Y50X10-07ZK10-2L2 | Миниатюрная розетка с 7 гнездами и квадратным фланцем

Y50X10-07ZK10-2L2 is a GJB standard environmental receptacle with 7 socket contacts. Compact size 10 shell, square flange mount, and bayonet coupling for secure industrial electronic panels.

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Engineering Layout of the Y50X10-07ZK10-2L2

Он Y50X10-07ZK10-2L2 is a high-reliability circular receptacle designed for space-constrained applications that require a high-density contact interface. The size 10 shell is optimized for miniaturized electronic enclosures, providing a small footprint while maintaining the mechanical robustness characteristic of the GJB series. The ZK designation indicates a square flange mounting style combined with socket (female) contacts. This configuration is widely adopted for power-input or signal-entry points on device panels, as the recessed socket design protects the conductive elements from accidental contact and mechanical damage when the connector is unmated.

The three-point bayonet coupling system on the Y50X10-07ZK10-2L2 allows for a rapid and secure connection with compatible plugs. This quick-lock mechanism is essential for systems where efficiency and reliability are paramount, such as in emergency communication gear or mobile industrial diagnostic tools. The tactile feedback provided during the 120-degree rotation gives operators immediate confirmation that the connection is locked, eliminating the risks associated with loose or partially mated interfaces in high-vibration environments.

Основные характеристики

Материал оболочки

Номинальное напряжение

Текущий рейтинг

Рабочая температура

Степень защиты от проникновения влаги и пыли

Циклы спаривания

Ключевая модуляция и поляризация

Соединение

Алюминиевый сплав

~1000 В переменного тока

~40 А

от -55 °C до +150 °C

IP67

500

N

Быстроразъемное штыковое соединение

y50x10-07zk10-2l2-side-view

7-Socket Configuration and Signal Reliability

The 10-07 insert arrangement of the Y50X10-07ZK10-2L2 provides seven precision-engineered socket contacts within its compact interior. This 7-pole density is highly versatile, often used for transmitting multi-channel sensor data, low-power distribution, or complex control logic. The sockets are manufactured from a high-conductivity copper alloy and are typically plated with gold to ensure a low-resistance path and superior protection against atmospheric oxidation. This prevents signal degradation over the long term, making it a dependable choice for high-fidelity instrumentation and professional electronic grids.

Internal insulation is managed by advanced dielectric materials that provide high insulation resistance and dielectric strength. The careful spacing of the seven sockets within the size 10 shell ensures that the connector can handle varying voltage levels without the risk of electrical arcing or crosstalk between pins. This focus on electrical integrity is a primary reason why the Y50X10-07ZK10-2L2 is selected for sensitive aerospace telemetry and automated robotic control panels where data accuracy is non-negotiable.

Environmental Hardening and Panel Integration

Environmental durability is a core feature of the Y50X10-07ZK10-2L2. The receptacle is equipped with internal gaskets and seals that prevent the ingress of moisture, dust, and corrosive agents. When installed with a proper flange gasket, it creates a secure seal against the equipment chassis, protecting the internal electronics from environmental exposure. This makes the connector suitable for use in tropical, maritime, and desert climates, where standard interconnects might suffer from humidity-induced failures or particulate contamination.

The aluminum alloy shell is treated with military-grade plating, such as olive drab chromate or nickel, which provides an effective sacrificial layer against salt spray and chemical corrosion. Furthermore, the 2L2 backshell provides essential cable support and strain relief for the internal wiring at the rear of the panel. This prevents mechanical stress—caused by cable movement or vibration—from compromising the solder or crimp terminations, ensuring the long-term reliability of the electrical connection even in demanding industrial settings.

y50x10-07zk10-2l2

Strategic Applications in Aerospace and Automation

The Y50X10-07ZK10-2L2 is extensively utilized across several high-tech industries. In the aerospace sector, its lightweight and compact size 10 shell contribute to reducing the overall mass of flight systems, while the 7-socket interface provides the necessary connectivity for small-scale actuators and navigation sensors. The GJB-standard compliance ensures that it can withstand the extreme vibration and shock profiles encountered in aviation, providing a stable gateway for power and data transmission.

In industrial automation and medical technology, this receptacle serves as a reliable panel interface for robotic controllers and portable diagnostic devices. The bayonet locking system and rugged square flange make it capable of surviving daily use in a busy factory or clinical environment. By providing a standardized, intermateable, and cost-effective solution, the Y50X10-07ZK10-2L2 helps engineering and procurement teams maintain high quality-control standards across global projects, ensuring consistent performance in the most critical electronic grids.

Часто задаваемые вопросы

What is the difference between ZK and ZJ in the Y50X series?

ZK refers to a square flange receptacle with socket (female) contacts, while ZJ indicates the same mounting style but with pin (male) contacts.

While usually ordered separately as part of the mounting hardware, many high-quality suppliers include the gasket to ensure the panel-mount seal is moisture-proof.

The voltage rating depends on the specific GJB datasheet for the 10-07 arrangement, but size 10 connectors are generally optimized for low-voltage signal and power distribution.

The 2L2 backshell provides integrated strain relief and protects the rear wire terminations, making it easier to manage cables and reducing the likelihood of wire breakage during service.

Yes, it is designed for technical equivalence with international bayonet standards (like MIL-DTL-26482 series), though dimensional verification against GJB standards is always recommended.

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