| Section | Label Example | Contains | | :--- | :--- | :--- | | | 100-120V / 400-480V | Main disconnect, transformer primary, fuses, power supply (PSU) input. | | Control | 24V DC (PSU output) | Sensors (temp/pressure), digital inputs (e.g., emergency stop), relay outputs (e.g., starter). | | Communication | RS485, CAN | External start/stop, remote monitoring, I/O expansion modules. |
This guide is for general reference. Always refer to the official schematic provided with your specific compressor serial number. Wiring can vary by model year, options, and local regulations. 1. Core Layout of the MK5 Diagram An MK5 diagram is divided into three main sections:
This guide provides a structured overview of understanding, interpreting, and safely working with . The MK5 is a controller used on industrial compressors (e.g., GA, GT, ZR/ZT series).
| Section | Label Example | Contains | | :--- | :--- | :--- | | | 100-120V / 400-480V | Main disconnect, transformer primary, fuses, power supply (PSU) input. | | Control | 24V DC (PSU output) | Sensors (temp/pressure), digital inputs (e.g., emergency stop), relay outputs (e.g., starter). | | Communication | RS485, CAN | External start/stop, remote monitoring, I/O expansion modules. |
This guide is for general reference. Always refer to the official schematic provided with your specific compressor serial number. Wiring can vary by model year, options, and local regulations. 1. Core Layout of the MK5 Diagram An MK5 diagram is divided into three main sections:
This guide provides a structured overview of understanding, interpreting, and safely working with . The MK5 is a controller used on industrial compressors (e.g., GA, GT, ZR/ZT series).