-3%






IC697MDL254 – GE Fanuc Emerson | Series 90-70
0 out of 5
Availability: 18 in stock
SKU: IC697MDL254
Categories: Circuit Board, Controls & Indicators, General Electric, Series 90-70
Tag: I/O Module
- Description
- Additional information
- Reviews (0)
- More Products
Description
Overview
The GE Fanuc IC697MDL254 is a discrete input module built for the Series 90-70 system. It runs on 48 V AC and offers 32 input points in 4 groups of 8. Each group can be used on a separate AC phase, allowing flexible installation in multi-phase systems.
Main Features
Rated voltage: 48 V AC
Total inputs: 32 points
Grouping: 4 x 8 points
Input current: 4.7 mA
ON-state current: 10 mA
OFF-state leakage: 2 mA
Frequency: 47–63 Hz
Power draw: 0.30 A from 5 V backplane
LED indicators: Yes
Power type: AC only
Shelf life: 1 year
Additional information
| Weight | 1.2 kg |
|---|---|
| Dimensions | 20 × 18 × 3 cm |
Only logged in customers who have purchased this product may leave a review.
- Bently Nevada, Sensor, Transmitter&Probe, Sensor&Tranducer&Probe
Bently Nevada | 8mm Proximity Probe | 21504-12-52-05-02
0 out of 5There is no AI review summary. - Bently Nevada, Sensor, Transmitter&Probe, Sensor&Tranducer&Probe
Bently Nevada 330195-02-12-50-00 Proximity Probes
0 out of 5There is no AI review summary. - Communication Module(TCM), Main Processor Module, Triconex
4351B Triconex – Tricon Communication Modules
0 out of 5There is no AI review summary. - Bently Nevada, Sensor, Transmitter&Probe, Transmitter
2-Wire Vibration Transmitter Bently Nevada 990-08-70-01-01
0 out of 5There is no AI review summary. - Bently Nevada, Sensor, Transmitter&Probe, Sensor&Tranducer&Probe
3300 NSv Armored Probe – Bently Nevada – 330902-00-15-05-02-00
0 out of 5There is no AI review summary. - Bently Nevada, Sensor, Transmitter&Probe, Sensor&Tranducer&Probe
Bently Nevada – 330102-20-96-10-02-05 Proximity Armored Probes
0 out of 5There is no AI review summary.



-300x300.jpg)













.jpg)


副本-1.jpg)
副本.jpg)















Reviews
There are no reviews yet.