The high-performance magnetically held relay FH41L-60 is ideal for smart meters and other demanding applications. This relay has a 60A switching capability and a single or dual coil design to suit diverse applications. It uses innovative magnetic retention technology.
Enhanced Current Carrying Capacity: 60A rated load current, 250VAC maximum switching voltage
Minimal Contact Resistance: Initial contact resistance must not exceed 2.0mΩ, ensuring optimal transmission efficacy.
Rapid Response: Opening and closing durations are ≤ 20ms, guaranteeing optimal performance.
Wide Temperature Wide temperature range: Stable operation under -40℃ to 85℃ ambient temperature
Dust and moisture proof design: Reliable performance within 5%-85% humidity range
Strong seismic performance: Functional seismic resistance up to 98m/s² (10g), destructive seismic resistance up to 980m/s² (100g)
Compact dimensions: Only 34.8×28×16mm, space-saving
Low-power consumption operation: Single-coil rated 1.5W, double-coil 3.0W Dual coil 3.0W
Magnetic retention feature: requires power only during switching state, no power supply required in normal mode
The FH4.1L-60 offers flexible coil options for different voltage requirements:
Single Coil Magnetic Retention
Optional Voltages: DC 6V/9V/12V/24V
Low Power Design, 1.5W Power Rating
Typical Applications: Space constraints, low power requirements
Dual Coil Magnetic Retention
Optional Voltages: DC 6V/9V/12V/24V
Designed for higher reliability. Rated power 3.0W
Typical applications: critical systems requiring higher reliability
The FH4.1L-60 relay is particularly suitable for:
Smart meters and energy management systems
Automatic meter reading devices
Power monitoring systems
Industrial automation control
Other applications requiring low power consumption and high reliability switching
We offer comprehensive customised solutions:
External accessories such as manganese-copper shunts, transformers, etc., are available on request
Both PCB mounting and screw terminal (XB) connections are supported.Special polarity (R) variants are offered to satisfy particular wiring specifications.
The suggested driving voltage is 1 to 1.5 times the rated voltage, with a pulse width of at least 50 ms.
Do not activate the "ON" and "OFF" coils simultaneously.
Reflow soldering, wave soldering, or general soldering of load terminals is not advisable; spot soldering is suggested.
Prevent mechanical strains that could affect performance during installation.
Contact our technical support staff for technical information or customisation.
