What are the characteristics of CH/CV/GH/GV horizontal vertical gear reduction motor?
Common Core Basic Parameters of Huxing Gear Reduction Motor
1. Power coverage: Mainstream specifications uniformly cover 100W~3.7KW, with 400W, 750W, and 1500W being the most commonly used models
2. Transmission configuration: Both adopt 4P pole hard tooth helical gears, with gear accuracy reaching JIS-III level, low operating noise, and impact resistance
3. Protection level: standard IP54, insulation level F, supports continuous operation in environments ranging from -10 ℃ to+40 ℃
4. Material and process: Aluminum alloy shell, gear treated with carburizing and hardening, maintenance free for 20000 hours under normal working conditions
Gear motor product parameters
| Power supply: 220V/380V |
| Speed: 7~500 revolutions per minute (multiple options available) |
| Reduction ratio: 3~200 (multiple options available) |
| Power: 100~3700W (customizable) |
Common selection: agricultural machine, ice maker, packaging machine, printing machine, chestnut machine, etc |
| Shaft diameter: 22mm/28mm/32mm/40mm/50mm |
1. Core characteristics of CH/GH horizontal gear reduction motor
●Installation method: Bottom foot horizontal fixation, coaxial layout, strong installation rigidity, better resistance to radial load capacity
●Typical adaptation scenarios: assembly line conveying, belt transmission, packaging machinery installed horizontally, food processing equipment
●Structural advantages: lower center of gravity, less vibration during operation, suitable for long-term continuous high load conditions
2.Core characteristics of CV/GV vertical gear reduction motor
●Installation method: Flange vertical output, output shaft vertically downward/upward docking load, no additional foot support required
●Typical adaptation scenarios: mixing equipment, vertically installed filling machinery, small elevators, precision positioning equipment
●Structural advantages: saves horizontal installation space, eliminates the need for additional coaxiality calibration when docking coaxial loads, and makes installation more convenient
Selection reference suggestion:
●Priority should be given to CH horizontal: equipment with horizontal installation space, requiring large radial load, and long-term continuous operation scenarios
●Priority should be given to CV vertical installation: in scenarios where installation space is limited, loads require vertical coaxial docking, and high installation convenience is required
●Two models with the same power and speed ratio, most brands support small batch non-standard customization, and can adjust parameters such as shaft diameter and voltage as needed
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