Accumulated accumulator with module for instantaneous ACS production includes inertia accumulator and ACS module.

The combined DHS instantaneous production tank consists of an inertial accumulator and an external DHW module. ECO SWIFT can be used at the same time for the heating demand and the heating of drinking water with continuous flow. It is not necessary to accumulate the ACS in an additional tank and provides greater protection against legionella because the water is continuously renewed. The application area includes both existing and new heating systems, heated by biomass / gas oil / gas boilers, heat pumps and solar energy.

• Compact design, electronic control, protection against calcification.
• Includes inertial accumulator and ACS production module.
• Low energy consumption through minimum heat extraction and maximum temperature exchange.
• Rapid reaction of the sensor, provides constant water temperature - even during sudden changes of load.
• Wide flow of up to 40 liters / min - suitable for homes of up to two families.
• Max. Pres. 4 bar
• Maximum operating temperature: 95 ° C.

ACS MODULE

The SWIFT ECO Module heats the drinking water up to the selected temperature. Consumption minimized to maintain constant outgoing temperature. By the design of the exchanger a low return temperature is achieved. Pump regulated by its own control program.

• With HE pump and connection for recirculation
• Max. Pres. 10 bar (secondary circuit)
• Max. Pres. 3 bar (primary circuit)
• Maximum operating temperature: 95 ° C
• Weight 14 Kg
• Measures: 545 * 490 * 171 mm
• 10 baR safety valve

MATERIALS

• Tubes: 1.4403 Stainless Steel
• Exchanger: 1.4403 SVGW Stainless Steel
• Heat exchanger welding: Copper 99.9%
• Insulation: EPP Fittings: Brass and approved plastic for drinking water

 BOMB

• Primary: Wilo Yonos For 15 / 7.5 PWM
• Secondary: Wilo Yonos For Z 15 / 7.0 RKC

 DATA FOR ELECTRICAL CONNECTION

• Voltage: 230 VAC + 10% / 50-60 Hz
• Power: max. 100W
• Fuse: 2A, 250V
• Degree of protection: IP40, class II
• Sensor input: 2 x Pt 1000 and 1 x Flow / Temp. 0.5-3.5V
• Electronic relay R1 (min 20 W, max 120 W) for AC3
• Mechanical relay R2 (460 VA) for AC1 / 185 W for AC3