-NS 1441-PEN25-PA 1441-PEN25-PSC-AUS
1441-PEN25-PSC-EUR 1441-PEN25-PSC-SAI 1441-PEN25-PSC-UK 1441-PEN25-PSC-US 1441-PEN25-RBS
1441-PEN25-SCH 1441-PEN25-MOD-REC 1441-PEN25-MOD-BMP 1441-PEN25-MOD-RUCD EK-36430 EK-
36725 EK-36960-S-005 EK-36960-S-015 EK-36960-S-020 EK-36960-S-025 EK-36960-S-040 EK-
36960-S-050 EK-37173 EK-39436 EK-39534 EK-44354 EK-44358 EK-45073 EK-45131 EK-45274 EK-
45892 EK-46217 EK-46252 EK-47021 EK-47787 EK-48622 EK-48623 EK-48624 EK-48626 EK-48629
EK-48631 EK-48632 EK-48634 EK-48635 EK-48636 EK-48900 EK-44063 EK-45148 EK-46667 EK-46668
EK-36421 EK-46018 EK-44750C EK-46392 EK-44495 EK-44826 EK-46464 EK-46859 EK-00332 EK-
2WIRE-05-03-02 EK-2WIRE-06-01-05 EK-2WIRE-06-03-06 EK-2WIRE-12-01-05 EK-40434 EK-40435
EK-40436 EK-40437 EK-40438 EK-40439 EK-40440 EK-40441 EK-41585 EK-42883 EK-42884 EK-42885
EK-44167 EK-44171 EK-44391 EK-44397 EK-45077 EK-45079 EK-48174 EK-48175 EK-48176 EK-48177
EK-43781I EK-43782I EK-43783I EK-43784I EK-43785I EK-43786I EK-43787 EK-43789I EK-43790I
EK-43791 EK-43792I EK-45532 EK-45532I EK-45890I EK-47086I EK-47090I EK-43794I EK-43795I
EK-43796I EK-43797I EK-43798I EK-43799I EK-43800I EK-43805I EK-43806I EK-43807I EK-46496
EK-18605 EK-43802I EK-43803I EK-43808I EK-43809I EK-43810I EK-43811I EK-44338 EK-46255I
EK-47661 EK-47679 EK-48199 EK-48232 EK-48233 EK-48234 EK-48235 EK-48263 EK-48266 EK-35579
EK-36957 EK-44134 EK-44135 EK-44136 EK-44137 EK-45533 EK-46669 EK-46800I EK-46801I EK-
46802I EK-46803I EK-46804I EK-46805I EK-46806I EK-48203 EK-01103 EK-04332 EK-41529 EK-
41530 EK-41717 EK-41915 EK-42053 EK-42119 EK-42120 EK-42121 EK-42123 EK-44151 EK-44152
EK-44153 EK-44154 EK-44155 EK-44156 EK-44158 EK-44159 EK-44160 EK-44161 EK-44162 EK-44164
EK-44801 EK-46670 EK-48253 EK-48254 EK-48255 EK-48256 EK-48958 EK-48959 EK-48962 EK-48963
EK-48956 EK-48951 EK-48960 EK-48961 EK-48966 EK-48967 EK-48964 EK-48965 EK-00331 EK-21200
EK-44395 EK-44799 EK-45168 EK-47774 EK-47775 EK-47776 EK-47777 EK-10756 EK-17240 EK-17244
EK-17245 EK-17246 EK-17247 EK-17248 EK-17250 EK-17253 EK-39974 EK-43972 EK-47228 EK-2120
-5-001 EK-29178 EK-2101-120-03-1-1 EK-2101-150-03-1-1 EK-2101-30-03-1-10 EK-2101-50-03-1
-10 EK-2101-70-03-1-10 EK-2101-90-03-1-10 EK-2102-120-03-1-1 EK-2102-150-03-1-1 EK-2102-
30-03-1-10 EK-2102-50-03-1-10 EK-2102-70-03-1-10 EK-2102-90-03-1-10 EK-2103-120-03-1-1
EK-2103-150-03-1-1 EK-2103-30-03-1-10 EK-2103-50-03-1-10 EK-2103-70-03-1-10 EK-2103-90-
03-1-10 EK-2104-120-03-1-1 EK-2104-150-03-1-1 EK-2104-30-03-1-10 EK-2104-50-03-1-10 EK-
2104-70-03-1-10 EK-2104-90-03-1-10 EK-2105-120-00-1-1 EK-2105-150-00-1-1 EK-2105-30-00-1
-10 EK-2105-50-00-1-10 EK-2105-70-00-1-10 EK-2105-90-00-1-10 EK-2106-120-00-1-1 EK-2106-
150-00-1-1 EK-2106-30-00-1-10 EK-2106-50-00-1-10 EK-2106-70-00-1-10 EK-2106-90-00-1-10
EK-2107-120-00-1-1 EK-2107-150-00-1-1 EK-2107-30-00-1-10 EK-2107-50-00-1-10 EK-2107-70-
00-1-10 EK-2107-90-00-1-10 EK-2108-120-00-1-1 EK-2108-150-00-1-1 EK-2108-30-00-1-10 EK-
2108-50-00-1-10 EK-2108-70-00-1-10 EK-2108-90-00-1-10 EK-2109-30-05-1-05 EK-2109-30-05-1
-10 EK-2110-30-05-1-05 EK-2110-30-05-1-10 EK-2111-40-00-1-10 EK-2112-40-00-1-10 EK-2113-
40-00-1-10 EK-2114-40-00-1-10 EK-2118-50-00-1-10 EK-2119-50-00-1-10 EK-2125-50-00-1-10
EK-2125-70-00-1-90 EK-2126-50-00-1-10 EK-2127-76-00-1-10 EK-2150-50-00-1-10 EK-2151-50-
00-1-10 EK-2195-40-00-1-10 EK-2196-40-00-1-10 EK-2197-40-00-1-10 EK-2198-40-00-1-10 EK-
48300 EK-48484 EK-48485 EK-48486 EK-48487 EK-2170-0-40 EK-2170-0-45 EK-2170-0-80 EK-2170
-0-85 EK-2170-1-40 EK-2170-1-80 EK-2171-0-40 EK-2171-0-80 EK-2171-1-40 EK-2171-1-80 EK-
2172-1-40 EK-2172-1-80 EK-2173-1-40 EK-2173-1-80 EK-2174-1-40 EK-2174-1-80 EK-2190-0-40
EK-2190-0-80 EK-2190-1-40 EK-2190-1-80 EK-2108-5-001 EK-2108-9-001 EK-2111-5-001 EK-2111
-9-001 EK-2118-5-001 EK-2118-9-001 EK-2125-5-001 EK-2125-9-001 EK-2150-5-001 EK-2150-9-
001 EK-2198-5-001 EK-2198-9-001 EK-47026 EK-47027 EK-47028 EK-47029 EK-47030 EK-09445 EK
-29100-030-000 EK-29100-070-000 EK-29100-080-000 EK-29100-090-000 EK-29100-095-000 EK-
29100-110-000 EK-29100-120-000 EK-29100-130-000 EK-29100-140-000 EK-29100-150-000 EK-
29100-160-000 EK-29100-180-000 EK-29100-190-000 EK-29100-200-000 EK-29100-210-000 EK-
29100-220-000 EK-29100-230-000 EK-29100-240-000 EK-29100-260-000 EK-29100-270-000 EK-
29100-280-000 EK-29100-290-000 EK-29100-300-000 EK-29100-310-000 EK-29100-320-000 EK-
29100-330-000 EK-29100-600-000 EK-29100-700-000 EK-29101-150-000 EK-29101-170-000 EK-
29101-220-000 EK-29101-250-000 EK-29101-400-000 EK-29101-700-000 EK-29121-145-0001440-SPD02-01RB 1440-TPR06-00RE 1440-TPS02-01RB 1440-TTC06-00RE 1440-TUN06-00RE 1440-
VAD02-01RA 1440-VDRP06-00RH 1440-VDRS06-00RH 1440-VDRS06-06RH 1440-VLF02-01RA 1440-VSE02
-01RA 1440-VST02-01RA 1440-REX00-04RD 1440-REX03-04RG 1440-RMA00-04RC 1440-TB-A 1440-TB-B
1440-TB-C 1440-TB-D 1440-TB-E 1440-TB-H 1440-TB-G 1440-GWEN2DN 1440-E3P310N12W 1440-
E3P310N4 1440-E3P310N4X 1440-E3P310N4XW 1440-E4P460N12W 1440-E4P460N4 1440-E4P460N4X
1440-E4P460N4XW 1440-E6P600N12W 1440-E6P600N4 1440-E6P600N4X 1440-E6P600N4XW 1440-
E8P770N12W 1440-E8P770N4 1440-E8P770N4X 1440-E8P770N4XW 1440-E9P925N12W 1440-E9P925N4
1440-E9P925N4X 1440-E9P925N4XW 1440-PK02-05M0 1440-PK02-05M1 1440-PK02-05M2 1440-
SCDB9FXM2 1440-XMD02 1440-XMDPV01 EK-SUPERV EK-00341 EK-45887 EK-45888 EK-45889 EK-45895
EK-46119 1441-PEN25-2C EK-00383 EK-39468 EK-39882 EK-43047 EK-43048 1441-PEN25-ACC-AL
1441-PEN25-ACC-DK 1441-PEN25-BAT 1441-PEN25-BC 1441-PEN25-CASE-S 1441-PEN25-CASE-T 1441-
PEN25-CD 1441-PEN25-COMS-RS 1441-PEN25-HS 1441-PEN25-ISC 1441-PEN25-KIT-BAL 1441-PEN25-LB
1441-PEN25-MOD-2CH 1441-PEN25-MOD-BAL 1441-PEN25-NS 1441-PEN25-PA 1441-PEN25-PSC-AUS
1441-PEN25-PSC-EUR 1441-PEN25-PSC-SAI 1441-PEN25-PSC-UK 1441-PEN25-PSC-US 1441-PEN25-RBS
1441-PEN25-SCH 1441-PEN25-MOD-REC 1441-PEN25-MOD-BMP 1441-PEN25-MOD-RUCD EK-36430 EK-
36725 EK-36960-S-005 EK-36960-S-015 EK-36960-S-020 EK-36960-S-025 EK-36960-S-040 EK-
36960-S-050 EK-37173 EK-39436 EK-39534 EK-44354 EK-44358 EK-45073 EK-45131 EK-45274 EK-
45892 EK-46217 EK-46252 EK-47021 EK-47787 EK-48622 EK-48623 EK-48624 EK-48626 EK-48629
EK-48631 EK-48632 EK-48634 EK-48635 EK-48636 EK-48900 EK-44063 EK-45148 EK-46667 EK-46668
EK-36421 EK-46018 EK-44750C EK-46392 EK-44495 EK-44826 EK-46464 EK-46859 EK-00332 EK-
2WIRE-05-03-02 EK-2WIRE-06-01-05 EK-2WIRE-06-03-06 EK-2WIRE-12-01-05 EK-40434 EK-40435
EK-40436 EK-40437 EK-40438 EK-40439 EK-40440 EK-40441 EK-41585 EK-42883 EK-42884 EK-42885
EK-44167 EK-44171 EK-44391 EK-44397 EK-45077 EK-45079 EK-48174 EK-48175 EK-48176 EK-48177
EK-43781I EK-43782I EK-43783I EK-43784I EK-43785I EK-43786I EK-43787 EK-43789I EK-43790I
EK-43791 EK-43792I EK-45532 EK-45532I EK-45890I EK-47086I EK-47090I EK-43794I EK-43795I
EK-43796I EK-43797I EK-43798I EK-43799I EK-43800I 1440-SPD02-01RB 1440-TPR06-00RE 1440-TPS02-01RB 1440-TTC06-00RE 1440-TUN06-00RE 1440-
VAD02-01RA 1440-VDRP06-00RH 1440-VDRS06-00RH 1440-VDRS06-06RH 1440-VLF02-01RA 1440-VSE02
-01RA 1440-VST02-01RA 1440-REX00-04RD 1440-REX03-04RG 1440-RMA00-04RC 1440-TB-A 1440-TB-B
1440-TB-C 1440-TB-D 1440-TB-E 1440-TB-H 1440-TB-G 1440-GWEN2DN 1440-E3P310N12W 1440-
E3P310N4 1440-E3P310N4X 1440-E3P310N4XW 1440-E4P460N12W 1440-E4P460N4 1440-E4P460N4X
1440-E4P460N4XW 1440-E6P600N12W 1440-E6P600N4 1440-E6P600N4X 1440-E6P600N4XW 1440-
E8P770N12W 1440-E8P770N4 1440-E8P770N4X 1440-E8P770N4XW 1440-E9P925N12W 1440-E9P925N4
1440-E9P925N4X 1440-E9P925N4XW 1440-PK02-05M0 1440-PK02-05M1 1440-PK02-05M2 1440-
SCDB9FXM2 1440-XMD02 1440-XMDPV01 EK-SUPERV EK-00341 EK-45887 EK-45888 EK-45889 EK-45895
EK-46119 1441-PEN25-2C EK-00383 EK-39468 EK-39882 EK-43047 EK-43048 1441-PEN25-ACC-AL
1441-PEN25-ACC-DK 1441-PEN25-BAT 1441-PEN25-BC 1441-PEN25-CASE-S 1441-PEN25-CASE-T 1441-
PEN25-CD 1441-PEN25-COMS-RS 1441-PEN25-HS 1441-PEN25-ISC 1441-PEN25-KIT-BAL 1441-PEN25-LB
1441-PEN25-MOD-2CH 1441-PEN25-MOD-BAL 1441-PEN25-NS 1441-PEN25-PA 1441-PEN25-PSC-AUS
1441-PEN25-PSC-EUR 1441-PEN25-PSC-SAI 1441-PEN25-PSC-UK 1441-PEN25-PSC-US 1441-PEN25-RBS
1441-PEN25-SCH 1441-PEN25-MOD-REC 1441-PEN25-MOD-BMP 1441-PEN25-MOD-RUCD EK-36430 EK-
36725 EK-36960-S-005 EK-36960-S-015 EK-36960-S-020 EK-36960-S-025 EK-36960-S-040 EK-
36960-S-050 EK-37173 EK-39436 EK-39534 EK-44354 EK-44358 EK-45073 EK-45131 EK-45274 EK-
45892 EK-46217 EK-46252 EK-47021 EK-47787 EK-48622 EK-48623 EK-48624 EK-48626 EK-48629
EK-48631 EK-48632 EK-48634 EK-48635 EK-48636 EK-48900 EK-44063 EK-45148 EK-46667 EK-46668
EK-36421 EK-46018 EK-44750C EK-46392 EK-44495 EK-44826 EK-46464 EK-46859 EK-00332 EK-
2WIRE-05-03-02 EK-2WIRE-06-01-05 EK-2WIRE-06-03-06 EK-2WIRE-12-01-05 EK-40434 EK-40435
EK-40436 EK-40437 EK-40438 EK-40439 EK-40440 EK-40441 EK-41585 EK-42883 EK-42884 EK-42885
EK-44167 EK-44171 EK-44391 EK-44397 EK-45077 EK-45079 EK-48174 EK-48175 EK-48176 EK-48177
EK-43781I EK-43782I EK-43783I EK-43784I EK-43785I EK-43786I EK-43787 EK-43789I EK-43790I
EK-43791 EK-43792I EK-45532 EK-45532I EK-45890I EK-47086I EK-47090I EK-43794I EK-43795I
EK-43796I EK-43797I EK-43798I EK-43799I EK-43800I EK-43805I EK-43806I EK-43807I EK-46496
EK-18605 EK-43802I EK-43803I EK-43808I EK-43809I EK-43810I EK-43811I EK-44338 EK-46255I
EK-47661 EK-47679 EK-48199 EK-48232 EK-48233 EK-48234 EK-48235 EK-48263 EK-48266 EK-35579
EK-36957 EK-44134 EK-44135 EK-44136 EK-44137 EK-45533 EK-46669 EK-46800I EK-46801I EK-
46802I EK-46803I EK-46804I EK-46805I EK-46806I EK-48203 EK-01103 EK-04332 EK-41529 EK-
41530 EK-41717 EK-41915 EK-42053 EK-42119 EK-42120 EK-42121 EK-42123 EK-44151 EK-44152
EK-44153 EK-44154 EK-44155 EK-44156 EK-44158 EK-44159 EK-44160 EK-44161 EK-44162 EK-44164
EK-44801 EK-46670 EK-48253 EK-48254 EK-48255 EK-48256 EK-48958 EK-48959 EK-48962 EK-48963
EK-48956 EK-48951 EK-48960 EK-48961 EK-48966 EK-48967 EK-48964 EK-48965 EK-00331 EK-21200
EK-44395 EK-44799 EK-45168 EK-47774 EK-47775 EK-47776 EK-47777 EK-10756 EK-17240 EK-17244
EK-17245 EK-17246 EK-17247 EK-17248 EK-17250 EK-17253 EK-39974 EK-43972 EK-47228 EK-2120
-5-001 EK-29178 EK-2101-120-03-1-1 EK-2101-150-03-1-1 EK-2101-30-03-1-10 EK-2101-50-03-1
-10 EK-2101-70-03-1-10 EK-2101-90-03-1-10 EK-2102-120-03-1-1 EK-2102-150-03-1-1 EK-2102-
30-03-1-10 EK-2102-50-03-1-10 EK-2102-70-03-1-10 EK-2102-90-03-1-10 EK-2103-120-03-1-1
EK-2103-150-03-1-1 EK-2103-30-03-1-10 EK-2103-50-03-1-10 EK-2103-70-03-1-10 EK-2103-90-
03-1-10 EK-2104-120-03-1-1 EK-2104-150-03-1-1 EK-2104-30-03-1-10 EK-2104-50-03-1-10 EK-
2104-70-03-1-10 EK-2104-90-03-1-10 EK-2105-120-00-1-1 EK-2105-150-00-1-1 EK-2105-30-00-1
-10 EK-2105-50-00-1-10 EK-2105-70-00-1-10 EK-2105-90-00-1-10 EK-2106-120-00-1-1 EK-2106-
150-00-1-1 EK-2106-30-00-1-10 EK-2106-50-00-1-10 EK-2106-70-00-1-10 EK-2106-90-00-1-10
EK-2107-120-00-1-1 EK-2107-150-00-1-1 EK-2107-30-00-1-10 EK-2107-50-00-1-10 EK-2107-70-
00-1-10 EK-2107-90-00-1-10 EK-2108-120-00-1-1 EK-2108-150-00-1-1 EK-2108-30-00-1-10 EK-
2108-50-00-1-10 EK-2108-70-00-1-10 EK-2108-90-00-1-10 EK-2109-30-05-1-05 EK-2109-30-05-1
-10 EK-2110-30-05-1-05 EK-2110-30-05-1-10 EK-2111-40-00-1-10 EK-2112-40-00-1-10 EK-2113-
40-00-1-10 EK-2114-40-00-1-10 EK-2118-50-00-1-10 EK-2119-50-00-1-10 EK-2125-50-00-1-10
EK-2125-70-00-1-90 EK-2126-50-00-1-10 EK-2127-76-00-1-10 EK-2150-50-00-1-10 EK-2151-50-
00-1-10 EK-2195-40-00-1-10 EK-2196-40-00-1-10 EK-2197-40-00-1-10 EK-2198-40-00-1-10 EK-
48300 EK-48484 EK-48485 EK-48486 EK-48487 EK-2170-0-40 EK-2170-0-45 EK-2170-0-80 EK-2170
-0-85 EK-2170-1-40 EK-2170-1-80 EK-2171-0-40 EK-2171-0-80 EK-2171-1-40 EK-2171-1-80 EK-
2172-1-40 EK-2172-1-80 EK-2173-1-40 EK-2173-1-80 EK-2174-1-40 EK-2174-1-80 EK-2190-0-40
EK-2190-0-80 EK-2190-1-40 EK-2190-1-80 EK-2108-5-001 EK-2108-9-001 EK-2111-5-001 EK-2111
-9-001 EK-2118-5-001 EK-2118-9-001 EK-2125-5-001 EK-2125-9-001 EK-2150-5-001 EK-2150-9-
001 EK-2198-5-001 EK-2198-9-001 EK-47026 EK-47027 EK-47028 EK-47029 EK-47030 EK-09445 EK
-29100-030-000 EK-29100-070-000 EK-29100-080-000 EK-29100-090-000 EK-29100-095-000 EK-
29100-110-000 EK-29100-120-000 EK-29100-130-000 EK-29100-140-000 EK-29100-150-000 EK-
29100-160-000 EK-29100-180-000 EK-29100-190-000 EK-29100-200-000 EK-29100-210-000 EK-
29100-220-000 EK-29100-230-000 EK-29100-240-000 EK-29100-260-000 EK-29100-270-000 EK-
29100-280-000 EK-29100-290-000 EK-29100-300-000 EK-29100-310-000 EK-29100-320-000 EK-
29100-330-000 EK-29100-600-000 EK-29100-700-000 EK-29101-150-000 EK-29101-170-000 EK-
29101-220-000 EK-29101-250-000 EK-29101-400-000 EK-29101-700-000 EK-29121-145-000DKM CO.,LTD. ?15?
INDUCTION MOTORS
INDUCTION
Lead wire type Terminal Box type
INDEX
INDUCTION MOTOR FEATURES 16
6W (ū70mm) 18
6W (ū60mm) 17-1
10W (ū70mm) 20
15W (ū80mm) 22
15W (ū70mm) 21-1
25W (ū80mm) 24
40W (ū90mm) 26
60W (ū90mm) 28
90W (ū90mm) 31
120W (ū90mm) 34
150W (ū90mm) 37
180W (ū90mm) 40
200W (ū90mm) 43
?16? DKM CO.,LTD.
Features
CIRCUIT DIAGRAM(C.W) SPEED-TORQUE CURVE CIRCUIT DIAGRAM(C.W) SPEED-TORQUE CURVE
? Suitable for Uni-directional Continuous Operation
Induction motors are for uni-directional continuous operation such as conveyor belt system.
? Meet Safety Standards and Global Power Supply Voltages
The most part of models conform to KS/UL standards and CE Marking. And meets power supply voltages of North America,
Asia and Europe. ; 100V, 110V, 200V, 220V, 230V, 380V, 400V, 440V
? Single Phase run
For a single phase motor run, please use the condenser complying with the capacity of that motor.
For a single-phase induction motor, it is not possible to reverse the direction within a short time during operation.
So stop the motor first and change the direction next. (Figure 1.)
? Three Phase run
Three phase induction motor has relative higher starting torque comparing single phase and has high reliability
because it can be operated by a three-phase power source directly. (Figure 2.)
Figure 1 Figure 2
? The Relation between Speed and Torque
In a condition of constant power voltage, the relation between speed and torque is like right figure.
Under the condition of no-load, the number of rotation roughly is same as the number of synchronous
rotation. But if the load increases, the number of rotation decreases and approaches to the speed (rpm)
indicated by the point P where the torque Tp horizontally meets the load curve.
When the load further increases and reaches the point M, the motor stops at the point R because the
motor no longer generates further torque.
Therefore, the leg R-M is referred to as an unstable zone and the leg O-M is a stable zone for operation.
? Feature of Voltage and Condenser
Generally the torque of induction motor changes in proportion to the value of two times the voltage. And it also changes
according the capacity of the condenser.
If the condenser capacity increases, the starting torque and rated torque will increase.
But if the capacity increases by over 2 times, the rated torque decreases and starting torque do not increase.
When the induction motor is short on torque, it is possible to increase the torque by increasing the voltage or the condenser
capacity to continue the operation.
But please be informed that in this case the loss
input of the motor increases and the rapid rise of
temperature would be. However, if the motor must
be run with insufficient torque, take measures to
let the motor release heat as much as possible by
installing separate fan as a example and operate
the motor so that the temperature of the motor's
housing keep below 90? .
DKM CO.,LTD. ?17?
INDUCTION
INDUCTION MOTOR LINE-UP
General Specifications
Item Specifications
Insulation Resistance 100 ? or more when 500 VDC is applied between the windings and the frame after rated motor opeation under normal
ambient temperature and humidity.
Dielectric Strength Sufficient to withstand 1.5 KV at 50 Hz and 60 Hz applied between the windings and the frame for 1 minute after rated
motor operation under normal ambient temperature and humidity.
Temperature Rise Temperature rise of windings are 80? (144?) or less measured by the resistance change method after rated motor
operation with connecting a gearhead or equivalent heat radiation plate. [ Three-Phase 6W type : 70? (126?) ]
Insulation Class Class B [ 130? (266?) ]
Overheat Protection Operating temperature,
open : 130? ň 5? (266? ň9?) close : 82? ň 15? (179.6? ň 27?)
Ambient Temperture Range -10? ~ + 40? (14? ~ 104?) [ Three-phase 200VAC : -10? ~ +50? (14? ~ 122?) ] (nonfreezing)
Ambient Humidity 85% maximum (noncondensing)
Connection Diagrams
Single phase (CW, CCW) Three phase (CW, CCW)
CW?To rotate the motor in a clockwise(CW)
direction, flip switch SW to CW.
CCW?To rotate it in a countercloc kwise (CCW)
direction, flip switch SW to CCW.
CCW?To change the rotation direction, change
any connections between U,V and W.
? The direction of motor rotation is as viewed from the shaft end of the motor.
? CW represents the clockwise direction, while CCW represents the counterclockwise direction.
? Connection diagrams are also valid for the equivalent round shaft type.
? Change the direction of single-phase motor rotation only after bringing the motor to a stop. If an attempt is made to change the direction of rotation
while the motor is rotating, the motor may ignore the reversing command or change its direction after some delay.
Output
W
Frame size
ūmm (in.) Type
Power (Voltage)
Single phase
100/110/115V 200/220/230V 200/220/230V 380 V 440V
Three phase Page
60 (2.36) 6 Lead Wire ? ? - - - 17-1
70 (2.76)
6 Lead Wire ? ? - - - 18
10 Lead Wire ? ? - - - 20
15 Lead Wire ? ? - - - 21-1
15
Lead Wire ? ? ? ?? 22 Terminal box ? ? ? ??
25
Lead Wire ? ? ? ?? 24 Terminal box ? ? ? ??
40
Lead Wire ? ? ? ?? 26 Terminal box ? ? ? ??
60
Lead Wire ? ? ? ?? 28 Terminal box ? ? ? ??
90
Lead Wire ? ? ? ?? 31 Terminal box ? ? ? ??
90 (3.54) 120
Lead Wire ? ? ? ?? 34 Terminal box ? ? ? ??
150
Lead Wire - - ? ?? 37 Terminal box - - ? ??
180
Lead Wire - ? - -- 40 Terminal box - ? - --
200
Lead Wire - - ? ?? 43 Terminal box - - ? ??
80 (3.15)
?17-1? DKM CO.,LTD.
27 30 30 30 30 30
2.7 3 3 3 3 3
24 26 26 26 26 26
30 30 30 30 30 30
3 3 3 33 3
26 26 26 26 26 26
Motor Specification
Lead Wire Type
6IDG(S)A-6G
6IDG(S)B-6G
6IDG(S)C-6G
6IDG(S)D-6G
6IDG(S)E-6G
6IDG(S)F-6G
-
-
-
-
-
-
1/125
Single Phase110
Single Phase115
Single Phase 220
Single Phase 220
Single Phase 230
Single Phase 230
60
60
50
60
50
60
0.2 400 40 5.6 400 40 5.8 1550 2.5 250
400 40 5.6
490 49 6.9 1300
400 40 5.8 1550
490 49 6.9 1300
400 40 5.8 1550
0.1 0.7 400
Output
HP W VAC Hz A gfcm oz-in mN.m mN.m gfcm oz-in r/min VAC ?
Voltage Starting Torque Rated Torque Capacitor Rated
Speed Freq. Freq.
6
Model
6IDGū-6G : Pinion Shaft Type
6IDGū-6 : Round Shaft Type
?Enter the gear ratio in the box (ū) within the gearhead model name. A colored background indicates gear shaft rotation in the same direction
as the motor shaft ; a white background indicates rotation in the opposite direction.
?The speed is calculated by dividing the motor's synchronous speed (50Hz : 1500 r/min, 60 Hz : 1800 r/min) by the gear ratio.
?The actual speed is 2~20% less than the displayed value, depending on the size of the load.
Permissible Torque When using gearhead
60Hz
6IDGū-6G 6GBDūBMH
speed RPM (r/min)
Gear Ratio
Model
Motor/Gearhead
kgf cm
N.m
lb-in
50Hz
6IDGū-6G 6GBDūBMH
speed RPM (r/min)
Gear Ratio
Model
Motor/Gearhead
kgf cm
N.m
lb-in
LEAD? TYPE MOTOR
+BOX TYPE GEARHEAD
ū60mm(2.36in.)
LEAD WIRE TYPE
INDUCTION MOTOR
6W
TP
TP
TP
TP
TP
TP
600 500 360 300 240 200 180 144 120 100 90 72 60 50 45 36 30 24 20
3 3.6 5 6 7.5 9 10 12.5 15 18 20 25 30 36 40 50 60 75 90
18 15 12 10 9 7.2
100 120 150 180 200 250
15 12 10 8 7.5 6
100 120 150 180 200 250
500 417 300 250 200 166 150 120 100 83 75 60 50 41 37 30 25 20 16
3 3.6 5 6 7.5 9 10 12.5 15 18 20 25 30 36 40 50 60 75 90
1.0 1.2 1.7 2.0 2.5 3.0 3.4 4.2 5.0 6.0 6.0 7.5 9.0 11 12.5 14 16 20 24
0.10 0.12 0.17 0.20 0.25 0.30 0.34 0.42 0.50 0.60 0.60 0.75 0.89 1.1 1.2 1.4 1.6 2.0 2.4
0.88 1.06 1.50 1.77 2.2 2.6 3.0 3.7 4.4 5.3 5.3 6.6 7.9 9.7 10.6 12.4 14 18 21
1.2 1.4 2.0 2.4 3.0 3.6 4.0 5.0 6.0 7.1 7.1 8.9 11 13 15 16 19 24 29
0.12 0.14 0.20 0.24 0.30 0.36 0.40 0.50 0.60 0.71 0.71 0.89 1.1 1.3 1.5 1.6 1.9 2.4 2.9
1.06 1.24 1.77 2.1 2.6 3.2 3.5 4.4 5.3 6.3 6.3 7.9 9.7 11 13 14 17 21 26
Terminal Box Type
?Enter the ?Phase & Voltage?code in the box(ū) within the motor model name.
??Pinion Shaft?is for attaching gearhead and ?Round Shaft?is for using motor only.
: Contains a built-in thermal protector. If a motor overheats for any reason the thermal protector opened and the motor stops. When the
motor temperature drops, the thermal protector closes and the motor restarts. Be sure to turn the motor off before inspecting.
TP
DKM CO.,LTD. ?17-2?
ū Dimension
?18? DKM CO.,LTD.
Motor Specification
Lead Wire Type
7IDG(S)A-6G
7IDG(S)B-6G
7IDG(S)C-6G
7IDG(S)D-6G
7IDG(S)E-6G
7IDG(S)F-6G
-
-
-
-
-
-
1/125
Single Phase 110
Single Phase 115
Single Phase 220
Single Phase 220
Single Phase 230
Single Phase 230
60
60
50
60
50
60
0.25 400 40 5.6 400 40 5.8 1550 2.5 250
400 40 5.6
490 49 6.9 1350
400 40 5.8 1550
490 49 6.9 1350
400 40 5.8 1550
0.15 0.7 400
Output
HP W VAC Hz A gfcm oz-in mN.m mN.m gfcm oz-in r/min VAC ?
Voltage Starting Torque Rated Torque Capacitor Rated
Speed Freq. Freq.
6
Model
7IDGū-6G : Pinion Shaft Type
7IDSū-6 : Round Shaft Type
?Enter the gear ratio in the box (ū) within the gearhead model name. A colored background indicates gear shaft rotation in the same direction
as the motor shaft ; a white background indicates rotation in the opposite direction.
?The speed is calculated by dividing the motor's synchronous speed (50Hz : 1500 r/min, 60 Hz : 1800 r/min) by the gear ratio.
?The actual speed is 2~20% less than the displayed value, depending on the size of the load.
?Enter the ?Phase & Voltage?code in the box(ū) within the motor model name.
??Pinion Shaft?is for attaching gearhead and ?Round Shaft?is for using motor only.
: Contains a built-in thermal protector. If a motor overheats for any reason the thermal protector opened and the motor stops. When the
motor temperature drops, the thermal protector closes and the motor restarts. Be sure to turn the motor off before inspecting.
Permissible Torque When using gearhead
60Hz
TP
7IDGū-6G 7GBDūBMH
speed RPM (r/min)
Gear Ratio
Model
Motor/Gearhead
kgf cm
N.m
lb-in
50Hz
7IDGū-6G 7GBDūBMH
speed RPM (r/min)
Gear Ratio
Model
Motor/Gearhead
kgf cm
N.m
lb-in
LEAD WIRE TYPE MOTOR
+BOX TYPE GEARHEAD
ū70mm(2.76in.)
LEAD WIRE TYPE
INDUCTION MOTOR
6W
TP
TP
TP
TP
TP
TP
600 500 360 300 240 200 144 120 100 72 60 50 45 36 30 24 20 18 15
3 3.6 5 6 7.5 9 12.5 15 18 25 30 36 40 50 60 75 90 100 120
1.0 1.2 1.7 2.0 2.5 3.0 4.2 5.1 6.1 7.5 9.1 11 12.5 14 16 20 24 27 30
0.10 0.12 0.17 0.20 0.25 0.30 0.42 0.50 0.60 0.75 0.89 1.1 1.2 1.4 1.6 2.0 2.4 2.7 3
0.88 1.06 1.50 1.77 2.2 2.6 3.7 4.4 5.3 6.6 7.9 9.7 10.6 12.4 14 18 21 24 26
12 10
150 180
30 30
3 3
26 26
500 416 300 250 200 166 120 100 83 60 50 41 38 30 25 20 16 15 15
3 3.6 5 6 7.5 9 12.5 15 18 25 30 36 40 50 60 75 90 100 120
1.2 1.4 2.0 2.4 3.0 3.6 5.1 6.1 7.1 8.9 11 13 15 16 19 24 29 30 30
0.12 0.14 0.20 0.24 0.30 0.36 0.50 0.60 0.71 0.89 1.1 1.3 1.5 1.6 1.9 2.4 2.9 3 3
1.06 1.24 1.77 2.1 2.6 3.2 4.4 5.3 6.3 7.9 9.7 11 13 14 17 21 26 26 26
10 8.3
150 180
30 30
3 3
26 26
Terminal Box Type
DKM CO.,LTD. ?19?
Dimension
INDUCTION 6W
* Note?Above table indicates output shaft
dimension made by user?s
request and ? indicates the basic
dimension in factory shipping.
? The direction of motor rotation is as viewed from the shaft end of the motor.
? CW represents the clockwise direction, while CCW represents the counterclockwise direction.
? Connection diagrams are also valid for the equivalent round shaft type.
? Change the direction of single-phase motor rotation only after bringing the motor to a stop. If an attempt is made to change the direction of
rotation while the motor is rotating, the motor may ignore the reversing command or change its direction after some delay.
Not Available
Connection Diagrams
Single phase (CW, CCW) Three phase (CW, CCW)
CW?To rotate the motor in a clockwise(CW)
direction, flip switch SW to CW.
CCW?To rotate it in a countercloc kwise (CCW)
direction, flip switch SW to CCW.
?20? DKM CO.,LTD.
LEAD WIRE TYPE MOTOR
+BOX TYPE GEARHEAD
Motor Specification
Lead Wire Type
7IDG(S)A-10G
7IDG(S)B-10G
7IDG(S)C-10G
7IDG(S)D-10G
7IDG(S)E-10G
7IDG(S)F-10G
1/75
Single Phase 110
Single Phase 115
Single Phase 220
Single Phase 220
Single Phase 230
Single Phase 230
60
60
50
60
50
60
0.3 500 50 7.1 700 70 9.9 1550 3.0 250
500 50 7.1
840 84 11.9 1300
700 70 9.9 1550
840 84 11.9 1300
700 70 9.9 1550
0.18 1.0 400
Output
HP W VAC Hz A gfcm oz-in mN.m mN.m gfcm oz-in r/min VAC ?
Voltage Starting Torque Rated Torque Capacitor Rated
Speed Freq. Current
10
Model
7IDGū-10G : Pinion Shaft Type
7IDSū-10 : Round Shaft Type
?Enter the gear ratio in the box (ū) within the model name. A colored background indicates gear shaft rotation in the same direction as the
motor shaft ; a white background indicates rotation in the opposite direction.
?The speed is calculated by dividing the motor's synchronous speed (50Hz : 1500 r/min, 60 Hz : 1800 r/min) by the gear ratio.
?The actual speed is 2~20% less than the displayed value, depending on the size of the load.
Permissible Torque When using gearhead
60Hz
600 500 360 300 240 200 144 120 100 72 60 50 45 36 30 24 20 18 15
3 3.6 5 6 7.5 9 12.5 15 18 25 30 36 40 50 60 75 90 100 120
12 10
150 180
40 40
4 4
35 35
7IDGū-10G 7GBDūBMH
speed RPM (r/min)
Gear Ratio
Model
Motor/Gearhead
kgf cm
N.m
lb-in
50Hz
500 416 300 250 200 166 120 100 83 60 50 41 38 30 25 20 16 15 12.5
3 3.6 5 6 7.5 9 12.5 15 18 25 30 36 40 50 60 75 90 100 120
1.8 2.3 3.0 3.8 4.8 5.9 8.1 9.6 11.6 14 18 22 24 27 31 38 40 40 40
0.18 0.23 0.3 0.38 0.48 0.59 0.81 0.96 1.16 1.4 1.8 2.2 2.4 2.7 3.1 3.8 4 4 4
1.59 2.01 2.65 3.39 4.2 5.2 7.1 8.5 10.3 12.7 15.9 19.1 21.2 24 28 34 35 35 35
10 8.3
150 180
40 40
4 4
35 35
7IDGū-10G 7GBDūBMH
speed RPM (r/min)
Gear Ratio
Model
Motor/Gearhead
kgf cm
N.m
lb-in
ū70mm(2.76in.)
LEAD WIRE TYPE
INDUCTION MOTOR
10W
TP
TP
TP
TP
TP
TP
1.5 1.9 2.5 3.2 4.0 4.9 6.7 8.0 9.7 12 15 18 20 22 26 32 40 40 40
0.15 0.19 0.25 0.32 0.40 0.49 0.67 0.80 0.97 1.2 1.5 1.8 2.0 2.2 2.6 3.2 4 4 4
1.32 1.68 2.21 2.83 3.5 4.3 5.9 7.1 8.6 10.6 13.2 15.9 17.7 20 23 28 35 35 35
-
-
-
-
-
-
Terminal Box Type
?Enter the ?Phase & Voltage?code in the box(ū) within the motor model name.
??Pinion Shaft?is for attaching gearhead and ?Round Shaft?is for using motor only.
: Contains a built-in thermal protector. If a motor overheats for any reason the thermal protector opened and the motor stops. When the
motor temperature drops, the thermal protector closes and the motor restarts. Be sure to turn the motor off before inspecting.
TP
DKM CO.,LTD. ?21?
Dimension
INDUCTION 10W
* Note?Above table indicates output shaft
dimension made by user?s request
and ? indicates the basic dimension
in factory shipping.
? The direction of motor rotation is as viewed from the shaft end of the motor.
? CW represents the clockwise direction, while CCW represents the counterclockwise direction.
? Connection diagrams are also valid for the equivalent round shaft type.
? Change the direction of single-phase motor rotation only after bringing the motor to a stop. If an attempt is made to change the direction of
rotation while the motor is rotating, the motor may ignore the reversing command or change its direction after some delay.
Not Available
Connection Diagrams
Single phase (CW, CCW) Three phase (CW, CCW)
CW?To rotate the motor in a clockwise(CW)
direction, flip switch SW to CW.
CCW?To rotate it in a countercloc kwise (CCW)
direction, flip switch SW to CCW.
?21-1? DKM CO.,LTD.
60Hz
600 500 360 300 240 200 144 120 100 72 60 50 45 36 30 24 20 18 15 12
3 3.6 5 6 7.5 9 12.5 15 18 25 30 36 40 50 60 75 90 100 120 150
2.6 3.1 4.3 5.1 6.4 7.7 11 13 15 19 23 28 31 35 42 50 50 50 50 50
0.26 0.31 0.43 0.51 0.64 0.77 1.1 1.3 1.5 1.9 2.3 2.8 3.1 3.5 4.2 5 5 5 5 5
2.3 2.7 3.8 4.5 5.6 6.8 9.7 11 13 17 20 25 27 31 37 44 44 44 44 44
10
180
50
5
44
7IDGū-7G 7GBKūBMH
speed RPM (r/min)
Gear Ratio
Model
Motor/Gearhead
kgf cm
N.m
lb-in
ū70mm(2.76in.)
LEAD WIRE TYPE
INDUCTION MOTOR
15W
LEAD? TYPE MOTOR
+ BOX TYPE GEARHEAD
Motor Specification
Lead Wire Type
7IDG(S)1-15G
7IDG(S)B-15G
7IDG(S)C-15G
7IDG(S)2-15G
7IDG(S)E-15G
7IDG(S)F-15G
1/50
Single Phase 110
Single Phase115
Single Phase 220
Single Phase 220
Single Phase 230
Single Phase 230
60
60
50
60
50
60
650 65 9.2 950 95 13.48 1550 5.0 250
700 70 9.9 1120 112 15.9 1300
650 65 9.2 1000 100 14.2 1550
750 75 10.6 1120 112 15.9 1300
650 65 9.2 1000 100 14.2 1550
1.2 400
0.34
0.2
Output
HP W VAC Hz A gfcm oz-in mN.m mN.m gfcm oz-in r/min VAC ?
Voltage Starting Torque Rated Torque Capacitor Rated
Speed Freq. Current
15
-
-
-
-
-
-
Terminal Box Type
Model
7IDGū-15G : Pinion Shaft Type
7IDGū-15 : Round Shaft Type
?Enter the gear ratio in the box (ū) within the model name. A colored background indicates gear shaft rotation in the same direction as the
motor shaft ; a white background indicates rotation in the opposite direction.
?The speed is calculated by dividing the motor's synchronous speed (50Hz : 1500 r/min, 60 Hz : 1800 r/min) by the gear ratio.
?The actual speed is 2~20% less than the displayed value, depending on the size of the load.
Permissible Torque When using gearhead
TP
TP
TP
TP
TP
TP
50Hz
500 417 300 250 200 167 120 100 83 60 50 41 37.5 30 25 20 16 15 13 10
3 3.6 5 6 7.5 9 12.5 15 18 25 30 36 40 50 60 75 90 100 120 150
3.0 3.6 5.1 6.1 7.6 9.1 13 15 18 23 27 33 36 41 50 50 50 50 50 50
0.30 0.36 0.51 0.61 0.76 0.91 1.30 1.50 1.80 2.30 2.7 3.3 3.6 4.1 5 5 5 5 5 5
2.6 3.2 4.5 5.4 6.7 8.0 11 13 16 20 24 29 32 36 44 44 44 44 44 44
8
180
50
5
44
7IDGū-7G 7GBKūBMH
speed RPM (r/min)
Gear Ratio
Model
Motor/Gearhead
kgf cm
N.m
lb-in
?Enter the ?Phase & Voltage?code in the box(ū) within the motor model name.
??Pinion Shaft?is for attaching gearhead and ?Round Shaft?is for using motor only.
: Contains a built-in thermal protector. If a motor overheats for any reason the thermal protector opened and the motor stops. When the
motor temperature drops, the thermal protector closes and the motor restarts. Be sure to turn the motor off before inspecting.
TP
DKM CO.,LTD. ?21-2?
ū Dimension
* Note?Above table indicates output shaft
dimension made by user?s request
and ? indicates the basic dimension in
factory shipping.
?22? DKM CO.,LTD.
其他 DANDTHERM    z4263125505 CBVX265C  505 2R5+-10%    電阻60Hz
600 500 360 300 240 200 144 120 100 72 60 50 45 36 30 24 20 18 15 12
3 3.6 5 6 7.5 9 12.5 15 18 25 30 36 40 50 60 75 90 100 120 150
其他 DANDTHERM    z4263125505 CBVX265C  505 2R5+-10%    電阻2.9 3.5 4.9 5.8 7.3 8.7 其他 DANDTHERM    z4263125505 CBVX265C  505 2R5+-10%    電阻12.2 14.6 17.5 21.9 26.3 31.5 36.5 39.6 47.5 59.4 71.3 79.2 80 80
0.29 0.35 0.49 0.58 0.73 0.87 1.2 1.5 1.8 2.2 2.6 3.2 3.6 4.0 4.8 5.9 7.1 7.9 8 8
2.6 3.1 4.3 5.1 6.4 7.7 11 13 15 19 23 2