Features of the bearing in the UCP housing on the legs

Bearing in a housing on UCP feet - bearing in a housing with one-way inner ring. Roller bearing cylindrical single row with short cylindrical rollers. The bearing housing can be made of cast iron, steel and aluminum. Подробную информацию о подшипниках в корпусе на лапах можно узнать «».

Distinctive features of the bearing

The outer ring of the bearing has two splines for mounting. This allows the bearing to be mounted using a variety of special tools.. Bearings of this series differ from other bearings by their high manufacturing precision.. These bearings are highly resistant to high and low temperatures. Also bearings of this series:

• maintenance-free;
• provide reliable rotation when used at high rotation speeds;
• have a long service life;
• come complete with O-rings;
• characterized by increased carrying capacity;
• is a single row bearing, foot-mounted.

Has a high radial and low axial load during operation. Used to support shafts in machine tools and equipment.

Application of the bearing in the UCP housing on the feet

Bearing with UCP housing can be used in many assemblies and mechanisms, where high durability and wear resistance are required, rotation stability even under the highest loads. Due to the use of UCP housings in bearings – a long service life is obtained. It is also used as part of drive mechanisms and serves to maintain mechanisms, which are installed on the foundation, a special shaft is used for installation, on which the sleeve is mounted during installation.

The foot bearing has a cylindrical appearance. The UCP is a metal box with a lid, which protects the bearings from dirt, various mechanical damages. There is a special groove inside the case, by means of which the fixation of the shaft in the bearing is ensured.

For this, a special ring is used., which is put on the end of the shaft. This shape provides a secure fit. UCP can be installed both on horizontal, and on vertical shafts. UCP is bearings, which are characterized by high carrying capacity. Due to the use of special cages, they can withstand heavy loads.