Description

ZAF60 Helical Gearbox for Stepper Motor

Compact Transmission for Stepper Motor Applications

The ZAF60 Helical Gearbox for Stepper Motor applications supports compact transmission integration in industrial motion control equipment. It provides a practical solution for equipment manufacturers seeking coordinated motor and gearbox assemblies. The helical gear design offers an alternative for applications requiring controlled rotary power transmission. Selecting the appropriate gear ratio helps match motor speed and output requirements. This makes the ZAF60 a potential option for automated machinery and precision-driven equipment. Buyers can evaluate the ZAF60 Helical Gearbox Specifications against their operating conditions before confirming compatibility.

Applications and Transmission Configuration

A ZAF60 Stepper Motor Gearbox can be considered for packaging equipment, positioning mechanisms, automated assembly systems, and industrial machinery. These applications often require suitable output speed, torque, and installation arrangements. Gearbox selection should account for the motor model, shaft dimensions, mounting interface, and expected operating load. The ZAF60 Helical Gear Reducer can support system design where a compact motor-driven transmission is required. Engineers should also assess duty cycle, acceleration requirements, and available installation space. Confirming these factors helps reduce integration issues during equipment development and commissioning.

Manufacturing Quality and Product Reliability

Reliable gearbox performance depends on consistent component quality, accurate machining, and controlled assembly. Gear geometry and dimensional consistency influence transmission behavior and mechanical engagement. Proper assembly helps maintain alignment between the input and output components. Suitable lubrication supports gear contact and helps manage friction during operation. Inspection procedures should verify critical dimensions and assembly quality before shipment. Buyers evaluating a ZAF60 Precision Helical Gearbox should request applicable inspection records and technical documentation. Actual manufacturing processes, inspection standards, and performance results should be confirmed with the supplier.

OEM Integration and Technical Selection

The ZAF60 Helical Gearbox for Stepper Motor systems may be evaluated for OEM equipment projects requiring a coordinated transmission package. Before ordering, provide the motor datasheet, shaft drawing, mounting dimensions, target gear ratio, and operating conditions. These details help determine whether the gearbox matches the intended application. If interface modifications are required, confirm customization feasibility before production. Shenli can review the application requirements and provide relevant product information for technical evaluation. Contact the team to discuss compatibility, available configurations, and quotation requirements for your equipment project.

ZAF60 Helical Gearbox for Stepper Motor — Technical Specifications

Model: ZAF060 (ZAF60) helical gearbox for stepper motor applications.
Single-Stage Ratios: 3:1, 4:1, 5:1, 7:1, and 10:1.
Two-Stage Ratios: 15:1, 16:1, 20:1, 25:1, 28:1, 30:1, 35:1, 40:1, 50:1, 70:1, and 100:1.
Rated Output Torque: Single-stage: 18–27 N·m; two-stage: 18–37 N·m, depending on ratio.
Emergency Stop Torque: 3 times the rated output torque.
Nominal Input Speed: 3,000 rpm.
Maximum Input Speed: 6,000 rpm.
Maximum Radial Force: 1,200 N.
Maximum Axial Force: 1,100 N.
Transmission Efficiency: 97% for single-stage and 95% for two-stage configurations.
Average Service Life: 20,000 hours.
Weight: 1.4 kg for single-stage and 1.6 kg for two-stage configurations.
Moment of Inertia: Approximately 0.064–0.16 kg·cm², depending on ratio and configuration.
Backlash: Single-stage: precision ≤5 arcmin, standard ≤10 arcmin; two-stage: precision ≤7 arcmin, standard ≤12 arcmin.
Torsional Rigidity: 7 N·m/arcmin.
Noise Level: 65 dB.
Lubrication: Synthetic grease.
Protection Rating: IP65.
Dimensions and Mounting Interface: Refer to the official dimensional drawing for gearbox dimensions, shaft specifications, and motor mounting details.