Deliver to United Kingdom

Oops! We're currently experiencing technical difficulties with our checkout process. For assistance, please contact support at info@enrgtechglobal.com.

54115235-53119130 Lapp SKINTOP Series Black Polyamide Cable Gland, M25 Thread, 6mm min., 13mm max., IP68
54115235-53119130 Lapp SKINTOP Series Black Polyamide Cable Gland, M25 Thread, 6mm min., 13mm max., IP68
54115235-53119130 Lapp SKINTOP Series Black Polyamide Cable Gland, M25 Thread, 6mm min., 13mm max., IP68
LAPP Cable Gland, Explosion-Proof, M25 Thread - SKINTOP Series - 54115235 & 53119130 Set your system up for a secure electrical connection with this cable gland from LAPP. It keeps your wiring securely in place and, as it offers strain relief, it minimises the risk of cable damage caused by twists and turns. You won't have to sweat the small stuff when adjusting this gland for slimmer wires as it comes with a reducing seal insert. Thanks to its broad operating temperature range of -20°C to +80°C, you can rest assured it's up to the task when things heat up. Features & Benefits • Threaded screw-on design for quick mounting
• Accommodates cable sizes between 6 and 13mm for versatile assembly
• Explosion-proof design for safe use in hazardous environments Applications • Storage centres
• Robotics systems
• Safety equipment What's this cable gland made from? It's made from rugged polyamide that resists heat, wear and chemicals so it can stand up to challenging conditions.
Lapp

SKINTOP Series Black Polyamide Cable Gland, M25 Thread, 6mm min., 13mm max., IP68

Manufacturer:
Lapp
Manufacturer Part No:
54115235 & 53119130
Enrgtech Part No:
ET16749634
Warranty:
Manufacturer
£ 3.96

Checking for live stock

Thread Size:

M25

Maximum Cable Diameter:

13mm

Minimum Cable Diameter:

6mm

Material:

Polyamide

Colour:

Black

Series:

SKINTOP

IP Rating:

IP68

Locknut Included:

Yes

Hazardous Area Certification:

ATEX

Minimum Operating Temperature:

-20°C

Maximum Operating Temperature:

+80°C

Reference:

SKINTOP GMP-GL-M

Related products