-130x100.jpg)
-250x250.png "SK20 - 20mm Shaft Support Mount")
-250x250.png "SC16UU - 16mm Shaft Bearing Mount")
-250x250.jpg "Flexible Spider Coupling D30 L40mm")
-250x250.jpg "SBR20UU - 20mm Linear Bearing Mount")
Worm Gear Reducer NEMA 23 Ratio 80:1 - NMRV030
Click Image for Gallery
-1500x1500.jpg "Worm Gear Reducer NEMA 23 Ratio 80:1 - NMRV030")
-1500x1500.jpg "Worm Gear Reducer NEMA 23 Ratio 80:1 - NMRV030")
-1500x1500.jpg "Worm Gear Reducer NEMA 23 Ratio 80:1 - NMRV030")
Worm Gear Reducer NEMA 23 Ratio 80:1 - NMRV030 - NMRV040 CNC Milling Lathe
The advantage of Gear Reducer is to increases the torque (power) on the output shaft by revving up the speed on the input shaft (Motor Shaft).
This is a worm gear mechanism which means that it can be only turned either CW or CCW only on the input shaft, controlled by your microcontroller.
This provided an excellent locking mechanism feature.
This feature is useful for machines such as conveyor systems, in which the locking feature can act as a brake for the conveyor when the motor is not turning.
Another example is Worm gear used on cars and trucks to exchange speed for torque.
Specification: | |
Model | NMRV030 |
Type | Worm-Gear Reducer |
Speed Ratio Range | Various as per selection |
Input Bore Size | Default 11mm Keyway or 8mm D-Cut Sleeve (sold separately) |
Input Flange Model | NEMA23 (Default=NEMA23) |
Output Bore Size | 14mm Keyway -Slotted |
Application | Matched with Servo/Stepper Motor |
Goods Color | Argentate |
Country | Australia Imported |
This image is for dimensional measurement only.
What you see is what you get as show on the image above (with output shaft etc).
Note: The output can be a shaft or hollow ( by removing the circlip) depending on how you want it.
An additional 8mm D-Cut input sleeve can be added if your motor shaft is 8mm (sold separately)
-250x250.jpg "SFU1605 - 300mm Ballscrew End Machined Thread for BKBF12")
