Product Short Description
Product Introduction
This is a high-performance AC servo drive designed for industrial servo motion control systems. It matches Kollmorgen full series servo motors to realize high-precision speed, torque and position control. It is built with advanced power electronic technology and digital control algorithm, suitable for medium-power high-dynamic motion control applications in automated production lines.
Description
- Input Voltage: 240 VAC single/three-phase, 50/60 Hz
- Rated Output Power: 2.2 kW
- Rated Output Current: 10 A
- Overload Capacity: 150% rated current for 60 seconds
- Control Mode: Position / Speed / Torque three-mode switchable
- Communication Interface: Standard industrial bus + pulse/direction interface
- Cooling Mode: Natural air cooling
- Mounting Method: Vertical panel mounting
- Operating Temperature: 0 °C ~ +50 °C
- Three closed-loop control modes: position, speed and torque, freely switchable
- Built-in advanced vector control algorithm for excellent low-speed performance
- Electronic gear function for multi-axis synchronous linkage
- Complete overvoltage, undervoltage, overcurrent, overheat and short-circuit protection
- Built-in electronic braking function
- Parameter backup and restore function for rapid equipment commissioning
- Real-time fault code display and fault record storage
- Compatible with incremental and absolute encoders
- Speed Adjustment Range: 0 ~ 6000 rpm
- Speed Regulation Ratio: 1:5000
- Speed Stability Accuracy: ±0.01%
- Positioning Accuracy: Pulse level high precision positioning
- Dynamic Response Bandwidth: 1.2 kHz
- MTBF: ≥ 420,000 hours
- Vibration Resistance: Compliant with IEC 60068-2-6 standard
- Outer Casing: Cold-rolled steel sheet with electrostatic spray anti-rust coating
- Power Module: Industrial-grade IGBT power module
- Main Control Board: FR-4 multilayer high-frequency circuit board
- Internal Capacitors: High ripple resistance electrolytic capacitors
- Terminal Connectors: Flame-retardant plastic shell + copper alloy conductive terminals
- Heat Sink: Aluminum alloy integrated heat dissipation structure
- Vertical panel mounting structure, compact overall size
- Front panel equipped with operation keys, digital display and status LED indicators
- Separated wiring area for power circuit, motor circuit and signal circuit
- Built-in large-area aluminum alloy heat sink for passive heat dissipation
- Internal layered layout: power layer and signal layer isolated to reduce interference
- Standard mounting holes for quick fixation on equipment cabinet
After the AC power input passes through the rectifier circuit, it is converted into DC power. The internal IGBT inverter unit converts DC power into adjustable frequency and adjustable amplitude three-phase AC power to drive the servo motor. The encoder feeds back motor position and speed signals to the drive in real time. The digital main control unit compares the feedback value with the given command value, adjusts the output PWM signal through PID algorithm, and realizes closed-loop control of speed, position and torque. When abnormal operating parameters occur, the protection circuit acts immediately to cut off output and trigger fault alarm.
- Three control modes meet diversified motion control demands
- Ultra-wide speed regulation range and high speed stability
- Strong overload capacity, adapting to frequent start-stop and impact load
- Compact structure and natural cooling design, no additional fan maintenance
- Rich communication and signal interfaces, convenient system integration
- Complete protection functions to effectively protect drive and motor
Packaging machinery, printing machinery, electronic assembly equipment, textile machinery, woodworking machinery, automated handling equipment
- Adopt vertical mounting on metal panel or cabinet wall, keep mounting surface flat.
- Reserve upper and lower ventilation space for heat dissipation, no covering the heat sink.
- Separate power cables and signal cables during wiring, use shielded cables for encoder lines.
- Ground the equipment reliably per grounding specifications.
- Install in dry, dust-free environment away from corrosive gas and oil mist.
- Do not run under long-term overload condition beyond specified parameters.
- Cut off input power before wiring, maintenance and disassembly.
- Do not touch internal power components after power off to avoid electric shock.
- Clean dust on heat sink surface regularly to prevent heat dissipation failure.
- Stop operation and check immediately when fault code appears.
- Do not modify internal circuit structure without official authorization.
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