Introduction; Heat Pump Applications; Principle Of Heat Pump Operation; Check Of Delivery - AZURO BP-85HS-A Manual De Instrucciones

1.0

INTRODUCTION

Thanks for you have chosen our heat pump.
The heat pump is manufactured in compliance with strict technical standards in order to provide our customers with excellent quality and adequate reliability.
These instructions for use contain all information required for installing the heat pump, putting it into operation and performing its maintenance. Read the
instructions carefully before commencing any handling or maintenance. The manufacturer of this product shall not accept any liability and disclaims any
responsibility for damage to property or injury caused by improper installation, putting into operation or inadequate maintenance.
This document shall constitute an integral part of the product and shall be stored in the machine room or close to the heat pump.
1.1

HEAT PUMP APPLICATIONS

This heat pump is intended solely for heating pool water and for maintaining its temperature economically at its required value. Any other application of the
pump shall be deemed inappropriate.
The heat pump achieves its highest efficiency at air temperatures within the range from 15 to 25 °C. At ambient temperatures below +8 °C the
system efficiency is low, while above 35 °C there is a risk of overheating. That is why the equipment should not be used outside of the temperature
range of 8 ÷ 35 °C.
The optimum conditions for heat pump BP-85HS-A operation include swimming pools with the water volume not exceeding 45 m
passing through the heat pump equal to 3.5 m
The optimum conditions for operating the heat pump BP-100HS-A include swimming pools with the water volume up to 60 m
through the heat pump shall equal 4.0 m
1.2

PRINCIPLE OF HEAT PUMP OPERATION

The heat pump, employing the cycle of compression and expansion of heat transfer fl uid, makes it possible to take heat from ambient air. The air is driven
(by a blower) through the evaporator, where its heat is transferred to the heat transfer fl uid and the air temperature decreases. The heat transfer fl uid is
then compressed (and heated) by the compressor and transported into heat exchanger coils, where it transfers its heat to the pool water. Then, the cooled
fl uid fl ows from the heat exchanger into the expansion valve, in which it expands, its pressure is decreased considerably and its temperature abruptly drops
down. The cooled fl uid returns back to the evaporator to be heated again by air stream and the cycle repeats again. The entire process runs continuously and
is controlled using pressure and temperature sensors.
The direction of water circulation can be reversed by selecting the appropriate mode of heat pump control. In this case the pool water would be cooled.
1.3

CHECK OF DELIVERY

The equipment is supplied completely assembled and ready for connection to the pipe manifold of pool fi ltration system and connection to the socket of single
phase power supply (220 VAC/50 Hz).
At installation one should only put the end piece for condensate drain into the relevant hole in the housing bottom.
Before commencing any handling, check, please the equipment for completeness.
NOTE: Illustrations and descriptions given herein shall not be binding and may diff er from the actually supplied product. The product manufacturer and
supplier reserve the right to perform product changes without being obliged to update this document.
The symbol for waste classifi cation in the EU countries
Protect the environment. Observe local regulations for waste disposal. Submit all unused or defective electrical appliances/devices for disposal to
a specialised fi rm.
3 per hour, at least.
3
per hour, at least.
3
and the fl ow rate of water
3
; the fl ow rate of water passing
3