Arçelik Compatible Washing Machine Single Water Inlet Valve 24V DC 180° Metal Bracket (WVSC-24-1101A)

This Arçelik compatible single water inlet valve is a washing machine water valve with a 24 V DC coil and one outlet. Mains water enters through the 3/4" inlet with a strainer; when the coil is energised the valve opens and sends water to the machine through the single hose outlet. In the trade it is also called a single valve, a 24 volt valve or a solenoid water valve. The code on the coil label is WVSC-24-1101A.

Where Is It Used?

• In Arçelik washing machines that use a water inlet valve with a 24 V DC coil, as a replacement for the single valve.
• If the machine does not take in water, fills too slowly, or water leaks while the machine is off, the valve should be checked.
• For machines that use a two-outlet valve, the double model of the same series is listed separately.

When Replacing

• Check the coil label of the old valve: it must read 24 V DC. This valve cannot be fitted to machines that use a 220-240 V AC valve.
• Compare the connections with the old valve: the inlet is 3/4" male thread with a strainer, the single outlet is a hose connection and straight (180°), and there is a metal mounting bracket on the inlet side.
• A blocked strainer makes the valve fill slowly; also check the hose washer on the tap side before fitting.
• Close the tap and unplug the machine before removing or fitting it.

Technical Specifications

Frequently Asked Questions

Can a 220 V valve be fitted instead of a 24 V DC valve?

No. The machine's control board supplies 24 V DC to the valve; a valve with a 220 V coil will not open at this voltage. The reverse also applies: a 24 V DC valve connected to 220 V will burn out its coil.

What is the difference between a single and a double valve?

A single valve has one coil and one outlet. A double valve has two coils and two outlets and sends water to different compartments of the detergent drawer. Choose a valve with as many outlets as the old one.

What does 180° mean?

It means the outlet points in line with the inlet, in the opposite direction. On 90° models the outlet leaves at a right angle to the inlet.