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ABB HPC800 Series | UL Recognized 30,000 Function Block High-Performance Controller

Original price was: $5,688.00.Current price is: $5,288.00.

Parameter Value
System Platform ABB Symphony Plus SD Series / HPC800 Controller Family
Processor Architecture Dual 32-bit ColdFire processors running at 256 MHz
Function Block Capacity Up to 30,000 function blocks per controller
Memory Configuration 64 MB RAM, 4 MB ROM, 2 MB NVRAM
Communication Interfaces 3 × 10/100 Mbps Ethernet ports, dedicated redundant peer bus
Category: SKU: HC800A Tag:

Description

  • Model & Brand: ABB / Symphony Plus SD Series (Part No. HC800A / HPC800 Control Processor Module with G3 Conformal Coating)
  • Physical Dimensions: DIN-rail modular profile via MB810A base unit (54 mm × 119 mm × 78.7 mm controller footprint)
  • Estimated Shipping Weight: 0.88 kg (Packaged in multi-layer anti-static ESD shielding and structural foam crating)
  • What’s in the Box: HC800A control processor card, conformal-coated circuit assembly, diagnostic status indicator panel, and factory test verification sheet.

Large-scale power generation, water treatment, and heavy industrial processing architectures require robust, high-capacity distributed control system (DCS) nodes to execute complex closed-loop control algorithms and manage dense I/O networks. System engineers integrate the ABB HC800A Control Processor Module directly into Symphony Plus SD Series controller racks, providing core computational horsepower, extensive function block capacity, and native Modbus-TCP communication (—which is vital for ensuring deterministic loop execution, seamless third-party device integration, and zero-downtime redundancy switch-over in critical utility environments).

Cabinet technicians must ensure proper backplane base latching on the MB810A mounting frame and clean ground separation to prevent transient noise coupling into high-speed control loops.

Parameter Value
System Platform ABB Symphony Plus SD Series / HPC800 Controller Family
Processor Architecture Dual 32-bit ColdFire processors running at 256 MHz
Function Block Capacity Up to 30,000 function blocks per controller
Memory Configuration 64 MB RAM, 4 MB ROM, 2 MB NVRAM
Communication Interfaces 3 × 10/100 Mbps Ethernet ports, dedicated redundant peer bus
Supported Protocols Modbus-TCP (Client/Server), INFI-NET, PROFIBUS, HART, IEC 61850
Environmental Protection ISA S71.04 G3 Conformal Coating (corrosive/humid environments)
Operating Temperature -20°C to +60°C ambient enclosure range

Auditors inspecting critical power generation and process automation facilities require strict documentation verifying electrical safety, isolation, and environmental ruggedization compliance.

  • CE Mark: Confirms conformity with European Union directives covering electromagnetic compatibility (EMC) and low-voltage safety.
  • UL / cUL Recognized: Validates North American industrial standards for industrial control equipment.
  • IEC Standards: Complies with IEC/EN 61010-1 and IEC 60068 environmental immunity specifications.
  • RoHS Compliance: Restricts hazardous chemical substances in electronic component manufacturing.
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Compliance Note: Compliance with ISA S71.04 G3 corrosive-atmosphere standards ensures that internal microprocessors and printed traces resist chemical degradation in harsh paper mills, coastal power plants, and chemical processing facilities. Verify specific test certificates with ABB prior to facility compliance audits.

Dormant process controllers stored in warehouse stockroom bins face semiconductor degradation, battery-backed RAM depletion, and terminal oxidation if environmental parameters escape strict control limits.

Keep the module sealed tightly inside its original anti-static (ESD) moisture-barrier bag to safeguard internal microprocessors and NVRAM chips from static discharge. Maintain warehouse storage temperatures between -40°C and +85°C with relative humidity kept strictly below 95% non-condensing to prevent micro-corrosion on base connector pins. Ensure the hardware remains protected from heavy physical drop forces that could fracture the multi-layer printed circuit substrate or dislodge surface-mount components.

DIN-rail structural stability and backplane alignment dictate precise physical placement inside the control cabinet enclosure. Ensure all system power sources and field supplies are completely locked out (LOTO) prior to handling. Mount the HC800A module securely onto the designated MB810A mounting base unit, verifying that backplane connector pins engage cleanly without mechanical binding and locking latches are fully clicked into position.