Y50X10-07ZJ10-2L2 | Compact 7-Pin Square Flange Receptacle Applications
Y50X10-07ZJ10-2L2 is a miniature GJB standard receptacle with 7 pin contacts. Square flange mount and bayonet coupling for precision sensors and aerospace control panels.
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Y50X10-07ZJ10-2L2 Precision Sensors and Instrumentation Grids
In the world of high-precision sensing, the Y50X10-07ZJ10-2L2 is a critical interface component. Its 7-pin configuration allows for the transmission of multiple data channels, such as differential signal pairs combined with power and ground, all within a compact 10-size shell. This makes it ideal for the front panels of laboratory testing equipment, environmental monitoring stations, and industrial data loggers. The square flange (ZJ) mounting provides a rock-solid attachment to the device chassis, ensuring that the connector can withstand the mechanical stress of frequent cable mating while maintaining the signal integrity required for accurate measurement.
Engineers choose this model for sensor grids because the bayonet coupling ensures that vibration—often a source of noise in sensitive circuits—does not cause intermittent connections. Whether it is monitoring pressure in a vacuum chamber or vibration in a wind turbine, the Y50X10-07ZJ10-2L2 provides the stable electrical path and high insulation resistance necessary for long-term data fidelity in professional electronic grids.
Key Specifications
Shell Material | Voltage Rating | Current Rating | Operating Temp | Ingress Protection | Mating Cycles | Keying & Polarization | Coupling |
|---|---|---|---|---|---|---|---|
Aluminum alloy | ~1000 VAC | ~40 A | -55 °C to +150 °C | IP67 | 500 | N | Quick bayonet coupling |
Aerospace Telemetry and UAV Control Units
The aerospace industry demands components that are both lightweight and exceptionally rugged, which is where the Y50X10-07ZJ10-2L2 excels. In Unmanned Aerial Vehicles (UAVs) and small satellites, every gram of weight matters. The size 10 shell offers a miniaturized footprint that fits easily into the cramped interior of flight control computers and telemetry modules. The 7-pin layout is perfectly suited for linking GPS modules, flight sensors, or camera stabilized gimbals to the main processing unit.
During takeoff and high-altitude flight, components are subjected to intense mechanical shock and temperature fluctuations. The GJB-compliant construction of the Y50X10-07ZJ10-2L2 ensures that it remains functional under these extreme conditions. The internal seals prevent atmospheric pressure changes from causing moisture buildup inside the connector, protecting the 5-pole or 7-pole signal paths from short-circuiting. The ZJ10 pin configuration typically serves as the signal-output or power-distribution point on the aircraft’s internal panels, providing a reliable gateway for mission-critical data.
Tactical Communication and Field Equipment
For ground-based defense and tactical communication gear, the Y50X10-07ZJ10-2L2 serves as a robust panel interface for portable radios, handheld GPS units, and ruggedized laptops. In these scenarios, the square flange mount is essential for ensuring that the connector can survive rough handling and accidental drops. The 2L2 backshell provides integrated strain relief for the internal wiring, which is a vital feature for equipment that is constantly being moved and reconfigured in the field.
The environment in which tactical gear operates is often aggressive, involving dust, mud, and rain. The DX-grade environmental resistance of the Y50X10-07ZJ10-2L2 ensures that the internal contacts remain dry and uncontaminated. The bayonet locking system is also an advantage in tactical scenarios because it allows for “blind mating”—operators can feel the connection lock into place without needing to see the interface, which is crucial for nighttime operations or when the connector is located on the rear of a mounted unit.
Industrial Automation and Robotic Control Panels
Modern industrial automation relies on high-density connectivity to manage complex robotic movements and feedback loops. The Y50X10-07ZJ10-2L2 is frequently integrated into the control panels of robotic arms and automated assembly lines. The 7-pin arrangement provides enough poles to handle multiple encoder signals or low-voltage motor control lines in a single small-form-factor package. This efficiency allows designers to build smaller control cabinets and more streamlined robotic joints.
The reliability of the Y50X10-07ZJ10-2L2 helps minimize downtime on the factory floor. Because the connector is designed for high mating cycles, it can withstand the wear and tear of daily use in a production environment. The metallic shell also provides essential EMI/RFI shielding, ensuring that the high-frequency noise generated by nearby motors and power supplies does not interfere with the delicate control signals passing through the 10-07 interface. This combination of durability and electrical precision makes it a staple for engineers building the next generation of industrial hardware.
FAQ
What does the ZJ10 mean for the Y50X10-07ZJ10-2L2?
What does the ZJ10 mean for the Y50X10-07ZJ10-2L2?
ZJ refers to the square flange mounting style, and 10 indicates that the receptacle is equipped with pin (male) contacts.
Is this receptacle waterproof for outdoor use?
Is this receptacle waterproof for outdoor use?
When mated with a compatible plug and installed with a flange gasket, it provides excellent protection against rain and moisture, making it suitable for outdoor industrial and military grids.
How many wires can be connected to the Y50X10-07ZJ10-2L2?
How many wires can be connected to the Y50X10-07ZJ10-2L2?
The 07 arrangement allows for up to 7 independent wires to be terminated, providing a versatile interface for power and signal combinations.
Can the square flange be mounted on any thickness of panel?
Can the square flange be mounted on any thickness of panel?
The mounting depends on the length of the screws used, but the standardized flange design is compatible with most standard industrial and aerospace panel thicknesses.
Does the 2L2 backshell interfere with panel mounting?
Does the 2L2 backshell interfere with panel mounting?
No, the 2L2 backshell is located on the rear of the connector, providing strain relief for the internal wiring after it passes through the panel cutout.
Certification
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