Search Log in / register
GB
Sample Cart
vr
VR CONNECTOR 3.96mm Pitch Disconnectable IDC
  • Features
  • Specification
  • Downloads
  • Tooling
  • Samples

This 3.96mm (.156") pitch insulation displacement connector is used with printed circuit boards.

Since the connector can accommodate 18 AWG wires and has a large pitch, it is ideal for connecting power supply circuits.

 

 

 

 

  • Twin U-slot insulation displacement section

The insulation displacement section connected to each wire consists of two tin-plated slots (twin U-slots), which ensures reliable connection.

  • Two types of connections

This receptacle can be used for both daisy chain (through) connections and end connections. The end connections can be made from either direction.

  • Standards

UL Recognized E60389

CSA Certified LR20812

  • RoHS Compliant

01 - Connection Type: Printed Circuit Board Connectors
02 - Product Type: Wire to Board Insulation Displacement Connectors
03 - Pitch / Style: 3.96mm
04 - Current rating: 7A AC,DC
05 - Voltage rating: 250V AC,DC
06 - Temperature range: -25 to +85 Degrees Celsius
07 - Available number of circuits: 2 to 15
13 - PCB Mount Style: Through-hole Technology (THT)

Full Technical Drawings

If you require full technical drawings or any other in-depth information about this product series, please contact us using the link below.

Contact Us

Additional Information

This product series has some additional information related to it that you can download from the list below.

1) Catalogue Page 2) 3D Model
Can't find a Tool?

If you're having trouble finding the right tool, please contact our sales team.

Contact Us
Applicators (For ID Connectors)

Please select a tool for more information.

H2-VR15DD-Y APPLICATOR
Applicator for VR connector series.  Use in conjunction with HPD-M2A Handpress
H2A-VR APPLICATOR
Applicator for the VR connector series. Use in conjunction with HPD-M2A Handpress or AP-2D Pnuematic Press
DS VR/MKD-LP

JST Standard (Semi Automatic) Applicator for VR Connector Series.  Use in conjunction with AP-K2N Press