Search Results for radsok

The RADSOK® R8S round contact system, proven over many years, ensures efficient and reliable power transmission. The RADSOK® contact offers very high power density and enables the design of the HV connectors. The POWERSOK® product family is the benchmark in installation space and compactness, and the necessary robustness at the same time ...

RADSOK® technology is based upon a stamped and formed flat grid, uniquely twisted into a hyperbolic geometry to provide robust, high-density contact to the mating pin contact.Most pin and socket technologies rely upon spring (beam element) properties of the contact elements, which tend to weaken over time.

The large interface area between the socket lamella and pin surface results in very low contact resistance, enabling the RADSOK® contacts’ high current rating compared to traditional power contact designs. High Mating Cycle Durability: RADSOK contacts with typical silver plating finishes have demonstrated the survival of 20,000 mating cycles.

Amphenol Radsok® is an advanced series of contacts designed to maximize power delivery while minimizing space requirements. Radsok contacts feature a twisted grid hyperbolic structure, enabling long, symmetric contact along each lamella. Radsok R8S is designed specifically for the automotive industry, minimizing the length and diameter required

The R4 RADSOK connector significantly increases amperage, while reducing insertion force, temperature rise and voltage drop. The Surlok Plus 3.6mm 1500VDC conforms to UL4128, while the 5.7mm and 8.0mm inline 1000VDC conforms to UL1977; a standard set for safety component connectors for use in data, signal, control and power applications.

Back; SMA Adapters; SMA to 1.0-2.3 Adapters; SMA to 4.3-10 Adapters; SMA to 7-16 Adapters; SMA to AFI Adapters; SMA to AMC Adapters; SMA to AMC4 Adapters; SMA to BNC Adapters

our patented RADSOK® technology used globally around the world for many years. The product features higher amperage, lower T-rise, less resistance, lower mating force and higher mating cycles. Because RADSOK® allows 50% more amperage through the same size pin, the UPC is compact; and because it is plastic, it is also lightweight.

RADSOK® technology is based upon a stamped and formed flat grid, uniquely twisted into a hyperbolic geometry to provide robust, high-density contact to the mating pin contact.Most pin and socket technologies rely upon spring (beam element) properties of the contact elements, which tend to weaken over time.

The RADSOK® R8S round contact system, proven over many years, ensures efficient and reliable power transmission. The RADSOK® contact offers very high power density and enables the design of the HV connectors. The POWERSOK® product family is the benchmark in installation space and compactness, and the necessary robustness at the same time ...

• RADSOK® socket contacts available • Operating Voltage: 500 VAC • Current Rate: 150 A • Operating Temperature: -40°C to +125°C • 500 Mating Cycles IDS-113. For further information on your individual application requirements, contact: Amphenol Corporation North America:

The RADSOK® Super Twist contacts are used in applications where mechanical system tolerance is difficult to control in manufacturing and/or assembly, for example, mating multiple positions on a bus bar with poor true positioning to a PCB or pluggable power supply assembly. With RADSOK products integrated in many high vibration applications, we

MIL-DTL-38999 Series III connector with RADSOK®, Temper-Grip, or standard high power contacts to accommodate requirements for 500+ amps. High Voltage 38999 An expansion of the MIL-DTL-38999 series to provide solutions for next-generation power requirements. HD38999 High Density ...

The R4 RADSOK connector significantly increases amperage, while reducing insertion force, temperature rise and voltage drop. The Surlok Plus 3.6mm 1500VDC conforms to UL4128, while the 5.7mm and 8.0mm inline 1000VDC conforms to UL1977; a standard set for safety component connectors for use in data, signal, control and power applications.

18mm RADSOK® socket and the receptacle contains an 18mm pin with the option of crimp and 2-hole busbar termination. When unmated, personal safety is maintained through a touch-proof, dead-front contact design. The RADSOK’S® strongest benefit is its low milli-volt drop and minimized temperature rise when transmitting high current.

2 Das Unternehmen Amphenol-Tuchel Electronics GmbH ist ein Unternehmen der US-amerikanischen Amphenol Corporation. Unsere eigenständige globale

RTHP6141SNH-25S2 6mm Plug, Female, High Amperage, Crimp, 630V,Long Shield Backshell, Shell Size 14-Plug, 1 Position, Female, Shell Size 14, Radsok® Call Us 1-800-394-7732 My Account

The R4 RADSOK connector significantly increases amperage, while reducing insertion force, temperature rise and voltage drop. The Surlok Plus 3.6mm 1500VDC conforms to UL4128, while the 5.7mm and 8.0mm inline 1000VDC conforms to UL1977; a standard set for safety component connectors for use in data, signal, control and power applications. ...

RADSOK SOCKET CONTACT RADSOK® contacts can handle up to 250 amps at size-0 contacts compared to 150 amps for size-0 mil-spec type standard sockets. RADSOK contacts also feature exceptionally high mating cycle durability and can withstand 20,000 mating cycles with standard silver plating.

Amphenol Australia | 22 Industry Boulevard, Carrum Downs VIC 3201 | 03 8796 8888 amphenol.com.au 5 SurLok Plus™ Series Image Termination Radsok® Size (mm) Part Number Image Cable Size Radsok® Size (mm) Amps Part Number Threaded Post 5.7 SLPRATPSR 16mm2 5.7 100 SLPPA16BSR 8 SLPRBTPSR 25mm2 5.7 120 SLPPA25BSR 35mm2 8 150 SLPPB35BSR 50mm2 8 200 SLPPB50BSR Threaded Post 5.7 SLPRATPSB 16mm2 5.7 ...

The RADSOK® R8S round contact system, proven over many years, ensures efficient and reliable power transmission. The RADSOK® contact offers very high power density and enables the design of the HV connectors. The POWERSOK® product family is the benchmark in installation space and compactness, and the necessary robustness at the same time. ...