1. Product Overview

2. Core Electrical Specifications

• Main input power: AC200V single-phase industrial power supply

• Control circuit working voltage: DC24V for internal logic board & I/O modules

• Axis control capacity: Standard configuration supports 2-axis (X/Z) closed-loop servo positioning; optional expansion for 3-axis linkage control

• Servo interface: Dedicated signal terminals for connecting Yaskawa transistor-type PWM servo drivers, incremental encoder feedback input for position closed-loop control

• Digital I/O: Built-in 32-point general-purpose input/output terminal, supporting spindle relay, coolant pump, door safety switch, travel limit signal access

• Internal protective design: Overvoltage, overcurrent, power phase loss and servo fault detection with corresponding CNC alarm code display

3. Mechanical & Installation Details

• Integrated panel-mounted structure, embedded installation on machine tool operation cabinet; overall control panel with display screen + membrane operation keypad

• Main control unit dimension: approx W320 × H240 × D180mm; separate servo drive unit is DIN rail mounting inside electric cabinet

• IP20 protection grade, natural convection cooling, only indoor enclosed cabinet installation allowed

4. Compatible Matching Components

• Matched servo driver: CPCR-MR series Yaskawa PWM servo amplifier (core supporting part of LX2 system)

• Supporting accessories: Yasnac dedicated spindle inverter, external I/O terminal block, original operation membrane panel, encoder cable set

• Interchange note: Partial internal PCB can be cross-replaced with LX1 version after parameter modification

5. Operating Environmental Requirements

• Continuous operating temperature: 0℃ ~ +45℃; storage ambient temperature: -20℃ ~ +70℃

• Working humidity: 10%~85%RH non-condensation; avoid oil mist, cutting fluid vapor, corrosive gas and strong vibration near lathe processing area

6. Standard Replacement & Maintenance Steps

1. Cut off total AC input power of machine tool, wait 10+ minutes for servo drive capacitor full discharge before disassembly work.

2. Mark all power cables, servo signal lines and limit I/O wiring on LX2 control cabinet one by one then disconnect all connectors.

3. Remove fixing screws of old LX-2 controller, install replacement unit into original embedded position and fix tightly.

4. Restore all wiring strictly following pre-marked labels; confirm no short circuit of power terminals before power-on test.

5. Power on equipment, execute system initialization, set basic CNC parameters, perform single-axis jog test and automatic program trial run to verify no abnormal alarm.

7. Common Fault & Troubleshooting

1. CNC powers on with servo ready error, axes unable to move: Inspect DC24V control power or damaged connection between LX2 mainboard and CPCR-MR servo driver.

2. Axis overshoot / position deviation alarm during cutting: Check loose encoder wiring or aging internal servo feedback circuit of LX-2 control board.

3. Spindle or auxiliary I/O components no response: Measure input signal voltage of corresponding I/O terminal on LX-2 main control unit.

8. Safety Regulations