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bimed servo ampacity high current emc cable gland

EMC Servo Ampacity Cable Glands

EMC Cable Glands with high current protection and dual spring contact

EMC Servo Ampacity Cable Glands feature superior heat dissipation for high-current applications using thicker, robust contacts to lower voltage drops and keep the connection cool. A dual-spring design, which doubles the contact area with the cable shield, significantly improves EMC performance at higher frequencies, while the IP69 rating (in addition to IP68) makes them suitable for high-pressure washdowns common in industrial settings. There are specific Railway Servo Ampacity versions that meet fire protection standards like EN 45545-2 (R22/HL3) for use on transit vehicles.

See the EMC type comparison in the images to choose the EMC Gland which is right for your application.
  • Suitable for industrial applications where both EMC performance and RoHS/lead-free compliance are required
  • Dual-EMC spring design provides exceptionally high EMC protection and superior current-carrying capacity
  • Ensures efficient and safe grounding of very high currents, preventing overheating and maintaining reliable EMC performance
  • Designed for use with Shielded/Braided cables, conforming to EN 62444 and UL514B standards
  • Maintains high EMC contact performance under vibration
  • High protection against dust, moisture, and water ingress, IP68 - 5 Bar 30 min, IP69, IP66
  • High tensile strength and reliable strain relief
  • Features an easy-to-install design for fast assembly
  • Allows cables to be freely positioned and adjusted inside the gland without damaging the cables shield/braid
  • EMC-SA design manufactured with lead-free materials, ensuring environmental compliance
  • Accessories include Gaskets, Earth tags, Lock nuts and Serrated Washers

Metric M20 – M63

IP66/67/68 Rated

IP68 – 5 Bar 30 min, IP69, IP66 

Cable OD Min. 6mm

Cable OD Max. 44mm

-40°C to +150°C

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Size
Lead Free variant
Thread Length (mm)
Min. Cable Ø (mm)
Max. Cable Ø (mm)
Shield Diameter (mm)
Spanner Width Cap (mm)
Spanner Width Body (mm)
Outer Ø (mm)
Max. Height (mm)
Datasheet
M20 x 1,5 No 8 6 14 4.5 - 11 22 / 24 22 / 24 24.5 / 26.8 42.5 / 45.5 EMC Servo Ampacity Gland
M20 x 1,5 Yes 8 6 14 4.5 - 11 22 / 24 22 / 24 24.5 / 26.8 42.5 / 45.5 EMC LF Servo Ampacity Gland
M25 x 1,5 No 8 10 18 7 - 14 30 30 33 54 EMC Servo Ampacity Gland
M25 x 1.5 Yes 8 10 18 7 - 14 30 30 33 54 EMC LF Servo Ampacity Gland
M32 x 1,5 No 9 16 25 12 - 20 40 40 44.5 62.5 EMC Servo Ampacity Gland
M32 x 1,5 Yes 9 16 25 12 - 20 40 40 44.5 62.5 EMC LF Servo Ampacity Gland
M40 x 1,5 No 9 22 32 18 - 27 50 50 55.5 68.5 EMC Servo Ampacity Gland
M40 x 1,5 Yes 9 22 32 18 - 27 50 50 55.5 68.5 EMC LF Servo Ampacity Gland
M50 x 1,5 No 9 30 38 26 - 34 58 58 64 66 EMC Servo Ampacity Gland
M50 x 1,5 Yes 9 30 38 26 - 34 58 58 64 66 EMC LF Servo Ampacity Gland
M63 x 1,5 No 14 34 44 30 - 40 64 68 75 67.5 EMC Servo Ampacity Gland
M63 x 1,5 Yes 14 34 44 30 - 40 64 68 75 67.5 EMC LF Servo Ampacity Gland
IP Rating IP68 - 5 Bar 30 min, IP69, IP66
Thread Options Metric EN 60423
Body Material Brass Nickel plated
Seal CR (Chloroprene)
Clamping Insert Polyamide 6 V2 acc. to UL 94
Contact Spring Material Special Copper Alloy
O-Ring Nitrile Butadiene Rubber (NBR)
Operating Temperature Permanent -20°C to +100 °C / Intermittent -40 °C to +150 °C
Accessories EMC Lock nuts / Earth Tags / Gaskets / Serrated Washers
ROHS Compliance All models compliant with ROHS

Specifications subject to change without notice.