Nippon Gear Co.
Nippon Gear JX-05M Series
Manufacturer: Nippon Gear Co., Ltd.
Model: JX-05M Series
Features
- Automatic restoration
- As a result of pursuing handling quality and safety, we adopted the declutch lever for switching to manual mode and an automatic restoration function for switching to electric mode.
After switching to manual mode with the declutch lever and operating the hand wheel, it is not needed to return to electric mode.
Activating the motor restores to electric mode automatically.
The worm gear is made of high-strength bronze.
Microswitches are used for torque and limit switches. They are safe because the live part is not exposed.
The worm gear system is used.
- A simple structure using a worm gear as the power transmission mechanism.
Using a worm gear ensures self-locking in both the electric and manual modes.
For weight waving, the housing is made of aluminum alloy.
- The intermittent gear prevents the limit switch from deviating from the setting.
Specification
| Allowable output torque（N・m） | 50 | ||
|---|---|---|---|
| Allowable output thrust（kN） | 30 | ||
| Maximum stem diameter（mm） | 24 | ||
| Maximum lift | 50 | ||
| Motor | Power supply | Single phase（Class F）: 100/110V 50Hz 100/110V 60Hz 200/220V 50Hz 200/220V 60Hz Three phase（Class E）： 200/220V 50Hz 200/220V 60Hz 400/440V 50Hz 400/440V 60Hz | |
| Output | 50W | ||
| Insulation class | Single-phase Class-F | Three-phase Class-E | |
| Rated time | 15 minutes | ||
| Thermal protector | Built-in motor 120°C ± 5°C | ||
| Ambient temperature | -10°C to +65°C | ||
| Geared limit switch | 4 pcs each for opening and closing(2a2b) | ||
| Torque switch | 1 pc each for opening and closing(1c) | ||
| Overall reduction ratio | 300 | ||
| Hand wheel gear ratio | 40 | ||
| Output rotation frequency（mm-1） | 50Hz | 4.5 | |
| 60Hz | 5.5 | ||
| Microswitch contact capacity | AC250V 4A/DC125V 0.4A（Induction load） | ||
| Service entrance | G1 x 2 | ||
| Protection structure | JPW55/IP55 | ||
| Mass（kg） | 15 | ||
A capacitor is provided in the case of a single-phase model.
