Gear reducer / gearbox for furnace
Assemble with a motor
assembly includedTechnical specifications
| Condition | New |
| Hollow shaft (bore) diameter | 25 mm |
| Weight | 3.5 kg |
| Output flange spigot diameter | 110 mm |
| Output flange outer diameter | 160 mm |
| Bush diameter | 25 mm |
| Ratio | 1200 |
| Motor connection | 63B14 |
Technical details
PMRV 030/050
Product description
STOJAN furnace reducer / gearbox - a professional solution
The STOJAN furnace reducer / gearbox is a high-quality device designed specifically for industrial furnace systems. A brand-new component guarantees trouble-free operation and long service life in demanding conditions. What distinguishes this product from the competition? Above all, its precision of manufacture and its adaptation to the specific requirements of furnace systems.
The gearbox has been designed for optimal speed control in furnace systems. The design is based on a solid gear train that ensures even power distribution and stable operation. The as-new factory condition of the unit means full anti-corrosion protection and readiness for immediate installation and start-up. The mechanism has undergone rigorous quality-control tests at the STOJAN plant.
Technical specification
- Manufacturer: STOJAN
- Condition: New
- Intended use: Industrial furnace systems
Applications
This drive is used in various types of industrial furnaces where control of the rotational speed of moving parts is crucial. It is excellent in rotary, tunnel and chamber furnaces. What are the advantages of using this reducer? Precise regulation of the thermal process, directly affecting the quality of the finished products. Installing this component is an investment in the reliability of the heating system and in reducing process downtime.
All gearbox components are made of materials resistant to high temperatures, which ensures long service life even in extreme conditions. Note the solid bearing arrangement and the precise fit of all mechanical parts, which effectively eliminates backlash and vibration during operation.


