ComNet FDX2HSDM1EA/M Dual High Speed RS485 Data Transceiver
Technical Specification
- Make: ComNet
- Model code: FDX2HSDM1EA/M
- Data Transceiver: Yes
- No of Fibres: 1 in, 1 out
- Dimensions mm: 104 x 94 x 28
FDX2HSDM1EA/M is a dual high speed RS485 data transceiver that meets RS485 (2W) specifications. The ComNet™ FDX2HSD(M,S)(1,2)(EA,EB)/M data transceivers is tested and certified by an independent laboratory for full compliance with the environmental requirements. The robust design of FDX2HSDM1EA/M assures extremely high reliability in unconditioned out-of-plant/roadside environments. The ComNet™ FDX2HSD(M,S)(1,2)(EA,EB)/M data transceivers are NTCIP compatible and the built-in fiber link tester allows for the testing of the fiber. The remote fault indication of FDX2HSDM1EA/M allows the user to determine when a fiber break or loss of prime operating power has occurred, or a transceiver in the field has failed.
Read moreMake | ComNet |
---|---|
Manufacturer | ComNet Europe Ltd. |
Category | Video Surveillance>Fibre optics, telemetry receivers, transmitters, transceivers |
Model code | FDX2HSDM1EA/M |
Data Transceiver | Yes |
No of Fibres | 1 in, 1 out |
Physical Specifications |
Dimensions mm: 104 x 94 x 28 Weight g: 900 |
Environmental Specifications |
Operating Temperature oC: -40 ~ +75 C (-40 ~ +167 F) Operating Humidity %: 0 ~ 95 |
Electrical Specifications |
Voltage: 8 ~ 36 V DC Power Consumption: 4 W |
Additional info |
FDX2HSDM1EA/M is a dual high speed RS485 data transceiver that meets RS485 (2W) specifications. The ComNet™ FDX2HSD(M,S)(1,2)(EA,EB)/M data transceivers is tested and certified by an independent laboratory for full compliance with the environmental requirements. The robust design of FDX2HSDM1EA/M assures extremely high reliability in unconditioned out-of-plant/roadside environments. The ComNet™ FDX2HSD(M,S)(1,2)(EA,EB)/M data transceivers are NTCIP compatible and the built-in fiber link tester allows for the testing of the fiber. The remote fault indication of FDX2HSDM1EA/M allows the user to determine when a fiber break or loss of prime operating power has occurred, or a transceiver in the field has failed. |
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