ABB PPD 113B01-10-150000 AC 800PEC Control System Module

Configured for high-speed processing and real-time execution in control architectures, the ABB PPD 113B01-10-150000 (PP D113 Control System Module) provides direct physical/electrical execution. It directly routes high-speed field signals and protocol frames across integrated expansion slots, including CEX2-Bus RS422 and Anybus/Modbus TCP interface options. Operating within a dedicated controller chassis measuring 450 x 100 x 145 mm with a net weight of 2.59 kg, the unit executes localized control algorithms and deterministic bus routing without introducing processing latency.

Hardware Specifications

Backplane Bus Communication Velocity and Density Scaling

The module leverages high-speed backplane bus communication velocity to manage real-time signal exchanges across internal logic hardware and expansion interfaces without processing jitter. Integrated protocol handling supports deterministic serial and Ethernet communication over RS422 and Modbus TCP channels, maintaining link integrity during heavy I/O density scaling. Low-latency internal firmware flash compatibility ensures synchronized state execution between local processing tasks and external network nodes.

Frequently Asked Questions

Q: How are communication interfaces assigned across the expansion slots on this controller module?

A: Slot ANYIO-1 (U4) is dedicated to CEX2-Bus RS422 communication, while Slot ANYIO-2 (U5) hosts the Anybus/Modbus TCP protocol module. Optical links are handled by UF D128 modules in Slots U7, U8, and U9.

Q: What grounding and cabling rules must be followed for the RS422 interface?

A: Serial RS422 connections require twisted shielded pair cabling. Cable shields must be grounded at a single terminal point on the panel earth bar to eliminate ground loops and prevent signal corruption across the differential lines.

Field Installation Guidelines

• Mount the module vertically into the chassis rack, verifying that backplane connectors align before applying seating pressure.
• De-energize all primary supply voltages and backplane power sources before inserting or removing option cards from ANYIO or optical slots.
• Maintain a minimum clearance of 100 mm above and below the module housing to facilitate natural convection cooling inside the enclosure.
• Torquing panel retaining fasteners to standard cabinet limits prevents physical detachment caused by operational mechanical vibration.