VB Classical V-Belt

V-Belts to BS3790, DIN2215 and ISO 4184.



Belt Section 17/B (SPB/17)

Narrow Section Wrapped V-Belts conform to DIN 7753 and BS 3790. Moderately oil-resistant. Resistant to temperatures from -55C to +70C. Electrically conductive (anti-static) to ISO 1813. Insensitive to dust. Suitable for tropical climates.
Belt Section 13/A (SPA/13)

Conti-V Ultraflex V-Belts

Continental Contitech V-Belts

Heavy duty cogged raw edge V-belts, DIN 7753. Moderately oil-resistant. Resistant to temperature from -30 to 80°C.

Electrically conductive (anti-static) to ISO 1813. Insensitive to dust.
Suitable for tropical climates.
Belt Section 13/A (XPA/13)

Conti-V-Advance V-Belts

SK High Power Wedge Belts

To ISO 4184, BS 3790, DIN 7753 and
USA Standard RMA/MPTA.
The wrapped Optibelt SK wedge belt has been developed with mechanical engineering in mind.
It transmits substantially more power than the classical V-belt with comparable top width.
The Optibelt SK high performance wedge belt is preferred for use in heavy mechanical engineering with very high load requirements, which can be over 2000kW.
*Belts marked are part of the S = C PLUS range with an efficiency of approximately 97% and are suitable for use and require no service or adjustment during service life.

Belt Section 13/A (SPA/13)

W22 3 Phase Motors - A Revolution in Energy Efficiency

The W22 is a range of three-phase induction motors which reduces energy consumption, noise, vibration and cost of ownership.With an aerodynamic frame, redesigned cooling system, unique WISE insulation system and new WSeal 'V' Ring with double lip and metallic cap, the W22 range of motors is quieter, more reliable, easier to maintain and more cost effective.

Cast Iron IE3 Multi-Voltage Three Phase Motors

Cast iron frame motors - IE3 (Premium Efficiency) three-phase motors. These motors exceed the IE3 New European Minimum Energy Performance Standard (EU MEPS). Thermisters fitted as standard in frame 160 and above. IP55 protection as standard (up to IP66 on request).

SK High Power Wedge Belts

To ISO 4184, BS 3790, DIN 7753 and
USA Standard RMA/MPTA.
The wrapped Optibelt SK wedge belt has been developed with mechanical engineering in mind.
It transmits substantially more power than the classical V-belt with comparable top width.
The Optibelt SK high performance wedge belt is preferred for use in heavy mechanical engineering with very high load requirements, which can be over 2000kW.
*Belts marked are part of the S = C PLUS range with an efficiency of approximately 97% and are suitable for use and require no service or adjustment during service life.

Belt Section 10/Z (SPZ/10)

Deep Groove Ball Bearings - C3 Clearance

C3 bearings have an additional internal radial clearance to cope with high speed environments where excess heat is generated.

Open type:

Without seals to allow for the free circulation of either oil or grease.

RexAthletic - Low Maintenance

With excellent tribological properties. The alloyed coating of the chain pin surfaces provides excellent sliding properties and high wear resistance, even with lengthy lubrication intervals. Maintenance requirements are further reduced by a special bushing treatment which improves the running properties.

Conti-V Ultraflex

Narrow Section Wrapped V-Belts conform to DIN 7753 and BS 3790. Moderately oil-resistant. Resistant to temperatures from -55C to +70C. Electrically conductive (anti-static) to ISO 1813. Insensitive to dust. Suitable for tropical climates.

Belt Section 13/A (SPA/13)

Double-row Self-Aligning Ball Bearings - Sealed Type

The spherical race in the outer ring allows angular displacement. It has good ability to withstand radial loads. Its design, however, means that it can only accept very low axial loads. These bearings are pre-greased but seals limit angular travel possibilities to 1/20. Basic loads are the same as the series 12 and 13 bearings of the same diameter, as they have the same internal design definition. The misalignment angle must nevertheless be limited in order to remain within values compatible with the sealing system used, the permissible misalignment is limited to 0.5