ОПИСАНИЕ ПРОДУКТА
MITSUBISHI HF-KP13G1 - AC Synchronous Servo Motor
The MITSUBISHI HF-KP13G1 is a low inertia, small capacity AC synchronous servo motor from the MELSERVO-J3 series, engineered for precise and dynamic motion control applications. This component integrates an 18-bit incremental encoder for high-resolution feedback, enabling accurate position, speed, and torque control when paired with compatible MELSERVO-J3 servo amplifiers. It is primarily utilized in robotics, CNC machinery, semiconductor manufacturing, and material handling systems requiring rapid acceleration and precise positioning.
Technical Specifications:
- SERIES/FAMILY: MELSERVO-J3, HF-KP Series
- COMPONENT TYPE: AC Synchronous Servo Motor
- ELECTRICAL SPECS:
- NOMINAL POWER: 100W (0.1kW)
- NOMINAL VOLTAGE: 200VAC (Motor operating voltage, amplifier input typically 200-230VAC)
- NOMINAL CURRENT: 0.6A (Motor rated current)
- NOMINAL FREQUENCY: 0-400Hz (Variable, driven by servo amplifier)
- MECHANICAL/PHYSICAL:
- NOMINAL TORQUE: 0.32 Nm
- MAXIMUM TORQUE: 0.95 Nm (Peak)
- NOMINAL SPEED: 3000 RPM
- MAXIMUM SPEED: 4500 RPM
- ROTOR INERTIA: 0.098 x 10^-4 kg-m^2 (Low inertia design)
- SHAFT TYPE: Standard keyed shaft
- FRAME SIZE: Small flange mount (e.g., 40mm square flange)
- GEAR RATIO: 1:5 (Implied for specific SKU variant or integrated gearbox assembly)
- INTERFACE/CONTROL:
- FEEDBACK DEVICE: 18-bit Incremental Encoder (262144 p/rev)
- COMMUNICATION PROTOCOL: SSCNET III/H (Via compatible MELSERVO-J3 amplifier)
- CONTROL METHOD: Position, Speed, Torque control (Via compatible MELSERVO-J3 amplifier)
- ENVIRONMENTAL/MOUNTING:
- IP RATING: IP65 (Motor body), IP44 (Shaft end)
- COOLING METHOD: Natural convection
- MOUNTING STYLE: Flange mount
- COMPATIBILITY/APPLICATION:
- COMPATIBLE AMPLIFIER: MITSUBISHI MELSERVO-J3 Series Servo Amplifiers (e.g., MR-J3-10A)
- TARGET APPLICATIONS: Precision robotics, CNC machine tools, semiconductor manufacturing equipment, material handling systems, general industrial automation requiring dynamic response and accurate positioning.