Installation Instructions - wigam HYPPO Manual Del Usuario

2: CAPACITY AND POWER CONSUMPTION
2.1: EVAPORATION CAPACITY: THE CONDENSATION WATER DISSIPATER YOU HAVE PURCHASED WORKS
WITH 110V/220V AND HAS 1.5 LIT /HOUR OF EVAPORATION CAPACITY. An Air Conditioning equipment
Split and/or Compact produces, under normal conditions, between 700cc and 1,200cc of water an hour.
This amount of water can rise due to different reasons concerning the Air Conditioning equipment: Gauging
mistakes,Wrong installation,Faulty performance.The equipment is being used in a place with too much air
circulation, or with an inadequate door and window system
2.2: POWER CONSUMPTION: Oxide pollution of the Air Conditioning equipment should be avoided;
otherwise the power consumption could be considerably higher. WHEN THERE IS NO WATER, closing the
circuit composed of metallic pairs, CIRCUIT IS OPEN, for which there is not any electricity consumption.
Like a light switch, which closes the circuit where the person drives the key. Here, which closes the circuit is
water. Without water this device can be permanently connected because has not energy consumption (such
as a light switch in position off).

3: INSTALLATION INSTRUCTIONS:

3.1 INTRODUCTION: The CONDENSATION WATER DISSIPATER, you have purchased, has the following
accessories:
• 1 (one) CONDENSATION WATER DISSIPATER EQUIPMENT
• 1 (one) HOLDING METAL BEARINGS (6)
•
1 (one) STRAIGHT CONNECTOR OF WATER INTAKE (1)
• 1 (one) 90º CONNECTOR OF WATER INTAKE (2)
• 2 (two) LOCKING CAPS (3)
• 2 (two) SCREWS AND 2 (TWO) HOLDING PLASTIC PEGS
• 1 (one) FILTER VOLUME REGULATOR (18)
• 1 (one) 90º THREAD TOP (17)
• 1 (one) USER'S MANUAL.
3.2 INSTALLATION:
3.2.1: FUNTION AND DESIGN: The CONDENSATION WATER DISSIPATER was designed to work with: a
water intake from the Air Conditioning equipment through the CONNECTOR (1) or (2) and an outlet to
control any possible overflowing through the CONNECTOR (2) or (1) (in case The CONDENSATION WATER
DISSIPATER is disconnected), therefore, it has 3 HOLES in the higher part of the equipment box, (A), (B)
and (C). The indicated connectors will be placed in two of those holes, the choice of which will depend on
where the water outlet connector of the Air Conditioning equipment is placed. This flexibility MAKES THE
INSTALLATION ATTRACTIVE AND PRACTICAl. Optional examples:
GRAPH d: You can connect (1) in (A)
GRAPH e: You can connect (1) in (B)
GRAPH f: You can connect (1) in (C)
The free holes must be closed with the provided LOCKING PLUGS (3).
3.2.2:PERMANENT LEVEL OF WATER: In all cases, the CONNECTOR FOR ENTRY OF WATER, either (1) or
(2) must be connected to the 90º THREAD TOP (17), WITH THE EXIT OF WATER UP, with the aim of having
a PERMANENT LEVEL OF WATER (20) and thus avoid the steam rises through the HOSE FOR CONDENSATE
(19).
3.2.3:FILTER VOLUME REGULATOR: If necessary, in order to avoid oxides or excess of uncontrollably water,
put in HOSE OF CONDENSATE (19) who comes from the Air Conditioning Plant, a FILTER VOLUME
REGULATOR (18). See graphic j.
3.2.4:RAIN WATER: When the condenser is outdoors, try to cover it with a roof or visor to prevent ingress of
water to the tray, and then to the CONDENSATION WATER DISSIPATER.
3.2.5: PLACE OF INSTALLATION: THE CONDENSATION WATER DISSIPATER WAS DESIGNED TO BE
INSTALLED OUTDOORS.
- GRAPH g:You can connect (2) in (A)
- GRAPH h:You can connect (2) in (B)
- GRAPH i: You can connect (2) in (C)
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HYPPO