Specifications:
The document describes a 2/2-way solenoid valve with a nominal diameter of DN 13, designed for use with cold and heated potable water and similar media. The valve is servo-controlled and normally closed (NC). It features a single chamber straight valve design with female threads at both inlet and outlet. The valve is suitable for hot water up to 90°C and offers similar hydraulic performance for both AC and DC types.

Materials and Construction:
The valve body is made of brass CW617N, with stainless steel used for the plunger guide, plunger, and spring. The membrane and sealings are made of EPDM, with NBR available on request. The coil coating options include PBT, PET, or epoxy resin.

Performance and Safety:
The valve is designed for high operating safety, using high-quality materials and undergoing 100% final testing. It features an optimized water hammer characteristic with low noise emission according to EN 60730. The valve can operate continuously (100% duty cycle) at higher medium temperatures due to high-quality insulation materials. It is protected against corrosion by using stainless steel for parts exposed to the medium.

Applications:
The valve is suitable for various applications, including steam appliances, dental appliances, hot/cold drink dispensers, industrial appliances, air conditioning, agricultural implements, pollution equipment, temperature equalizers, dishwashers, ice machines, washing machines, and water treatment.

Technical Data:
- Operating pressure: 0.5 - 10 bar
- Cv-value: 36 l/min
- Nominal voltages: 220-240 V AC, 110 V AC, 110-127 V AC, 24 V AC, 12 V AC, 24 V DC, 12 V DC
- Voltage tolerance: +10% -15%
- Nominal power: 8.5 W, 13 VA (AC only)
- Protection type: IP 00 to IP 68
- Insulation class: F according to EN 60730
- Protection class: I according to EN 60730

Design and Installation:
The valve can be installed in any position, preferably with the coil upward. It features coil systems for common voltage and frequency ranges, with electrical operating safety achieved by insulation class F and supported by an integrated protective circuit. The solenoid is replaceable while the medium circuitry remains untouched.