Cooper Bussmann’s Single Vehicle Electrical Center (VEC) and Dual Vehicle Electrical Center (DVEC) are widely used power distribution modules for DC powered vehicles. The VEC & DVEC offer a customized high current power distribution center in a compact size. They use patented programmable 3D matrix technologies that can be easily modified to accommodate a wide range of applications. You work with an engineering team to develope a prototype that fits your needs, and gives you a plug and play installation that keeps your tooling and labor costs low.

The VEC & DVEC accepts standard 2.8mm wide terminals including mini fuses, mini circuit breakers, relays, flashers, diodes and more. They allow you to eliminate external jumpers and splices in wire harnesses that are subject to the harsh environments, and use a protected centralized unit for power distribution. The VEC can accommodate up to 2 input connectors - 4 bladed inputs or 2 studs - and 4 output connectors. The DVEC can accommodate up to twice this amount. (Some designs may limit the number of connectors available for use.)

Trucks, buses, RVs, Con-Ag equipment, marine vehicles, forklifts, electric vehicles and more use the VEC/DVEC for distributing main and auxiliary "add-on" power applications. They are also commonly used as engine controllers, transmission controllers, and ABS brake system control modules.

The customizable designs of the VEC/DVEC enable them to incorporate many different devices and multiple design variations. Splices in the harness can be eliminated by internally programming them into the grid matrix. The inputs (connector or stud) and outputs (connector) of the VEC/DVEC are color-coded and keyed, and provide quick installation. This also makes the module easy to service. The largest benefit of these modules are the reduced lead times and zero tooling cost.

Input Terminal Rating: 8.Omm blade terminals (60A max per terminal); M8/M6 input studs (100A max per terminal). 200A max total for VEC, 400A max total for DVEC.
Output Terminal Rating: 2.8mm blade terminals (30A max per terminal).
Temperature Rating: -40°F (-40°C) to 260°F (125°C).
Materials: UL-Rated 94V-0 thermoplastic housing and connectors; Tin-plated copper internal grid.
Termination: Delphi Packard Metri-Pack® 280 Series terminals (sealed/unsealed & tanged/tangless) or Amps terminals.* Delphi Packard 280 Series cavity plugs are installed where wires are not used.* Accepts #10-22 AWG wire sizes.
Mounting Torque Rating: 24in-lb (2.7Nm) max.
Mounting Orientation: Unit cannot be installed upside-down. Consult factory for proper mounting orientations. Ingress Protection Rating: IP55.

Cover: Vented (VEC), Solid with gasket (VEC/DVEC), Solid without gasket (DVEC), or none provided.
Cover Label: Inside cover, outside cover (VEC only), or none provided.
Input Style: 8.Omm blade terminals or studs (M8IM6).
Mounting: External feet with mounting holes (VEC/DVEC) or internal mounting holes (VEC only).
Components: Fuse, breaker, relay, etc. installation to be specified by customer.
Severe Service: Added environmental protection available. Consult factory.
Fuse/breaker Extraction Tool: Each design is customer specific. Consult your sales rep today for your application.

Male Input Connector
32004 - X X
First X = Color of Part, A = Black, B = Grey
Second X = Sealed / Non-Sealed Configuration. 1= Non-Sealed, 2= Sealed

Terminal Position Assurance
32004 - TPX X = Sealed / Non-Sealed Configuration. 1= Non-Sealed, 2= Sealed

Connector Position Assurance 32004 -CP

Male Input Connector
32006 - X X X
First X Colour of Part, A=Black, B=Grey, C=Green, D=Blue, E=Yellow, F=Red, G=Orange, H=Brown, J=Neutral
Second X Connector Cavity Configuration, 1=Tang-less Female Connector, 2=With Tang Female Connector, 3=Amp, P=all cavities plugged Third X Sealed / Non-Sealed Configuration. 1= Non-Sealed, 2= Sealed

Terminal Position Assurance
32006 - TPX X = Sealed / Non-Sealed Configuration. 1= Non-Sealed, 2= Sealed

Connector Position Assurance 32006 -CP