Finder Step Relay - 26 Series - 26.03.8.230.0000


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Currently unavailable
The Finder 26 series 26.03.8.230.0000 is a robust 10A step relay module designed for professionals and DIY electricians seeking reliable, panel-mounted switching solutions for lighting or load control. It offers a dependable 230V AC operation with a versatile 1NO+1NC contact configuration, making it ideal for compact spaces; however, users should note that its IP20 rating means it is strictly for indoor, protected environments and requires careful installation within a suitable enclosure.
| Series | 26 |
|---|---|
| Model Part Number | 26.03.8.230.0000 |
| Brand | Finder |
It is designed to toggle an electrical circuit between ON and OFF states using a step sequence, typically triggered by a pulse.
No, it has an IP20 rating, which means it is not protected against water and should only be used in dry, indoor locations.
Yes, with a height of 28.5 mm, ensure your junction box or panel has sufficient depth to accommodate the housing and wiring clearances.
No, this specific model is designed for 230V AC applications.
It means the relay has one Normally Open contact and one Normally Closed contact, allowing it to control two separate circuit paths simultaneously.
The maximum switching current is 10A.
Verify that the coil input voltage is exactly 230V AC and check for any loose wires at the control terminals.
Ensure the load circuit does not exceed the 10A current limit and verify the 1NO+1NC configuration matches your wiring diagram.
Confirm that the relay is securely mounted and that the supply voltage is stable and within the rated tolerance.
For proper setup, ensure the supply voltage matches the 230V AC specification exactly to prevent damage. The unit is designed for panel or recessed box mounting; use appropriate wire gauges to handle the 10A current flow without overheating. Compatibility is limited to AC circuits within the defined electrical parameters. For care, keep the unit away from moisture, dust, and corrosive environments to avoid compromising the mechanical switching mechanism. Periodically inspect terminal connections during routine maintenance to ensure they remain tight, as vibration can sometimes loosen connections over extended operation.