SKF THAP400E/K10 hydraulic bearing mounting / dismounting tool. Hydraulic pump, oil injector, or hydraulically-driven nut used to mount a large tapered-bore bearing to its correct radial internal clearance, and to dismount it without shaft damage. SKF HMV-E hydraulic nut, TMHP / THAP pump, or SKF Drive-up-Method oil-pressure kit.
| Type | Hydraulic bearing mounting / dismounting tool |
| Designation | SKF THAP400E/K10 |
| HS code | 8412.29 |
| Dimensions (W x L x H) | 171 x 405 x 202 mm |
| Case dimensions (l x h x w) | 690 x 245 x 310 mm |
| Maximum pressure | 4000 bar |
| Maximum pressure (MPa) | 400 MPa |
| Recommended applications | OK Couplings;Large pressure joints;Oil injection for large gears and railway wheels |
| Volume per stroke | 0.64 ml |
| Air pressure limiter | 7 bar |
| Air consumption | 200 l/min |
| Pressure ratio | 1:667 |
| Pressure gauge | Yes |
| Oil container | No |
| Oil outlet thread | G 3/4 |
| Oil viscosity (maximum) | 1500 mm²/s |
| Housing material | Aluminium;Alloy tool steel |
| Colour | Blue;Metallic grey |
| Content | Air driven pump 400 MPa;2x Low pressure hoses with couplings (1.5 m);Air hose coupling(f);Mounting fluid (1 ltr);Pressure gauge, 400 MPa with protection sleeve (TMJG S100);Protection device;Nipple G3/4 male, M16x1.5 cone female, 400 MPa;High pressure hose, 400 MPa, 2x M16x1.5 cone male, 2 m;Quick connection coupling, M16x1.5 cone female, 400 MPa;Quick connection nipple, M16x1.5 cone female, 400 MPa;Nipple M16x1.5 cone male, G1/4 male, 400 MPa;Nipple M16x1.5 cone male, G3/4 male, 400 MPa;Instructions for use;Carrying case |
| Country of Manufacturing (COM code) | 11 - Sweden |
| Product net weight | 24.8 kg |
| eClass code | 23-05-19-01 |
| UNSPSC code | 27112908 |
| Material | As declared by SKF designation suffix |
| Temperature range | Per SKF product data |
| Primary standard | SKF designation convention |
| MOQ | 1 |
Interchange with peer OEM equivalents on identical boundary plan and execution — confirm cage, clearance, sealing and precision-class suffix before substitution.