3.96mm pitch/Disconnectable Crimp style connectors

Locking header

Side entry type with PCB stabilizer

3.96

±0.05

＋0.1

10.5

3.96

±0.05

＋0.1

21

19

Shrouded header

20.5

3.96

±0.05

＋0.1

*11.0 max. when used with the VR connector receptacle.

3.96

±0.05

±0.05

1.5

Circuit No.1

＋0.1

＋0.1

10.5

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

Specifications –––––––––––––––––––

• Current rating: 10A AC, DC (AWG #16)

• Voltage rating: 250V AC, DC

• Temperature range: -25˚C to +85˚C

(including temperature rise in applying

electrical current)

• Contact resistance: Initial value/ 10m

Ω max.

After environmental testing/ 20m

Ω max.

• Insulation resistance: 1,000M

Ω min.

• Withstanding voltage: 1,500V AC/minute

• Applicable wire: AWG #22 to #16

• Applicable PC board thickness: 1.6mm

Note:

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.

* Compliant with RoHS.

* Refer to "General Instruction and Notice when using

Terminals and Connectors" at the end of this catalog.

* Contact JST for details.

Standards–––––––––––––––––––––––

Locking header

Side entry type

Locking header

Top entry type

Note: 1. The above figure is the figure viewed from soldering side.

2. Tolerances are non-cumulative:

±0.05mm for all centers.

3. Please consider the pattern layout design in case of applying the large current.

4. Hole dimensions differ according to the kind of PC board and piercing method. The dimensions above should serve as a guideline. Contact JST for details.

1