Amphenol Sine Systems HYPERBUSS™ PSM Bussed Receptacle Blocks
Amphenol Sine Systems HYPERBUSS™ PSM Bussed Receptacle Blocks are environmentally sealed, multi-pin, heavy-duty, thermoplastic connectors. These receptacle blocks are designed for applications where a common bussed electrical pathway is required in a condensed footprint. This provides an effective way to connect multiple devices to one block. The PSM receptacle blocks feature integrated latches to ensure proper mating with their respective plugs and industry-standard connectors. These receptacle blocks connect multiple devices into a single, integrated bussed feedback assembly and meet SAE/SAE J1939 requirements for CAN Bus applications. The HYPERBUSS™ PSM receptacle blocks are IP68 and IP69K rated in mated condition and combine power and ground in one block. These blocks operate within the 13A to 225A current range and -55°C to 125°C temperature range. Typical applications include transportation, marine, military, alternative energy, and agriculture.
Features
- Connects multiple devices into one integrated bus feedback assembly
- Meets SAE/SAEJ1939 requirements for CAN Bus applications
- Combines power and ground in one block
- Reduced cost by eliminating excessive wiring
- Potted block and sealed connections prevent corrosion found on open screw bus bars
- Integrated latches for mating
- IP68 and IP69K rated (in mated condition)
- Intermateable with standard AT, ATP, or ATHD Series™ plugs and other industry connectors
- Thermoplastic housing body
- Machined contact types
- Copper alloy, nickel, or gold-plated contact material
- Integrated latch coupling system
Specifications
- 13A to 225A maximum current range
- 250V maximum voltage rating
- >100 minimum mating cycles
- -55°C to +125°C operating temperature range
Applications
- Heavy duty
- Transportation
- Marine
- Diagnostic
- Military
- Alternative energy
- Agricultural
Related Connectors
Amphenol Sine Systems HYPERBUSS™ Family of Receptacle Connectors
For a variety of interconnect applications where a common "bussed" electrical pathway is required.