Brand Name: | Schneider |
Model Number: | 140EHC10500 |
MOQ: | 1 |
Price: | Negotiations |
Counting Input Voltage | 30 V DC Max |
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Manufacturer | Schneider Electric |
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Series | Modicon Quantum |
Module format | Standard |
Product type | High-speed counter module |
Number of channels | 5 |
Number of inputs | 8 |
Addressing requirement | 12 input words | 12 output words |
Data format | 65535 dec 16 bits | 2147483647 dec 32 bits |
Counting input current | 7 mA |
Counting input type | Discrete incremental counter |
Counting frequency | 100000 Hz |
Duty cycle | 1/1 counter input |
Discrete input current | 5 mA |
Operating threshold | 3...5 V single ended mode 24 V REF DC at state off | 15...30 V single ended mode 24 V REF DC at state on |
Discrete output number | 8 |
Discrete output type | Field Effect Transistor (FET) |
Discrete output voltage | 20...30 V switch on DC | 0 V switch off DC |
Load current | 0.21 A |
Leakage current | <= 0.1 mA state off |
Voltage drop | 1.25 V state on |
Isolation between channels and bus | 500 Vrms for 60 s |
Fault type | Loss of output field power |
Output short-circuit protection | Internal |
Power dissipation | >= 6 W |
Bus current requirement | 250 mA |
External power requirement | 19.2...30 V |
Rack type | Distributed | Local | Remote |
Local signalling | 5 LEDs channel status |
Marking | CE |
Current consumption | <= 1140 mA 24 V DC external power supply |
Quantum PLC module uses modern large-scale integrated circuit technology, manufactured through strict production processes with advanced anti-interference technology for high reliability. It features hardware fault self-detection with timely alarm notifications.
The system can be programmed with peripheral component fault self-diagnosis, providing comprehensive protection. All modules support hot-swapping without system shutdown, reducing maintenance workload. LED status indicators provide visual monitoring of CPU and I/O template channels for quick maintenance.
Quantum PLC offers complete functionality with strong applicability. Critical systems feature dual-machine hot backup, redundant power supply, redundant remote I/O, and dual Ethernet for continuous operation. The advanced hot-standby system uses identical primary/secondary modules that automatically switch during failures without affecting logic operations.
Applications: CNC machinery, metallurgy, oil & gas, petrochemical, chemical, paper printing, textile, machinery manufacturing, electronics, automotive, tobacco, plastics, power generation, water treatment, municipal engineering, boiler systems, energy, and transmission/distribution industries.