Schneider Modicon Quantum PLC 140CHS11000 HOT QUANTUM S911 STANDBY MODULE
- SCHNEIDER ELECTRIC
- MODICON
- 140-CHS-110-00
- 140CHS11000
- STANDBY MODULE
- HOT QUANTUM S911
- AVAILABLE
- REBUILT SURPLUS
- One Year Warranty
| Manufacturer | Schneider Electric |
|---|---|
| Series | Modicon Quantum |
| Accessory / separate part destination | I/O module |
| Product or component | Hot standby module |
| Software designation | ProWORX 32 NxT V2.0 | Concept >= V2.0 |
| Input/Output type | 800 Series | Quantum | Sy/Max (remote I/O only) |
| Transmission rate | 10 Mbit/s |
| Transmission support medium | Fiber optic 3 m |
| Switching time | 13...48 ms |
| Electrical connection | 1 connector RJ45 for fiber optic transmitter | 1 connector RJ45 for fiber optic receiver |
| Local signalling | 1 LED red communication error | 1 LED green ready module | 1 LED green control process | 1 LED green communication with I/O module | 1 LED amber module in standby |
| Bus current requirement | 700 mA |
The Schneider Modicon Quantum PLC module uses modern large-scale integrated circuit technology and is manufactured through strict production processes. The internal circuit incorporates advanced anti-interference technology, resulting in exceptionally high reliability.
The Quantum PLC features hardware fault self-detection capability, enabling timely alarm notifications when failures occur. Additionally, it supports programming for peripheral component fault self-diagnosis in the Concept environment, providing comprehensive system protection beyond just the PLC circuitry.
Key features include:
- All modules support hot-swapping without system downtime
- LED status indicators for quick visual monitoring of CPU and I/O channel status
- Complete system support with comprehensive functionality
- Advanced dual-system hot standby configuration for critical applications
The hot standby system uses two identically configured modules in primary/secondary configuration. During normal operation, the primary CPU handles program execution while continuously updating the standby CPU's status and data. If the primary fails, the standby immediately takes over with minimal switching time (less than one PLC scan cycle).
Applications: CNC machinery, metallurgy, oil & gas, petrochemical, chemical processing, paper/printing, textile, machinery manufacturing, electronics, automotive, tobacco, plastics, power generation, water treatment, environmental protection, municipal engineering, boiler systems, energy, and power distribution.
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