Gearmotor / gearbox 0.18 kW 34.5 rpm 3-phase with brake Lenze
Technical specifications
| Power | 0.18 kW |
| Speed | 34.5 rpm |
| Condition | Unused (new old stock) |
| Shaft diameter | 20 mm |
| Weight | 12 kg |
| Brake | Yes |
| Manufacturer | Lenze |
Technical details
GST04-2M VBR 063C32
MDXMA2M063-32
15180767
Product description
Lenze gearmotor with brake - precision and reliability
The Lenze 0.18 kW three-phase gearmotor with brake is a compact drive solution dedicated to applications requiring precise motion control. This unused gearbox provides stable operation at a speed of 34.5 revolutions per minute, and is ideal for industrial machines requiring low speeds while maintaining adequate torque. The renowned Lenze brand guarantees the highest build quality and long-lasting freedom from failures.
Technical specification
The design of this gearmotor is based on a three-phase motor with a power of 0.18 kW, integrated with a precision reduction gearbox. The drive shaft with a diameter of 20 mm allows easy connection to various working elements. What is the main advantage of this solution? The built-in electric brake ensures immediate stopping of the drive system when the power is cut, which significantly increases operational safety. Frame size 0 and a weight of 12 kg make this gearbox a compact element, easy to install even in confined spaces.
- Manufacturer: Lenze - German engineering precision
- Motor power: 0.18 kW
- Output speed: 34.5 rpm
- Shaft diameter: 20 mm
- Weight: 12 kg
- Condition: unused - full efficiency
Applications
Why does the Lenze gearmotor deserve special attention? The unit is used in a range of precise applications, such as belt conveyors, dosing systems, industrial mixers or packaging machines. The integrated brake makes it indispensable in systems requiring accurate positioning and immediate stopping. The low output speed while maintaining 0.18 kW of power means the gearmotor copes effectively with tasks requiring high torque at low speeds. The solid construction guarantees uninterrupted operation even in harsh industrial conditions.







