Helical Gear Accelerating Mechanism Driven by Worm Gear and Worm Vocational Education, Mechanical Surveying, Mechanical Drawing, Surveying and Mapping, etc.

• Customization: Available
• Warranty: 1 Year
• Condition: New
• Model NO.: DYJG-09
• Certification: RoHS
• Transmission Type: Gear
• Material: Aluminium Alloy
• Power: Manual Operation
• Surface Treatment: Anodizing
• Transport Package: Anti-Vibration Package
• Specification: 1 Set
• Trademark: Non
• Origin: China

Product Description

Helical Gear Accelerating Mechanism Driven by Worm Gear and Worm Vocational Education, Mechanical Surveying, Mechanical Drawing, Surveying and Mapping, etc.

1. Large transmission ratio can be obtained, which is more compact than the staggered helical gear mechanism.  2. The meshing tooth surfaces of the two gears are in line contact, and their load carrying capacity is much higher than that of the crossed helical gear mechanism.  3. Worm drive is equivalent to screw drive, which is multi-tooth meshing drive, so the drive is stable and the noise is very small.  4. Self-locking. When the lead angle of the worm is less than the equivalent angle of friction between the teeth of the meshing gear, the mechanism is self-locking.
Vocational education, mechanical surveying, mechanical drawing, surveying and mapping, etc.
1. Large transmission ratio can be obtained, which is more compact than the staggered helical gear mechanism.  2. The meshing tooth surfaces of the two gears are in line contact, and their load carrying capacity is much higher than that of the crossed helical gear mechanism.  3. Worm drive is equivalent to screw drive, which is multi-tooth meshing drive, so the drive is stable and the noise is very small.  4. Self-locking. When the lead angle of the worm is less than the equivalent angle of friction between the teeth of the meshing gear, the mechanism is self-locking.
Vocational education, mechanical surveying, mechanical drawing, surveying and mapping, etc.
1. Large transmission ratio can be obtained, which is more compact than the staggered helical gear mechanism.  2. The meshing tooth surfaces of the two gears are in line contact, and their load carrying capacity is much higher than that of the crossed helical gear mechanism.  3. Worm drive is equivalent to screw drive, which is multi-tooth meshing drive, so the drive is stable and the noise is very small.  4. Self-locking. When the lead angle of the worm is less than the equivalent angle of friction between the teeth of the meshing gear, the mechanism is self-locking.
Vocational education, mechanical surveying, mechanical drawing, surveying and mapping, etc.
1. Large transmission ratio can be obtained, which is more compact than the staggered helical gear mechanism.  2. The meshing tooth surfaces of the two gears are in line contact, and their load carrying capacity is much higher than that of the crossed helical gear mechanism.  3. Worm drive is equivalent to screw drive, which is multi-tooth meshing drive, so the drive is stable and the noise is very small.  4. Self-locking. When the lead angle of the worm is less than the equivalent angle of friction between the teeth of the meshing gear, the mechanism is self-locking.
Vocational education, mechanical surveying, mechanical drawing, surveying and mapping, etc.
1. Large transmission ratio can be obtained, which is more compact than the staggered helical gear mechanism.  2. The meshing tooth surfaces of the two gears are in line contact, and their load carrying capacity is much higher than that of the crossed helical gear mechanism.  3. Worm drive is equivalent to screw drive, which is multi-tooth meshing drive, so the drive is stable and the noise is very small.  4. Self-locking. When the lead angle of the worm is less than the equivalent angle of friction between the teeth of the meshing gear, the mechanism is self-locking.
Vocational education, mechanical surveying, mechanical drawing, surveying and mapping, etc.

Vocational education, mechanical surveying, mechanical drawing, surveying and mapping, etc.