Glandes câblées en laiton EMC 3 - Application industrielle
  • Glandes câblées en laiton EMC 3 - Application industrielle

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Fabricant: BIMED

Glandes câblées en laiton EMC 3 - Application industrielle

The new generation of Bimed’s EMC and derivation gland shows significant advantages compared to other existing cable glands. The patented contact system inside the gland allows all degrees of freedom which are neccessary to install a cable easily; the cable can be pulled forward and backward inside the gland without damaging the cable shielding. This is realized by specially designed contact elements. This feature is most advantageous when connectorizing the single cores of the cable.

Also the cable can easily be rotated inside the gland without damaging the cable shielding – most important when installing the gland at an industrial connector. The unique mechanism of the integrated contact system therefore show the following features:

For small cable diameters in the lower clamping range of the gland the contact system won’t touch the cable braiding during the installation process at all. For bigger cable diameters in the upper clamping range of the gland, the contact system will rotate freely inside the gland together with the cable itself. Only when tightening the cap the contact element will be fixed and will be pressed against the cable shielding to ensure a low resistance electrical contact between gland and cable braiding. Simultaneously IP68 protection class and cable anchorage according to the EN 62444 is achieved.

This straight forward application and convenient installation of the gland saves a lot of time and therefore a lot of money.Shielding and derivation tests performed with this gland show exceptional values. So this EMC and derivation gland from Bimed will be used wherever an outstanding performance is needed. Simple application, fast installation together with the patented contact system makes Bimed’s gland unique among the cable glands.

EMC test - screening attenuation




Installation instructions




EMC cable glands with moving spring contact

  • Specially designed EMC protective cable glands
  • Long-lasting contact by high definition contact spring
  • Moving spring contact offers reduced risk of sheath damage
  • Easy assembly: install cable gland - prepare cable sheath - insert cable - tighten cap
  • High quality strain relief and sealing, reliable performance for EMC applications
  • Up-to-date international approvals



Technical details

MaterialBody Brass, nickel plated
Cap Brass, nickel plated
Seal CR (chloroprene rubber)
Clamping insert PA 6 (polyamide 6)
Contact spring Special copper alloy
O-ring NBR
Protection class IP68 - 5 Bar, 30 min
Flammability UL94 V-2
Operating temperaturePermanentIntermittent
-20°C ÷ +100°C -40°C ÷ +150°C
Thread type
  • Metric EN 60423
  • Other thread types also available upon request
Cable type Non armoured, shielded
Accessories
  • Lock nuts
  • Dome plugs
  • Gaskets
Remarks
  • Manufactured according to DIN EN 62444/50262
  • We recommend the use of lock nuts and gaskets to ensure IP rating for rough surfaces or through holes
  • Some approvals do not cover all sizes
Note: Applications of most cable glands don't require same parameters applied to tests. For applications strictly acc. to the approval definitions please consult data sheet.



Approvals

 Certificate numberStandards
E199260 Acc. to UL514



Thread Type METRIC acc. to EN 60423

SizeClamping range ∅ min - max [mm]Shield diameter ∅ min - max [mm]Thread lenght TL [mm]Thread ∅ TD [mm]Spanner widthOuter ∅ D [mm]Max. height H [mm]Part numberPacking unit
SW Cap [mm]SW Body [mm]
M12x1,5 3,0 - 6,5 2,5 6,0 12,0 14 14 15,5 22,0 BMEM-ES 50
M16x1,5 5,0 - 10,0 4,0 7,0 16,0 20 20 22,0 29,0 BMEM-E1 50
M20x1,5 6,0 - 12,0 5,0 8,0 20,0 22 22 24,5 27,5 BMEM-E2 50
M25x1,5 11,0 - 17,0 9,5 8,0 25,0 27 27 30,0 30,7 BMEM-E3 25
M32x1,5 15,0 - 21,0 13,5 8,0 32,0 34 34 37,0 38,0 BMEM-E4 25
M40x1,5 19,0 - 28,0 17,0 9,0 40,0 43 43 48,5 43,0 BMEM-E5 20
M50x1,5 27,0 - 38,0 25,0 9,0 50,0 58 58 64,0 54,5 BMEM-E6 12
M63x1,5 34,0 - 44,0 31,0 14,0 63,0 64 68 75,0 57,0 BMEM-E7 12
Moins
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The new generation of Bimed’s EMC and derivation gland shows significant advantages compared to other existing cable glands. The patented contact system inside the gland allows all degrees of freedom which are neccessary to install a cable easily; the cable can be pulled forward and backward inside the gland without damaging the cable shielding. This is realized by specially designed contact elements. This feature is most advantageous when connectorizing the single cores of the cable.

Also the cable can easily be rotated inside the gland without damaging the cable shielding – most important when installing the gland at an industrial connector. The unique mechanism of the integrated contact system therefore show the following features:

For small cable diameters in the lower clamping range of the gland the contact system won’t touch the cable braiding during the installation process at all. For bigger cable diameters in the upper clamping range of the gland, the contact system will rotate freely inside the gland together with the cable itself. Only when tightening the cap the contact element will be fixed and will be pressed against the cable shielding to ensure a low resistance electrical contact between gland and cable braiding. Simultaneously IP68 protection class and cable anchorage according to the EN 62444 is achieved.

This straight forward application and convenient installation of the gland saves a lot of time and therefore a lot of money.Shielding and derivation tests performed with this gland show exceptional values. So this EMC and derivation gland from Bimed will be used wherever an outstanding performance is needed. Simple application, fast installation together with the patented contact system makes Bimed’s gland unique among the cable glands.

EMC test - screening attenuation




Installation instructions




EMC cable glands with moving spring contact

  • Specially designed EMC protective cable glands
  • Long-lasting contact by high definition contact spring
  • Moving spring contact offers reduced risk of sheath damage
  • Easy assembly: install cable gland - prepare cable sheath - insert cable - tighten cap
  • High quality strain relief and sealing, reliable performance for EMC applications
  • Up-to-date international approvals



Technical details

MaterialBody Brass, nickel plated
Cap Brass, nickel plated
Seal CR (chloroprene rubber)
Clamping insert PA 6 (polyamide 6)
Contact spring Special copper alloy
O-ring NBR
Protection class IP68 - 5 Bar, 30 min
Flammability UL94 V-2
Operating temperaturePermanentIntermittent
-20°C ÷ +100°C -40°C ÷ +150°C
Thread type
  • Metric EN 60423
  • Other thread types also available upon request
Cable type Non armoured, shielded
Accessories
  • Lock nuts
  • Dome plugs
  • Gaskets
Remarks
  • Manufactured according to DIN EN 62444/50262
  • We recommend the use of lock nuts and gaskets to ensure IP rating for rough surfaces or through holes
  • Some approvals do not cover all sizes
Note: Applications of most cable glands don't require same parameters applied to tests. For applications strictly acc. to the approval definitions please consult data sheet.



Approvals

 Certificate numberStandards
E199260 Acc. to UL514



Thread Type METRIC acc. to EN 60423

SizeClamping range ∅ min - max [mm]Shield diameter ∅ min - max [mm]Thread lenght TL [mm]Thread ∅ TD [mm]Spanner widthOuter ∅ D [mm]Max. height H [mm]Part numberPacking unit
SW Cap [mm]SW Body [mm]
M12x1,5 3,0 - 6,5 2,5 6,0 12,0 14 14 15,5 22,0 BMEM-ES 50
M16x1,5 5,0 - 10,0 4,0 7,0 16,0 20 20 22,0 29,0 BMEM-E1 50
M20x1,5 6,0 - 12,0 5,0 8,0 20,0 22 22 24,5 27,5 BMEM-E2 50
M25x1,5 11,0 - 17,0 9,5 8,0 25,0 27 27 30,0 30,7 BMEM-E3 25
M32x1,5 15,0 - 21,0 13,5 8,0 32,0 34 34 37,0 38,0 BMEM-E4 25
M40x1,5 19,0 - 28,0 17,0 9,0 40,0 43 43 48,5 43,0 BMEM-E5 20
M50x1,5 27,0 - 38,0 25,0 9,0 50,0 58 58 64,0 54,5 BMEM-E6 12
M63x1,5 34,0 - 44,0 31,0 14,0 63,0 64 68 75,0 57,0 BMEM-E7 12
Moins
Lire la suite
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