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Mitsubishi HF Series HF-SP152G1H129

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HF-SP152G1H129

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The HF-SP152G1H129 model from Mitsubishi is a geared rotary servo motor ideal for various industrial applications. It operates effectively within a voltage range of 200 to 230 volts AC across three phases and features both rated and maximum speeds of 2000 RPM and 3000 RPM, respectively.

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Technical specifications for HF-SP152G1H129

ManufacturerMitsubishi
Product TypeGeared Rotary Servo Motor
Product LineHF Series
Part NumberHF-SP152G1H129
Weight30.00 lbs (13.61 kg)
Operating Temperature0 to +40°C (Non-Freezing)
Storage Temperature-15 to +70°C (Non-Freezing)
Reduction Gear TypeGeneral Industrial Machine Type
Gear Ratio1/29
CapacityMedium Capacity
Operating Humidity10 to 80% RH (Non-Condensing)
Storage Humidity10 to 90% RH (Non-Condensing)
Rated Current8 Amps
Power Supply Voltage Range200-230V AC (3-Phase)
Maximum Current24 Amps
Rated Speed2000 RPM
Maximum Speed3000 RPM
Rated Torque7.16 Nm
Maximum Torque21.5 Nm

The Mitsubishi HF-SP152G1H129 geared rotary servo motor is engineered for durability and efficiency. Operating with a voltage supply of 200 to 230V AC in a three-phase configuration, this motor is capable of handling a rated current of 8 Amps, and it can safely manage a peak operational current of 24 Amps.

The performance of this motor achieves a rated speed of 2000 RPM, with a maximum speed capability of 3000 RPM, ensuring it meets the demands of a variety of applications.

Configured with a general industrial machine type reduction gear, the HF-SP152G1H129 features a gear ratio of 1/29, allowing for effective torque transmission. It accomplishes a rated torque output of 7.16 Nm and maximally delivers 21.5 Nm for intensive tasks. The motor is classified under medium capacity and is designed to operate optimally in environments with humidity levels from 10 to 80%RH (non-condensing) during operation and up to 90% RH for storage.

Operational temperature conditions must remain between 0 to +40°C, while it can be stored in environments ranging from -15 to +70°C. Such specifications contribute to the motor’s capacity to function reliably in diverse industrial conditions, ensuring it can handle both operational and storage challenges effectively.