PRODUCT DESCRIPTION
MITSUBISHI HGKN73JK + MR-JE-70A KIT - Servo Motor and Amplifier Kit
This MITSUBISHI MELSERVO-JE series kit provides a complete AC servo system for precise motion control applications. It integrates a medium-inertia rotary servo motor with a compact servo amplifier, designed for high-response positioning, speed, and torque control. The system is engineered for integration into industrial automation platforms, including CNC machinery, robotics, material handling systems, and general-purpose industrial equipment requiring accurate and repeatable motion.
Technical Specifications:
- SERIES/FAMILY: MELSERVO-JE
- COMPONENT TYPE: Rotary AC Servo Motor (HGKN73JK) and Servo Amplifier (MR-JE-70A)
- ELECTRICAL SPECS:
- MOTOR RATED POWER: 0.75 kW (750 W)
- MOTOR RATED VOLTAGE: 200 VAC
- AMPLIFIER INPUT VOLTAGE: 3-Phase 200-240 VAC, 50/60 Hz
- AMPLIFIER RATED OUTPUT: 0.75 kW
- AMPLIFIER RATED OUTPUT CURRENT: 4.8 A (Continuous)
- MECHANICAL/PHYSICAL:
- MOTOR RATED TORQUE: 2.38 Nm
- MOTOR MAXIMUM TORQUE: 7.16 Nm (300% of rated)
- MOTOR RATED SPEED: 3000 r/min
- MOTOR MAXIMUM SPEED: 4500 r/min
- MOTOR INERTIA CLASS: Medium
- MOTOR SHAFT TYPE: Straight with Keyway
- MOTOR BRAKE: No Brake
- MOTOR MOUNTING: Flange Mount
- INTERFACE/CONTROL:
- MOTOR ENCODER RESOLUTION: 17-bit Incremental (131072 pulses/rev)
- AMPLIFIER CONTROL MODES: Position Control, Speed Control, Torque Control
- AMPLIFIER COMMUNICATION INTERFACE: Pulse Train, Analog Voltage, Modbus RTU (built-in), CC-Link IE Field Basic (built-in)
- AMPLIFIER I/O: Digital Inputs, Digital Outputs
- ENVIRONMENTAL/MOUNTING:
- MOTOR IP RATING: IP65 (excluding shaft-through portion)
- AMPLIFIER IP RATING: IP20
- COOLING METHOD: Natural Convection (Amplifier), Self-cooling (Motor)
- MOUNTING STYLE: Panel Mount (Amplifier), Flange Mount (Motor)
- COMPATIBILITY/APPLICATION:
- COMPATIBLE CONTROLLERS: MITSUBISHI MELSEC PLCs, MITSUBISHI Motion Controllers
- TARGET APPLICATIONS: Machine tools, packaging machinery, material handling systems, robotics, general industrial automation requiring precise motion control.