Type C Progressive Rubber Stops

Progressive rubber stops with female threaded fixing, designed to progressively absorb shocks, limit travel and reduce forces transmitted to the structure

The AMC-MECANOCAUCHO® Type C Progressive Rubber Stops are elastic rubber elements designed to absorb shocks and limit the travel of moving parts progressively.

Their conical geometry increases the contact area as the rubber deforms. As a result, stiffness progressively increases with compression, allowing a significant amount of energy to be absorbed while avoiding an excessively abrupt response to impact.

Compared with a rigid stop, this progressive deformation helps to reduce forces transmitted to the structure, shocks and noise, while providing effective motion control at the end of travel.

Equipped with a female threaded fixing, Type C Progressive Rubber Stops are particularly suitable for industrial machinery, mobile equipment, doors and mechanisms subjected to repeated impacts or requiring progressive energy absorption.

Alt imagen
TypeCodeMax. Load(lbs)A(in)B(in)C(in)Weight(lbs)Energy(Nm)Dynamic Deflection (in)2D3D
T-251150082200.980.75M-80.0430.31
TypeCodeMax. Load(lbs)A(in)B(in)C(in)Weight(lbs)Energy(Nm)Dynamic Deflection (in)2D3D
T-30xM61150093091.181.18M-60.0560.59
TypeCodeMax. Load(lbs)A(in)B(in)C(in)Weight(lbs)Energy(Nm)Dynamic Deflection (in)2D3D
T-30xM81131293091.181.18M-80.0660.59
TypeCodeMax. Load(lbs)A(in)B(in)C(in)Weight(lbs)Energy(Nm)Dynamic Deflection (in)2D3D
T-50x501150107491.971.97M-80.23300.98
TypeCodeMax. Load(lbs)A(in)B(in)C(in)Weight(lbs)Energy(Nm)Dynamic Deflection (in)2D3D
T30x361150343091.181.42M-80.06120.51
TypeCodeMax. Load(lbs)A(in)B(in)C(in)Weight(lbs)Energy(Nm)Dynamic Deflection (in)2D3D
T-50x581150128821.972.28M-80.25371.1
TypeCodeMax. Load(lbs)A(in)B(in)C(in)Weight(lbs)Energy(Nm)Dynamic Deflection (in)2D3D
T-50x641150118151.972.52M-80.3401.26
TypeCodeMax. Load(lbs)A(in)B(in)C(in)Weight(lbs)Energy(Nm)Dynamic Deflection (in)2D3D
T-7011501412122.832.28M-120.46501.02
TypeCodeMax. Load(lbs)A(in)B(in)C(in)Weight(lbs)Energy(Nm)Dynamic Deflection (in)2D3D
T - 8511601133063.312.05M-1212000.79
TypeCodeMax. Load(lbs)A(in)B(in)C(in)Weight(lbs)Energy(Nm)Dynamic Deflection (in)2D3D
T-9511501524243.73.15M-1611201.46
TypeCodeMax. Load(lbs)A(in)B(in)C(in)Weight(lbs)Energy(Nm)Dynamic Deflection (in)2D3D
T -12011601266124.722.95M-1623400.87
TypeCodeMax. Load(lbs)A(in)B(in)C(in)Weight(lbs)Energy(Nm)Dynamic Deflection (in)2D3D
T - 220116013330608.665.39M-241525001.57
Technical characteristics

Technical characteristics

These buffers are made with a rubber compound permitting major deformations under impact with notable absorption of energy. They can be made with high-damping rubber to order, however , absorption of energy inhigh damped compounds is performed with reduced rebound movement and with slightly higher transfer levels of stress to the structure .

Operation and Assembly

These buffers can be used in these two ways: As actual buffers - impact taking place at the end of stroke, taking into account the maximum deflection the stop has to give. As flexible mounts where the buffers may be screwed to the base of the machine so that its flat surface rests directly on the floor or ground.

Advantages
01
Easy installation
This mount requires no major modifications to the structure for installation.
02
Improved isolation
It offers improved isolation compared to conventional anti-vibration mounts of similar geometry.
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