The Atlas Copco XC2002, with part number 1604951601, is a state‑of‑the‑art controller panel designed for Atlas Copco air compressors. This panel features a high‑resolution color touchscreen, a powerful embedded processor, and extensive communication options, offering operators a comprehensive and user‑friendly interface for monitoring and managing compressed air systems. It is the central brain of modern compressor installations, enabling both local control and remote connectivity.
The XC2002 is equipped with a 5.7‑inch TFT color display with capacitive touch, supporting multitouch gestures. The screen provides vivid graphical representations of system status, including pressure trends, temperature profiles, and motor load. The interface is highly customizable, allowing users to create dashboards with their preferred gauges and charts. An ambient light sensor automatically adjusts backlight brightness for optimal visibility.
At the core is an ARM Cortex‑A9 processor running a Linux‑based real‑time operating system, ensuring fast boot‑up and responsive operation. The panel includes 4 GB of flash memory for data storage and a microSD card slot for expansion. It also has a built‑in battery‑backed real‑time clock and a piezo buzzer for audible alerts.
Supply Voltage: 24 VDC (from external power supply)
Display: 5.7″ TFT, 640x480 pixels, 16‑bit color
Touch: Capacitive, 2‑point
Processor: ARM Cortex‑A9, 800 MHz
Memory: 4 GB flash, 512 MB RAM
Communication: Ethernet (10/100), RS‑485 Modbus RTU, USB host
I/O: 4 digital inputs, 4 digital outputs, 2 analog inputs
Protocols: Modbus TCP, OPC UA (optional), MQTT
Operating Temperature: 0 °C to +50 °C
Protection: Front IP65 (when panel mounted)
Dimensions: 200 x 150 x 60 mm (panel cut‑out 185 x 135 mm)
The XC2002 manages all essential compressor operations: pressure setpoint regulation, auto‑start/stop, load/unload cycles, and multi‑compressor sequencing. It includes advanced energy management features that optimize running hours based on demand, reducing energy consumption. The panel also monitors motor temperature, lubrication pressure, and air filter condition, providing predictive maintenance alerts.
Internal logging records operating parameters every minute, storing up to 1 year of data. Users can generate daily, weekly, and monthly reports directly on the screen or export them to a USB drive in CSV format. The panel also provides historical trend analysis to help identify inefficiencies.
With the Ethernet port, the XC2002 can be connected to a plant network, enabling remote monitoring via web browser or Atlas Copco’s SMARTLINK platform. The panel supports email notifications for alarms and service reminders. Optional OPC UA allows integration with SCADA systems.
Mounting is done in a standard panel cut‑out, secured with spring clips. Wiring connections are clearly labeled on the back cover. Commissioning involves entering compressor model parameters (from a pre‑loaded library), calibrating sensors, and setting network parameters. A built‑in wizard simplifies the process.
This controller panel is designed for Atlas Copco GA, GA+, and Z series compressors, as well as booster systems. It can be retrofitted to older compressors with appropriate sensor upgrades. The panel supports multiple languages and units (metric/imperial).
The XC2002 has no moving parts and requires minimal maintenance—only occasional screen cleaning. The panel is designed for 24/7 operation with a MTBF exceeding 100,000 hours. Firmware updates are delivered via USB or network.
Operators gain intuitive control and real‑time visibility, enabling quicker response to changes in demand. The energy‑saving algorithms lower electricity costs, and the predictive maintenance features reduce unplanned downtime. The remote access capability allows off‑site experts to assist with troubleshooting.
The Atlas Copco XC2002 controller panel (1604951601) is a modern, intelligent interface that elevates compressor management to new levels of efficiency and convenience. Its robust feature set and connectivity options make it a cornerstone of smart compressed air systems.



