Latching Relay Part
Latching Relay Parts are designed to achieve circuit state memory and low-energy control. Their core features are one-time switching and power-off retention. They are widely used in smart grids, energy storage systems, charging piles, new energy vehicles, and industrial automation equipment. These parts include coils, armatures, contact groups, permanent magnets, locking mechanisms, springs, housings PCB terminals, etc., which constitute the key structure of the latching relay.
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![Shunt Terminal For Magnetic Latching Ralay 100A]()
Shunt Terminal For Magnetic Latching Ralay 100AThe Shunt Terminal for Magnetic Latching Ralay 100A uses a composite strip of copper and manganese copper, which is precision stamped after being welded by electron beam laser. This ensures low...read more -
![Electrical Contacts For Miniature High-Power Latching Relay]()
Electrical Contacts For Miniature High-Power Latching RelayElectrical Contacts for Miniature High-Power Latching Relay employ a silver alloy-copper cold-forged composite structure, with a "double eyelid" or stepped cap-like contact layer formed on the...read more -
![Electron Beam Welding Shunt Resistor]()
Electron Beam Welding Shunt ResistorThe Electron Beam Welding Shunt Resistor is a low-resistance current-sensing component manufactured by precision stamping a composite strip—formed by joining Manganin alloy and oxygen-free copper...read more -
![Mangnetic Latching Relay Shunt]()
Mangnetic Latching Relay ShuntThe Mangnetic Latching Relay Shunt is a core precision passive component within the magnetic latching relay of a smart meter. It uses a copper substrate combined with a manganese-copper alloy...read more -
![EBW Manganese Copper Shunt For Relay]()
EBW Manganese Copper Shunt For RelayThe EBW Manganese Copper Shunt for Relay is a precision current shunt designed specifically for relays. It utilizes a composite structure of 6J13 manganin and T2 copper, achieving a perfect bond...read more -
![EBW Manganin Shunt For Relay]()
EBW Manganin Shunt For RelayThe EBW Manganin Shunt for relay is a precision shunt component designed for use in latching relays. It is manufactured by electron-beam welding Manganin and pure copper together, followed by...read more -
![Latching Relay With For Smart Energy Meter]()
Latching Relay With For Smart Energy MeterThe Latching Relay with for Smart Energy Meter is a high-precision metal connection component for conductivity and current detection within magnetic latching relays. It is primarily used in smart...read more -
![Energy Meter Shunts]()
Energy Meter ShuntsEnergy Meter Shunts are low-resistance current-sensing components—specifically designed for latching relays—that are precision-stamped from manganese-copper/pure-copper composite strips joined via...read more -
![Brass Terminal Lead Shunt Resistor]()
Brass Terminal Lead Shunt ResistorThe Brass Terminal Lead Shunt Resistor is a high-performance stamped component designed specifically for magnetic latching relays and high-precision current sampling applications. Its core...read more -
![Electricity Meter Shunt]()
Electricity Meter ShuntThis product is an Electricity Meter Shunt used in electricity meters and magnetic latching relay systems. It is manufactured using a "copper + manganese copper" composite strip structure. The...read more -
![Micro Ohm Manganin Welding Shunt Resistor]()
Micro Ohm Manganin Welding Shunt ResistorWe specialize in manufacturing Micro Ohm Manganin Welding Shunt Resistors, which are made of manganin alloy and feature ultra-low resistance, excellent temperature stability, and long-term...read more -
![Silver Electronic Contact For Energy Meter Latching Relay]()
Silver Electronic Contact For Energy Meter Latching RelayThe Silver Electronic Contact for Energy Meter Latching Relay is custom-designed for high-reliability energy meters and magnetic latching relays. This product employs a unique composite contact...read more
We focus on the research and development of core components of magnetic latching relays:
1. Cap-type silver contact: In the first step composite structure, the contact area increased by 40%, the resistance decreased by 35%, the arc uniform distribution makes the service life exceed 10,000 times, the silver layer is thinned by 50%, and the cost is reduced by 30%. AgSnO₂(12) alloy is used, the arc erosion resistance is 5-8 times higher than that of traditional materials, the contact resistance is ≤0.8mΩ, and it is environmentally friendly.
2. Step-type iron core: DT4C electrical pure iron is selected, the cold heading one-time forming accuracy is ±0.02mm, and the nickel-plated layer is salt spray tested for 72 hours. The defective rate is <0.1%, which is suitable for the high-frequency response requirements of relays.
3. Yoke and armature: DT4E electric pure iron is used, the precision stamping size tolerance is ±0.02mm, the nickel-plated layer is corrosion-resistant, the automatic detection pass rate is ≥99.8%, and the low hysteresis loss is suitable for mainstream meter standards.
4. Red copper braided wire: high conductivity (≥58MS/m), resistance welding and pressing process make the pulling force ≥500N, contact resistance ≤0.2mΩ, vibration and high-temperature resistance, suitable for automated production, efficiency increased by 30%.
We're professional latching relay part manufacturers and suppliers in China, specialized in providing high quality customized service. We warmly welcome you to buy high-grade latching relay part from our factory.
Copper Manganin Shunt Resistor for Latching Relay, Electrical Manganin Shunt Stampings, latching relay shunt terminal