Developed for PDP, LCD or small electronics equipment. This low insertion type connector realizes easier mating operation. The basic concept of the contact part of this connector is equivalent to the performance proven SHL connector.
Unit of Measure

Specifications

Available

N/A {0}

Manufacturer Stock

N/A {0}

Brands

N/A JST

Manufacturer

N/A JST

Series

N/A GH

Pitch Size

N/A 1.25 mm0.049 in

Mounting Type

N/A Crimp

Industry Standards

N/A Underwriters Laboratories (UL) Recognized E60389

Circuits

N/A 5

Quantity Per Reel

N/A 2500
Alternating Current (AC) Rating1 N/A 1 A
Direct Current (DC) Rating2 N/A 1 A

Alternating Current (AC) Voltage Rating

N/A 50 V

Direct Current (DC) Voltage Rating

N/A 50 V
Temperature Range3 N/A -25 to +85 ºC

Maximum Contact Resistance After Environmental Testing

N/A 50 mΩ

Minimum Insulation Resistance

N/A 100 MΩ

Withstanding Alternating Current (AC) Voltage Per Minute

N/A 500 V

Applicable Conductor Wire Size

N/A 30 to 26 AWG

Applicable Insulation Wire Outside Diameter (OD)

N/A 0.8 to 1.0 mm0.031 to 0.039 in

Dimensions

Dimension A

N/A 5.00 mm0.197 in

Dimension B

N/A 9.50 mm0.374 in

Material and Finish

Contact Material

N/A Copper-Undercoated, Phosphor Bronze, Tin-Plated

Housing Material

N/A Natural Polyamide (PA9T), UL94V-0

Solder Tab Material

N/A Brass, Copper-Undercoated, Tin-Plated

Features

Features

N/A
  • Secure locking structure
    This innovative housing lock design achieves a locking device which is easy to handle as well as secure.
  • Contact lock structure
    A contact lock provides a good "click feeling" when mated, which prevents improper mating during assembly.
  • Prevent deformation of contacts
    Fork-shaped header contacts are supported by grooves on the housing walls designed to prevent deformation of contacts.

Note

Note

N/A Contact JST if Lead-Free product is required.
Refer to "General Instruction and Notice when using Terminals and Connectors" at the end of this catalog.
Contact JST for details.
  • 1 AWG #26
  • 2 AWG #26
  • 3 Including temperature rise in applying electrical current