Code 62

1-1/4 x 1" (1.88" Flange) Pulsar 9600 Series Hose Crimp - Code 62 Flange 9609H-16-20

Pulsar 9600 Series are designed for use with four spiral and extreme spiral hydraulic hoses primarily in larger sizes.9600 series are skive couplings to provide a metal to metal connection when crimped Pulsar Hydraulic Hose & Fittings 10th Edition Catalog

1 x 1" (1.88" Flange) Pulsar 9600 Series Hose Crimp - Code 62 Flange 9609H-16-16

Pulsar 9600 Series are designed for use with four spiral and extreme spiral hydraulic hoses primarily in larger sizes.9600 series are skive couplings to provide a metal to metal connection when crimped Pulsar Hydraulic Hose & Fittings 10th Edition Catalog

3/4 x 1" (1.88" Flange) Pulsar 9600 Series Hose Crimp - Code 62 Flange 9609H-16-12

Pulsar 9600 Series are designed for use with four spiral and extreme spiral hydraulic hoses primarily in larger sizes.9600 series are skive couplings to provide a metal to metal connection when crimped Pulsar Hydraulic Hose & Fittings 10th Edition Catalog

3/4 x 3/4" (1.63" Flange) Pulsar 9600 Series Hose Crimp - Code 62 Flange 9609H-12-12

Pulsar 9600 Series are designed for use with four spiral and extreme spiral hydraulic hoses primarily in larger sizes.9600 series are skive couplings to provide a metal to metal connection when crimped Pulsar Hydraulic Hose & Fittings 10th Edition Catalog

2 x 2" (3.13" Flange) Pulsar 8600 Series Hose Barb - Code 62 Flange 90° Elbow 8699H-32-32

Interlock fittings are so-named because the wire reinforcement of the hose is mechanically locked between the ferrule and the insert.This is accomplished by skiving the cover and the end section of the tube, so that during the crimping process, the bare...

1-1/2 x 1-1/2" (2.50" Flange) Pulsar 8600 Series Hose Barb - Code 62 Flange 90° Elbow 8699H-24-24

Interlock fittings are so-named because the wire reinforcement of the hose is mechanically locked between the ferrule and the insert.This is accomplished by skiving the cover and the end section of the tube, so that during the crimping process, the bare...

1-1/4 x 1-1/2" (2.50" Flange) Pulsar 8600 Series Hose Barb - Code 62 Flange 90° Elbow 8699H-24-20

Interlock fittings are so-named because the wire reinforcement of the hose is mechanically locked between the ferrule and the insert.This is accomplished by skiving the cover and the end section of the tube, so that during the crimping process, the bare...

1-1/4 x 1-1/4" (2.13" Flange) Pulsar 8600 Series Hose Barb - Code 62 Flange 90° Elbow 8699H-20-20

Interlock fittings are so-named because the wire reinforcement of the hose is mechanically locked between the ferrule and the insert.This is accomplished by skiving the cover and the end section of the tube, so that during the crimping process, the bare...

1 x 1-1/4" (2.13" Flange) Pulsar 8600 Series Hose Barb - Code 62 Flange 90° Elbow 8699H-20-16

Interlock fittings are so-named because the wire reinforcement of the hose is mechanically locked between the ferrule and the insert.This is accomplished by skiving the cover and the end section of the tube, so that during the crimping process, the bare...

1 x 1" (1.88" Flange) Pulsar 8600 Series Hose Barb - Code 62 Flange 90° Elbow 8699H-16-16

Interlock fittings are so-named because the wire reinforcement of the hose is mechanically locked between the ferrule and the insert.This is accomplished by skiving the cover and the end section of the tube, so that during the crimping process, the bare...

3/4 x 3/4" (1.63" Flange) Pulsar 8600 Series Hose Barb - Code 62 Flange 90° Elbow 8699H-12-12

Interlock fittings are so-named because the wire reinforcement of the hose is mechanically locked between the ferrule and the insert.This is accomplished by skiving the cover and the end section of the tube, so that during the crimping process, the bare...

2 x 2" (3.13" Flange) Pulsar 8600 Series Hose Barb - Code 62 Flange 45° Elbow 8649H-32-32

Interlock fittings are so-named because the wire reinforcement of the hose is mechanically locked between the ferrule and the insert.This is accomplished by skiving the cover and the end section of the tube, so that during the crimping process, the bare...