Polyamide cable gland EPN 705
nickel-plated brassbrassEMC-shielded

Polyamide cable gland - EPN 705  - PROTEC - nickel-plated brass / brass / EMC-shielded
Polyamide cable gland - EPN 705  - PROTEC - nickel-plated brass / brass / EMC-shielded
Polyamide cable gland - EPN 705  - PROTEC - nickel-plated brass / brass / EMC-shielded - image - 2
Polyamide cable gland - EPN 705  - PROTEC - nickel-plated brass / brass / EMC-shielded - image - 3
Polyamide cable gland - EPN 705  - PROTEC - nickel-plated brass / brass / EMC-shielded - image - 4
Polyamide cable gland - EPN 705  - PROTEC - nickel-plated brass / brass / EMC-shielded - image - 5
Polyamide cable gland - EPN 705  - PROTEC - nickel-plated brass / brass / EMC-shielded - image - 6
Polyamide cable gland - EPN 705  - PROTEC - nickel-plated brass / brass / EMC-shielded - image - 7
Add to favorites
Compare this product
 

Characteristics

Material
polyamide, nickel-plated brass, brass
Protection level
EMC-shielded, IP68
Other characteristics
straight, built-in
Cable diameter

Max.: 42 mm
(1.65 in)

Min.: 5 mm
(0.2 in)

Thread diameter

Max.: 63 mm
(2.48 in)

Min.: 16 mm
(0.63 in)

Description

This EMC / EMI cable gland is designed to ground cable braids directly to the wall with optimum contact to the periphery of the gland base. Built-in twisting protection, wide sealing and clamping range. Rapid EMC connection of the cable shield through contact spring inside gland body and the electric potential of the installation. An additional improvement of the equipotential bonding and the vibration protection can be improved further by using our EPN 715 hexagon nut with cutting edges obtained. Cable glands play an important part in safeguarding EMC requirements where cables and leads enter into a shielding system. They must ensure a durable permanent connection with very small Ohm‘s and inductive resistance between the cable shield and the housing potential. Our QUICK-FIT EMC cable glands fulfill these requirements in an outstanding way. The assembly of the type EPN 705 succeeds simply and fast: 1. Partially expose the braid by removing the outer sheath of the cable of approximately 10 mm. 2. Insert the cable through the domed nut and the gland body until the contact spring is pressed against the braided screen. 3. Firmly screw on domed nut. 4. Due to this principle it is possible to conduct the braided screen of the EMC cable through the entire gland body up to the clamping are of the inner wires. An additional improvement of the equipotential bonding and the vibration protection can be improved further by using our EPN 715 hexagon nut with cutting edges obtained. Blade insert : Polyamide PA6 V-2 Sealing ring : Polychloroprene-Nitrile rubber CR/NBR O-Ring : Nitrile rubber NBR
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.