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The C500-CPUK1 from Omron is a CPU module designed for efficient control system implementation. It features a range of operational capabilities and is programmed using ladder diagrams, accommodating various industrial applications.
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| Manufacturer | Omron |
|---|---|
| Product Line | C500 |
| Part Number | C500-CPUK1 |
| Module | CPU Module |
| Minimum Ambient Temperature in the Control Panel | 0°C |
| Maximum Ambient Temperature in the Control Panel | 55°C |
| Minimum Humidity | 35% RH without condensation |
| Maximum Humidity | 85% RH without condensation |
| Programming Method | Ladder diagram |
| Instruction Length | 1 address/instruction, (1 to 4 words/instruction) |
| Number of Instructions | 71 (12 basic instructions + 59 special instructions) |
| Execution Time | 3 to 8 µs (basic instructions)/22 to 504 µs (special instructions) |
| Memory Capacity | 24K words |
| Battery Life | 4 years at 25°C |
| Self-diagnostic Functions | CPU failure (watchdog timer), Battery failure, Cycle time error, Memory failure, I/O bus failure, etc. |
Omron's C500-CPUK1 CPU module is engineered for versatile control applications. This module works effectively within temperature limits of 0°C to 55°C, making it suitable for diverse environments. The humidity range is set between 35% and 85% RH, which allows it to operate without condensation issues.
Programming is accomplished using a ladder diagram method, which is widely recognized in industrial settings for its simplicity and clarity. The module supports a total of 71 instructions, comprising 12 basic and 59 specialized instructions. Each instruction requires 1 address and can vary from 1 to 4 words in length. This configuration provides flexibility in programming complexity. Execution times for basic instructions are rapid, ranging from 3 to 8 microseconds, while special instructions can take from 22 to 504 microseconds.
The C500-CPUK1 boasts an impressive memory capacity of 24K words, offering ample space for numerous applications and processes. For reliable performance, the battery life is designed to last up to 4 years at a stable temperature of 25°C.
In addition, the module features advanced self-diagnostic capabilities, allowing it to monitor for various failures, such as CPU malfunctions, battery issues, cycle time errors, and memory or I/O bus failures. This feature enhances operational reliability and maintenance by allowing users to identify and troubleshoot issues promptly.