Take-up Housing Unit UKT212 - Shaft: 55 mm
Item number: UKT212
Item features:
The take-up housing unit UKT212 is suitable for high radial loads. The housing can be moved and is therefore easy to install. It is particularly robust with its gray cast iron housing.
Technical ScribbleZoomable
Technical Data
Inside Ø (mm): | 55 |
Tolerance for inside-Ø (mm): | 0,03/0 |
Housing Type: | Take-up housing unit |
Shaft Fastening: | Adapter Sleeve |
Number of Mounting Holes: | 1 |
Ring Material: | Rolling Bearing Steel |
Rolling Element Material: | Rolling Bearing Steel |
Housing Material: | Cast Iron |
Cage Material: | Sheet Steel |
Type of lubrication: | greased |
Lifetime lubricated: | yes |
Housing Width a (mm): | 146 |
Housing Width To The Slot e (mm): | 130 |
Bearing No.: | UK 212 |
Housing No.: | T 212 |
Grease Nipples: | Straight Type A (180°) |
max. Operating Temperature: | +100°C (briefly up to +120°C) |
min. Operating Temperature: | -20°C |
Norm: | DIN 626-2 |
Item weight: | 5,10 kg |
Features
- consists of the radial insert ball bearing UK 212 and the housing T 212
- the bearing insert consists of a solid spherical outer ring, an inner ring extended on both sides with conical bore as well as a cage; the radial insert ball bearing housing (cast iron) - with the possibility of mounting a threaded rod and -nut- is equipped with guide slots on both sides
- it is suitable for high loads and speeds, also in case of alternating direction of rotation
- the cast iron offers an anti-corrosion protection by its passivated and lacquered surfaces
- its temperature resistance ranges from -20 °C up to +100 °C
- fixing of the inner ring by concentric adapter sleeve (not included in the scope of delivery): H2312
We have created the information sheet about housing bearings for you for further information. Since the manufacturers of bearings, such as SKF, FAG, SNR, NTN etc. assign different suffixes to the Pillow Block bearings for their characteristics, we have summarized the features in a comparison table of bearings for your better orientation.