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Schneider Modicon Quantum PLC 140CPU65150 UNITY PROCESSOR 768KB 166MHZ AVAILABLE

Schneider Modicon Quantum PLC 140CPU65150 UNITY PROCESSOR 768KB 166MHZ AVAILABLE

Brand Name: Schneider
Model Number: 140CPU65150
MOQ: 1
Price: Negotiations
Detail Information
Place of Origin:
France
Packaging Details:
New original box
Highlight:

Schneider Modicon Quantum PLC processor

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140CPU65150 UNITY processor 768KB

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Modicon Quantum PLC with warranty

Product Description
Schneider Modicon Quantum PLC 140CPU65150 UNITY PROCESSOR 768KB 166MHZ
Quick Details
  • SCHNEIDER ELECTRIC
  • MODICON
  • 140CPU65150
  • UNITY PROCESSOR
  • QUANTUM
  • 768KB
  • 166MHZ
  • AVAILABLE
  • One Year Warranty
Specifications
Manufacturer Schneider Electric
Series Modicon Quantum
Module format Standard
Product or component Unity processor
Clock frequency 166 MHz
Number of slots 10 | 16 | 2 | 4 | 6
Number of racks 2 - local rack(s)
Number of distributed I/O station 63 station(s) - 1 rack(s) - 3 distributed network(s)
Number of remote I/O station 31 - 2 remote rack(s)
Discrete I/O number 8000 inputs, 8000 outputs - distributed - per network | 31744 inputs, 31744 outputs - remote | Unlimited (26 slots max) - local
Analogue I/O number Unlimited (26 slots max) - local | 500 inputs, 500 outputs - distributed - per network | 1984 inputs,1984 outputs - remote
Application specific I/O Accurate time stamping | Counter | High-speed interrupt inputs | Serial link
Number of optional modules 6 (Ethernet, Modbus, Modbus Plus, Profibus DP, Sy/Max)
Maximum number of connections Unlimited (AS-Interface) - local | 6 (Profibus DP) - local | 6 (Modbus Plus) - local | 6 (Ethernet TCP/IP) - local | 4 (AS-Interface) - remote | 2 (AS-Interface) - distributed | 1 (USB) | 1 (Modbus) - RS232/485 Modbus/ASCII
Integrated connection type 1 Ethernet TCP/IP | 1 Modbus | 1 Modbus Plus | 1 USB
Checks Process control
Memory description Expandable 8 MB - file storage with PCMCIA card | Expandable 7168 kB - program with PCMCIA card | Internal RAM 768 kB
Switch function Key switch memory port on/off
Application structure 4 auxiliary tasks | 32 timer interrupt tasks | 128 interrupt tasks | 128 I/O interrupt tasks | 1 periodic fast task | 1 cyclic/periodic master task
Execution time per instruction 0.48...0.56 µs floating points | 0.0525...0.075 µs Boolean | 0.045...0.06 µs on word | 0.045...0.06 µs on fixed-point arithmetic
Execution time for 1 K instruction 9.91 65% Boolean and 35% numerical | 10.28 100% Boolean
System overhead 1 ms - master task | 0.2 ms - fast task
Bus current requirement 2160 mA
Local signalling 1 LED red for Ethernet collision | 1 LED green for Ethernet activity (COM)
Quantum PLC Module Features

The Quantum PLC module uses modern large-scale integrated circuit technology, manufactured through strict production processes. The internal circuit incorporates advanced anti-interference technology, resulting in extremely high reliability.

The Quantum PLC includes hardware fault self-detection functionality, enabling timely alarm notifications when failures occur. It can be programmed with peripheral component fault self-diagnosis programs, providing fault self-diagnosis protection for the entire system beyond just the PLC circuit and equipment.

All modules support hot-swapping without requiring system shutdown, reducing maintenance workload. LED status indicators provide visual feedback on CPU and I/O template channel status, greatly facilitating quick maintenance.

The Quantum PLC features complete supporting facilities, comprehensive functions, and strong applicability. Critical systems such as river water intake and condensate fine treatment utilize dual-machine hot backup, redundant power supplies, redundant remote I/O, and dual Ethernet connections to ensure safe and continuous operation.

The advanced two-machine hot-standby system features simple configuration and convenient operation. Through two identically configured module sets forming primary and secondary units, the host CPU handles program operation and I/O communication while updating the standby CPU's status and data via the hot standby module. The standby machine monitors the host's running status and immediately switches to become the host if the primary fails, with switching time not exceeding one PLC scan cycle to avoid affecting logic operations.

Applications

Our products are widely used in:

  • CNC machinery
  • Metallurgy
  • Petroleum and natural gas
  • Petrochemical
  • Chemical
  • Paper printing
  • Textile printing and dyeing
  • Machinery
  • Electronic manufacturing
  • Automobile manufacturing
  • Tobacco
  • Plastic machinery
  • Electric power
  • Water conservancy
  • Water treatment/environmental protection
  • Municipal engineering
  • Boiler heating
  • Energy
  • Transmission and distribution industries