00:07The 501453 universal cable. Gland consists of five key components,

00:13entry with deluge boot, diaphragm seal and armor spigot,

00:16reversible armor clamping ring, middle nut with patented tightening guide and back nut.

00:22This dual certified cable Gland is designed for use with all types of elastomer and plastic

00:27insulated cables including all types of armor and braid.

00:32The 501453 universal is especially suitable for cables that exhibit cold flow characteristics.

00:41Assembly instructions are provided with Hawk cable plans or can be downloaded by the Hawke

00:46website allow sufficient length of cable to suit the equipment.

00:51The cable is being terminated into strip the outer sheath and cut the armor to enable

00:57connection of the conductors to the terminal.

00:59Remove a further 20 millimeters of outer sheath for cable glands os to a size 25 millimeters

01:06for B to C two size and 32 millimeters for D to F size

01:12slide, the back nut, middle nut and armor clamping ring onto the cable ensure that the

01:19orientation of the reversible armor clamping ring is correct with the arrowhead indicating

01:24the correct armor braid or tape pointing to the equipment always refer to the Hawke assembly

01:31instructions for guidance on the correct armour clapping ring orientation tip.

01:36Alternative rings may be required if the cable does not fall within the R A CS standard

01:41clamping range, spread the armor or braid by gently pulling it away from the inner sheath of

01:47the cable. A screwdriver may be required for larger types

01:51of cables. Remove any plastic wrapping from the outside of

01:55the inner sheath, push the cable through the diaphragm seal.

02:01This action is aided by a pre fitted protective cap which removes the need to tape the

02:06conductors. This cap can be disposed of once the cable has

02:10passed through the seal.

02:12If the protective cap is not, there, tape may be used over the tip of the conductors,

02:18pull the diaphragm seal down the cable until the ends of the armor or braid are up to the

02:23spigot, shoulder slide, the entry component

02:30over the cable until the diaphragm seal is seated inside the entry slide,

02:35the middle nut up to the entry and hand tighten, support the cable to prevent it twisting,

02:46rip the entry with a spanner or wrench, use a second spanner or wrench to tighten half to

02:52three quarters of a turn

02:59unscrew the middle nut, the armour clamping ring should now be locked in place.

03:05Visually inspect that the armor or braid has been successfully clamped between the spigot

03:09and the armour clamping ring.

03:11If it isn't satisfactory repeat the previous steps, it required,

03:16fit the appropriate IP washer onto the entry thread, fit the entry into the enclosure and

03:22use a wrench to tighten, add a quarter turn with a wrench.

03:27Depending on the enclosure used, the method of installation will vary.

03:34Slide the cable through the entry hand, tighten the middle n to the entry and add a further

03:39quarter turn using a wrench

03:50hand, tighten the back nut until a seal is formed around the cable.

03:55Use a wrench or spanner to grip the middle nut while preventing the middle nut turning,

04:00use a second wrench to apply one further full turn to the back nut.

04:05Use our patented middle nut tightening guide as an indication that the bag nut is in the

04:10correct position to suit cable diameter tip.

04:14A diameter scale is provided in our assembly instructions to help with this process ensure

04:20that you have stripped the inner sheath to suit the application.

04:24The recommended exposure length of inner sheath is a minimum of five millimeters.

04:29Installation is complete.