Aluminium Motors - 4P

Aluminium Frame Motors - IE2 (Eff1 Premium Efficiency).
Suitable for inverter duty applications.
Thermistors (1 per phase), fitted in frame 132M and above.

Aluminium - B3 - Foot Mounted - 2 Pole - 1,500rpm - AC 3 Phase

Cast Iron Motors - 2P

Cast Iron Frame Motors - IE2 (Eff1 Premium Efficiency). Suitable for inverter duty applications. Regreasing nipple from frame 225S/M and above. Thermistors (1 per phase) fitted in
frame 160M and above.

Cast Iron - B3 - Foot Mounted - 2 Pole - 3,000rpm - AC 3 Phase

Thrust Ball Bearings

Thrust Bearings are designed primarily to support axial loads at contact angles between 30° and 90°. Just as with radial bearings, these bearings differ according to the type of rolling element they use. With thrust bearings, it is necessary to supply an axial preload in order to prevent slipping movement between the bearing's rolling element and raceways.
Comprising of caged ball bearing element and pair of shaft housing washers (bearing shaft washer and housing washer, and the normal contact angle is 90°. Axial loads can be supported in only one direction, radial loads cannot be accommodated. Spherical roller and needle roller versions are also available.

Omega Spacer Elements

Rexnord Omega couplings are non-lubricated, material-flexing couplings utilising a specially formulated polyurethane material engineered for maximum durability, strength and fatigue resistance. The flex element is designed to split in half, allowing simplified assembly and disassembly. Interchangeable hubs allow for reduced inventory. High misalignment capacity accommodates unavoidable misalignment with low reactionary forces. Torsionally soft flex element cushions shock loads and vibration extending equipment life. Polyurethane flex element does not require lubrication. Polyurethane-to-metal bond eliminates assembly and slippage problems associated with mechanically clamped designs.

Thrust Ball Bearings

Thrust Bearings are designed primarily to support axial loads at contact angles between 30° and 90°. Just as with radial bearings, these bearings differ according to the type of rolling element they use. With thrust bearings, it is necessary to supply an axial preload in order to prevent slipping movement between the bearing's rolling element and raceways.
Comprising of caged ball bearing element and pair of shaft housing washers (bearing shaft washer and housing washer, and the normal contact angle is 90°. Axial loads can be supported in only one direction, radial loads cannot be accommodated. Spherical roller and needle roller versions are also available.

Duplex Chain Connecting Link

Duplex Chain Connecting Link

Simplex Chain Connecting Link

Simplex Chain Connecting Link

Thrust Ball Bearings

Thrust Bearings are designed primarily to support axial loads at contact angles between 30° and 90°. Just as with radial bearings, these bearings differ according to the type of rolling element they use. With thrust bearings, it is necessary to supply an axial preload in order to prevent slipping movement between the bearing's rolling element and raceways.
Comprising of caged ball bearing element and pair of shaft housing washers (bearing shaft washer and housing washer, and the normal contact angle is 90°. Axial loads can be supported in only one direction, radial loads cannot be accommodated. Spherical roller and needle roller versions are also available.

Spherical Roller Bearings

Spherical roller bearings are double row units comprising solid outer rings with a concave raceway, solid inner rings and barrel rollers with cages. We stock both the plain (symmetrical) bore (EAW33) and taper bore (EAKW33).
The symmetrical barrel rollers orientate themselves freely on the concave outer raceway. As a result, shaft flexing and misalignment of the bearing seats are compensated.

Taper Bore

VB Classical V-Belt

V-Belts to BS3790, DIN2215 and ISO 4184.



Belt Section 17/B (SPB/17)