Manufactured by Huizhou Antenk Electronics Co., Ltd, the PHDR05 series 2.00mm pitch dual row right angle pin header with 4.0mm insulator height is a standard right angle through-hole PCB connecting part for signal and low-current power transmission, supporting contact counts ranging from 02 pins up to 80 pins. In accordance with drawing specifications, this angled pin header supplies two customizable pin tail lengths of 4.00mm and 2.80mm to adapt to different PCB board thicknesses. The insulator can be selected from PBT, PA6T, LCP, PA46 and PA9T raw materials, with mainstream black PA6T material complying with UL94V-0 flame retardant standard. Square brass pins are available with gold flash, multiple grades of selective gold plating and pure tin plating surface treatment options to strengthen anti-corrosion ability and electrical stability. Its core electrical parameters include 1.5 Amp rated current, minimum 1000MΩ insulation resistance and maximum 20mΩ contact resistance, withstanding 500V AC dielectric voltage for one minute and operating steadily in the temperature range from minus 65 degrees Celsius to plus 125 degrees Celsius. The right angle bent pin structure effectively saves vertical assembly space for slim electronic equipment, and all PCB layout sizes are strictly controlled under unified tiny tolerances to match automatic wave soldering procedures. Our complete standardized production workflow covers independent precision mold development, high-speed brass terminal stamping, high-temperature resistant plastic injection molding, anti-oxidation electroplating, automatic pin bending assembly and full electrical aging reliability testing. Imported Taiwan high-speed punching machines and Japanese precision injection molding equipment guarantee stable dimensional consistency during mass batch production.
This dual row right angle pin header is equipped with abundant packaging selections including tray, bag, tube, tube with cap, tape reel and tape reel with cap to meet manual assembly and fully automatic DIP plug-in production lines. Operators insert the bent right angle pin tails into reserved through holes on printed circuit boards following the official PCB layout drawing and complete wave soldering fixation, then mate the pin header with matching dual row female sockets to form complete closed circuit transmission. It is widely applied in industrial control small modules, communication signal circuit boards, digital display equipment, intelligent household appliances, automotive auxiliary electronic components, portable data storage devices and precision measuring instruments. During processing and application, users need to reasonably control soldering temperature to avoid thermal deformation of the plastic insulator, avoid excessive external force during plugging to prevent square pins from bending and fracture, and store unused pin headers in dry sealed packaging to prevent brass pins from oxidation and rust. All products comply with EU RoHS and REACH environmental protection regulations, most specifications obtain UL certification with the certificate number E472792, and our factory has passed ISO9001, ISO14001 and IATF16949 automotive industry quality management system certifications.
Compared with other connector manufacturers, Antenk owns more than 250 sets of self-developed plastic molds and 180 sets of precision brass stamping molds, supporting flexible personalized customization of pin quantity, insulator material, pin tail length and contact plating type for this right angle dual row pin header series. Our 10000-square-meter production base with 250 professional staff is equipped with over 180 automatic assembly machines and 20 sets of professional laboratory testing instruments, ensuring uniform batch product quality and fast order delivery for large bulk purchases. As an enterprise certified with Guangdong Famous Trademark qualification, more than 70 percent of our pin header products are exported to global overseas markets. Our multi-stage incoming raw material inspection, in-process production monitoring and finished product full inspection system greatly improves product high and low temperature resistance and structural durability, effectively reducing poor contact and circuit disconnection failures caused by loose mating, and establishing long-term trusted and stable cooperative partnerships with customers across Europe, America, Southeast Asia and other international regions worldwide.
