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Rapid Online - Rapid Electronics Ltd.£1.02Visit shop R-TECH 616312 RT32FN Miniature PCB Relay, Non-Latch, SPST-NO, 1For...
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The R-TECH 616312 is a 10A micro miniature power relay designed for electronics engineers and hobbyists who require reliable signal switching in space-constrained PCB applications. As part of the RT32FN series, it offers efficient performance for industrial equipment, automation, and measurement systems; however, users should note it features an SPST-NO contact configuration, which limits it to normally open switching applications only.
| Series | RT32FN |
|---|---|
| Model Part Number | 616312 |
| Brand | R-TECH |
This relay is an SPST-NO (Single Pole Single Throw, Normally Open) device.
No, this specific model (616312) requires a 24V DC coil. For other voltages, please refer to the 616311 (12V) or 616310 (5V) models in the same series.
The R-TECH 616312 is a non-latching relay, meaning it requires continuous current to the coil to remain in the closed position.
The relay is rated for 10A.
This relay is designed for PCB through-hole mounting.
Verify that the coil is receiving a steady 24V DC and check that the control signal voltage is not sagging.
Check the load side connections for loose solder joints or open circuits in the peripheral hardware.
Ensure the current load does not exceed the 10A rating and verify that the relay is not being subjected to excessive vibration or improper thermal ventilation.
When installing the 616312 relay, ensure the PCB footprints align with the specific pinout required for the RT32FN series to avoid misalignment. As an electromechanical component, it is sensitive to excessive heat; when soldering to the board, use a temperature-controlled iron and minimize dwell time to prevent internal damage to the coil or contacts. For longevity, ensure the relay is kept within its rated electrical limits, as consistently pushing toward the 10A maximum can lead to contact degradation. The unit is designed for standard PCB cleaning processes, but avoid immersing the relay in harsh chemical solvents that could penetrate the housing.
