Shock Absorbing Elements DEFORM plus® R/RMP

Due to the guidance at the fastening screw this version allows additional light lateral forces.

Technical Data & CAD Models

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Typ	W_max(20°C)/6h Joule	W_max(20°C)/1h Joule	F_dyn(20°C) ~ 2xF_stat(20°C) kN	s_max mm	D' mm	D_1. mm	D_B mm	L mm	D_G mm	t_E mm	Gw kg
R45	240		15 (bei 1,4 m/s)	27	68	45		54	8	17	0,085
R60	560		30 (bei 2,0 m/s)	36	91	60		72	12	17	0,240
R45MP		180	20 (bei 1,4 m/s)	19	65	45	57	63	12	25	0,160
R60MP		420	40 (bei 2,0 m/s)	25	90	60	71	85	16	22	0,360

Typ	W_max(20°C)/6h ft-lbs	W_max(20°C)/1h ft-lbs	F_dyn(20°C) ~ 2xF_stat(20°C) lbs	s_max inch	D' inch	D_1. inch	D_B inch	L inch	D_G mm	t_E inch	Gw lbs
R45	177		3,371	1.063	2.677	1.772		2.126	8	0.669	0.187
R60	413		6,742	1.417	3.583	2.362		2.835	12	0.669	0.529
R45MP		133	4,495	0.748	2.559	1.772	2.244	2.480	12	0.984	0.353
R60MP		310	8,989	0.984	3.543	2.362	2.795	3.346	16	0.866	0.794

Images & Drawings

Spring diagram

Product Characteristics

SHOCK ABSORBING Elements DEFORM plus® R/RMP

Reusable buffer for absorption of kinetic energies without additional spring.

The casing combines the function of a spring and a damper. It can be reused after a dynamic load. Dependent on the velocity, the maximum supporting load automatically adapts to the impact energy, which means that i.e. equal masses are retarded more softly at lower velocities.

Working temperature: -10°C up to +50°C.

Ambient conditions:

The material is resistant to

Bleach liquor 3%
Sugar solution 30%
Hydrogen peroxide 10%
Ammonia 5%
Acetic acid 2%
Formic acid 2%
Linseed fatty acid
Tannic acid solution 20%
Lubrication grease and oil

A continuous contact with water should be avoided. In accordance with DIN 4012, building material class 2, the material is classified as non-combustible, dripping (off).