21-30 of 30 products
PHE 1120TGHCOVER, SKF, Tapered grid coupling horizontal split cover
Aluminium, Horizontal cover, EAN code: 07316572624081
Brand | SKF |
---|---|
Mfr Part No. | PHE 1120TGHCOVER |
PHE 1130TGHCOVER, SKF, Tapered grid coupling horizontal split cover
Aluminium, Horizontal cover, EAN code: 07316572624098
Brand | SKF |
---|---|
Mfr Part No. | PHE 1130TGHCOVER |
PHE 1140TGHCOVER, SKF, Tapered grid coupling horizontal split cover
Aluminium, Horizontal cover, EAN code: 07316572624104
Brand | SKF |
---|---|
Mfr Part No. | PHE 1140TGHCOVER |
PHE 1150TGHCOVER, SKF, Tapered grid coupling horizontal split cover
Aluminium, Horizontal cover, EAN code: 07316572624128
Brand | SKF |
---|---|
Mfr Part No. | PHE 1150TGHCOVER |
PHE 1160TGHCOVER, SKF, Tapered grid coupling horizontal split cover
Aluminium, Horizontal cover, EAN code: 07316572624135
Brand | SKF |
---|---|
Mfr Part No. | PHE 1160TGHCOVER |
PHE 1170TGHCOVER, SKF, Tapered grid coupling horizontal split cover
Aluminium, Horizontal cover, EAN code: 07316572624142
Brand | SKF |
---|---|
Mfr Part No. | PHE 1170TGHCOVER |
PHE 1180TGHCOVER, SKF, Tapered grid coupling horizontal split cover
Aluminium, Horizontal cover, EAN code: 07316572624159
Brand | SKF |
---|---|
Mfr Part No. | PHE 1180TGHCOVER |
PHE 1040TGHCOVER, SKF, Tapered grid coupling horizontal split cover
Aluminium, Horizontal cover, EAN code: 07316572624005
Brand | SKF |
---|---|
Mfr Part No. | PHE 1040TGHCOVER |
PHE 1050TGHCOVER, SKF, Tapered grid coupling horizontal split cover
Aluminium, Horizontal cover, EAN code: 07316572624012
Brand | SKF |
---|---|
Mfr Part No. | PHE 1050TGHCOVER |
PHE 1060TGHCOVER, SKF, Tapered grid coupling horizontal split cover
Aluminium, Horizontal cover, EAN code: 07316572624029
Brand | SKF |
---|---|
Mfr Part No. | PHE 1060TGHCOVER |
What is a grid coupling?
Grid coupling are commonly used in applications which require high torque transmission, but where levels of vibration and shock loads are also common.
They feature a steel grid which runs between two slotted hubs, increasing the torsional flexibility of the coupling.
These couplings have the potential to reduce vibration by up to 30%, helping to prolong the life of surrounding drive equipment.