Specification Sheet – Zip M Series Zip Instantaneous Hot Water M Series Electronically Controlled Instantaneous Hot Water for Single Basin. With temperature selector settings of 35°C, 38°C or 45°C. Recommended for a single basin. Limited to 50°C in accordance with AS3498; no tempering valve required. M Series Zip IHW MCX3 – 2.0 litres/minute, 3.5 kW. Zip IHW MCX4 – 2.5 litres/minute, 4.4 kW. Zip IHW MCX6 – 3.3 litres/minute, 5.7 kW. Far more energy efficient. • Far more energy efficient than power-hungry storage hot water systems. • No energy is wasted heating water above pre-set outlet temperature. • No energy is lost by reticulating hot water around the home or building. Far simpler and safer to use. • lectronic control ensures maximum temperature is not exceeded. E • New “bare wire” technology IES® gives fastest possible water heat up. • Hot water never runs out, never runs cold – continuous hot water. • Touch-pad allows you to pre-set the maximum water temperature fast. Far simpler and easier to install. • liminates the cost of installing reticulated hot water as well as cold. E • Wall-mounted unit is easy to install and access, uses no floor space. • Simple to install immediately adjacent to hot water outlets. German engineering backed by Zip support. • ade to Zip specifications by the world leader in instantaneous hot water. M • Supported by close to 100 Zip mobile service technicians Australia-wide. • Plus a coast-to-coast network of more than 300 Zip service providers. • 24 month part replacement warranty (residential) 12 month (commercial).

Specification Sheet – Zip M Series Zip Instantaneous Hot Water M Series Electronically Controlled Instantaneous Hot Water for Single Basin. With temperature selector settings of 35°C, 38°C or 45°C. Zip IHW Model Temp Settings Nominal Capacity Static Pressure (max) Power Rating Rated Current Supply Voltage Water Resistance (min)* *Permissible minimum electrical resistance of water at 15°C. Note: these appliances deliver water not exceeding 50°C in accordance with AS3498. Location To minimize thermal losses, the distance between the appliance and the outlet fitting should be as short as possible....