The A2e range of cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed with a single seal on the cable outer sheath.

The TSP range of cable glands are for use in light / medium duty applications in Industrial Areas (Safe Areas). Designed to provide superior cable retention and strain relief.

The Triton CDS range of cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed with a unique compensating displacement seal (CDS) to reduce the effects of coldflow.

The PX2KREX range of RapidEx barrier cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed to prevent gas, vapour or fluid from migrating through a cable, or else prevent flame transmission from a Flameproof type ‘d’ enclosure, as determined by IEC 60079-14. The RapidEx liquid pour sealing system enhances reliability, reduces risk and significantly reduces curing time.

The PX2KPBREX range of RapidEx barrier cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed to prevent gas, vapour or fluid from migrating through a cable, or else prevent flame transmission from a Flameproof type ‘d’ enclosure, as determined by IEC 60079-14. The RapidEx liquid pour sealing system enhances reliability, reduces risk and significantly reduces curing time.

These products have been designed to match the dimensions of DIN 46235 for high quality and reliable crimping. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection.

These products have been designed and third party certified to IEC 61238-1 Class A, for high quality and reliable crimping. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. There is a large inspection window to visually inspect conductor insertion; the inspection window can be removed as an option by adding suffix "X" - Example: 300CHDP212X. The centres of the two stud holes are detailed in the dimensional table. Custom stud hole dimensions are available on request. Blank palms available on request; please contact CMP for more information.

The CMP Sabre is a single non-metallic (polymeric) cable cleat, designed and tested in accordance with IEC 61914. Manufactured from Injection Moulded Nylon. Due to its unique twin arc internal profile, this product exhibits excellent cable retention, limiting both axial and lateral cable movement. The single fixing design provides quick and easy installation in any orientation the cable route may take. There is one M10 clearance hole for versatile fixing of the cable cleat.

The CMP Legion High Temperature is a trefoil composite cable cleat, designed and tested in accordance with IEC 61914. Manufactured from 5000 Series Aluminium with a high temperature resistant Low Smoke & Fume, Zero Halogen (LSF0H), Phosphorus free polymeric base to protect the cable sheath and enable the cable cleat to withstand temperatures of -60°C to +130°C during normal operation. The metal surround has been edge rounded and deburred to reduce risk of cable sheath damage. The top opening is designed to fit more cleats installed side-by-side and includes a fully opening hinge for ease of installation. The three M10 fixing clearance holes in the base allows versatility of fixing the cleat to the mounting structure.

The CMP Saturn is a quad composite cable cleat, designed and tested in accordance with IEC 61914. Manufactured from 316L Stainless Steel with Low Smoke & Fume, Zero Halogen (LSF0H), Phosphorus free polymeric liners to protect the cable sheath. The cleat is designed to accept four cables of the same size, for example three phase power cables plus a neutral cable. The top opening is designed to fit more cleats installed side-by-side. Flexible materials allow a wide opening for easy cable installation and the cleat is easily formed around the cables for closure. The three M10 fixing clearance holes in the base allows versatility of fixing the cleat to the mounting structure.

The CMP Patriot is a trefoil composite cable cleat, designed and tested in accordance with IEC 61914. Manufactured from 316L Stainless Steel with Low Smoke & Fume, Zero Halogen (LSF0H), Phosphorus free polymeric liners to protect the cable sheath. The single closing fixture with captive bolt ensures a quick installation. The fully opening hinge allows the cable cleat to be opened wide for easy cable installation, and the single closing fixture with captive bolt ensures a quick installation. The three M10 fixing clearance holes in the base allows versatility of fixing the cleat to the mounting structure.

The CMP Sovereign is a trefoil composite cable cleat, designed and tested in accordance with IEC 61914. Manufactured from 316L Stainless Steel with Low Smoke & Fume, Zero Halogen (LSF0H), Phosphorus free polymeric liners to protect the cable sheath. The cable cleat has been designed and tested for high short circuit fault withstand on cables held in trefoil formation, to ensure the securing and retention of cables without cable damage. The fully opening hinge allows the cable cleat to be opened wide for easy cable installation, and the single closing fixture with captive bolt ensures a quick installation. The two M10 and one M12 fixing clearance holes in the base allows versatility of fixing the cleat to the mounting structure.

The TSPe Ex i range of cable glands are for use in light / medium duty applications in Explosive Atmospheres. Designed to provide superior cable retention and strain relief.

The TSPV0 range of cable glands are for use in light / medium duty applications in Industrial Areas (Safe Areas). Designed for use in public spaces where flame retardant halogen-free cables are typically required.

These products have been designed and third party certified to UL 486A-486B and CSA C22.2 No. 65, for high quality and reliable crimping. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. There is a large inspection window to visually inspect conductor insertion. The centres of the two stud holes are detailed in the dimensional table. Custom stud hole dimensions are available on request.

These flared entry products have been designed and third party certified to IEC 61238-1 Class A, for high quality and reliable crimping. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. There is a large inspection window to visually inspect conductor insertion; the inspection window can be removed as an option by adding suffix "X" - Example: 300CHDF212X. The centres of the two stud holes are detailed in the dimensional table. Custom stud hole dimensions are available on request. Blank palms available on request; please contact CMP for more information.

These products have been designed and third party certified to UL 486A-486B and CSA C22.2 No. 65, for high quality and reliable crimping. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. There is a large inspection window to visually inspect conductor insertion. Blank palms enable custom stud hole drilling on installation, to suit connection requirements.

These products have been designed and third party certified to UL 486A-486B and CSA C22.2 No. 65, for high quality and reliable crimping. Angled palm to ensure connection can be made with minimal bending of cables. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. Standard stud hole sizes are detailed in the dimension table. Custom stud hole dimensions are available on request.

These products have been designed and third party certified to IEC 61238-1 Class A, for high quality and reliable crimping. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. There is a large inspection window to visually inspect conductor insertion; the inspection window can be removed as an option by adding suffix "X" - Example: 300CHDP112X. Standard stud hole sizes are detailed in the dimension table. Custom stud hole dimensions are available on request. Blank palms available on request; please contact CMP for more information.

These flared entry products have been designed and third party certified to IEC 61238-1 Class A, for high quality and reliable crimping. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. There is a large inspection window to visually inspect conductor insertion; the inspection window can be removed as an option by adding suffix "X" - Example: 300CHDF112X. Standard stud hole sizes are detailed in the dimension table. Custom stud hole dimensions are available on request. Blank palms available on request; please contact CMP for more information.

These products have been designed and third party certified to UL 486A-486B and CSA C22.2 No. 65, for high quality and reliable crimping. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these splice connectors are precisely dimensioned to achieve optimal crimping with suitable conductors. The splice connectors are annealed to enhance durability, minimising risk of fracture. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection.

CMP DIN Copper Compression Splices have been designed to match the dimensions of DIN 46267 for high quality and reliable crimping. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these splice connectors are precisely dimensioned to achieve optimal crimping with suitable conductors. The splice connectors are annealed to enhance durability, minimising risk of fracture. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection.

These products have been designed and third party certified to UL 486A-486B and CSA C22.2 No. 65, for high quality and reliable crimping. Angled palm to ensure connection can be made with minimal bending of cables. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. The centres of the two stud holes are detailed in the dimensional table. Custom stud hole dimensions are available on request.

These products have been designed and third party certified to UL 486A-486B and CSA C22.2 No. 65, for high quality and reliable crimping. Angled palm to ensure connection can be made with minimal bending of cables. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. The centres of the two stud holes are detailed in the dimensional table. Custom stud hole dimensions are available on request.

These products have been designed and third party certified to UL 486A-486B, for high quality and reliable crimping. Narrow palm cable lugs have a contained palm width to ensure a connection can be made in space constrained installations. Angled palm to ensure connection can be made with minimal bending of cables. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. Standard stud hole sizes are detailed in the dimension table. Custom stud hole dimensions are available on request.

These flared entry products have been designed and third party certified to UL 486A-486B and CSA C22.2 No. 65, for high quality and reliable crimping. Long barrel compression cable lugs enable additional crimps, offering increased electrical and mechanical properties. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. No inspection window to prevent moisture ingress for MV and outdoor applications; inspection window can be added as an option - see data sheet CLF2BW. Long, blank palms enable custom stud hole drilling on installation, to suit connection requirements.

These products have been designed and third party certified to UL 486A-486B and CSA C22.2 No. 65, for high quality and reliable crimping. Angled palm to ensure connection can be made with minimal bending of cables. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. Standard stud hole sizes are detailed in the dimension table. Custom stud hole dimensions are available on request.

These flared entry products have been designed and third party certified to UL 486A-486B and CSA C22.2 No. 65, for high quality and reliable crimping. Angled palm to ensure connection can be made with minimal bending of cables. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. Standard stud hole sizes are detailed in the dimension table. Custom stud hole dimensions are available on request.

These flared entry products have been designed and third party certified to UL 486A-486B and CSA C22.2 No. 65, for high quality and reliable crimping. Angled palm to ensure connection can be made with minimal bending of cables. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. Standard stud hole sizes are detailed in the dimension table. Custom stud hole dimensions are available on request.

These flared entry products have been designed and third party certified to IEC 61238-1 Class B, for high quality and reliable crimping. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. There is an inspection window to visually inspect conductor insertion; the inspection window can be removed as an option by adding suffix "X" - Example: 300CSDF112X. Standard stud hole sizes are detailed in the dimension table. Custom stud hole dimensions are available on request. Blank palms available on request; please contact CMP for more information.

These products have been designed and third party certified to UL 486A-486B and CSA C22.2 No. 65, for high quality and reliable crimping. Narrow palm cable lugs have a contained palm width to ensure a connection can be made in space constrained installations. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. There is a large inspection window to visually inspect conductor insertion. The centres of the two stud holes are detailed in the dimensional table. Custom stud hole dimensions are available on request.

These products have been designed and third party certified to UL 486A-486B, for high quality and reliable crimping. Narrow palm cable lugs have a contained palm width to ensure a connection can be made in space constrained installations. Angled palm to ensure connection can be made with minimal bending of cables. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. Standard stud hole sizes are detailed in the dimension table. Custom stud hole dimensions are available on request.

These products have been designed and third party certified to UL 486A-486B and CSA C22.2 No. 65, for high quality and reliable crimping. Narrow palm cable lugs have a contained palm width to ensure a connection can be made in space constrained installations. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. There is a large inspection window to visually inspect conductor insertion. Standard stud hole sizes are detailed in the dimension table. Custom stud hole dimensions are available on request.

These flared entry products have been designed and third party certified to UL 486A-486B and CSA C22.2 No. 65, for high quality and reliable crimping. Long barrel compression cable lugs enable additional crimps, offering increased electrical and mechanical properties. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. No inspection window to prevent moisture ingress for MV and outdoor applications; inspection window can be added as an option - see data sheet CLF1BW. Blank palms enable custom stud hole drilling on installation, to suit connection requirements.

These flared entry products have been designed and third party certified to UL 486A-486B, for high quality and reliable crimping. Narrow palm cable lugs have a contained palm width to ensure a connection can be made in space constrained installations. Angled palm to ensure connection can be made with minimal bending of cables. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. The centres of the two stud holes are detailed in the dimensional table. Custom stud hole dimensions are available on request.

These flared entry products have been designed and third party certified to UL 486A-486B and CSA C22.2 No. 65, for high quality and reliable crimping. Narrow palm cable lugs have a contained palm width to ensure a connection can be made in space constrained installations. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. There is a large inspection window to visually inspect conductor insertion. The centres of the two stud holes are detailed in the dimensional table. Custom stud hole dimensions are available on request.

These flared entry products have been designed and third party certified to UL 486A-486B and CSA C22.2 No. 65, for high quality and reliable crimping. Angled palm to ensure connection can be made with minimal bending of cables. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. The centres of the two stud holes are detailed in the dimensional table. Custom stud hole dimensions are available on request.

These flared entry products have been designed and third party certified to UL 486A-486B and CSA C22.2 No. 65, for high quality and reliable crimping. Angled palm to ensure connection can be made with minimal bending of cables. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. The centres of the two stud holes are detailed in the dimensional table. Custom stud hole dimensions are available on request.

These flared entry products have been designed and third party certified to UL 486A-486B, for high quality and reliable crimping. Narrow palm cable lugs have a contained palm width to ensure a connection can be made in space constrained installations. Angled palm to ensure connection can be made with minimal bending of cables. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. Standard stud hole sizes are detailed in the dimension table. Custom stud hole dimensions are available on request.

These flared entry products have been designed and third party certified to UL 486A-486B, for high quality and reliable crimping. Narrow palm cable lugs have a contained palm width to ensure a connection can be made in space constrained installations. Angled palm to ensure connection can be made with minimal bending of cables. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. Standard stud hole sizes are detailed in the dimension table. Custom stud hole dimensions are available on request.

These flared entry products have been designed and third party certified to UL 486A-486B and CSA C22.2 No. 65, for high quality and reliable crimping. Narrow palm cable lugs have a contained palm width to ensure a connection can be made in space constrained installations. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. There is a large inspection window to visually inspect conductor insertion. Standard stud hole sizes are detailed in the dimension table. Custom stud hole dimensions are available on request.

These flared entry products have been designed and third party certified to UL 486A-486B and CSA C22.2 No. 65, for high quality and reliable crimping. Long barrel compression cable lugs enable additional crimps, offering increased electrical and mechanical properties. Narrow palm cable lugs have a contained palm width to ensure a connection can be made in space constrained installations. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. No inspection window to prevent moisture ingress for MV and outdoor applications; inspection window can be added as an option - see data sheet CLF2-NW. The centres of the two stud holes are detailed in the dimensional table. Custom stud hole dimensions are available on request.

These products have been designed and third party certified to UL 486A-486B and CSA C22.2 No. 65, for high quality and reliable crimping. Long barrel compression cable lugs enable additional crimps, offering increased electrical and mechanical properties. Narrow palm cable lugs have a contained palm width to ensure a connection can be made in space constrained installations. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. No inspection window to prevent moisture ingress for MV and outdoor applications; inspection window can be added as an option - see data sheet CLP2-NW. The centres of the two stud holes are detailed in the dimensional table. Custom stud hole dimensions are available on request.

These flared entry products have been designed and third party certified to UL 486A-486B and CSA C22.2 No. 65, for high quality and reliable crimping. Long barrel compression cable lugs enable additional crimps, offering increased electrical and mechanical properties. Narrow palm cable lugs have a contained palm width to ensure a connection can be made in space constrained installations. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. No inspection window to prevent moisture ingress for MV and outdoor applications; inspection window can be added as an option - see data sheet CLF1-NW. Standard stud hole sizes are detailed in the dimension table. Custom stud hole dimensions are available on request.

These products have been designed and third party certified to UL 486A-486B and CSA C22.2 No. 65, for high quality and reliable crimping. Long barrel compression cable lugs enable additional crimps, offering increased electrical and mechanical properties. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. No inspection window to prevent moisture ingress for MV and outdoor applications; inspection window can be added as an option - see data sheet CLP2BW. Long, blank palms enable custom stud hole drilling on installation, to suit connection requirements.

These products have been designed and third party certified to UL 486A-486B and CSA C22.2 No. 65, for high quality and reliable crimping. Long barrel compression cable lugs enable additional crimps, offering increased electrical and mechanical properties. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. No inspection window to prevent moisture ingress for MV and outdoor applications; inspection window can be added as an option - see data sheet CLP1BW. Blank palms enable custom stud hole drilling on installation, to suit connection requirements.

These products have been designed and third party certified to IEC 61238-1 Class A, for high quality and reliable crimping. Long barrel compression cable lugs enable additional crimps, offering increased electrical and mechanical properties. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. No inspection window to prevent moisture ingress for MV and outdoor applications. Standard stud hole sizes are detailed in the dimension table. Custom stud hole dimensions are available on request.

These products have been designed and third party certified to IEC 61238-1 Class A, for high quality and reliable crimping. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these splice connectors are precisely dimensioned to achieve optimal crimping with suitable conductors. The splice connectors are annealed to enhance durability, minimising risk of fracture. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection.

These flared entry products have been designed and third party certified to IEC 61238-1 Class B, for high quality and reliable crimping. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these splice connectors are precisely dimensioned to achieve optimal crimping with suitable conductors. The splice connectors are annealed to enhance durability, minimising risk of fracture. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection.

These flared entry products have been designed and third party certified to IEC 61238-1 Class B, for high quality and reliable crimping. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. There is an inspection window to visually inspect conductor insertion; the inspection window can be removed as an option by adding suffix "X" - Example: 300CSDF212X. The centres of the two stud holes are detailed in the dimensional table. Custom stud hole dimensions are available on request. Blank palms available on request; please contact CMP for more information.

These flared entry products have been designed and third party certified to IEC 61238-1 Class A, for high quality and reliable crimping. Long barrel compression cable lugs enable additional crimps, offering increased electrical and mechanical properties. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. No inspection window to prevent moisture ingress for MV and outdoor applications. Standard stud hole sizes are detailed in the dimension table. Custom stud hole dimensions are available on request.

These flared entry products have been designed and third party certified to UL 486A-486B and CSA C22.2 No. 65, for high quality and reliable crimping. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. There is a large inspection window to visually inspect conductor insertion. Long, blank palms enable custom stud hole drilling on installation, to suit connection requirements.

These products have been designed and third party certified to IEC 61238-1 Class A, for high quality and reliable crimping. Long barrel compression cable lugs enable additional crimps, offering increased electrical and mechanical properties. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. No inspection window to prevent moisture ingress for MV and outdoor applications. The centres of the two stud holes are detailed in the dimensional table. Custom stud hole dimensions are available on request.

These flared entry products have been designed and third party certified to IEC 61238-1 Class A, for high quality and reliable crimping. Long barrel compression cable lugs enable additional crimps, offering increased electrical and mechanical properties. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. No inspection window to prevent moisture ingress for MV and outdoor applications. The centres of the two stud holes are detailed in the dimensional table. Custom stud hole dimensions are available on request.

These flared entry products have been designed and third party certified to IEC 61238-1 Class A, for high quality and reliable crimping. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these splice connectors are precisely dimensioned to achieve optimal crimping with suitable conductors. The splice connectors are annealed to enhance durability, minimising risk of fracture. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection.

These products have been designed and third party certified to UL 486A-486B and CSA C22.2 No. 65, for high quality and reliable crimping. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. There is a large inspection window to visually inspect conductor insertion. Standard stud hole sizes are detailed in the dimension table. Custom stud hole dimensions are available on request.

These flared entry products have been designed and third party certified to UL 486A-486B and CSA C22.2 No. 65, for high quality and reliable crimping. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. There is a large inspection window to visually inspect conductor insertion. Standard stud hole sizes are detailed in the dimension table. Custom stud hole dimensions are available on request.

These flared entry products have been designed and third party certified to UL 486A-486B and CSA C22.2 No. 65, for high quality and reliable crimping. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. There is a large inspection window to visually inspect conductor insertion. The centres of the two stud holes are detailed in the dimensional table. Custom stud hole dimensions are available on request.

These products have been designed and third party certified to UL 486A-486B and CSA C22.2 No. 65, for high quality and reliable crimping. Long barrel compression cable lugs enable additional crimps, offering increased electrical and mechanical properties. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. No inspection window to prevent moisture ingress for MV and outdoor applications; inspection window can be added as an option - see data sheet CLP1-W. Standard stud hole sizes are detailed in the dimension table. Custom stud hole dimensions are available on request.

These flared entry products have been designed and third party certified to UL 486A-486B and CSA C22.2 No. 65, for high quality and reliable crimping. Long barrel compression cable lugs enable additional crimps, offering increased electrical and mechanical properties. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. No inspection window to prevent moisture ingress for MV and outdoor applications; inspection window can be added as an option - see data sheet CLF1-W. Standard stud hole sizes are detailed in the dimension table. Custom stud hole dimensions are available on request.

These products have been designed and third party certified to UL 486A-486B and CSA C22.2 No. 65, for high quality and reliable crimping. Long barrel compression cable lugs enable additional crimps, offering increased electrical and mechanical properties. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. No inspection window to prevent moisture ingress for MV and outdoor applications; inspection window can be added as an option - see data sheet CLP2-W. The centres of the two stud holes are detailed in the dimensional table. Custom stud hole dimensions are available on request.

These flared entry products have been designed and third party certified to UL 486A-486B and CSA C22.2 No. 65, for high quality and reliable crimping. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these splice connectors are precisely dimensioned to achieve optimal crimping with suitable conductors. The splice connectors are annealed to enhance durability, minimising risk of fracture. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection.

These flared entry products have been designed and third party certified to UL 486A-486B and CSA C22.2 No. 65, for high quality and reliable crimping. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. There is a large inspection window to visually inspect conductor insertion. Blank palms enable custom stud hole drilling on installation, to suit connection requirements.

These products have been designed and third party certified to UL 486A-486B and CSA C22.2 No. 65, for high quality and reliable crimping. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. There is a large inspection window to visually inspect conductor insertion. Long, blank palms enable custom stud hole drilling on installation, to suit connection requirements.

These products have been designed and third party certified to UL 486A-486B and CSA C22.2 No. 65, for high quality and reliable crimping. Long barrel compression cable lugs enable additional crimps, offering increased electrical and mechanical properties. Narrow palm cable lugs have a contained palm width to ensure a connection can be made in space constrained installations. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. No inspection window to prevent moisture ingress for MV and outdoor applications; inspection window can be added as an option - see data sheet CLP1-NW. Standard stud hole sizes are detailed in the dimension table. Custom stud hole dimensions are available on request.

These products have been designed and third party certified to UL 486A-486B, for high quality and reliable crimping. Narrow palm cable lugs have a contained palm width to ensure a connection can be made in space constrained installations. Angled palm to ensure connection can be made with minimal bending of cables. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. There is a standard large inspection window to visually inspect conductor insertion; the inspection window can be removed as an option - contact CMP for more information. The centres of the two stud holes are detailed in the dimensional table. Custom stud hole dimensions are available on request.

These products have been designed and third party certified to UL 486A-486B, for high quality and reliable crimping. Narrow palm cable lugs have a contained palm width to ensure a connection can be made in space constrained installations. Angled palm to ensure connection can be made with minimal bending of cables. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. The centres of the two stud holes are detailed in the dimensional table. Custom stud hole dimensions are available on request.

These flared entry products have been designed and third party certified to UL 486A-486B, for high quality and reliable crimping. Narrow palm cable lugs have a contained palm width to ensure a connection can be made in space constrained installations. Angled palm to ensure connection can be made with minimal bending of cables. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. The centres of the two stud holes are detailed in the dimensional table. Custom stud hole dimensions are available on request.

CMP 12 ton Hexagonal Compression Dies are specifically designed to provide superior electrical and mechanical properties of the crimped product. The hexagonal compression aperture is designed for the most optimal compression ratio of copper compression lugs and splices. These dies suit copper compression lugs and splices from 10 mm² to 400 mm². CMP dies are certified with CMP Connect lugs and splices; they are manufactured from high strength tool steel, ensuring long life and wear resistance. All dies have a black oxide coating, providing a hard wearing corrosion resistance. Clear marking on the front faces makes die selection for the CMP Connect range easy. There is an identification imprint on the internal crimping aperture, which stamps the die index number onto the crimped product for easy inspection.

CMP 120kN / 12 ton ‘U’ Type Compression Dies are specifically designed to provide superior electrical and mechanical properties of the crimped product. The rounded compression aperture is designed for the most optimal compression ratio of copper compression lugs and splices. These dies suit copper compression lugs and splices from 8 AWG to 750 kcmil. CMP dies are certified with CMP Connect lugs and splices; they are manufactured from high strength tool steel, ensuring long life and wear resistance. All dies have a black oxide coating, providing a hard wearing corrosion resistance. Clear marking on the front faces makes die selection for the CMP Connect range easy. There is an identification imprint on the internal crimping aperture, which stamps the die index number onto the crimped product for easy inspection.

These products have been designed and third party certified to UL 486A-486B, for high quality and reliable crimping. Long barrel compression cable lugs enable additional crimps, offering increased electrical and mechanical properties. Manufactured from high conductivity aluminium seamless tubing, these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. Aluminium lug barrels are filled with grease and capped as an extra layer of protection from oxidation. No inspection window as standard to prevent moisture ingress. The centres of the two stud holes are detailed in the dimension table. Custom stud hole dimensions are available on request.

These products have been designed and third party certified to UL 486A-486B, for high quality and reliable crimping. Long barrel compression cable lugs enable additional crimps, offering increased electrical and mechanical properties. Manufactured from high conductivity aluminium seamless tubing, these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. Aluminium lug barrels are filled with grease and capped as an extra layer of protection from oxidation. No inspection window as standard to prevent moisture ingress. Standard stud hole sizes are detailed in the dimension table. Custom stud hole dimensions are available on request.

These products have been designed and third party certified to IEC 61238-1 Class A, for high quality and reliable crimping. Narrow palm cable lugs have a contained palm width to ensure a connection can be made in space constrained installations. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. There is a large inspection window to visually inspect conductor insertion; the inspection window can be removed as an option by adding suffix "X" - Example: 300CHDP112NX. Standard stud hole sizes are detailed in the dimension table. Custom stud hole dimensions are available on request. Blank palms available on request; please contact CMP for more information.

These flared entry products have been designed and third party certified to IEC 61238-1 Class A, for high quality and reliable crimping. Narrow palm cable lugs have a contained palm width to ensure a connection can be made in space constrained installations. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. There is a large inspection window to visually inspect conductor insertion; the inspection window can be removed as an option by adding suffix "X" - Example: 300CHDF112NX. Standard stud hole sizes are detailed in the dimension table. Custom stud hole dimensions are available on request. Blank palms available on request; please contact CMP for more information.

CMP 250kN / 25 ton Hexagonal Compression Dies are specifically designed to provide superior electrical and mechanical properties of the crimped product. The hexagonal compression aperture is designed for the most optimal compression ratio of copper compression lugs and splices. These dies suit copper compression lugs and splices from 240 mm² to 630 mm². CMP dies are certified with CMP Connect lugs and splices; they are manufactured from high strength tool steel, ensuring long life and wear resistance. All dies have a black oxide coating, providing a hard wearing corrosion resistance. Clear marking on the front faces makes die selection for the CMP Connect range easy. There is an identification imprint on the internal crimping aperture, which stamps the die index number onto the crimped product for easy inspection.

CMP 6 ton ‘U’ Type Compression Dies are specifically designed to provide superior electrical and mechanical properties of the crimped product. The rounded compression aperture is designed for the most optimal compression ratio of copper compression lugs and splices. These dies suit copper compression lugs and splices from 8 AWG to 600 kcmil. CMP dies are certified with CMP Connect lugs and splices; they are manufactured from high strength tool steel, ensuring long life and wear resistance. All dies have a black oxide coating, providing a hard wearing corrosion resistance. Clear marking on the front faces makes die selection for the CMP Connect range easy. There is an identification imprint on the internal crimping aperture, which stamps the die index number onto the crimped product for easy inspection.

CMP 6 ton Hexagonal Compression Dies are specifically designed to provide superior electrical and mechanical properties of the crimped product. The hexagonal compression aperture is designed for the most optimal compression ratio of copper compression lugs and splices. These dies suit copper compression lugs and splices from 6 mm² to 300 mm². CMP dies are certified with CMP Connect lugs and splices; they are manufactured from high strength tool steel, ensuring long life and wear resistance. All dies have a black oxide coating, providing a hard wearing corrosion resistance. Clear marking on the front faces makes die selection for the CMP Connect range easy. There is an identification imprint on the internal crimping aperture, which stamps the die index number onto the crimped product for easy inspection.

CMP 45 ton Hexagonal Compression Dies are specifically designed to provide superior electrical and mechanical properties of the crimped product. The hexagonal compression aperture is designed for the most optimal compression ratio of copper compression lugs and splices. These dies suit copper compression lugs and splices from 300 mm² to 1,000 mm². CMP dies are certified with CMP Connect lugs and splices; they are manufactured from high strength tool steel, ensuring long life and wear resistance. All dies have a black oxide coating, providing a hard wearing corrosion resistance. Clear marking on the front faces makes die selection for the CMP Connect range easy. There is an identification imprint on the internal crimping aperture, which stamps the die index number onto the crimped product for easy inspection.

These flared entry products have been designed and third party certified to UL 486A-486B and CSA C22.2 No. 65, for high quality and reliable crimping. Long barrel compression cable lugs enable additional crimps, offering increased electrical and mechanical properties. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. No inspection window to prevent moisture ingress for MV and outdoor application; inspection window can be added as an option - see data sheet CLF2-W. The centres of the two stud holes are detailed in the dimensional table. Custom stud hole dimensions are available on request.

This versatile manual hydraulic crimping tool is designed for crimping cable lugs ranging from 10mm² to 400mm² (#8AWG to 750kcmil) and is compatible with CMP BH & BU crimping dies. It features 360° head rotation for easy manoeuvrability and a double-speed action for fast die advancement towards during operation. A built-in safety valve ensures user safety by bypassing the oil supply when maximum pressure is reached. Available with full CMP die sets on request—contact CMP Products for more information.

This lightweight hydraulic battery-operated crimping tool is perfect for crimping cable lugs ranging from 6mm² to 300mm² (#8AWG to 650kcmil) and is compatible with CMP SBH & SBU crimping dies. Powered by DeWalt 18V Li-Ion batteries, it features 180° head rotation for easy handling and separate advance and release triggers for smooth operation. Its robust plastic housing has a non-slip coating, while an LED panel displays battery charge, cycle compliance, and maintenance alerts. Additional features include a handling ring for a carrying strap or safety cable, built-in LED lighting for better visibility. Additionally, it has a USB connection for dedicated software, enabling analysis and preventative maintenance. Full CMP die sets are available upon request; contact CMP Products for details.

The E1FW range of cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed with a seal on both the inner and the outer sheath.

The E1FW EVO range of cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed with a seal on both the inner and the outer sheath.

These products have been designed and third party certified to IEC 61238-1 Class B, for high quality and reliable crimping. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. There is an inspection window to visually inspect conductor insertion; the inspection window can be removed as an option by adding suffix "X" - Example: 300CSDP112X. Standard stud hole sizes are detailed in the dimension table. Custom stud hole dimensions are available on request. Blank palms available on request; please contact CMP for more information.

These products have been designed and third party certified to IEC 61238-1 Class B, for high quality and reliable crimping. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. There is an inspection window to visually inspect conductor insertion; the inspection window can be removed as an option by adding suffix "X" - Example: 300CSDP212X. The centres of the two stud holes are detailed in the dimensional table. Custom stud hole dimensions are available on request. Blank palms available on request; please contact CMP for more information.

These products have been designed and third party certified to IEC 61238-1 Class B, for high quality and reliable crimping. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these splice connectors are precisely dimensioned to achieve optimal crimping with suitable conductors. The splice connectors are annealed to enhance durability, minimising risk of fracture. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection.

The CMP Cyclone Strap (3STR) is a single/parallel/trefoil/quad composite intermediate restraint, designed and tested in accordance with IEC 61914. Manufactured from 316L Stainless Steel with Low Smoke & Fume, Zero Halogen (LSF0H), Phosphorus free polymeric liners to protect the cable sheath. Intermediate restraints are cable retaining devices that can be used in conjunction with fixed cable cleats; they hold the cables together in formation, in order to provide resistance to electromechanical forces. Using intermediate restraints between each cable cleat reduces installation time and cost when compared to alternative cleat only systems for use in trefoil or quad formations. CMP has tested the Cyclone intermediate strap range in accordance to IEC 61914 and is certified to offer these for use with any CMP trefoil cable cleats at suitable peak fault levels.

The CMP Mercury is a quad composite cable cleat, designed and tested in accordance with IEC 61914. Manufactured from 316L Stainless Steel with Low Smoke & Fume, Zero Halogen (LSF0H), Phosphorus free polymeric liners to protect the cable sheath. The cleat is designed to accept four cables of the same size, for example three phase power cables plus a neutral cable. The cable cleat has been designed and tested for high short circuit fault withstand on cables held in quad formation, to ensure the securing and retention of cables without cable damage. The two M10 and one M12 fixing clearance holes in the base allows versatility of fixing the cleat to the mounting structure.

The A2 range of cable glands are for use in heavy duty applications in Industrial Areas (Safe Areas). Designed with a single seal on the cable outer sheath.

The A2e100 range of cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed to comply 100% with the requirements of IEC 60079-0. For use in Ex applications where external clamping of the cable is not practical or desireable.

The A2-FL range of cable glands are for use in heavy duty applications in Industrial Areas (Safe Areas). Designed for cables with pre-installed lugs, allowing the lug to be passed through the gland without any disassembly.

The A2EC-FL range of cable glands are for use in heavy duty applications in Industrial Areas (Safe Areas). Designed for cables with pre-installed lugs, allowing the lug to be passed through the gland without any disassembly. Includes an external integral cable clamp.

The A2F range of cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed with a single seal on the cable outer sheath.

The A2F100 range of cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed to comply 100% with the requirements of IEC 60079-0. For use in Ex applications where external clamping of the cable is not practical or desireable.

The A2F100HC range of cable glands are for use in heavy duty applications in Industrial Areas (Safe Areas). Designed to provide superior cable retention and strain relief, this range includes a hose connection for cable housed in protective hose.

The A2-FF range of cable glands are for use in heavy duty applications in Industrial Areas (Safe Areas). Designed for flat form / heat trace applications.

The A2FFC range of cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed with a single seal on the cable outer sheath.

The A2F-FF range of cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed with a single seal on the cable outer sheath.

The A2FHT range of cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed for high temperature applications.

The A2FRC range of cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed with a single seal on the cable outer sheath.

The A2HT range of cable glands are for use in heavy duty applications in Industrial Areas (Safe Areas). Designed for high temperature applications.

The A2RC range of cable glands are for use in heavy duty applications in Industrial Areas (Safe Areas). Designed with a single seal on the cable outer sheath.

The A2 SOLO range of LSF cable cable gland kits are for use in heavy duty applications in Industrial Areas (Safe Areas). Designed for low smoke and fume applications. LUL (London Underground) Approved.

The B323 range of cable glands are for use in heavy duty applications in Industrial Areas (Safe Areas). Designed to be insulated from the equipment to enable zoning of earthed neutral systems and eliminate circulating currents. Includes external high current capacity earth connection.

The B324 range of cable glands are for use in heavy duty applications in Industrial Areas (Safe Areas). Designed to be insulated from the equipment to enable zoning of earthed neutral systems and eliminate circulating currents. Includes external high current capacity earth connection.

The B327 range of cable glands are for use in heavy duty applications in Industrial Areas (Safe Areas). Designed to be insulated from the equipment to enable zoning of earthed neutral systems and eliminate circulating currents. Includes external high current capacity earth connection.

The B347 range of cable glands are for use in heavy duty applications in Industrial Areas (Safe Areas). Designed to be insulated from the equipment to enable zoning of earthed neutral systems and eliminate circulating currents.

The B348 range of cable glands are for use in heavy duty applications in Industrial Areas (Safe Areas). Designed to be insulated from the equipment to enable zoning of earthed neutral systems and eliminate circulating currents.

The B350 range of cable glands are for use in heavy duty applications in Industrial Areas (Safe Areas). Designed to be insulated from the equipment to enable zoning of earthed neutral systems and eliminate circulating currents.

The B367 range of cable glands are for use in heavy duty applications in Industrial Areas (Safe Areas). Designed to be insulated from the equipment to enable zoning of earthed neutral systems and eliminate circulating currents. Includes external high current capacity earth connection.

The B368 range of cable glands are for use in heavy duty applications in Industrial Areas (Safe Areas). Designed to be insulated from the equipment to enable zoning of earthed neutral systems and eliminate circulating currents.

The BW range of cable glands are for use in heavy duty applications in Industrial Areas (Safe Areas). Designed generally for indoor areas as no sealing protection is provided for the cable.

The BWL range of cable glands are for use in heavy duty applications in Industrial Areas (Safe Areas). Designed generally for indoor areas as no sealing protection is provided for the cable.

The BW CIEL range of cable glands are for use in heavy duty applications in Industrial Areas (Safe Areas). Designed with an external high current capacity earth connection.

The BW SOLO range of LSF cable cable gland kits are for use in heavy duty applications in Industrial Areas (Safe Areas). Designed for low smoke and fume applications. LUL (London Underground) Approved.

The C2K range of cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed with a single seal on the cable outer sheath and an integral protected deluge seal.

The C2KGP range of cable glands are for use in heavy duty applications in Industrial Areas (Safe Areas). Designed with a single seal on the cable outer sheath and an integral protected deluge seal.

The C2KHT range of cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed for high temperature applications with a single seal on the cable outer sheath and an integral protected deluge seal.

The C2KX range of cable glands are for use in heavy duty applications in Hazardous (Classified) Locations. Designed with a single seal on the cable outer sheath and an integral protected deluge seal.

The CW range of cable glands are for use in heavy duty applications in Industrial Areas (Safe Areas). Designed with a single seal on the cable outer sheath.

The CW CIEL range of cable glands are for use in heavy duty applications in Industrial Areas (Safe Areas). Designed with an external high current capacity earth connection.

The CWe range of cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed with a single seal on the cable outer sheath.

The CWHT range of cable glands are for use in heavy duty applications in Industrial Areas (Safe Areas). Designed for high temperature applications.

The E1W SOLO range of LSF cable cable gland kits are for use in heavy duty applications in Industrial Areas (Safe Areas). Designed for low smoke and fume applications. LUL (London Underground) Approved.

The CX range of cable glands are for use in heavy duty applications in Industrial Areas (Safe Areas). Designed with a single seal on the cable outer sheath.

The CXe range of cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed with a single seal on the cable outer sheath.

The CXHT range of cable glands are for use in heavy duty applications in Industrial Areas (Safe Areas). Designed for high temperature applications.

The CXT range of cable glands are for use in heavy duty applications in Industrial Areas (Safe Areas). Designed with a single seal on the cable outer sheath.

The E1FU range of cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed with a seal on both the inner and the outer sheath.

The E1FX range of cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed with a seal on both the inner and the outer sheath.

The E1U range of cable glands are for use in heavy duty applications in Industrial Areas (Safe Areas). Designed with a seal on both the inner and the outer sheath.

The E1UHT range of cable glands are for use in heavy duty applications in Industrial Areas (Safe Areas). Designed for high temperature applications.

The E1W range of cable glands are for use in heavy duty applications in Industrial Areas (Safe Areas). For all types of Steel and Aluminium Wire Armoured cables. Designed with a seal on both the inner and the outer sheath.

The E1W CIEL range of cable glands are for use in heavy duty applications in Industrial Areas (Safe Areas). Designed with an external high current capacity earth connection.

The E1W SOLO range of LSF cable cable gland kits are for use in heavy duty applications in Industrial Areas (Safe Areas). Designed for low smoke and fume applications. LUL (London Underground) Approved.

The E1X range of cable glands are for use in heavy duty applications in Industrial Areas (Safe Areas). Designed with a seal on both the inner and the outer sheath.

The E2FU range of cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed with a seal on both the inner and the outer sheath.

The E2FW range of cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed with a seal on both the inner and the outer sheath.

The E2FX range of cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed with a seal on both the inner and the outer sheath.

The E2U range of cable glands are for use in heavy duty applications in Industrial Areas (Safe Areas). Designed with a seal on both the inner and the outer sheath.

The E2W range of cable glands are for use in heavy duty applications in Industrial Areas (Safe Areas). Designed with a seal on both the inner and the outer sheath.

The E2W CIEL range of cable glands are for use in heavy duty applications in Industrial Areas (Safe Areas). Designed with an external high current capacity earth connection.

The E2X range of cable glands are for use in heavy duty applications in Industrial Areas (Safe Areas). Designed with a seal on both the inner and the outer sheath.

The PX2K range of compound barrier cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed to prevent gas, vapour or fluid from migrating through a cable, or else prevent flame transmission from a Flameproof type ‘d’ enclosure, as determined by IEC 60079-14

The PX2KVAR range of compound barrier cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed to prevent gas, vapour or fluid from migrating through a cable, or else prevent flame transmission from a Flameproof type ‘d’ enclosure, as determined by IEC 60079-14

The PX2KREXVAR range of RapidEx barrier cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed to prevent gas, vapour or fluid from migrating through a cable, or else prevent flame transmission from a Flameproof type ‘d’ enclosure, as determined by IEC 60079-14. The RapidEx liquid pour sealing system enhances reliability, reduces risk and significantly reduces curing time.

The PX2KPB range of compound barrier cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed to prevent gas, vapour or fluid from migrating through a cable, or else prevent flame transmission from a Flameproof type ‘d’ enclosure, as determined by IEC 60079-14

The PX2KW range of compound barrier cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed to prevent gas, vapour or fluid from migrating through a cable, or else prevent flame transmission from a Flameproof type ‘d’ enclosure, as determined by IEC 60079-14

The PX2KWREX range of RapidEx barrier cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed to prevent gas, vapour or fluid from migrating through a cable, or else prevent flame transmission from a Flameproof type ‘d’ enclosure, as determined by IEC 60079-14. The RapidEx liquid pour sealing system enhances reliability, reduces risk and significantly reduces curing time.

The PX2KX range of compound barrier cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed to prevent gas, vapour or fluid from migrating through a cable, or else prevent flame transmission from a Flameproof type ‘d’ enclosure, as determined by IEC 60079-14

The PX2KXREX range of RapidEx barrier cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed to prevent gas, vapour or fluid from migrating through a cable, or else prevent flame transmission from a Flameproof type ‘d’ enclosure, as determined by IEC 60079-14. The RapidEx liquid pour sealing system enhances reliability, reduces risk and significantly reduces curing time.

The PXRC range of compound barrier cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed to prevent gas, vapour or fluid from migrating through a cable, or else prevent flame transmission from a Flameproof type ‘d’ enclosure, as determined by IEC 60079-14

The PXRCREX range of RapidEx barrier cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed to prevent gas, vapour or fluid from migrating through a cable, or else prevent flame transmission from a Flameproof type ‘d’ enclosure, as determined by IEC 60079-14. The RapidEx liquid pour sealing system enhances reliability, reduces risk and significantly reduces curing time.

The PXSS2K range of compound barrier cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed to prevent gas, vapour or fluid from migrating through a cable, or else prevent flame transmission from a Flameproof type ‘d’ enclosure, as determined by IEC 60079-14

The PXSS2KREX range of cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed to prevent gas, vapour or fluid from migrating through a cable, or else prevent flame transmission from a Flameproof type ‘d’ enclosure, as determined by IEC 60079-14. The RapidEx liquid pour sealing system enhances reliability, reduces risk and significantly reduces curing time.

The PX222KHCREX range of RapidEx barrier cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed to prevent gas, vapour or fluid from migrating through a cable, or else prevent flame transmission from a Flameproof type ‘d’ enclosure, as determined by IEC 60079-14. The RapidEx liquid pour sealing system enhances reliability, reduces risk and significantly reduces curing time.

The RA2e range of cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed with an integral O-ring interface seal as standard.

The RA2e100 range of cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed to comply 100% with the requirements of IEC 60079-0. For use in Ex applications where external clamping of the cable is not practical or desireable. Supplied with an integral O-ring interface seal.

The Sentinel range of corrosion shields are for use in heavy duty applications in Harsh Corrosive Environments with TMC2 & TM2CX cable glands. Designed to offer long term reliability of cable terminations, this range helps extend the life span of cable glands.

The SS2K range of cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed with a seal on both the inner and the outer sheath, or a double seal on the cable outer sheath.

The SS2KGP range of cable glands are for use in heavy duty applications in Industrial Areas (Safe Areas). Designed with a seal on both the inner and the outer sheath, or a double seal on the cable outer sheath.

The SS2KGPPB range of cable glands are for use in heavy duty applications in Industrial Areas (Safe Areas). Designed with a seal on both the inner and the outer sheath.

The SS2KHT range of cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed for high temperature applications.

The SS2KPB range of cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed with a seal on both the inner and the outer sheath.

The SS2KTA range of cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed with a seal on both the inner and the outer sheath.

The Triton CDS range of cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed with a unique compensating displacement seal (CDS) to reduce the effects of coldflow.

The Triton CDS range of cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed with a unique compensating displacement seal (CDS) to reduce the effects of coldflow.

The T3CDSHT range of cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed for use in high temperatures with a unique compensating displacement seal (CDS) to reduce the effects of coldflow.

The Triton CDS PB range of cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed with a unique compensating displacement seal (CDS) to reduce the effects of coldflow.

The Triton CDS range of cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed with a unique compensating displacement seal (CDS) to reduce the effects of coldflow.

The Triton CDS range of cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed with a unique compensating displacement seal (CDS) to reduce the effects of coldflow.

The Triton CDS range of cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed with a unique compensating displacement seal (CDS) to reduce the effects of coldflow.

The Triton CDS range of cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed with a unique compensating displacement seal (CDS) to reduce the effects of coldflow.

The Triton CDS range of cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed with a unique compensating displacement seal (CDS) to reduce the effects of coldflow.

The TC range of cable glands are for use in heavy duty applications in Hazardous (Classified) Locations. Designed with integral O-ring seal.

The TE1FU range of cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed with a unique compensating displacement seal (CDS) to reduce the effects of coldflow. Constructed from Stainless Steel for a more compact design.

The TE1FUPB range of cable glands are for use in heavy duty applications in Explosive Atmospheres. Designed with a unique compensating displacement seal (CDS) to reduce the effects of coldflow. Constructed from Stainless Steel for a more compact design.

The TMC range of cable glands are for use in heavy duty applications in Hazardous (Classified) Locations. Designed for a simple, sequential installation process

The TMC2 range of cable glands are for use in heavy duty applications in Hazardous (Classified) Locations. Designed for a simple, sequential installation process

The TMC2X range of RapidEx barrier cable glands are for use in heavy duty applications in Hazardous (Classified) Locations. Designed to prevent gas, vapor or fluid from migrating through a cable, or else prevent flame transmission from an explosion-proof Ex d enclosure. The RapidEx liquid pour sealing system enhances reliability, reduces risk and significantly reduces curing time.

The TMCX range of compound barrier cable glands are for use in heavy duty applications in Hazardous (Classified) Locations. Designed to prevent gas, vapor or fluid from migrating through a cable, or else prevent flame transmission from an explosion-proof Ex d enclosure.

The TSM range of cable glands are for use in medium / heavy duty applications in Industrial Areas (Safe Areas). Designed to provide superior cable retention and strain relief.

The TSZ range of cable glands are for use in medium / heavy duty applications in Industrial Areas (Safe Areas). Designed to provide superior EMC performance, this range also provides superior cable retention and strain relief.

The TSX range of cable glands are for use in medium / heavy duty applications in Industrial Areas (Safe Areas). Designed to provide superior cable retention and strain relief, and designed in accordance with DIN 89345.

The TSMe range of cable glands are for use in medium / heavy duty applications in Explosive Atmospheres. Designed to provide superior cable retention and strain relief.

The TSZe range of cable glands are for use in medium / heavy duty applications in Explosive Atmospheres. Designed to provide superior EMC performance, this range also provides superior cable retention and strain relief.

The CG range of Cord Grip Cable Connectors are for use in heavy duty applications Designed for installations in accordance with the NEC and CEC. Its wide sealing range reduces the need for multiple connector sizes to cover a varied range of cables.

The A2F range of cable glands are for use in heavy duty applications in Hazardous (Classified) Locations. Designed with a single seal on the cable outer sheath.

The MA/FT, MA/B range of flanged adaptors are for use in heavy duty applications in Explosive Atmospheres. Designed to provide a conversion from a spigot entry to a threaded entry.

These flared entry products have been designed and third party certified to IEC 61238-1 Class A, for high quality and reliable crimping. Narrow palm cable lugs have a contained palm width to ensure a connection can be made in space constrained installations. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. No inspection window to prevent moisture ingress for outdoor applications; inspection window can be added as an option - see data sheet CHDF1-N Standard stud hole sizes are detailed in the dimension table. Custom stud hole dimensions are available on request.

These products have been designed and third party certified to IEC 61238-1 Class A, for high quality and reliable crimping. Long barrel compression cable lugs enable additional crimps, offering increased electrical and mechanical properties. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. There is a large inspection window to visually inspect conductor insertion; the inspection window can be removed as an option - see data sheet CHLP2. The centres of the two stud holes are detailed in the dimensional table. Custom stud hole dimensions are available on request.

These flared entry products have been designed and third party certified to IEC 61238-1 Class A, for high quality and reliable crimping. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. No inspection window to prevent moisture ingress for outdoor applications; inspection window can be added as an option - see data sheet CHDF2. The centres of the two stud holes are detailed in the dimensional table. Custom stud hole dimensions are available on request.

These products have been designed and third party certified to UL 486A-486B, for high quality and reliable crimping. Long barrel compression cable lugs enable additional crimps, offering increased electrical and mechanical properties. Narrow palm cable lugs have a contained palm width to ensure a connection can be made in space constrained installations. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. There is a large inspection window to visually inspect conductor insertion; the inspection window can be removed as an option - see data sheet CLP2-N. The centres of the two stud holes are detailed in the dimensional table. Custom stud hole dimensions are available on request.

These flared entry products have been designed and third party certified to IEC 61238-1 Class A, for high quality and reliable crimping. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. No inspection window to prevent moisture ingress for outdoor applications; inspection window can be added as an option - see data sheet CHDF1. Standard stud hole sizes are detailed in the dimension table. Custom stud hole dimensions are available on request.

These products have been designed and third party certified to IEC 61238-1 Class A, for high quality and reliable crimping. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. No inspection window to prevent moisture ingress for outdoor applications; inspection window can be added as an option - see data sheet CHDP1. Standard stud hole sizes are detailed in the dimension table. Custom stud hole dimensions are available on request.

These products have been designed and third party certified to IEC 61238-1 Class A, for high quality and reliable crimping. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. No inspection window to prevent moisture ingress for outdoor applications; inspection window can be added as an option - see data sheet CHDP2. The centres of the two stud holes are detailed in the dimensional table. Custom stud hole dimensions are available on request.

These products have been designed and third party certified to IEC 61238-1 Class A, for high quality and reliable crimping. Long barrel compression cable lugs enable additional crimps, offering increased electrical and mechanical properties. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. There is a large inspection window to visually inspect conductor insertion; the inspection window can be removed as an option - see data sheet CHLP1. Standard stud hole sizes are detailed in the dimension table. Custom stud hole dimensions are available on request.

These flared entry products have been designed and third party certified to IEC 61238-1 Class A, for high quality and reliable crimping. Long barrel compression cable lugs enable additional crimps, offering increased electrical and mechanical properties. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. There is a large inspection window to visually inspect conductor insertion; the inspection window can be removed as an option - see data sheet CHLF1. Standard stud hole sizes are detailed in the dimension table. Custom stud hole dimensions are available on request.

These flared entry products have been designed and third party certified to IEC 61238-1 Class A, for high quality and reliable crimping. Long barrel compression cable lugs enable additional crimps, offering increased electrical and mechanical properties. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. There is a large inspection window to visually inspect conductor insertion; the inspection window can be removed as an option - see data sheet CHLF2. The centres of the two stud holes are detailed in the dimensional table. Custom stud hole dimensions are available on request.

These products have been designed and third party certified to IEC 61238-1 Class A, for high quality and reliable crimping. Narrow palm cable lugs have a contained palm width to ensure a connection can be made in space constrained installations. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. No inspection window to prevent moisture ingress for outdoor applications; inspection window can be added as an option - see data sheet CHDP1-N. Standard stud hole sizes are detailed in the dimension table. Custom stud hole dimensions are available on request.

These products have been designed and third party certified to UL 486A-486B, for high quality and reliable crimping. Long barrel compression cable lugs enable additional crimps, offering increased electrical and mechanical properties. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. There is a large inspection window to visually inspect conductor insertion; the inspection window can be removed as an option - see data sheet CLP1. Standard stud hole sizes are detailed in the dimension table. Custom stud hole dimensions are available on request.

These flared entry products have been designed and third party certified to UL 486A-486B, for high quality and reliable crimping. Long barrel compression cable lugs enable additional crimps, offering increased electrical and mechanical properties. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. There is a large inspection window to visually inspect conductor insertion; the inspection window can be removed as an option - see data sheet CLF1. Standard stud hole sizes are detailed in the dimension table. Custom stud hole dimensions are available on request.

These products have been designed and third party certified to UL 486A-486B, for high quality and reliable crimping. Long barrel compression cable lugs enable additional crimps, offering increased electrical and mechanical properties. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. There is a large inspection window to visually inspect conductor insertion; the inspection window can be removed as an option - see data sheet CLP2. The centres of the two stud holes are detailed in the dimensional table. Custom stud hole dimensions are available on request.

These flared entry products have been designed and third party certified to UL 486A-486B, for high quality and reliable crimping. Long barrel compression cable lugs enable additional crimps, offering increased electrical and mechanical properties. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. There is a large inspection window to visually inspect conductor insertion; the inspection window can be removed as an option - see data sheet CLF2. The centres of the two stud holes are detailed in the dimensional table. Custom stud hole dimensions are available on request.

These products have been designed and third party certified to UL 486A-486B, for high quality and reliable crimping. Long barrel compression cable lugs enable additional crimps, offering increased electrical and mechanical properties. Narrow palm cable lugs have a contained palm width to ensure a connection can be made in space constrained installations. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. There is a large inspection window to visually inspect conductor insertion; the inspection window can be removed as an option - see data sheet CLP1-N. Standard stud hole sizes are detailed in the dimension table. Custom stud hole dimensions are available on request.

These products have been designed and third party certified to UL 486A-486B, for high quality and reliable crimping. Long barrel compression cable lugs enable additional crimps, offering increased electrical and mechanical properties. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. There is a large inspection window to visually inspect conductor insertion; the inspection window can be removed as an option - see data sheet CLP1B. Blank palms enable custom stud hole drilling on installation, to suit connection requirements.

These flared entry products have been designed and third party certified to UL 486A-486B, for high quality and reliable crimping. Long barrel compression cable lugs enable additional crimps, offering increased electrical and mechanical properties. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. There is a large inspection window to visually inspect conductor insertion; the inspection window can be removed as an option - see data sheet CLF1B. Blank palms enable custom stud hole drilling on installation, to suit connection requirements.

These flared entry products have been designed and third party certified to UL 486A-486B, for high quality and reliable crimping. Long barrel compression cable lugs enable additional crimps, offering increased electrical and mechanical properties. Narrow palm cable lugs have a contained palm width to ensure a connection can be made in space constrained installations. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. There is a large inspection window to visually inspect conductor insertion; the inspection window can be removed as an option - see data sheet CLF1-N. Standard stud hole sizes are detailed in the dimension table. Custom stud hole dimensions are available on request.

These products have been designed and third party certified to UL 486A-486B, for high quality and reliable crimping. Long barrel compression cable lugs enable additional crimps, offering increased electrical and mechanical properties. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. There is a large inspection window to visually inspect conductor insertion; the inspection window can be removed as an option - see data sheet CLP2B. Longer, blank palms enable custom stud hole drilling on installation, to suit connection requirements.

These flared entry products have been designed and third party certified to UL 486A-486B, for high quality and reliable crimping. Long barrel compression cable lugs enable additional crimps, offering increased electrical and mechanical properties. Narrow palm cable lugs have a contained palm width to ensure a connection can be made in space constrained installations. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. There is a large inspection window to visually inspect conductor insertion; the inspection window can be removed as an option - see data sheet CLF2-N. The centres of the two stud holes are detailed in the dimensional table. Custom stud hole dimensions are available on request.

These flared entry products have been designed and third party certified to UL 486A-486B, for high quality and reliable crimping. Long barrel compression cable lugs enable additional crimps, offering increased electrical and mechanical properties. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. There is a large inspection window to visually inspect conductor insertion; the inspection window can be removed as an option - see data sheet CLF2B. Longer, blank palms enable custom stud hole drilling on installation, to suit connection requirements.

These products have been designed and third party certified to IEC 61238-1 Class B, for high quality and reliable crimping. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. No inspection window to prevent moisture ingress for outdoor applications; inspection window can be added as an option - see data sheet CSDP1. Standard stud hole sizes are detailed in the dimension table. Custom stud hole dimensions are available on request.

These products have been designed and third party certified to IEC 61238-1 Class B, for high quality and reliable crimping. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. No inspection window to prevent moisture ingress for outdoor applications; inspection window can be added as an option - see data sheet CSDP2. The centres of the two stud holes are detailed in the dimensional table. Custom stud hole dimensions are available on request.

These flared entry products have been designed and third party certified to IEC 61238-1 Class B, for high quality and reliable crimping. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. No inspection window to prevent moisture ingress for outdoor applications; inspection window can be added as an option - see data sheet CSDF1. Standard stud hole sizes are detailed in the dimension table. Custom stud hole dimensions are available on request.

These flared entry products have been designed and third party certified to IEC 61238-1 Class B, for high quality and reliable crimping. Manufactured from high purity, oxygen-free, seamless copper tube (C110/CW009A), these cable lugs are precisely dimensioned to achieve optimal crimping with suitable conductors. The lugs are annealed to enhance durability, minimising risk of fracture between the palm and barrel. The tin coating ensures corrosion and oxidation resistance, ensuring maximum efficiency of the connection. No inspection window to prevent moisture ingress for outdoor applications; inspection window can be added as an option - see data sheet CSDF2. The centres of the two stud holes are detailed in the dimensional table. Custom stud hole dimensions are available on request.

The CMP Huron is a trefoil composite cable cleat, designed and tested in accordance with IEC 61914. Manufactured from 5000 Series Aluminium with Low Smoke & Fume, Zero Halogen (LSF0H), Phosphorus free polymeric liners to protect the cable sheath. The lightweight design results in a product that reduces the static loads applied to a support structure. The fully opening hinge allows the cable cleat to be opened wide for easy cable installation, and the single closing fixture with captive bolt ensures a quick installation. The three M10 fixing clearance holes in the base allows versatility of fixing the cleat to the mounting structure.

The CMP Cyclone I High Temperature is a single/parallel/trefoil composite cable cleat, designed and tested in accordance with IEC 61914. Manufactured from 5000 Series Aluminium, 316L Stainless Steel Strap with high temperature resistant Low Smoke & Fume (LSF) polymeric liners to protect the cable sheath and enable the cable cleat to withstand temperatures of -50°C to +90°C during normal operation. The cable cleat design caters for a wide range of miscellaneous cable shapes and formations. The Cyclone product has an exceptional overlapping cable acceptance range and provides the end user more flexibility in comparison to more rigid cable cleats on the market. Each cleat is capable of securing various cable formations, such as single cable (multicore), single cable in parallel formation or three cables in trefoil formation. The three M10 fixing clearance holes in the base allows versatility of fixing the cleat to the mounting structure.

The CMP Emerald is a single composite cable cleat, designed and tested in accordance with IEC 61914. Manufactured from 316L Stainless Steel with Low Smoke & Fume, Zero Halogen (LSF0H), Phosphorus free polymeric liners to protect the cable sheath. The top opening is designed to fit more cleats installed side-by-side. Flexible materials allow a wide opening for easy cable installation and the cleat is easily formed around the cables for closure. The three M10 fixing clearance holes in the base allows versatility of fixing the cleat to the mounting structure.

The CMP Sovereign High Temperature is a trefoil composite cable cleat, designed and tested in accordance with IEC 61914. Manufactured from 316L Stainless Steel with high temperature resistant Low Smoke & Fume, Zero Halogen (LSF0H), Phosphorus free polymeric liners to protect the cable sheath. The cable cleat has been designed and tested for high short circuit fault withstand on cables held in trefoil formation, to ensure the securing and retention of cables without cable damage. The fully opening hinge allows the cable cleat to be opened wide for easy cable installation, and the single closing fixture with captive bolt ensures a quick installation. A high temperature resistant polymer has been used for the liners, enabling the cable cleat to withstand temperatures of -60°C to +130°C during normal operation. The two M10 and one M12 fixing clearance holes in the base allows versatility of fixing the cleat to the mounting structure.

The CMP Sapphire is a single composite cable cleat, designed and tested in accordance with IEC 61914. Manufactured from 316L Stainless Steel with Low Smoke & Fume, Zero Halogen (LSF0H), Phosphorus free polymeric liners to protect the cable sheath. The cable cleat has been designed and tested for high short circuit fault withstand on cables held in single, parallel/flat formation, to ensure the securing and retention of cables without cable damage. The fully opening hinge allows the cable cleat to be opened wide for easy cable installation, and the single closing fixture with captive bolt ensures a quick installation. The two M10 and one M12 fixing clearance holes in the base allows versatility of fixing the cleat to the mounting structure.

The CMP Sabre (LUL) is a single non-metallic (polymeric) cable cleat, designed and tested in accordance with IEC 61914. Manufactured from Injection Moulded, Low Smoke & Fume, Zero Halogen (LSF0H) and Phosphorus Free, LUL Approved Polymer. Due to its unique twin arc internal profile, this product exhibits excellent cable retention, limiting both axial and lateral cable movement. The single fixing design provides quick and easy installation in any orientation the cable route may take. There is one M10 clearance hole for versatile fixing of the cable cleat.

The CMP Titan is a trefoil composite cable cleat, designed and tested in accordance with IEC 61914. Manufactured from 316L Stainless Steel with Low Smoke & Fume, Zero Halogen (LSF0H), Phosphorus free polymeric winged liners to protect the cable sheath. The inclusion of a curved saddle provides greater contact area between the cable and cleat, which reduces side wall pressure on the cable, at enlarged cable cleat fixing centres. The liners are moulded with winged edges to offer greater protection against damage to the cable. The two M16 fixing clearance holes and pivoting base allows versatility during installation and operation.

The CMP Everest (Slide) is a trefoil composite cable cleat, designed and tested in accordance with IEC 61914. Manufactured from 316L Stainless Steel with Low Smoke & Fume, Zero Halogen (LSF0H), Phosphorus free polymeric winged liners to protect the cable sheath. The sliding base design enables controlled lateral movement of the cables, as a way to reduce thermo-mechanical forces on both the cable cleats and the supporting structure. The liners are moulded with winged edges to offer greater protection against damage to the cable. Two M16 clearance holes provide a secure connection; project specific fixing hole pitches are available - contact CMP for further information.

The CMP Cyclone II is a single/parallel/trefoil composite cable cleat, designed and tested in accordance with IEC 61914. Manufactured from 316L Stainless Steel base and Strap with Low Smoke & Fume, Zero Halogen (LSF0H), Phosphorus free polymeric liners to protect the cable sheath. The cable cleat design caters for a wide range of miscellaneous cable shapes and formations. The Cyclone product has an exceptional overlapping cable acceptance range and provides the end user more flexibility in comparison to more rigid cable cleats on the market. Each cleat is capable of securing various cable formations, such as single cable (multicore), single cable in parallel formation or three cables in trefoil formation. The two M10 and one M12 fixing clearance holes in the base allows versatility of fixing the cleat to the mounting structure.

The CMP Conqueror is a trefoil composite cable cleat, designed and tested in accordance with IEC 61914. Manufactured from 316L Stainless Steel with Low Smoke & Fume, Zero Halogen (LSF0H), Phosphorus free polymeric liners to protect the cable sheath. The cable cleat offers a large cable diameter acceptance range due its unique hinge design, which reduces the number of different size cleats required for an installation. The cable cleat has been designed and tested for high short circuit fault withstand on cables held in trefoil formation, to ensure the securing and retention of cables without cable damage. The two M10 and one M12 fixing clearance holes in the base allows versatility of fixing the cleat to the mounting structure.

The CMP Conqueror High Temperature is a trefoil composite cable cleat, designed and tested in accordance with IEC 61914. Manufactured from 316L Stainless Steel with Low Smoke & Fume, Zero Halogen (LSF0H), Phosphorus free polymeric liners to protect the cable sheath. The cable cleat offers a large cable diameter acceptance range due its unique hinge design, which reduces the number of different size cleats required for an installation. The cable cleat has been designed and tested for high short circuit fault withstand on cables held in trefoil formation, to ensure the securing and retention of cables without cable damage. A high temperature resistant polymer has been used for the liners, enabling the cable cleat to withstand temperatures of -60°C to +130°C during normal operation. The two M10 and one M12 fixing clearance holes in the base allows versatility of fixing the cleat to the mounting structure.

The CMP Patriot High Temperature is a trefoil composite cable cleat, designed and tested in accordance with IEC 61914. Manufactured from 316L Stainless Steel with high temperature resistant Low Smoke & Fume, Zero Halogen (LSF0H), Phosphorus free polymeric liners to protect the cable sheath. The fully opening hinge allows the cable cleat to be opened wide for easy cable installation, and the single closing fixture with captive bolt ensures a quick installation. A high temperature resistant polymer has been used for the liners, enabling the cable cleat to withstand temperatures of -60°C to +130°C during normal operation. The three M10 fixing clearance holes in the base allows versatility of fixing the cleat to the mounting structure.

The CMP Patriot Hingeless is a trefoil composite cable cleat, designed and tested in accordance with IEC 61914. Manufactured from 316L Stainless Steel with Low Smoke & Fume, Zero Halogen (LSF0H), Phosphorus free polymeric liners to protect the cable sheath. Wide opening of the mouth of the cable cleat enables easy cable installation and flexible materials means the cleat is easily formed around the cables for closure. The product has been designed to reduce the width of the installations, so that more products can be installed side-by-side on a ladder rung. The two M10 and one M12 fixing clearance holes in the base allows versatility of fixing the cleat to the mounting structure.

The CMP Saturn High Temperature is a quad composite cable cleat, designed and tested in accordance with IEC 61914. Manufactured from 316L Stainless Steel with high temperature resistant Low Smoke & Fume, Zero Halogen (LSF0H), Phosphorus free polymeric liners to protect the cable sheath. The cleat is designed to accept four cables of the same size, for example three phase power cables plus a neutral cable. The top opening is designed to fit more cleats installed side-by-side. Flexible materials allow a wide opening for easy cable installation and the cleat is easily formed around the cables for closure. A high temperature resistant polymer has been used for the liners, enabling the cable cleat to withstand temperatures of -60°C to +130°C during normal operation. The three M10 fixing clearance holes in the base allows versatility of fixing the cleat to the mounting structure.

The CMP Patriot (IR) is a trefoil composite intermediate restraint, designed and tested in accordance with IEC 61914. Manufactured from 316L Stainless Steel with Low Smoke & Fume, Zero Halogen (LSF0H), Phosphorus free polymeric liners to protect the cable sheath. Intermediate restraints are cable retaining devices that can be used in conjunction with fixed cable cleats; they hold the cables together in formation, in order to provide resistance to electromechanical forces. The single closing fixture with captive bolt ensures a quick installation.

The CMP Valiant is a single metallic cable cleat, designed and tested in accordance with IEC 61914. Manufactured from High pressure die cast Aluminium (LM20). Due to its unique twin arc internal profile, this product exhibits excellent cable retention, limiting both axial and lateral cable movement. There is one M10 clearance hole for versatile fixing of the cable cleat.

For All Types of Braided/Screened VFD Cable

FOR ALL TYPES OF UNARMOURED AND BRAIDED/SCREENED CABLES

For All Types of Braided/Screened VFD Cable

For all types of Unarmoured Tray Cable

The E1FW range of cable glands are for use in heavy duty applications in Explosive Atmospheres. For all types of Steel and Aluminium Wire Armoured cables. Designed with a seal on both the inner and the outer sheath.

The E1W range of cable glands are for use in heavy duty applications in Industrial Areas (Safe Areas). For all types of Steel and Aluminium Wire Armoured cables. Designed with a seal on both the inner and the outer sheath.

The TFU range of cable glands are for use in heavy duty applications in Explosive Atmospheres. For all types of Armoured or Braided / Screened cables. Designed with a unique adaptive cone and no loose components.

The TUV range of cable glands are for use in heavy duty applications in Industrial Areas (Safe Areas). For all types of Lead Sheathed Armoured cables. Designed with a unique adaptive cone and no loose components. Also provides a 360 degree contact around the screen for superior EMC performance.

The TU range of cable glands are for use in heavy duty applications in Industrial Areas (Safe Areas).For all types of Armoured or Braided / Screened cables. Designed with a unique adaptive cone and no loose components.

The TFUV range of cable glands are for use in heavy duty applications in Explosive Atmospheres. For all types of Lead Sheathed Armoured cables. Designed with a unique adaptive cone and no loose components. Also provides a 360 degree contact around the screen for superior EMC performance.

The BWL range of cable glands are for use in heavy duty applications in Industrial Areas (Safe Areas). For all types of Steel and Aluminium Wire Armoured cables. Designed generally for indoor areas as no sealing protection is provided for the cable.

The CXe range of cable glands are for use in heavy duty applications in Explosive Atmospheres. For Braid, Pliable Wire and Steel Tape Armoured cables. Designed with a single seal on the cable outer sheath.

The CWe range of cable glands are for use in heavy duty applications in Explosive Atmospheres. For all types of Steel and Aluminium Wire Armoured cables. Designed with a single seal on the cable outer sheath.

The CTXV range of cable glands are for use in Hazardous (Classified) Locations. For all types of Braided and Tape Armored cables. Designed with a single seal on the cable outer sheath and an integral protected deluge seal. *When installed as per the applicable wiring code requirements. Also provides a 360 degree contact around the screen for superior EMC performance.

The CTX range of cable glands are for use in Hazardous (Classified) Locations. For all types of Braided and Tape Armored cables. Designed with a single seal on the cable outer sheath and an integral protected deluge seal. *When installed as per the applicable wiring code requirements.

The CTUeV range of cable glands are for use in heavy duty applications in Explosive Atmospheres. For all types of Armoured or Braided / Screened cables. Designed with a single seal on the cable outer sheath and an integral protected deluge seal. Also provides a 360 degree contact around the screen for superior EMC performance.

The CTU range of cable glands are for use in heavy duty applications in Industrial Areas (Safe Areas). For all types of Armoured or Braided / Screened cables. Designed with a single seal on the cable outer sheath and an integral protected deluge seal.

The E1X range of cable glands are for use in heavy duty applications in Industrial Areas (Safe Areas). For Braid, Pliable Wire and Steel Tape Armoured cables. Designed with a seal on both the inner and the outer sheath.

The E1FX range of cable glands are for use in heavy duty applications in Explosive Atmospheres. For Braid, Pliable Wire and Steel Tape Armoured cables. Designed with a seal on both the inner and the outer sheath.

The CTUe range of cable glands are for use in heavy duty applications in Explosive Atmospheres. For all types of Armoured or Braided / Screened cables. Designed with a single seal on the cable outer sheath and an integral protected deluge seal.

The CMP Falcon is a single non-metallic (polymeric) cable cleat, designed and tested in accordance with IEC 61914. Manufactured from Injection Moulded Nylon. Due to its unique twin arc internal profile, this product exhibits excellent cable retention, limiting both axial and lateral cable movement. There are two clearance holes that suit either M10 or M12 fixings to suit specific applications.

The TFU range of cable glands are for use in heavy duty applications in Explosive Atmospheres. For all types of Armoured or Braided / Screened cables. Designed with a unique adaptive cone and no loose components.