Schneider 140CPU67060 Unity Processor

This CPU module supports both Unity Pro and Concept software environments, offering flexibility for both legacy systems and modern upgrades. The 140CPU67060 is typically used in energy, water treatment, chemical processing, and manufacturing sectors where system uptime and processing performance are mission-critical.

Product Advantages

• High Processing Speed: Delivers fast scan times ideal for real-time industrial control applications.

• Large Memory Capacity: Offers extensive RAM and flash memory to support complex programs and retain critical data.

• Robust Communication: Built-in Modbus and optional Ethernet capabilities ensure smooth integration into diverse control architectures.

• Modular Design: As part of the Quantum series, it integrates seamlessly with I/O and power modules, simplifying system expansion and maintenance.

• Advanced Diagnostics: Built-in tools allow for rapid troubleshooting and proactive maintenance planning.

• Software Flexibility: Supports both Unity Pro and Concept programming platforms for broad compatibility.

• Proven Reliability: Trusted in mission-critical industrial automation worldwide for long-term performance under harsh conditions.

Technical Specifications

Product Applications

The 140CPU67060 is suited for a wide range of industrial automation applications that require robust control capabilities and integration with diverse systems. Typical use cases include:

• Power Generation and Distribution: Automating turbine control, substation automation, and grid balancing.

• Water and Wastewater Management: SCADA and PLC control for pumping stations, filtration units, and water treatment plants.

• Chemical and Petrochemical Plants: Precise control for batch processing, blending, and safety systems.

• Manufacturing and Assembly Lines: Real-time control and synchronization of robotic arms, conveyors, and instrumentation.

• Oil & Gas Platforms: Process control for drilling rigs, pipeline monitoring, and safety shutdown systems.

• Transport and Infrastructure: Tunnel automation, airport baggage handling, and rail systems.

Installation Instructions

1. Power Down System: Ensure all power sources to the rack are turned off.

2. Slot Assignment: Insert the 140CPU67060 into the designated CPU slot on the Quantum rack.

3. Secure the Module: Lock the module using the side retaining clips.

4. Connect Communication Cables: Attach the necessary Modbus, Modbus Plus, or Ethernet cables to their corresponding ports.

5. Install Programming Software: Use Unity Pro or Concept on a connected PC to configure and program the CPU.

6. Power On and Test: Re-energize the system and monitor LEDs for diagnostics. Load and test application code as required.

FAQs (Frequently Asked Questions)

Q1: What programming environment is recommended for the 140CPU67060?

A1: Schneider’s Unity Pro is recommended for modern applications, while Concept can be used for legacy systems.

Q2: Does this CPU support hot-swapping of modules?

A2: Yes, when used with compatible I/O modules and power supplies, hot-swapping is supported.

Q3: Can the 140CPU67060 be used in redundant CPU configurations?

A3: No, this model does not support CPU redundancy directly; use 140CPU67160 for redundant setups.

Q4: How many Modbus devices can I connect to the onboard serial port?

A4: Up to 32 devices can be daisy-chained on a Modbus RS-232 or RS-485 network.

Q5: Is the Ethernet port built-in or optional?

A5: Ethernet communication is supported via an additional module such as the 140NOE77101.

Q6: What type of memory card can be used for backup?

A6: The Quantum CPU uses internal flash memory and does not support external memory cards directly.

Q7: How do I update the firmware on this CPU?

A7: Firmware can be updated using Unity Pro with the appropriate Schneider firmware update utility.

Q8: Is this CPU compatible with EcoStruxure systems?

A8: Yes, through integration modules and gateways, it can be part of an EcoStruxure architecture.

Q9: What is the expected lifespan of this CPU?

A9: With proper installation and environment control, the expected lifespan exceeds 5 years.

Q10: Can this CPU operate in hazardous environments?

A10: Yes, it carries ATEX and IEC certifications for use in certain hazardous area classifications.