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BIPEX Flexible Claw Coupling BIPEX couplings of the standard BWN series consist of two identical hub parts (material GG-25).
The geometry of the flexible elements - closed flexible rings made out of polyurethane - and the metal claws has been optimized so that no wear occurs at permissible deflection. BIPEX couplings have a very low circumferential backlash and can be supplied with flexible rings of different elasticity.
The geometry of the flexible elements - closed flexible rings made out of polyurethane - and the metal claws has been optimized so that no wear occurs at permissible deflection. BIPEX couplings have a very low circumferential backlash and can be supplied with flexible rings of different elasticity.
DescriptionBIPEX couplings of the standard BWN series consist of two identical hub parts (material GG-25).
The geometry of the flexible elements - closed flexible rings made out of polyurethane - and the metal claws has been optimized so that no wear occurs at permissible deflection. BIPEX couplings have a very low circumferential backlash and can be supplied with flexible rings of different elasticity.
Features:
• flexible, fail-safe universal coupling;
• very compact design, high power capacity;
• very well suitable for plug-in assembly and assembly into bell housing;
• available ex stock in 13 sizes for a torque range from 13.5 Nm up to 3,700 Nm;
• type BWT with Taper bush for easy assembly and bore adaptation.
The geometry of the flexible elements - closed flexible rings made out of polyurethane - and the metal claws has been optimized so that no wear occurs at permissible deflection. BIPEX couplings have a very low circumferential backlash and can be supplied with flexible rings of different elasticity.
Features:
• flexible, fail-safe universal coupling;
• very compact design, high power capacity;
• very well suitable for plug-in assembly and assembly into bell housing;
• available ex stock in 13 sizes for a torque range from 13.5 Nm up to 3,700 Nm;
• type BWT with Taper bush for easy assembly and bore adaptation.
