All Products 20194
Dimensions in milimeters:
Keyways are British Standard Metric B S 4235. Part 1: 1972 DIN 6885 and conform to ISO recomendations with the exception of those marked, which are shallower. Where a key is to be used it should be parallel and side fitting, with top clearance. Depth of keyway is measured at the CENTRE
Dimensions in milimeters:
Keyways are British Standard Metric B S 4235. Part 1: 1972 DIN 6885 and conform to ISO recomendations with the exception of those marked, which are shallower. Where a key is to be used it should be parallel and side fitting, with top clearance. Depth of keyway is measured at the CENTRE
Dimensions in milimeters:
Keyways are British Standard Metric B S 4235. Part 1: 1972 DIN 6885 and conform to ISO recomendations with the exception of those marked, which are shallower. Where a key is to be used it should be parallel and side fitting, with top clearance. Depth of keyway is measured at the CENTRE
Dimensions in milimeters:
Keyways are British Standard Metric B S 4235. Part 1: 1972 DIN 6885 and conform to ISO recomendations with the exception of those marked, which are shallower. Where a key is to be used it should be parallel and side fitting, with top clearance. Depth of keyway is measured at the CENTRE
Dimensions in milimeters:
Keyways are British Standard Metric B S 4235. Part 1: 1972 DIN 6885 and conform to ISO recomendations with the exception of those marked, which are shallower. Where a key is to be used it should be parallel and side fitting, with top clearance. Depth of keyway is measured at the CENTRE
Dimensions in milimeters:
Keyways are British Standard Metric B S 4235. Part 1: 1972 DIN 6885 and conform to ISO recomendations with the exception of those marked, which are shallower. Where a key is to be used it should be parallel and side fitting, with top clearance. Depth of keyway is measured at the CENTRE
Dimensions in milimeters:
Keyways are British Standard Metric B S 4235. Part 1: 1972 DIN 6885 and conform to ISO recomendations with the exception of those marked, which are shallower. Where a key is to be used it should be parallel and side fitting, with top clearance. Depth of keyway is measured at the CENTRE
Dimensions in milimeters:
Keyways are British Standard Metric B S 4235. Part 1: 1972 DIN 6885 and conform to ISO recomendations with the exception of those marked, which are shallower. Where a key is to be used it should be parallel and side fitting, with top clearance. Depth of keyway is measured at the CENTRE
Dimensions in milimeters:
Keyways are British Standard Metric B S 4235. Part 1: 1972 DIN 6885 and conform to ISO recomendations with the exception of those marked, which are shallower. Where a key is to be used it should be parallel and side fitting, with top clearance. Depth of keyway is measured at the CENTRE
Dimensions in milimeters:
Keyways are British Standard Metric B S 4235. Part 1: 1972 DIN 6885 and conform to ISO recomendations with the exception of those marked, which are shallower. Where a key is to be used it should be parallel and side fitting, with top clearance. Depth of keyway is measured at the CENTRE
Dimensions in milimeters:
Keyways are British Standard Metric B S 4235. Part 1: 1972 DIN 6885 and conform to ISO recomendations with the exception of those marked, which are shallower. Where a key is to be used it should be parallel and side fitting, with top clearance. Depth of keyway is measured at the CENTRE
Dimensions in milimeters:
Keyways are British Standard Metric B S 4235. Part 1: 1972 DIN 6885 and conform to ISO recomendations with the exception of those marked, which are shallower. Where a key is to be used it should be parallel and side fitting, with top clearance. Depth of keyway is measured at the CENTRE
Dimensions in milimeters:
Keyways are British Standard Metric B S 4235. Part 1: 1972 DIN 6885 and conform to ISO recomendations with the exception of those marked, which are shallower. Where a key is to be used it should be parallel and side fitting, with top clearance. Depth of keyway is measured at the CENTRE
Dimensions in milimeters:
Keyways are British Standard Metric B S 4235. Part 1: 1972 DIN 6885 and conform to ISO recomendations with the exception of those marked, which are shallower. Where a key is to be used it should be parallel and side fitting, with top clearance. Depth of keyway is measured at the CENTRE
- SIT TAPER LOCK BUSHING is designed to give the following:
- 1. Perfect assembly
- 2. rapid dismantling of the pulley and other transmission equipment
- 3. No special tools requirement except hexagonal key
- The large range of finished bores available ensures that an immediate assembly can be made thus avoiding costly factory down-time.
- Here are the dimensions of Taper Bushing with type 3535 (90.90)
- - Bore : we provide taper bushing with minimal bore 25 mm; for the max bore you can look at the number writen after "BC" in every product name.
- for example, BC9090F25 (3535X25MM) so the max bore is 90 mm.
- - Width : the numbers writen in every product name before "F" is width size.
- for example, BC9090F25 (3535X25MM), so the width is 90 mm.
- - Bore size : look at the last number in every product name.
- for example, BC9090F25, so the bore size is 25.
- SIT TAPER LOCK BUSHING is designed to give the following:
- 1. Perfect assembly
- 2. rapid dismantling of the pulley and other transmission equipment
- 3. No special tools requirement except hexagonal key
- The large range of finished bores available ensures that an immediate assembly can be made thus avoiding costly factory down-time.
- Here are the dimensions of Taper Bushing with type 3535 (90.90)
- - Bore : we provide taper bushing with minimal bore 25 mm; for the max bore you can look at the number writen after "BC" in every product name.
- for example, BC9090F25 (3535X25MM) so the max bore is 90 mm.
- - Width : the numbers writen in every product name before "F" is width size.
- for example, BC9090F25 (3535X25MM), so the width is 90 mm.
- - Bore size : look at the last number in every product name.
- for example, BC9090F25, so the bore size is 25.
- SIT TAPER LOCK BUSHING is designed to give the following:
- 1. Perfect assembly
- 2. rapid dismantling of the pulley and other transmission equipment
- 3. No special tools requirement except hexagonal key
- The large range of finished bores available ensures that an immediate assembly can be made thus avoiding costly factory down-time.
- Here are the dimensions of Taper Bushing with type 3535 (90.90)
- - Bore : we provide taper bushing with minimal bore 25 mm; for the max bore you can look at the number writen after "BC" in every product name.
- for example, BC9090F25 (3535X25MM) so the max bore is 90 mm.
- - Width : the numbers writen in every product name before "F" is width size.
- for example, BC9090F25 (3535X25MM), so the width is 90 mm.
- - Bore size : look at the last number in every product name.
- for example, BC9090F25, so the bore size is 25.
- SIT TAPER LOCK BUSHING is designed to give the following:
- 1. Perfect assembly
- 2. rapid dismantling of the pulley and other transmission equipment
- 3. No special tools requirement except hexagonal key
- The large range of finished bores available ensures that an immediate assembly can be made thus avoiding costly factory down-time.
- Here are the dimensions of Taper Bushing with type 3535 (90.90)
- - Bore : we provide taper bushing with minimal bore 25 mm; for the max bore you can look at the number writen after "BC" in every product name.
- for example, BC9090F25 (3535X25MM) so the max bore is 90 mm.
- - Width : the numbers writen in every product name before "F" is width size.
- for example, BC9090F25 (3535X25MM), so the width is 90 mm.
- - Bore size : look at the last number in every product name.
- for example, BC9090F25, so the bore size is 25.
- SIT TAPER LOCK BUSHING is designed to give the following:
- 1. Perfect assembly
- 2. rapid dismantling of the pulley and other transmission equipment
- 3. No special tools requirement except hexagonal key
- The large range of finished bores available ensures that an immediate assembly can be made thus avoiding costly factory down-time.
- Here are the dimensions of Taper Bushing with type 3535 (90.90)
- - Bore : we provide taper bushing with minimal bore 25 mm; for the max bore you can look at the number writen after "BC" in every product name.
- for example, BC9090F25 (3535X25MM) so the max bore is 90 mm.
- - Width : the numbers writen in every product name before "F" is width size.
- for example, BC9090F25 (3535X25MM), so the width is 90 mm.
- - Bore size : look at the last number in every product name.
- for example, BC9090F25, so the bore size is 25.
- SIT TAPER LOCK BUSHING is designed to give the following:
- 1. Perfect assembly
- 2. rapid dismantling of the pulley and other transmission equipment
- 3. No special tools requirement except hexagonal key
- The large range of finished bores available ensures that an immediate assembly can be made thus avoiding costly factory down-time.
- Here are the dimensions of Taper Bushing with type 3535 (90.90)
- - Bore : we provide taper bushing with minimal bore 25 mm; for the max bore you can look at the number writen after "BC" in every product name.
- for example, BC9090F25 (3535X25MM) so the max bore is 90 mm.
- - Width : the numbers writen in every product name before "F" is width size.
- for example, BC9090F25 (3535X25MM), so the width is 90 mm.
- - Bore size : look at the last number in every product name.
- for example, BC9090F25, so the bore size is 25.
- SIT TAPER LOCK BUSHING is designed to give the following:
- 1. Perfect assembly
- 2. rapid dismantling of the pulley and other transmission equipment
- 3. No special tools requirement except hexagonal key
- The large range of finished bores available ensures that an immediate assembly can be made thus avoiding costly factory down-time.
- Here are the dimensions of Taper Bushing with type 3535 (90.90)
- - Bore : we provide taper bushing with minimal bore 25 mm; for the max bore you can look at the number writen after "BC" in every product name.
- for example, BC9090F25 (3535X25MM) so the max bore is 90 mm.
- - Width : the numbers writen in every product name before "F" is width size.
- for example, BC9090F25 (3535X25MM), so the width is 90 mm.
- - Bore size : look at the last number in every product name.
- for example, BC9090F25, so the bore size is 25.
- SIT TAPER LOCK BUSHING is designed to give the following:
- 1. Perfect assembly
- 2. rapid dismantling of the pulley and other transmission equipment
- 3. No special tools requirement except hexagonal key
- The large range of finished bores available ensures that an immediate assembly can be made thus avoiding costly factory down-time.
- Here are the dimensions of Taper Bushing with type 3535 (90.90)
- - Bore : we provide taper bushing with minimal bore 25 mm; for the max bore you can look at the number writen after "BC" in every product name.
- for example, BC9090F25 (3535X25MM) so the max bore is 90 mm.
- - Width : the numbers writen in every product name before "F" is width size.
- for example, BC9090F25 (3535X25MM), so the width is 90 mm.
- - Bore size : look at the last number in every product name.
- for example, BC9090F25, so the bore size is 25.
- SIT TAPER LOCK BUSHING is designed to give the following:
- 1. Perfect assembly
- 2. rapid dismantling of the pulley and other transmission equipment
- 3. No special tools requirement except hexagonal key
- The large range of finished bores available ensures that an immediate assembly can be made thus avoiding costly factory down-time.
- Here are the dimensions of Taper Bushing with type 3535 (90.90)
- - Bore : we provide taper bushing with minimal bore 25 mm; for the max bore you can look at the number writen after "BC" in every product name.
- for example, BC9090F25 (3535X25MM) so the max bore is 90 mm.
- - Width : the numbers writen in every product name before "F" is width size.
- for example, BC9090F25 (3535X25MM), so the width is 90 mm.
- - Bore size : look at the last number in every product name.
- for example, BC9090F25, so the bore size is 25.
