BEAR | 2017 |
page 13
8. Water distiller with built in tank installation
8.1.
Attach the fitting with 1/2’’ male thread through the sealing tape to the tap 28 (Figure 2).
Connect the silicone tube to the fitting and attach a plastic tie
8.2. Attach the fitting with 1/2’’ male thread through the sealing tape to the tap 27 (Figure
2).
8.3. Connect the drain hose. First one to the fitting 26 for the cooling water drain (Figure 2).
This hose should be connected all the time. Another hose connect to the tap fitting 27
for the wastewater drain from the evaporator (This hose can be connected only while
cleaning and descaling the distiller). Tighten the connections of hoses and fittings with
the clamps supplied.
8.4. IMPORTANT! The hose for the cooling water drain from the
fitting 26 (Figure 2) should be located at a slant and it must not
have any twists and kinks. If necessary, shorten the hose. The
level difference between the fitting 26 and the location of the
hose connection to the sewage system should be at least 0.3 m.
The hose should not abut against the internal sewage pipe wall.
8.5. Otherwise, the water level in the evaporator 2 (Figure 1) and equalizer 7 begins to rise
and reaches the top level sensor 23 or level sensor 24 and the automatic controller will
stop the water distiller and the HIGH WATER LEVEL red LED will light up).
8.6. Install gaskets in the filling hose nuts (if they ar not pre-installed at the factory).
8.7. Connect the filling hose to the fitting 25 (Figure 2).
8.8. Connect the filling hose to the raw water supply system through a valve or a ball valve.
8.9. Check, that the bottom level sensor 9 (Figure 1) does not contact the walls of the
evaporator 2 and steam flow splitter 3. Otherwise, the heaters start to operate in the
absence of a sufficient water level. This will cause an emergency shutdown of the water
distiller due to the electric heater temperature rise above 150 °C.
8.10. Check, that the distillate level sensor 11 (Figure 1) does not contact the walls of the
condenser 6 and exchanger 19. Otherwise, the automatic controller will assume that
the collector is filled with distillate, turn off water heating, and shut the inlet water supply
valve off.
8.11. Check that the sensors 23 (Figure 1) and 24 do not contact the walls of the evaporator
2 and equalizer 7. Otherwise, the automatic device would assume that there was an
overflow of water and turn off the water distiller, and the HIGH WATER LEVEL LED will
be lit.
8.12. Before connecting to the mains, make sure that the voltage and power correspond
with the information on the water distillers. The mains should be equipped with a circuit
breaker in accordance with the water distiller power (NOT LESS THAN 10 A for BEAR A
1104, 25 A for BEAR A 1110 and 55 A for BEAR A 1125). The water still is connected to
