| Availability: | |
|---|---|
52、501646
Specifications
| Current Rating:1A | Insulation Resistance:1000MΩ/min |
| Voltage Rating:100V | Withstand Voltage:800V AC/min |
| Contact Resistance:≤20mΩ | Operating Temperature Range:-40℃~+105℃ |
Material
| Plastic material:Nylon66、UL94V-0 |
Package Type
tape and reel、 tube packaging、Tape and Reel Package
Note For Wafer Connectors, FPC Connectors, FAKRA Connectors, and HSD Connectors, please contact customer service to confirm the final packaging method based on product specifications, size, and quantity requirements.
Drawing/Model
![PH2.0 Double Row Terminal Connector Housing [501646] PH2.0 Double Row Terminal Connector Housing](http://iororwxhimpllk5p-static.micyjz.com/cloud/pmBpkKlmliSRqllrqoikkq/52.jpg)
Product Features
This PH2.0 Double Row Terminal Connector Housing incorporates a locking ramp mechanism that securely retains crimped terminals within their designated cavities, preventing contact displacement during handling, harness installation, and operation under vibration conditions. The housing body is injection-molded from glass-fiber-reinforced nylon, delivering enhanced mechanical strength and dimensional stability compared to unfilled grades, which is particularly important for maintaining precise cavity spacing over the product's temperature operating range. Polarization slots molded into both the mating interface and the terminal entry side prevent reverse insertion, eliminating a common source of assembly defects and potential short circuits that could damage downstream electronic components. The compact form factor and fine pitch make this housing suitable for densely populated circuit boards where routing space is at a premium and multiple connectors must be positioned in close proximity. A natural or color-coded finish option supports visual identification strategies in multi-connector harness segments, reducing assembly errors and simplifying maintenance procedures. Integrated strain relief lugs at the wire entry accept cable ties or sleeves, distributing tensile loads away from crimp joints.
Application Scenarios
The PH2.0 Double Row Terminal Connector Housing is employed in battery management systems, power tool assemblies, and robotic platforms where multiple electrical circuits must be organized within a compact footprint without sacrificing reliability or serviceability. Its double-row configuration effectively doubles the circuit count compared to single-row alternatives at the same board area, making it an efficient choice for space-constrained designs where maximizing connectivity density is a primary engineering objective. In smart home devices, this housing connects thermostats, security cameras, and environmental sensors to central control boards through neatly organized wire-to-board interfaces. Automotive interior electronics, including seat heaters and ambient lighting controllers, also utilize this housing for its ability to consolidate power and signal conductors in a single connector. The housing accommodates standard crimp terminals, enabling harness manufacturers to use widely available tooling and consumables without investing in proprietary application equipment. Portable medical devices such as glucose monitors and pulse oximeters similarly benefit from the housing's compact dimensions and reliable terminal retention in handheld form factors that must withstand daily handling.
Why Choose [501646] PH2.0 Double Row Terminal Connector Housing
Dual-row layout of this PH2.0 Terminal Housing doubles contact count within the same width, achieving significantly higher density without increasing the PCB footprint.
Pitch compatibility of this Double Row Housing ensures wide interchangeability with standard crimp terminals and mating connectors, simplifying sourcing and harness logistics.
Robust housing material of this PH2.0 Terminal Housing maintains structural integrity under loading and variation, ensuring reliable terminal retention in assembled harnesses.
Compact double-row form factor of this PH2.0 Double Row Housing suits densely populated assemblies in consumer electronics, robotics, and industrial controller boards.
Proven in high-volume production across multiple sectors, this Terminal Housing is supported by established supply chain and quality assurance support for consistent availability.
