Renewables

● Reflex vessel includes Altecnic 5-year warranty
● Nitrogen filled
● Not suitable for potable water

Used to fill sealed systems from the mains cold water.

● Approved flexible hoses complete with check valves
● Comply with water regulations and use WRAS approved components * Water regulation G24.1 and 24.2 compliant where indicated

● The Discal range of air eliminators are designed for use with heating circuits to provide an efficient method of air removal
● Max working pressure: 10 bar
● Max working temperature: 110°C without isolation
● Max percentage of glycol: 50%

For products 551052 - 551153 only
● Temperature range: 0 - 104°C (DN50-DN100)
● Temperature range: 0 - 100°C (DN125-DN150)
● With Insulation

● Temperature range: -20°C - 99°C
● Complies with full bore BS EN 13828:2003

The antifreeze valve allows the circuit medium to be drained when the temperature reaches an average of 3˚C.

This prevents ice forming in the circuit of a system, generally with a heat pump, avoiding potential damage to equipment, valves and pipework.

The valves are suitable for a variety of fittings and pipes connected by a union.

The pack consists of:

2 x iStop® Anti-freeze Valves

The antifreeze valve allows the circuit medium to be drained when its temperature reaches an average value of 3 °C. This prevents ice from forming in the circuit of a system, generally with a heat pump, avoiding potential damage to the machine and to the pipes.

1 x High Flow Bi Pass

The differential by-pass valve is used in systems working with variable flow rates, for example in those making widespread use of thermostatic valves or 2-way motorised valves. It ensures a flow recirculation proportional to the number of valves being closed while limiting the maximum differential pressure value generated by the pump.

1 x 28mm Dirtmag Plus

Dirtmag Quattro Multifunction device with dirt separator and strainer, including compression, ends. The presence of these two components allows for continuous protection of the generator and devices from any impurities that form in the hydraulic circuit both at the time of system start-up and in normal operating conditions.