The MY2N MY2P HH52P MY2NJ Relay is a high-quality general-purpose DPDT micro mini relay designed for industrial and commercial applications. With its transparent plastic enclosure, it allows for visibility of internal components, ensuring easy maintenance and safety. This relay is ideal for controlling high-power circuits with a low-power AC signal.
Technical specifications
Feature | Specification | Benefit |
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Material | Metal and Plastic | Durable with visual inspection capability |
Style | Compact and Modular | Easy integration into systems |
Capability | 12VDC 5A 250VAC | Handles high currents and voltages |
Customization | Mounting holes & terminals | Flexible installation and maintenance |
Safety | Transparent enclosure | Prevents accidental contact, enhances safety |
Customization guide
Adjustable parameters include mounting configurations to fit specific installation needs, and the relay's transparent enclosure allows easy visual inspection for troubleshooting and maintenance.
Get inspired
Harness the power of the MY2N MY2P HH52P MY2NJ Relay for your industrial and commercial projects. With its robust design and high load capacity, it’s the perfect choice for applications requiring reliable high-power switching.
Choose your model
Parameter | Base Model | Advanced Model | Pro Model |
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Load Current | 5A | 7A [+40%] | 10A [+100%]* |
Rated Voltage | 12V | 24V | 220V |
Contact Load | Low Power | Medium Power | High Power |
Supplier's note
The Pro version's capability to handle a 10A load at 220V AC marks a significant technical breakthrough, enabling it to safely manage high-power applications with ease. Its robust construction and transparent enclosure ensure durability and user safety, making it ideal for demanding environments.
For optimal selection, users should consider the Pro Model for high-power scenarios requiring maximum reliability and safety, while the Base Model suffices for less demanding applications. With enhanced load capacity and voltage handling, the Advanced Model offers a balance between performance and cost-effectiveness.