Airwater Baltik Інструкція з експлуатації - Сторінка 9

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1. Troubleshooting

TROUBLESHOOTING

TECHNICAL PROBLEMS AND WHAT TO DO

PROBLEM

PROBABLE CAUSES

The water is not

If you have a Hot & cold unit:

cold.

Diffuser or floater could be absent or

not assembled correctly.

If you have a Cook & cold unit:

No power to the

cooler. Unit not connec-

ted correctly. No power in the outlet.

The thermostat is not adjusted

correctly.

The water is too

The thermostat is not adjested cor-

cold.

rectly.

No room-tempera-

The floater inside the cold water

ture water.

reservoir is missing or not installed

correctly.

No water

There is no water left in the bottle

and the reservoir.

Dirt particles are blocking the water

openings.

The water is completely frozen.

No hot water

The switch in the back of the water

cooler is set at "0" position.

You have not pulled on the childproof

protective device under the tap of the

hot water faucet.

The tank has not been properly vent-

ed.

The water keeps

The tap on the faucet is jammed.

running.

Water leaks bet-

The faucet is not inserted correctly.

ween the faucet

and the cabinet.

You notice water

The water bottle has a crack (pinhole)

on the floor.

and the protection valve is not in

place(*).

The cooler makes

The unit is not well supported.

too much noise.

NOTE: FOR ANY OTHER PROBLEM, PLEASE CONTACT YOUR LOCAL DEALER

SOLUTIONS

Make sure diffuser tube and floater are present and

positioned correctly (see Instruction manual page 22).

Connect the unit to a power outlet. Make sure that the

plug is pushed-in the socket. Check and reset the circuit

breaker or replace the burned-out fuse with a 15A fuse

in your electrical panel.

Adjust the thermostat following the instructions given

in the section General information (page 32)

Turn the adjustment screw of the thermostat counter-clock-

wise. The turning movement should not exceed 5 minutes

on a clock. Wait 2 hours and if the water is still too cold,

repeat the movement, as gradually as possible.

Put the floater back in place as indicated in page 22.

Replace the empty bottle with a full one.

Clean the unit as indicated in the section

Cleaning

and Maintenance

and check the inside of the

tings and faucets.

Disconnect the cooler and wait until the water is complete-

ly defrosted. Adjust the thermostat as explained in the

section "The water is too cold" and reconnect the cooler.

Set the switch to "I" position (see page 23).

Pull the childproof devise and push downward the tap

(see page 22).

Turn off the switch in the back of the water cooler, then

place the water bottle on the water cooler and open

the hot water tap. Keep it open until water flows

out.Turn on the heater switch.

Hit the tap once to replace the tap in the right position.

This should set the nozzle in the right position also.

Remove the faucet and install it again (see page 26).

Make sure it is engaged correctly (push and do a _ turn

at the same time). Make sure nozzle is in vertical position

Replace the bottle with a pinhole with a new one.

Install the unit on a stable and straight surface.

LEAKS CAUSED BY OLD BOTTLE WITH SMALL CRACKS (PIN-HOLES)

Bottles with pinholes

This normally occurs when the bottle is nearing the end of its normal

life. Bottling companies are well equipped and professionally trained

to detect such problems. However, once in a while, a bottle with pin-

holes will end up in the distribution network and this is when the

consumer needs to be aware of the implications. A very small micro-

crack (pinhole) will not leak any water in most circumstances but it

will allow air to enter the system once the bottle is installed on the

water cooler and the level of water is below the position of the pin-

hole.

What is the cause of this problem? As the bottle ages, the wall can

develop micro-cracks (pinholes). In the beginning, these pinholes are

so small that water cannot escape through them, although air is

capable of doing so. Therefore, when the water level in the bottle

gets below a pinhole, air infiltrates in the superior part of the invert-

ed bottle. This eliminates the air tightness, which controls the water

level in the bottle. By gravity, water flows into the reservoir, causing

its overflow through the air opening in the spill saver system. The

cone then fills up with water and overflows into the cooler as well as

on and around it.

fit-

In addition to the water on the floor, you may notice that:

* The bottle has emptied to a level corresponding to the superior

height of the spill saver system.

* The water in the tank is at 3/4 of the total height of the tank, or

near the top, as opposed to the normal level of 1/3-1/2 the height

of the reservoir.

* During the flow of water, you did not hear a noise that indicates

that air is passing through the water.

It is important to note that when there is water on the floor while

using a cooler, 95% of the time this is explained by a leak in the bot-

tle's wall, especially when it is not the first bottle on the cooler. This

problem can occur at any time after consumption of water. The

water level in the bottle only needs to be lower than the actual pin-

hole (micro-crack), which can be found anywhere on the bottle.

What is the solution to this problem? All you need to do is remove

the bottle, empty the water in the cold-water reservoir and place a

new bottle. It would be helpful to inform the bottler (or the store) that

the bottle has a pinhole.

are common and they should never be ignored.