Cable gland for armored electrical or fiber optic cables
A cable gland is provided which has an elongate body having an entrance end and a fitting end with a passage extending therebetween. A locating member having a flange which operatively abuts the entrance end of the body is provided. A clamping assembly is securable to the entrance end of the body through a coupler, and includes a tubular member having a clamping end and a free end with a bore extending between them. The clamping end provides a clamping surface complementary to the flange of the locating member such that cable armour can be secured between the clamping surface and the flange, both of which extend in a radial direction, generally normal to the axes of the passage and the bore.
1. A cable gland for an armoured cable, comprising:
an elongate body having an entrance end and a fitting end with a passage extending between the entrance end and the fitting end configured to slide over the armoured cable;
a locating member having a flange which operatively abuts the entrance end of the body; and
a clamping assembly securable to the entrance end of the body through a coupler, the clamping assembly including a tubular member having a clamping end and a free end with a bore extending between the clamping end and the free end, the clamping end providing a clamping surface complementary to the flange of the locating member for securing cable armour between the clamping surface and the flange of the locating member;
wherein the elongate body and the tubular member provide a constant internal diameter through the length of the cable gland configured to permit the cable gland to be placed over the armoured cable and moved along the armoured cable during assembly of the cable gland.
2. The cable gland according to claim 1 , wherein a sleeve is slidably located in the passage and moveable through both ends of the elongate body and securable in the passage by the locating member.
3. The cable gland according to claim 2 , wherein the locating member has an internally screw threaded portion which operatively engages an externally screw threaded portion on the sleeve.
4. The cable gland according to claim 2 , wherein the passage is radially outwardly stepped at the entrance end to receive part of the locating member when secured to the sleeve.
5. The cable gland according to claim 2 , wherein the internal diameter of the sleeve is substantially the same as that of the bore of the clamping assembly.
6. The cable gland according to claim 1 , wherein the flange and the clamping surface extend in a substantially normal radial direction relative to the axes of the passage and the bore of the clamping assembly.
7. The cable gland according to claim 1 , wherein a compression seal for sealing onto an outer sheath of a cable is provided at the free end of the tubular member.
8. The cable gland according to claim 7 , wherein a nut is provided on the clamping assembly and is operable to compress an elastomeric member within the tubular member.
9. The cable gland according to claim 8 , wherein the bore of the clamping assembly is diametrically enlarged at the sealing end to receive the elastomeric member in the bore of the clamping assembly.
10. The cable gland according to claim 1 , wherein the coupler is carried on the tubular member.
11. The cable gland according to claim 10 , wherein the coupler is screw threaded for securing to complementary external screw threading on the entrance end of the body and is shaped to fit over the flange of the locating member.
12. The cable gland according to claim 10 , wherein the coupler is held captive on the tubular member by an elastomeric ring encircling the tubular member proximate to the clamping end.
13. The cable gland according to claim 1 , wherein the flange of the locating member is of smaller diameter than an outer diameter of the entrance end of the body.