The Atlas Copco 1089935597 is a dedicated controller panel designed specifically for Atlas Copco XAS186 and XAVS136 portable air compressors. This panel provides comprehensive monitoring, regulation, and protection functions, ensuring reliable operation in the most demanding field conditions. It features a rugged, weather‑resistant enclosure, an intuitive user interface, and all necessary I/O for seamless integration with the compressor's sensors and actuators. The panel is engineered to withstand vibration, temperature extremes, and exposure to dust and moisture, making it ideal for construction, mining, and rental fleet applications.
The controller is housed in a robust metal enclosure with a powder‑coated finish, rated to IP54 for protection against dust and water ingress. The front panel features a backlit graphic LCD display and a membrane keypad with large, tactile buttons suitable for operation with gloved hands. All electrical connections are made via sealed connectors to prevent moisture ingress. The panel is designed for mounting on the compressor's control console or within a protective cabinet.
The display shows critical operating parameters: discharge pressure, air temperature, engine speed (for diesel‑driven units), fuel level, and running hours. Alarm and warning messages are displayed in clear text, enabling rapid diagnosis. The keypad allows operators to adjust pressure setpoints, view service intervals, and acknowledge alarms. The interface is available in multiple languages and can be customised for specific compressor configurations.
Supply Voltage: 12 VDC or 24 VDC (compressor battery system)
Display: Graphic LCD, 128x64, adjustable backlight
Keypad: 12 keys, membrane, >500,000 cycles
Digital Inputs: 8 (24 VDC, isolated)
Digital Outputs: 6 (relay, 2 A)
Analog Inputs: 4 (configurable for Pt100, 0‑10 V, 4‑20 mA)
Analog Outputs: 2 (0‑10 V)
Communication: RS‑485 Modbus RTU
Memory: 1 MB for configuration and event logs
Operating Temperature: -20 °C to +60 °C
Protection: IP54 (front), IP20 (rear)
Dimensions: 180 x 140 x 60 mm
The panel manages all essential compressor operations: automatic load/unload based on pressure feedback, engine start/stop (for diesel units), and idle speed control. Protection features include high‑temperature shutdown, low oil pressure alarm, high‑pressure cutoff, and emergency stop. The panel continuously monitors sensor integrity and will activate fallback modes in case of sensor failure.
Built‑in data logging records the last 100 events (alarms, power cycles, setpoint changes) and stores daily averages of key parameters. These logs can be retrieved via the serial port for maintenance analysis. A built‑in diagnostic test mode verifies all I/O channels before the first start of the day.
Installation involves mounting the panel, connecting the wiring harness (supplied with the compressor), and grounding. Commissioning is performed through a guided wizard that prompts the user to enter engine data, pressure transducer calibration, and communication settings. The panel is pre‑programmed with standard profiles for XAS186 and XAVS136 models.
This controller panel is designed for Atlas Copco XAS186 and XAVS136 portable compressors. It can also be used with other portable models with appropriate parameter adjustments. The panel replaces earlier controller versions with improved processing speed and larger memory.
With solid‑state components and no internal batteries, the panel offers long‑term reliability. Routine maintenance involves checking connections and cleaning the display. The panel has a mean time between failures exceeding 80,000 hours.
Used in construction, mining, oil and gas, and rental fleets, this controller ensures reliable compressor performance in remote and harsh environments. It provides operators with immediate access to system status and enables quick adjustments to changing demand.
The Atlas Copco 1089935597 controller panel offers a robust, user‑friendly solution for portable compressor management. Its durability, comprehensive feature set, and dedicated compatibility make it a trusted choice for maintaining optimal performance in field operations.



