Sealcon CD07AA-FE high quality EMI/RFI Proof nickel plated brass cord grip is designed for the toughest applications. Also known as Hummel 1.631.0700.01. Sold Individually.
Locking nut sold separately
Specifications
- Thread Size: 1/4" NPT / PG 7
- Cable O.D. Range: .12" - .26" (3 - 6.5 mm)
- Through Hole Diameter: .49" (12.5 mm)
- Body Length: .94" (24 mm)
- Thread Length: .2" (5 mm)
- Wrench Flat Dome: .55" (14 mm)
- Wrench Flat Body: .55" (14 mm)
Features
- Nickel Plated Brass Material with Buna-N Seal & Nylon 6/6 Splined Bushing
- Submersible to 300 ft. / NEMA 4x & 6 (IP68 / IP69K)
- 150 psig (10 bar) Pressure Rating
- Flame Protected to UL 94
- Halogen and Phosphorous Free
- Resists salt water, acids, alkalis', gasoline & oils.
- Durable Rugged Construction
- RoHS & Deca BDE, CSA approval
Approvals
- RoHS Compliance
- Deca Bde Deca-Bromo-Diphenyl-Ether Compliance
- Registration, Evaluation, Authorization and Restriction of
Chemicals
- Waste Electrical and Electronic Equipment Directive
- UL / CUL Listed
- UL Registered
- EAC
- European Approval German Lloyd
Sealcon CD07AAFE Nickel Plated Brass Cord Grips, also known as Strain Relief Fittings or Cable Glands, are used to help customers in almost any industry attach their cable or wire to their applications. This fitting provides a NEMA 4x & 6 (IP 68 & 69K), 150 PSIG (10 bar) Liquid Tight Rating.
Note: Image is for reference only, actual part many differ.
The self locking ACME thread on the dome top makes sure that the overlapping splines apply an even seal. This keeps the form seal from being pulled out of the fitting & provides your cable with pull-out protection without causing damage. EMI/RFI Proof cable glands meet the requirements for electromagnetic interference / radio frequency interference protection and reliable grounding. This feed-through version provides grounding through metal spring fingers. It is ideal for use with a braided or foil shield, and works with cable that has been partially or fully stripped. It is made to keep circuits running when external electromagnetic conduction or radiation can cause a disturbance for the circuit.
