Cable Assemblies Brochure.indd - ThomasNet
Cable Assemblies Brochure.indd - ThomasNet
Cable Assemblies Brochure.indd - ThomasNet
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and <strong>Cable</strong> Harness <strong>Assemblies</strong><br />
roven Performance ® .<br />
Overmolded Connectors<br />
HARCO uses the transfer molding process to overmold connectors to the cable jacket.<br />
This creates a watertight bond which prevents corrosion of connector wire terminations<br />
and dampens the effects of vibration. A wide variety of compounds are available to<br />
provide temperature and fl uid compatibility. Standard compounds include neoprene,<br />
Viton ® , silicone, Hypalon ® , EPDM, and thermal resistant epoxy.<br />
Jacketing And Hardware<br />
HARCO has the in house capability to apply a variety of jacketing materials, including<br />
neoprene, Tefl on®, silicone, Viton ® , polyurethane, and both rigid and fl exible metallic<br />
jackets. Wires are terminated to the connector, jackets are applied, and the seal is<br />
installed. <strong>Cable</strong>s can be assembled with interface hardware for termination at your<br />
site; terminated or unterminated leads are left exposed after sealing for your<br />
installation in the terminal box. Our technical publications department can supply<br />
instructions for customer termination or fi eld installation.<br />
Flexible <strong>Cable</strong> To Rigid Transition<br />
This high temperature cable design with integral thermocouple probes features an<br />
overmolded transition at the cable to probe interface, providing a moisture-proof<br />
seal to the probe. Coupled with the overmolded connector, the entire cable assembly<br />
is waterproof. The cable incorporates EMI/RFI shielding with an abrasion resistant<br />
jacketing of Tefl on ® spiral wrap.<br />
In House Braiding<br />
HARCO’s in house braiding operations provide a means for applying EMI/RFI shields<br />
and chafe-resistant jackets to branched cable assemblies. The shields can be<br />
electrically continuous to each connector in the assembly. Coverage can be controlled<br />
at all points along the cable. In-house bobbin winding equipment allows HARCO<br />
engineers the fl exibility to design with tailored combinations of materials and ends on<br />
a single bobbin, based on application requirements. Standard materials include metals,<br />
fi bers, and composites.<br />
Open Bundle <strong>Assemblies</strong><br />
Provide maximum repairability and fl exibility of cable. Special jackets and protective<br />
devices can be incorporated to protect the wire/fi ber jackets from abrasion without<br />
affecting repairability. These specially designed lightweight cables accommodate<br />
electrical and optical conductors. EMI/RFI shielding of electrical cable assemblies<br />
is provided by individual shields of twisted complexes which are terminated at the<br />
backshells or carried through the connector pin.