More Power with Multipole Connectors
INTE-AUTO’s circular multipole connectors provide lightweight, reliable data and power connections for multiple wiring and different kinds of equipment. They have high current density and are available in many configurations. You can choo up to 32 low voltage contacts, different outshell sizes, and pearl chrome or black finish.
They are compatible with other known brands in the market today, making them precise but cost-effective substitutes. With such accurate specifications and high reliability, they are suitable for so many industries needing compact power and push pull latching technology.
The INT-SSB is an over-molded, cable-mounted short plug with a half-shell key. It has 2 to 27 pins in the 0F to 3F (102 to 104 sizes). It pairs with the INT-D receptacle. The black chrome finish gives it a sleek, classic look.
We can meet your connector requirements, including straight plugs with female contacts. Check out this black chrome multipole connector pair from our Fisher series. The receptacle has multipole male contacts.
90° contacts are important for connections with limited spaces. We offer the INT-TGG straight plug and the INT-ZCG fixed receptacle with elbow contacts. The female part can be configured for back panel mounting and can have two nuts.
These are the S and D connectors from our Fisher series, a pair of highly configurable multipole connectors with IP50 rating. They are available in 102 to 105 sizes and can also be ordered in pearl chrome finish.
The INT-S is a short male plug with its pair, the INT-DEE from our F Series. They have a half-shell key with brass housing and a pearl chrome finish. Both parts can either have male or female contacts, they can reach IP68 degree when they mated.
The INT-S straight plug is a multicore connector with a half-shell key, a cable collet, PPS insulator, and a nut that can be variant for fitting a bend relief. Along with its fixed socket partner, the INT-D, this pair has an IP50 rating and M9 to M18 sizes.
The INT-TGG and INT-ZGG is our equivalent to the FGG-EGG pair. The INT-TGG(Z) variation has a cable collet and a nut for fitting a bend relief. They are available with your choice of 2 to 32 contacts and a keying system for perfect alignment with similar connectors.
This FFA ERA substitute is our model INT-TFA and INT-ZRA. They are an IP50-rated pair of multipole connectors in half-moon configuration. The stepped insert allows for polarization. Sizes range from 0S to 3S to fit 2 3 4 5 6 8 10 12 contacts.
Our INT-S and INT-K multicore connectors can have interchangeable Fisher Connector, Our F Series can have as much as an IP50 or IP68 rating for better sealing against particulates and liquids.
INTE-AUTO Supplies the Best Circular Connectors with Multipole Feature
INTE-AUTO is the most practical choice for a supplier if you need multicore circular connectors.
Our products meet all your quality requirements for multipole connectors including endurance against extreme temperatures and resistance to high impacts, particulates, and moisture.
Whatever your specifications, we can build it out of our highly equipped facility in Shenzhen China.
We place a high emphasis on precision and quality while delivering quickly to our customers. All these are available at one of the most affordable prices in the industry.
We have thousands in stock ready for shipping and a fast turnaround time for your orders. Best of all, we offer the best prices you can find in the industry.
Get innovative and cost-effective multipole connector solutions today, only at INTE-AUTO.
- Production
- Certification
- Catalog
- Assembly Instruction
Company Introduction:
INTE-AUTO Company Introduction-2021
Company Catalog:
INTE-AUTO Connectors Catalog General Overview
For more details, please contact the INTE-AUTO team.
1. Bend relief
2. Collet nut
3. Collet
4. Split insert carrier
5. Insulator
6. Outer shell
B series connector assembly process:
1. Place the cable through bend relief, collet nut and collet one by one, solder
the wires to the insulator contacts’ cup.
2. Put the split insert carrier on the insulator after finished soldering.
3. Put the collet in the correct position of the cable, and make sure the collet mates with the split insert carrier.
4. Place the insulator, split insert carrier, and cable collet into the outshell in order.
5. Screw the collet nut into the outer shell.
6. Fix the sleeve on the collet nut.
