This small, field-proven connector for printed circuit boards is reliable and has a large current carrying capacity. It can be used with a wide variety of signal, power supply, and output circuits that appear in consumer electronic products.
  • Proven box contact
  • Compact connector with a large capacity
  • Secure contact and mounting
Unit of Measure

Specifications

Available

N/A {0}

Manufacturer Stock

N/A {0}

Brands

N/A JST

Manufacturer

N/A JST

Series

N/A VH

Pitch Size

N/A 3.96 mm

Mounting Type

N/A Crimp

Industry Standards

N/A Canadian Standards Association (CSA®) Certified LR20812 Restriction of Hazardous Substances (RoHS) TUV Rheinland R75122 Underwriters Laboratories (UL) Recognized E60389

Circuits

N/A 3

Quantity Per Box

N/A 200
Alternating Current (AC) Rating1 N/A 10 A
Direct Current (DC) Rating2 N/A 10 A

Alternating Current (AC) Voltage Rating

N/A 250 V

Direct Current (DC) Voltage Rating

N/A 250 V
Temperature Range3 N/A -25 to +85 ºC

Maximum Contact Resistance After Environmental Testing

N/A 20 mΩ

Minimum Insulation Resistance

N/A 1000 MΩ

Withstanding Alternating Current (AC) Voltage Per Minute

N/A 1500 V

Applicable Wire Size

N/A 22 to 16 AWG

Applicable Printed Circuit Board (PCB) Thickness

N/A 1.6 mm

Dimensions

Dimension A

N/A 7.92 mm

Dimension B

N/A 13.76 mm

Material and Finish

Post Material4 N/A Brass Copper-Undercoated Tin-Plated

Wafer Material

N/A Natural White Polyamide (PA 66), UL94V-0

Note

Note

N/A Do not branch in parallel current which exceeds the rated current. If branched in parallel, current imbalance or other problems may develop. If it is absolutely necessary to branch such a large current in parallel, be sure to use contacts made of phosphor bronze. Design the circuits without causing imbalance and provide an extra margin for each circuit.

Refer to "General Instruction and Notice when using Terminals and Connectors" at the end of this catalog.
Contact JST for details.

This product displays (LF)(SN) on a label.
  • 1 AWG #16
  • 2 AWG #16
  • 3 Including temperature rise in applying electrical current
  • 4 Reflow treatment