Numatics G3 Series - Page 103

G3 Series EtherNet/IP
TM
DLR Technical Manual
11-103
TDG3EDM1-6EN 3/18
Subject to change without notice
www.asco.com/g3
Sensor Wiring Diagrams
Electrical Data
Voltage
24 VDC Module Supply (Via G3 System Aux. Power Connection)
Input Type
RTD (Resistive Temperature Detector),
4 per Module
Supported Sensor Types
Pt100, Pt200, Pt500, Pt1000, Ni100, Ni1000
Supported Temperature Coefficients
.00385; .00392; ….Ω/Ω/°C
Resolution
15 bits, plus sign.
Data Format
Signed Integer; Two’s complement.
Calibration
Factory Calibrated.
Field Calibration w/ high tolerance (± 0.005%) 100 ohm and 350
ohm resistor.
Input Update (filter) Rate
Adjustable (5-20mS), factory default: 5mS
Accuracy
0.1% of full scale @ 25° C
Mechanical Data
I/O Connector
M12 4 Pin Female (Accepts 5 Pin)
Mass
247g / 8.7 oz
Operating Data
Temperature Range
-10º to 115º F (-23º to 46º C)
Humidity
95% relative humidity: non-condensing
Ingress Protection
IP65 (with appropriate assembly and terminations)
2 Wire
Sensor Type
Low Accuracy
4 Wire
Sensor Type
High Accuracy
2 Wire Sensor Type
2 Wire Cable (Fig 1)
3 Wire
Sensor Type
Medium Accuracy
3 Wire Sensor Type
3 Wire Cable (Fig 2)
3 Wire Sensor Type
4 Wire Cable (Fig 3)
4 Wire Sensor Type
4 Wire Cable (Fig 4)
• For maximum accuracy on a 3 wire sensor type make identified jumper
connections at the sensor end (see Figure 3). Cable resistance, resulting from
cable length, affects measuring error; therefore use cables that are as short as
possible.
• For long cable runs and high accuracy use 4 wire sensor types.
NOTE!