EMC Cable Gland

EMC Cable Glands are used in different applications which require shielded cables for electromagnetic protection. These Glands aid in maintaining the electromagnetic integrity of the shielded cable by just compressing the gland. It also gives an IP68 protection level as well as the strain relief to the cable.

  • metric cable gland
  • waterproof cable entry
  • EMC cable gland

pg7 thread

EMC Cable Gland

Secure, reliable connections and seals
Protection against dirt, dust, corrosion, oil, grease, liquids, moisture, and gases
Reliable performance in high and low-temperature environments
EMI / RFI shielding and conductive properties to protect electrical cables
Excellent fire resistance

 

Basic Information of EMC Cable Gland:

  • Model Number:PG and M thread
  • Size:M12-M64, PG7-PG48
  • Material: brass, nickel-plated brass
  • Protection Level: IP68
  • Working temperature:-40°C to 100°C in static state, -20°C to 80°C in dynamic state
  • Used in different applications which require shielded cables for electromagnetic protection
Metric ThreadCable RangeAGGLH
(mm)(mm)(mm)
M12*1.53-6.512520
M16*1.54-816623
M18*1.55-1018524
M20*1.56-1220725
M24*1.58-1424724.5
M25*1.510-1625724.5
M25*1.513-1825727
M30*2.013-1830827
M32*1.515-2232830
M32*1.518-2532835
M36*2.018-2536835
M40*1.522-3040938
M40*1.522-3240940.5
M48*2.022-3248940
M50*1.530-3850943
M56*2.030-3856943
M63*1.537-44631044
M64*2.037-44641044
     PG            ThreadCable RangeAGGLH
(mm)(mm)(mm)
PG73-6.512.5520
PG94-815.2622
PG115-1018.6624
PG13.56-1220.4725.5
PG1610-1422.5725
PG2113-1828.3828
PG2918-2537835
PG3622-3247940.5
PG4232-3854940
PG4837-4459.31043

Advantage of EMC cable gland:

1, Certificate: European CE certificate, European environmental ROHS, REACH  certificate and IS9001 certification,

pg21 thread

2, Working temperature: -40°C to 100°C in static state, short time to120°C, -20°C to 80°C in dynamic state, short time to 100°C.

pg29 thread

3, Waterproof: IP68 grade, strict sealing technology, high sealing performance, no water leaking, corrosion resistance

pg36 thread

How to use EMC cable gland:

1, Mount the cable gland

2, Loosen the cap

3, Insert the cable

4, Tighten the cap to fix the cable

pg36 thread cable gland

EMC cable gland application:

  • Electrical and Electronic Technologies
  • Telecommunications
  • Wireless Networking ODUs
  • Power Supply switches, Motors, Distribution Box
  • Solar PV Modules
  • Lighting Display Devices
  • Surveillance Cameras and many more devices

cable gland fitting

The main body of the connector of EMC cable gland is made of nickel-plated brass, the clamping piece is made of nylon plastic (PA), and the seal and O-ring are made of nitrile rubber (NBR).
EMC metal cable gland working temperature -40°C to 100°C in static state, short time to120°C, -20°C to 80°C in dynamic state, short time to 100°C.

PG EMC cable gland have special clamping claw, and the design of the clamping ring is concave and convex clasped with forced tight head assembly time-savers, cable clamping range is big, strong tensile resistance, can waterproof, dustproof, salt resistance, resistance to acid and alkali, alcohol, grease and common solvent.

EMC brass cable gland’s full size can be fully applied to all thick wire fields that require anti-magnetic waves, and provides a solid IP68 waterproof and fixed tensile effect.

EMC Cable Glands are used in different applications which require shielded cables for electromagnetic protection. These Glands aid in maintaining the electromagnetic integrity of the shielded cable by just compressing the gland. It also gives an IP68 protection level as well as the strain relief to the cable.

When it comes to installation, High-performance EMC cable glands also leads the way: the screening braid is first exposed, then the cable can be simply pushed through the cable gland, which automatically causes the triangular spring to make secure contact around the screening braid, without the pressure screw having to be tightened.

The design of the spring precludes it is getting caught in the braiding even if the assembly is dismantled.

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