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Magnetic Latching Relay

Magnetic Latching Relay, pcb power relay, telecom relay, automotive relay, general control relay, solid state relay, panel mounting relay, power relay, reed relay, optocouplers, photo couplers, led's, led displays, lcd character & graphical display, smd led, XINYA Connectors, ic sockets, electronic & electrical components

We are Manufacturer, Supplier and Exporter of our product range. Our setup is situated in Pune, Maharashtra, India and majorly we serve our customers from all over India including metro cities like Pune, Mumbai, Bangalore, Chennai, Delhi, Hyderabad.

At Kura Electronics,we aspire to be pioneers in offering of products associated with relay technology including magnetic latching relays, telecommunication relays and more. To ensure absolute control over product delivery, quality and performance, we carry out the rigorous testing of all components in house. Our commitment to advancement is highlighted by continuous innovation and unique startegies in supplying best quality products. In recent times, we have been successful in providing robust products that have been in demand among a wide range of customers.

Product introduction

Magnetic latching relays a division of relay technology, have emerged as innovative solutions for various applications where maintaining a particular switching state is crucial. These relays offer a unique feature which is the ability to maintain their switched position even when the control signal is removed. This distinct attribute sets them apart from conventional relays and brings numerous advantages to industries seeking efficiency, stability and energy savings in their operations. In comparison with, different traditional relays that require continuous power to maintain their switched state, magnetic latching relays function on a principle using a pulse of current to switch between the two states of set and reset. This pulse generates a magnetic field that holds the contacts of relays in position, enabling the relay to stay in either the set or reset state without the need for constant power. This intrinsic property makes these relays energy efficient and ideal for applications requiring power conservation.

Key Advantages

Energy Efficiency : Magnetic latching relays consume power only during the switching process, minimizing energy consumption and contributing to overall energy savings in industrial systems. This attribute is particularly beneficial in battery powered applications where power preservation is crucial.

Stability and Reliability : Once a magnetic latching relay switches to a stable state, it remains in that state until intentionally switched again. This stability ensures that critical processes such as safety systems or emergency shutdowns, remain unaffected by power fluctuations

Reduced Heat Generation : With no need for continuous power, magnetic latching relays generate less heat compared to traditional relays. This not only prolongs the operational life of the relays, but also contributes to maintaining an optimal temperature environment within equipment cabinets.

Remote Control and Monitoring : The twofold nature of magnetic latching relays allows for remote control and monitoring without the constant need for power supply. This is useful in applications, where space constraints make regular power supply impractical.

Diverse Applications : These relays find applications across industries such as telecommunications, industrial automation, transportation and energy management.

Diminishing size : Ongoing advancements in miniaturization techniques will likely lead to smaller and more compact magnetic latching relay designs, making them suitable for more applications.