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ABB 500CPU05 | CE Certified High-Performance PLC Processor Module

Original price was: $2,578.00.Current price is: $2,388.00.

Parameter Value
System Platform ABB AC500 PLC Platform / S500 Distributed I/O System
Module Type High-Performance Processor Unit (CPU Module)
Processor Architecture 32-bit RISC Processor
Processing Speed 1 ns per instruction (typical execution rate)
Memory Configuration 512 MB RAM; 1 GB Flash Memory
Communication Ports 2 × Ethernet (TCP/IP), 2 × RS-485, Profinet support
Category: SKU: 500CPU05 1MRB150081R0001 Tag:

Description

  • Model & Brand: ABB AC500 Series / 500CPU05 Processor Unit (Part No. 1MRB150081R0001)
  • Physical Dimensions: Standard modular controller profile (Approx. 225 mm x 175 mm x 90 mm rack chassis layout)
  • Estimated Shipping Weight: 4.5 kg (Packaged in multi-layer anti-static ESD shielding and structural foam crating)
  • What’s in the Box: High-performance CPU module card, conformal-coated circuit assembly, removable memory/battery access hatch, and factory inspection test verification sheet.

Medium to large-scale industrial automation applications require robust, high-speed processing cores to execute complex control algorithms and manage extensive distributed I/O architectures. System engineers integrate this ABB 500CPU05 high-performance processor unit directly into AC500 control racks, serving as the central computing intelligence for real-time logic execution, multi-tasking operations, and multi-protocol network communication (—which is vital for maintaining deterministic loop performance across heavy manufacturing, power generation, and water treatment plants).

Automation technicians must verify proper backplane alignment and ESD grounding protocols prior to module insertion to protect sensitive surface-mount microprocessors from electrical damage.

Parameter Value
System Platform ABB AC500 PLC Platform / S500 Distributed I/O System
Module Type High-Performance Processor Unit (CPU Module)
Processor Architecture 32-bit RISC Processor
Processing Speed 1 ns per instruction (typical execution rate)
Memory Configuration 512 MB RAM; 1 GB Flash Memory
Communication Ports 2 × Ethernet (TCP/IP), 2 × RS-485, Profinet support
Power Supply Voltage 24 VDC (\pm15%)
Operating Temperature -10°C to +60°C ambient enclosure range
Enclosure Protection Industrial-grade casing with protective conformal coating

Auditors inspecting critical industrial control networks require strict documentation verifying electrical safety, isolation, and functional performance compliance.

  • CE Mark: Confirms conformity with European Union directives covering electromagnetic compatibility (EMC) and low-voltage safety.
  • UL / cUL Listed: Validates North American industrial standards for programmable logic controllers and industrial control equipment.
  • IEC 61131-2: Certified for programmable controllers, addressing functional and environmental immunity parameters.
  • RoHS Compliance: Restricts hazardous chemical substances in electronic component manufacturing.

Compliance Note: Compliance with IEC 61131-2 specifications guarantees that internal power filtering and isolation barriers withstand industrial voltage spikes and high-frequency noise. Verify specific lot conformity documents with ABB prior to facility compliance audits.

Dormant CPU modules stored in warehouse stockroom bins face semiconductor degradation, battery discharge, and terminal micro-corrosion if environmental parameters remain uncontrolled.

Keep the processor module sealed tightly inside its original anti-static (ESD) moisture-barrier bag to safeguard internal logic microchips and memory components from static discharge. Maintain warehouse storage temperatures between -20°C and +70°C with relative humidity kept strictly below 95% non-condensing to prevent micro-corrosion on backplane edge connector pins. Ensure the hardware remains protected from heavy physical drop forces that could fracture the multi-layer printed circuit substrate.

Chassis slot allocation and backplane locking mechanics dictate precise physical placement inside the control enclosure. Ensure all system power sources are locked out (LOTO) prior to handling. Align the processor module carefully with the designated CPU slot on the base unit, engaging the mechanical locking latches evenly to ensure low-impedance backplane connection security.