SIGMATEK CCP 531 - User Manual

C-DIAS PROCESSOR MODULE CCP 531
12.04.2017 Page 1
C-DIAS Processor Module CCP 531
The CCP 531 processor module runs the control program and
thereby represents an essential component of an automation
system. The internal DC/DC converter powers all modules on a
C-DIAS module carrier.
The CAN bus, an Ethernet interface or the USB device (Mini
USB) can be used as the online interface connection.
A 7-segment display and 2 status LEDs provide information on
the actual status of the CPU.
For program updates, the integrated USB Host interface can be
used (USB stick, keyboard). With help from the exchangeable
SD card, the entire control program can be easily exchanged.
The CCP 531 processor module is designed to be mounted in
the control cabinet.
Compatibility
Completely PC-compatible. The CCP 531 works with standard PC BIOS and therefore no
SIGMATEK-specific BIOS is needed; the LASAL operating system in provided.

SIGMATEK CCP 531 Specifications

General

Power supply	24 V DC
Operating temperature	0 to 50 °C
Operating temperature range	0 to 50 °C
Protection class	IP20
Operating system	Linux
Interfaces	Ethernet, USB, RS232
Input voltage range	18 V to 30 V DC

Summary

C-DIAS Processor Module Overview

Compatibility and System Requirements

Technical Data

Performance Specifications

Details on processor, clock frequency, memory, and interfaces.

Electrical Requirements

Power Supply and Consumption Details

Connector Layout Diagram

microSD Card Management

Display Functionality and Interpretation

CAN Bus Configuration

Station Number Assignment on CAN Bus

Procedure for assigning a unique station number on the CAN bus.

Data Transfer Rate and Bus Length

Configuring baud rate and its relation to bus length.

Process Module Configuration Procedures

Initiating Configuration Mode

How to initiate configuration via the SET button during boot.

Navigating and Modifying Settings

Using the SET button for menu navigation and parameter changes.

Saving or Discarding Configuration Changes

Procedures for saving or discarding changes using SET/RESET buttons.

Network Parameter Display Interpretation

CAN Bus Configuration Display Codes

IP Network Settings Display Codes

CAN Bus Termination Requirements

Wiring and Mounting Instructions

Essential Earth Connection Requirements

Importance and methods for creating a low-ohm earth connection.

Electrical Safety and Signal Integrity

Shielding Guidelines for Cables

ESD Protection and Safe Handling Practices

Measures for preventing electrostatic discharge and safe handling.

System Boot Checkpoint Interpretation

Status and Error Messages: Core Operations

Normal Operation Status Messages

Meaning of RUN RAM, RUN ROM, and RUNTIME status messages.

Pointer and Checksum Error Diagnosis

Causes and solutions for POINTER and CHKSUM errors.

Status and Error Messages: Watchdog & Programming

Watchdog and General Error Troubleshooting

PROM Defect and Reset State Handling

Status and Error Messages: Program Execution

Program Interruption and Breakpoint Errors

Errors related to breakpoints, interrupts, and single-step mode.

Module Compatibility and Memory Errors

Issues with module compatibility and memory allocation.

Division Errors and Module Mismatch Handling

Status and Error Messages: Bus & Operating System

DIAS Bus and OS Loading Error Causes

OS Loading Time and Availability Issues

Status and Error Messages: Application & Runtime

Application Loading, Saving, and Memory Errors

Errors in application loading, saving, and memory access.

CPU Instruction and Floating Point Error Causes

Runtime Limit Exceeded Error Conditions

Issues when real-time or background runtime limits are exceeded.

Status and Error Messages: SRAM & User-Defined

SRAM Initialization and Data Access Errors

Status and Error Messages: Linking & System Operations

Application Exceptions and Data Handling

SRAM and IRQ Routine Data Restrictions

SRAM Data Consistency Warnings

File System Writing Safeguards

SRAM Behavior and Best Practices