Technical parameters and performance characteristics of WPEDO100-155-150-2.2KW worm gear reducer
The technical parameters and performance characteristics of WPEDO100-155-150-2.2KW worm gear reducer are as follows:
Core technical parameters
Transmission type: Double stage worm gear, spatial orthogonal axis transmission
Total reduction ratio: 150 (typical two-stage combination: 10 × 15, 15 × 10, etc.)
Input speed: standard 1450r/min (4-pole motor)
Output speed: approximately 1450 ÷ 150 ≈ 9.67r/min
Rated power: 2.2kW (matched with 4-pole asynchronous motor)
Output torque: approximately 1800-2200N · m (estimated based on efficiency η≈ 0.6)
Efficiency: Double stage worm gear about 55% -65% (lower than single-stage)
Self locking: Equipped with (fewer worm heads, suitable for braking/anti reverse scenarios)
Installation form: horizontal (foot mounted), motor directly connected flange input
Box material: HT250 cast iron (100/155 specification)
Lubrication method: Oil pool lubrication (recommended ISO VG 220/320 worm gear oil)
Working temperature: -10 ℃ to+80 ℃ (oil temperature ≤ 80 ℃)
Performance Characteristics
Integrated box structure
The box adopts integral casting technology, with strong rigidity and beautiful appearance, effectively improving vibration resistance and service life.
Diversified structural forms
Provide two types of box structures: basic type (with bottom board) and universal type (with multiple screw holes, flexible installation), for easy integration into different devices.
Multiple connection methods
The input shaft supports single axis/dual axis input, and can also be equipped with motor flange direct connection to improve assembly flexibility;
The output shaft has single output shaft, double output shaft and hollow shaft structure to meet different transmission requirements.
Multi directional input/output configuration
The input and output axes can be arranged in multiple directions such as up, down, left, and right, adapting to complex spatial layout requirements.
Can be combined into a multi-stage deceleration system
Support the use of 2 or 3 reducers in series to form multi-stage reduction and achieve a larger transmission ratio, suitable for special working conditions.
