Provide pressure equalization for enclosures and control panels to prevent differences in pressure, temperature, and water condensation.

Optimal for all-weather outdoor electronics

Sold with membrane or sinter filter

1.  Remove a small section of cable insulation to expose shield

2.  Clip metallic "contact" to shield
3.  Assemble EasyConnect around contact and fit
4.  Insert neoprene piece and locking dome
5.  Shield is now connected electrically to cable grip
6.   IP 68 sealing

Click here for video.

1. Wider Domed Nut Which Can Not Be Over-Tightened.
   The wide dome design allows space for the neoprene seal to form a tight grip on the cable, forming an IP68 barrier.
2. Generous Deep Flats
   The deep flats allow enough room for the proper wrench to tighten or loosen the cable grip without the wrench coming off.
3. Spacer
   A small spacer exists between the domed nut and the locking collet, providing an additional seal when fully tightened.
4. Neoprene Rubber Seal
   This seal grips around the cable to form the IP68 barrier when properly tightened.
5. Webs Are Staggered For Better Grip
   Webs are designed in an alternating geometry which enhances gripping capability.
6. Staggered Webs
   The web design is staggered to allow for seal conformity around the cable to maximize the pull out resistance and protection against the elements.
7. Sprung Webs
   The webs are designed so that they will spring back to their original open position making installation easy while maintaining the seal quality.
8. Retention Springs For Domed Nut
   The ‘Tight Seal’ design allows the domed nut to lock with the collet before any threads are engaged. This guards against misthreads as well as aids in the installation process.
9. Sealing Lip
   The collet design incorporates a sealing lip which provides for a positive seal against the enclosure.
10. Anti-Twist Cable Locking Collet
    The entire design of the ‘Tight Seal’ product line insures that cables will not twist or turn once locked down.

Click here for video.

Tested in accordance with US standard NFPA 130.  The only cable grip in the world tested to this standard.

**Lock Nuts Sold Separately**

1. Wider Domed Nut Which Can Not Be Over-Tightened.
   The wide dome design allows space for the neoprene seal to form a tight grip on the cable, forming an IP68 barrier.
2. Generous Deep Flats
   The deep flats allow enough room for the proper wrench to tighten or loosen the cable grip without the wrench coming off.
3. Spacer
   A small spacer exists between the domed nut and the locking collet, providing an additional seal when fully tightened.
4. Neoprene Rubber Seal
   This seal grips around the cable to form the IP68 barrier when properly tightened.
5. Webs Are Staggered For Better Grip
   Webs are designed in an alternating geometry which enhances gripping capability.
6. Staggered Webs
   The web design is staggered to allow for seal conformity around the cable to maximize the pull out resistance and protection against the elements.
7. Sprung Webs
   The webs are designed so that they will spring back to their original open position making installation easy while maintaining the seal quality.
8. Retention Springs For Domed Nut
   The ‘Tight Seal’ design allows the domed nut to lock with the collet before any threads are engaged. This guards against misthreads as well as aids in the installation process.
9. Sealing Lip
   The collet design incorporates a sealing lip which provides for a positive seal against the enclosure.
10. Anti-Twist Cable Locking Collet
    The entire design of the ‘Tight Seal’ product line insures that cables will not twist or turn once locked down.

Click here for video.

**Lock Nuts Sold Separately**

Domed Nut Which Can Not Be Over-Tightened.
The wide dome design allows space for the neoprene seal to form a tight grip on the cable, forming an IP68 barrier.

1. Generous Deep Flats
   The deep flats allow enough room for the proper wrench to tighten or loosen the cable grip without the wrench coming off.
2. Spacer
   A small spacer exists between the domed nut and the locking collet, providing an additional seal when fully tightened.
3. Neoprene Rubber Seal
   This seal grips around the cable to form the IP68 barrier when properly tightened.
4. Webs Are Staggered For Better Grip
   Webs are designed in an alternating geometry which enhances gripping capability.
5. Staggered Webs
   The web design is staggered to allow for seal conformity around the cable to maximize the pull out resistance and protection against the elements.
6. Sprung Webs
   The webs are designed so that they will spring back to their original open position making installation easy while maintaining the seal quality.
7. Retention Springs For Domed Nut
   The ‘Tight Seal’ design allows the domed nut to lock with the collet before any threads are engaged. This guards against misthreads as well as aids in the installation process.
8. Sealing Lip
   The collet design incorporates a sealing lip which provides for a positive seal against the enclosure.
9. Anti-Twist Cable Locking Collet
   The entire design of the ‘Tight Seal’ product line insures that cables will not twist or turn once locked down.

Click here for video.

Click here for video.

Click here for video.

Click here for video.

Material: CrNi- A2 Steel (DIN EN 1.4305/ AIAI 303)

Temperature Range: -40°C to +100°C

Seal: TPE

O-ring: NBR

IP rating: IP 68

Click here for video.

HIGH TEMPERATURE stainless steel cable grip

Material: CrNi stainless steel A2 (DIN EN 1.4305/ AISI 303)

Temperature Range: -40°C to +200°C

Seal: FPM

O- ring: FPM

IP Rating: IP 68

Click here for video.