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JUSHUO GH125-S06CCA-00

JUSHUO GH125-S06CCA-00
Manufacturer:JUSHUO
Model Number:GH125-S06CCA-00
Minimum Order Quantity:5
Standard Packaging:SMD,P=1.25mm
Delivery Time:1 working day
Product Details
Y-Width Of Bottom Edge On Board: 4.25mm
Reference Series: GH
Pins Structure: 1x6P
Contact Plating: Tin
Contact Material: Phosphor Bronze;LCP
Operating Temperature: -25℃~+85℃
Flame Retardant Rating: UL94V-0
Pitch: 1.25mm
Voltage Rating (Max): 50V
Number Of PINs Per Row: 6
Number Of Rows: 1
X-Length Of Bottom Edge On Board (Spacing Line): 10.8mm
Z-Height Of The Board: 4.05mm
Mounting Type: Surface Mount,Vertical
Product Description
Detailed Specifications & Features

Product Overview

Product Name: 1.25mm (1.25mm Vertical Surface Mount Connector with Latch)

Product Model: GH125-S**CCA-00 (** represents PIN count)

Brand: (SHENZHEN JUSHUO ELECTRONIC CO.,LTD)

Application: This specification is applicable to GH series products.

Company Address

Contact Person

(Liu Zhonghua)

(Wang Bin)

(Xing Kunxin)

Phone

N/A

Fax

N/A

Email

N/A

Version No

1 1 version

Page Number

Page 2 of 8, Page 3 of 8, Page 4 of 8, Page 5 of 8, Page 6 of 8, Page 7 of 8, Page 8 of 8

Item Specifications Details
Rated Voltage 50V AC/DC
Rated Current 1.0A
Operating Temperature Range -2585
Operating Humidity Range Below 90% Relative Humidity
Environmental Protection RoHS Compliant Products in line with ROHS environmental protection requirements.
Packing Inner packing: Joint and several; Outer packing: Carton. Sealed in the box without shaking.
Transport Temperature -20 to +50 Allowed by any means, avoid rain, snow, sunlight, collision, extrusion.
Storage Temperature -20 to +50 Relative humidity not more than 90%, no acid, alkaline, or corrosive gases.
Part Name Model Material
Base GH LCP E130i
Pin GH Phosphor Copper
Stator GH Phosphor Copper
No. Project Test Method Performance Requirements
9.1 Contact Resistance Plug in the connector and test with a contact resistance meter. 20m Max
9.2 Insulation Resistance Plug in the connector, apply 100V DC between adjacent contacts and between contacts and enclosure for 1 minute. 500M Min
9.3 Withstand Voltage Plug in the connector, apply 500V AC between adjacent contacts and between contacts and enclosure for 1 minute. No breakdown and flashover
10.1 Heating Test Place plug connector in +852 environment for 96H, then in normal environment for 1-2H. Appearance: No damage. Contact Resistance: 60m Max.
10.2 Cold Tolerance Test Place plug connector in -252 environment for 96H, then in normal environment for 1-2H. Appearance: No damage. Contact Resistance: 60m Max.
10.3 Moisture Resistance Test Place plug connector in 402, 90-96% RH environment for 96H, then in normal environment for 1-2H. Appearance: No damage. Insulation Resistance: 60M Min. Withstand Voltage: 250V AC/minute MIN.
10.4 Temperature Cycle -253 (30min) -> Room Temp (1H) -> +853 (30min) -> Room Temp (1H). 5 cycles. Recover 2H. Appearance: No abnormalities. Contact Resistance: 60m Max.
10.5 Salt Spray Test Continuous spray with 51% NaCl solution for 24H. Wash with distilled water, recover 1-2H. Appearance: No damage, corrosion. Contact Resistance: 60m Max.
10.6 Weldability Dip welded part into 2605 tin solution for 2.50.5 seconds. Tin area: 95% or more.
10.7 Soldering Resistance Place connector on PCB, reflow at 2605 or wave solder for 51S. 1. Plastic parts: No obvious deformation, damage, blistering. 2. Electrical characteristics must meet specifications.
11.1 Pin Fixing Force Apply force on pin at rate of 253mm/min until pin withdraws. Single pin: 5N Min.
11.2 Terminal Retention in Plastic Parts Pull terminal from socket at rate of 253mm/min along conductor direction. Single terminal: 7N Min.
11.3 Mechanical Life Plug and unplug 30 times at 10 times/min without power. Contact Resistance: 80m Max.
11.4 Terminal Crimp Wire Strength Axial pullout force at rate of 253mm/min. 26AWG wire: 17.8N. 28AWG wire: 8.9N. 30AWG wire: 4.4N. 32AWG wire: 2.2N.
11.5 Insertion/Pull-out Force Fit socket and terminal, test insertion/removal on same axis. Remove lock of hole seat (test speed: 205mm/min). Insertion Force: 2N (Per pin). Pull-out Force: 0.3N (Per pin).
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