What are the typical applications for the DP1603/ DP1613 and how are the splitter cables used?

Switch voltages other than 24VDC (voltages from 0 to 32 VDC and 0 to 24 VAC can be switched). Switch higher load current (e.g. solenoid valves) for up to 1A. Transmit switching signals between electrically separated circuits. For example, you can switch currents up to 1A or other voltages with the digital outputs of our IO-Link masters: The DP1603/DP1613 can be used between a sensor output and an actuator directly in the field and without needing a PLC or logic:

What are the advantages and limitations of the DP1603 and DP1613?

Advantages: Field mount, IP 67 rating M12 connectors for easy connection Semiconductor technology - low current consumption, no wear or bouncing Limitations: Not suitable for 230 VAC, only for voltages Currents Power supply necessary at the output

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IO-Link converters and displays
Relay adapters

Relay adapters for field use

Switch 24 VAC or 32 VDC without detour

More and more components for automation technology are suitable for use in the field thanks to high IP protection and M12 connection technology. As a rule, they have semiconductor outputs with 24 V levels and maximum switching currents between 20 and 300 mA. If other voltages, higher switching currents or electrical separation are required, relays are a popular solution - for which, however, a detour via a control cabinet was necessary until now. With the relay adapters from ifm, field-compatible relays are now available which can be connected easily and reliably thanks to the M12 connection technology commonly used in the field.

Relay adapters for field use

Switch 24 VAC or 32 VDC without detour

FAQs about relay adapters