Elastomeric Couplings

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.

Omega Standard Hubs

Elastomeric Couplings

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.

Omega Standard Hubs

Elastomeric Couplings

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.

Omega Close Coupled Elements

Elastomeric Couplings

Rexnord Viva Couplings feature a two-piece flex element design allows for simple replacement without disturbing hubs or moving and realigning connected equipment. Tough polyurethane material is bonded to a corrosion resistant coated shoe, eliminating the need for mechanical clamping hardware. Adhesive coated high strength carbon steel shoe resists corrosion. Easily aligned reversible hubs accommodate multiple shaft gaps. Hubs are available in rough bore, custom bore, or bushed designs. Optional hub materials are available. High grade cap screws are provided with self locking nylon thread patches. Stainless steel cap screws are also available. Torsionally soft polyurethane element cushions shock loads, accommodates unavoidable misalignment and is compatible with most environments. ?V? notch design directs stress concentration away from the bond area providing a uniform failure area for overload protection if required.

Viva Standard Hubs

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.

Elastomeric Couplings

Rexnord Viva Couplings feature a two-piece flex element design allows for simple replacement without disturbing hubs or moving and realigning connected equipment. Tough polyurethane material is bonded to a corrosion resistant coated shoe, eliminating the need for mechanical clamping hardware. Adhesive coated high strength carbon steel shoe resists corrosion. Easily aligned reversible hubs accommodate multiple shaft gaps. Hubs are available in rough bore, custom bore, or bushed designs. Optional hub materials are available. High grade cap screws are provided with self locking nylon thread patches. Stainless steel cap screws are also available. Torsionally soft polyurethane element cushions shock loads, accommodates unavoidable misalignment and is compatible with most environments. ?V? notch design directs stress concentration away from the bond area providing a uniform failure area for overload protection if required.

Viva Close Coupled Elements

Elastomeric Couplings

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.

Omega Close Coupled Elements

Elastomeric Couplings

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.

Omega Close Coupled Elements

Elastomeric Couplings

Rexnord Viva Couplings feature a two-piece flex element design allows for simple replacement without disturbing hubs or moving and realigning connected equipment. Tough polyurethane material is bonded to a corrosion resistant coated shoe, eliminating the need for mechanical clamping hardware. Adhesive coated high strength carbon steel shoe resists corrosion. Easily aligned reversible hubs accommodate multiple shaft gaps. Hubs are available in rough bore, custom bore, or bushed designs. Optional hub materials are available. High grade cap screws are provided with self locking nylon thread patches. Stainless steel cap screws are also available. Torsionally soft polyurethane element cushions shock loads, accommodates unavoidable misalignment and is compatible with most environments. ?V? notch design directs stress concentration away from the bond area providing a uniform failure area for overload protection if required.

Viva Taper Bore Hubs

Elastomeric Couplings

Rexnord Viva Couplings feature a two-piece flex element design allows for simple replacement without disturbing hubs or moving and realigning connected equipment. Tough polyurethane material is bonded to a corrosion resistant coated shoe, eliminating the need for mechanical clamping hardware. Adhesive coated high strength carbon steel shoe resists corrosion. Easily aligned reversible hubs accommodate multiple shaft gaps. Hubs are available in rough bore, custom bore, or bushed designs. Optional hub materials are available. High grade cap screws are provided with self locking nylon thread patches. Stainless steel cap screws are also available. Torsionally soft polyurethane element cushions shock loads, accommodates unavoidable misalignment and is compatible with most environments. ?V? notch design directs stress concentration away from the bond area providing a uniform failure area for overload protection if required.

Viva Spacer Elements