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The Integral twin torsion swivel castor has a solid round stem fitting with a heavy steel sheet housing and precision ball bearing swivel bearing. The wheel body is made of polyamide with a polyurethane injected tread. The wheel has a precision ball bearing and is stainless. This castor has a 4.92 inch diameter wheel and an overall height of 5.91 inches. It has a load capacity of 275.58 lb at 3 km/h and 4 km/h. The static load capacity is 551.16 lb.
Roll performance
Movement noise
Attrition
Corrosion resistance
Article numbers
Article Number
3940UAC125R05-32 RAL7001
EAN
4031582382532
Core attributes
Type
Swivel castor
Overall width
2.44 in
Load capacity at 3 km/h
275.58 lb
Load capacity at 4 km/h
275.58 lb
Load capacity Static
551.16 lb
Overall height
5.91 in
Temperature range (Maximum)
176 °F
Temperature range (Minimum)
-22 °F
Product name
Integral twin torsion
Standard
similar EN12531- Hospital Bed Castors
Electric conductive
Stainless
Fitting
Fitting type
Solid stem, round
Bolt diameter
1.26 in
Bolt length
1.77 in
Housing
Color
Silver gray (RAL7001)
Fork shape
Twin wheel housing
Material
Steel sheet, heavy
Swivel bearing
Precision ball bearing
Swivel interference
7.87 in
Offset
1.48 in
Swivel radius
3.94 in
Wheel
Hardness of tread (A)
92 Shore A
Hardness of tread (D)
40 Shore D
Body material
Polyamide
Tread material
Polyurethane, injected
Tread width
0.47 in
Diameter
4.92 in
Threadguards
With threadguard
Bearing
Precision ball bearing, stainless
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Special Features
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Non-hazardous materials
Complies with RoHS and REACH regulations. Does not contain polycyclic aromatic hydrocarbons or chromium (VI)
Tested quality
Tested in our own laboratory for compliance with European standards
Solid housing
Made of pressed steel, zinc plated
Strong stand
Extreme torsional rigidity ensures that operating tables or heavy applications have a secure stand
Low-maintenance wheels
Thread guards for unobstructed operation with minimal cleaning effort
Non-marking movement
Wheels with reduced abrasion and minimal cleaning requirements
Ergonomically friendly use
Wheels with optimised rolling resistance to reduce user effort
Comfortable maneuverability
Easily move across obstacles with large wheels and elastic wheel centers
Optimised manoeuvrability
Twin wheel castor with high maneuverability due to differential effect
Protect floors with load distribution
Two wheels distribute the load and minimise floor impressions