SC-RTD溫度轉換器RTD temp converter

RTD temp converter(1ch) DC/AC power

This is a converter used for converting to DC signal
by using input source of RTD temperature sensor.
With built-in noise removal filter, transfers correct
signal, and precision isolation circuits enable
perfect signal transfer not affected by withstand
insulation voltage, transfer speed, noise, etc.

FEATURES
Small size(mm) : 75(H), 22.5(W), 100(D).
Isolation : input to output to power supply.
Power supply : AC or DC supply.
Wiring : terminal wiring.
Case & color : gray Polyamide UL 94. V2.
Weight : about 100g
SC - RTD
INPUT SIGNAL SPECIFICATION
OUTPUT SIGNAL SPECIFICATION
Output voltage signal : 12VDC max.
Output voltage impedance : 2Kohm min.
Output voltage noise : 10mV p-p max.
Output current signal : 30mADC max.
Output load resistance : 750ohm max.
Output current noise(250ohm load) : 10mV p-p.
GENERAL SPECIFICATION'S
Operating ambient temperature : 0 - 50'C.
Non operating ambient temperature : -20 ~ 80'C.
Temperature coefficient : 0.02%/'C
Operating ambient humidity : 90% RH max.(non condensing)
Insulation resistance : greater than 100Mohm with 500VDC.
Dielectric strength : 1500VAC @ 1minute (input to output to power).
Adjustment range : 20% (zero & span) min.
Conversion accuracy : 0.2% max.
Response time : 0 - 90%(0.5sec).
OUTPUT IMPEDANCE OUTPUT LOAD - R
0 - 1VDC
0 - 5VDC
1 - 5VDC
0-10VDC
0 - 1mA
0 - 20mA
1 - 5mA
4 - 20mA
> 1Kohm
> 2Kohm
> 2Kohm
> 4Kohm
< 15Kohm
< 750ohm
< 3Kohm
< 750ohm
OUTPUT SIGNAL
1 : 0 - 1mADC
2 : 0 - 20mADC
3 : 1 - 5mADC
4 : 4 - 20mADC
5 : 0 - 1VDC
6 : 0 - 5VDC
7 : 1 - 5VDC
8 : 0 - 10VDC
9 : Specify signal
Slim type RTD TEMPERATURE CONVERTER
1 : 0 - 50'C
2 : 0 - 100'C
3 : 0 - 150'C
4 : 0 - 200'C
5 : 0 - 300'C
6 : 0 - 400'C
7 : 0 - 500'C
8 : 0 - 600'C
9 : Specify signal
Input type : 3wire type.
Input signal : Pt50ohm or Pt100ohm
Input range : -200 ~ 600'C
EXT current : 1.5mA/5VDC
This is a converter used for converting to DC signal
by using input source of RTD temperature sensor.
With built-in noise removal filter, transfers correct
signal, and precision isolation circuits enable
perfect signal transfer not affected by withstand
insulation voltage, transfer speed, noise, etc.