Wall mounted cylinder

PSH 200 WE-L

Application • These vertical wall mounted combi cylinders supply DHW to multiple draw-off points, e.g. individual and group supply to the bathroom and kitchen. The wall mounted combi cylinders are equipped with a stainless steel electric tubular heater. A tubular indirect coil is also integrated, for example for connecting the wall mounted cylinder to a central heating system. • The pressure-tested, sealed unvented appliance is suitable for all commercially available pressure taps. • It is also suitable for non-pressurised use to supply one draw-off point.

Convenience features • The temperature can be variably adjusted and heat-up operation is visually indicated. • The current water temperature can be checked using the temperature curve display.

Efficiency • The high grade thermal insulation ensures low energy losses. • Particularly economical operation is possible if the integral cylinder is connected to the heating system via the built-in tubular indirect coil. • Design for recycling allows environmentally responsible sorting of the various components.

Installation • Recessed grips on the appliance ensure safe handling. • Straightforward replacement of all standard wall mounted cylinders. The universal wall mounting bracket ensures quick and easy installation. • The integral cylinder can be installed in systems with plastic, copper or stainless steel pipework. • The flanged immersion heater is easy to remove and is equipped with a second sensor well for external control of the heat generator. The large flanged aperture enables convenient descaling. • The DHW circulation connection increases DHW convenience in longer pipe networks. • The connection to the tubular indirect coil is on the left or right, depending on the model.

Safety • The high grade magnesium anode and the steel inner cylinder with special "anticor" directly applied enamel coating protect against corrosion. • Automatic frost protection monitors the water temperature and prevents the cylinder from freezing at low temperatures.