Parallel shaft gear models are portion of the SIMOGEAR modular system which in essence comprises bevel helical, parallel shaft, worm gear models or mechanically variable speed drives. With 3 or solitary phase AC motors with or CZPT brake, all possible drive combos up to digital velocity variable drives are possible
Parallel shaft gear models are created for steady obligation beneath the most arduous operating circumstances.
The sturdy gear housings are manufactured of high grade forged-iron and dampen vibrations.
Lubricant loss and entry of dust and drinking water are properly pre- vented by radial shaft seals with dust and protective lips.
All gears are hobbed, scenario hardened and profile floor or ho- ned. Furthermore, gear theeth are profile corrected and crow- ned for the best possible efficiency.
Helical gearing provides for optimal tranquil operation.
Output and enter shafts of 2 or 3 stage gear models are parallel.
This selection of MOTOX®-N parallel shaft gear models are made to provide double or triple stage gear reduction.
The normal unit is obtainable for use in all mounting positions.
The equipment packing containers are made as reliable shaft gear bins or as hollow shaft gearboxes with equipped key, shrink disc or splined shaft connections.
Info essential for selection
The adhering to knowledge is necessary in order to pick the proper gearbox:
1. Kind of driven device
two. Every day functioning time h
3. Necessary input electricity kW or necessary torque Nm
4. Necessary output speed n 2 of the geared motor rpm or gearbox ratio i
5. Functioning voltage V and frequency Hz
six. Operating manner, quantity of startings, inverter-fed operation, type of startup
seven. Second of inertia J Load kgm2 of the driving device diminished to the motor shaft
eight. Variety of energy transmission on gearbox shafts (immediate, coupling, belt, chain, equipment wheel)
9. Radial power F r N at the enter shaft and path of power with distance from the shaft shoulder to the stage of software and axial forceFax [N] with path of drive
10. Ambient temperature oC
11. Degree of safety
12. Mounting place
13. Essential braking torque Nm
fourteen. Any rules (CSA, VIK, and so forth.)
The gear ratio of the worm equipment established is identified by dividing the variety of tooth of the gear by the variety of threads. Therefore, one thread yields higher ratios than multithreading. All ep worm gear bushings have left or proper thread. ep worm equipment sets are obtainable in solitary, double, triple and quadruple threads.
Security PROVISIONS: Worm drives should not be used as a locking system to protected weighty objects, which may lead to damage or injury for the duration of reverse motion. In non-potentially dangerous apps, self-locking is essential to avert reverse rotation, and then a reduced-pitch solitary-threaded worm is used to instantly lock the worm gear to prevent reverse rotation.