Finder Industrial Relay - 60 Series - 24V DC - 10A

The lockable test button allows you to manually operate the relay contacts without energizing the coil. This is useful for testing circuits or for manually setting a state. It can be locked in the 'test' position and must be manually reset.

The relay uses AgNi (Silver Nickel) contact material. This is a common choice for industrial relays due to its good conductivity and resistance to arc erosion and contact welding, leading to a longer operational life compared to some other materials.

Yes, it can be used for DC loads, but the current rating must be carefully considered and is generally lower than the AC rating, especially for inductive DC loads. Always check the manufacturer's specific DC load charts.

IP20 indicates that the relay is protected against solid objects greater than 12.5mm (like a finger) but has no specific protection against water ingress. It is suitable for clean, dry indoor environments.

Changeover contacts have three terminals: a common terminal, a normally closed (NC) terminal, and a normally open (NO) terminal. For example, terminals 1, 2, and 4 form one set. Terminal 1 is common, 2 is NC (connected to 1 when coil is de-energized), and 4 is NO (connected to 1 when coil is energized). Check the markings on the relay body for precise terminal identification.

The product information does not specify a maximum switching frequency. However, for industrial relays of this type, high-frequency switching (many times per second) can significantly reduce contact life. It is best suited for standard control frequencies, typically not exceeding a few operations per minute.

Verify the 24V DC power supply is functional and correctly connected to the coil terminals (e.g., pins 13 & 14). Check for any breaks in the wiring. Ensure the coil is not shorted by testing resistance (typically around 1.4 kOhm for this model).

Attempt to cycle the relay manually using the test button. If the issue persists, the contacts may be damaged or welded. Inspect contacts visually (if possible) and consider replacing the relay. Ensure the load current does not exceed the 10A rating.

Check for loose wiring connections at the coil or contact terminals. Ensure the control voltage remains stable at 24V DC under load. Verify the ambient temperature is within the operating range specified by the manufacturer.

The coil is likely energized, but the contacts are not making proper connection. This could be due to mechanical obstruction, contact wear, or the load exceeding the relay's capacity. Inspect for obstructions and verify load current.