Introduction; Transporting The Unit - CIAT DYNACIAT power LG Serie Manual De Instrucciones

1 INTRODUCTION

DYNACIAT power LG and LGP series water chillers are designed to meet the air conditioning and heating requirements of
residential and office buildings as well as the requirements of manufacturing processes. The DYNACIAT
liquid chillers with water cooled condensers which guarantee safe and reliable performance in the defined area of application.
All the units are factory tested and checked. They are supplied with a full refrigerant load.
These units meet standard EN 60-204 and standard EN378-2 as well as the following European directives:
- Machinery 2006/42 EC
- EMC 2014/30/EU
- LVD 2014/35/EU
- ROHS 2011/65/CE
- PED 2014/68/EU, see table below
LG – LGP
Categories
Pressure and temperature:
Test pressure (TP): because of the harmful effects it has on the unit, this test is carried out on a model representative of all 3
x PS assemblies in compliance with § 5.3.2.2 a and 6.3.3 iii of standard 378-2.
Shipment temperature:
DYNACIAT power 700 V to 2400 V → Min. -30 °C - Max. +50 °C.
Storage temperature:
DYNACIAT power 700 V to 2400 V → Min. -30 °C - Max. +50 °C.
Operating temperature:
Refer to section 10, "Operating limits", in these instructions.
Technicians who install, start up, operate and service the unit must possess the necessary training and certifications, understand
the instructions given in this manual and be familiar with the specific technical characteristics of the installation site.
If they are to work on the unit's refrigeration circuit, such training and certification must meet the requirements of Regulation (EC)
842/2006.

2 TRANSPORTING THE UNIT

During shipment, the unit must be securely strapped in place to prevent it moving and to protect it from damage.
If the unit is shipped in a container, the container must be easy to load and unload.
Do not lift the unit using these accessories.
700 V to 1000 V 1100 V to 1200 V
II
DYNACIAT
power
1400 V to 1800 V
III
EN - 2
power LG, LGP units are
2100 V to 2400 V
II III