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Screw-type: The products with special specifications can meet the different needs of customers, and can be customized according to the needs
of customers.
One-piece type: It can pass large currents, be customized according to customer requirements, and meet different customer needs.
Spherical ball type: Lateral force is available, and it can be customized according to customer requirements to meet different customer needs.
UPE Pogo Pin Internal Structure according to customer requirements to match suitable one
A.Structure description:Plunger for oblique bevel
B.Structure description:Plunger for drilled
C.Structure description:Plunger for flat
D.Structure description: Barrel inside added insulating beads
E.Structure description: Both sides of the plunger can be compressed
F.Structure description: Four-piece combination
G.Structure description: Intermediate shaft compression
H.Structure description: Ball compression contact
Pogo Pin application areas are:
Why do customers choose UPE?
1. Pogo Pin professional customization service
Different products and solutions can be designed according to different customer needs
2. Fast sample production capability
Standard product 2-3 days sample, new custom sample 7 working days, mold opening product 12 days
3. Strict quality control system
The concept of quality first runs through the entire production and inspection process, and strictly controls each process to ensure the quality of customer satisfaction.
4. Processing with imported components
A small number of needle shafts are machined from imported precision lathes, and most of the needle shafts are made of imported cold stamping for higher stability.
5. High-precision test equipment
Provide accurate and precise testing to continuously improve product quality
6. Reasonable cost control procedures
Save costs, eliminate waste, optimize processes, and highlight cost competitiveness
7. Product environmental standards
The product meets the EU ROHS standard and meets halogen
Spring-Loaded Pogo Pin Connector parameter performance
Name of Parts | Parameter performance table | |||
Barrel Materia | Brass | Beryllium copper | Phosphor Bronze |
|
Plunger Material | Brass | Beryllium copper | Phosphor Bronze | Stainless steel |
Spring options | Stainle | Music wire |
|
|
Plating requirements |
Gold-Au
|
Silver-Ag
|
Palladium-Nickel (Pd-Ni) |
|
Rated Current | 1A, 2A, 3A ,5A,15A or 30A (different structures) | |||
Rated Voltage | DC 12V 24V | |||
Contact Resistance | 30mΩ 50mΩ Max. (stillness) | |||
Life test | 50,000 cycles Min. 1000,000 cycles Max | |||
Reflow Temp. | 265°, 4~5sec | |||
POGO PIN Reliability Test | ||||
Retention Force | At rated cycling of 500±50 per hour,50,000 cycles minimum | |||
Humidity | EIA-364-31,Test method II, Condition A Subject mated connectors to relative humidity of 90% to 95%RH and a temperature of 40℃ ± 2℃ relative humidity for 96 hour. | |||
Resistance to Solder Heat
|
EIA-364-56,Procedure 5,Level 2 265℃+10/-0℃for 30 to 35 seconds
| |||
Salt Spray
| EIA-364-26,Test condition B Subject mated connectors to 5±1% salt-solution concentration, 35+1℃/-2℃ for 48 hours. | |||
Spring force test
| Normal Force Test Procedure,100g±20g at working height
| |||
Temperature Life
| EIA-364-17,Test method A,condition 4,Test time condition A Subject mated connectors to 85℃± 2℃ for 96 hours. | |||
Solderability
| EIA-364-52 Dip into the 265±5℃, 60/40±5% Sn/pb solder for 4.0~5.0 second | |||
Contact Resistance
| EIA-364-23 Measure the contact resistance with a test current of 100 mA maximum and 20 mV voltage maximum |
Testing equipment:
We have an independent laboratory and equipped with relevant experimental equipment, such as
Insertion force testing machine, Two-dimensional projector, Thickness meter, Automatic inspection machine, Insulation Resistance Tester
Metallographic sample polishing machine, Salt spray tester, Current temperature rise tester, Load stroke curve instrument, Automatic inspection machine, ROHS tester, Roughness tester,Elastic impedance tester, Life tester, etc.
Pakaging & shipping
Any question, please send to union@upetech.net