TAEevo M05-M10
6
The data inside this manual are not binding and they can be modified by the manufacturer without notice.
All rights reserved.
C
HAPTER
3
T
ECHNICAL
DATA
3 . 1
D a t a p l a t e a n d m e a n i n g o f a b b r e v i a t i o n s
The main technical data are given on the machine data plate:
On the wiring diagram you will find the following abbreviations (see the first column in the table above):
ATTENTION
The performance of the refrigerant depends principally on the flow rate and temperature of the cooled water and on the temperature of the
condenser cooling fluid (ambient temperature or water input temperature respectively, depending on whether the condenser is air or water-
cooled). These data are defined in the offer and it is to these that reference should be made.
MODEL and CODE
The model number and the code identify the size of the unit (see
Chapter 1 “General information“
)
and the type of construction.
MANUAL
This is the code number of the manual.
SERIAL NUMBER
This is the construction number of the unit.
MANUFACTURING YEAR
This is the year of the final test of the unit.
VOLTAGE/PHASE/
FREQUENCY
Electric alimentation characteristics.
MAX. CONSUMPTION
(Imax)
This is electrical current consumed by the unit during the limit working conditions (refrigerant
condensing temperature is 65°C = 149°F; refrigerant evaporating temperature is 10°C = 50°F).
INSTALLED POWER
(Pmax)
It is the power absorbed by the unit during the limit working conditions (refrigerant condensing
temperature is 65°C = 149°F; refrigerant evaporating temperature is 10°C = 50°F).
PROTECTION
As defined by the EN 60529 European standard.
REFRIGERANT
This is the refrigerant fluid in the unit.
REFRIGERANT QUANTITY
This is the quantity of refrigerant fluid contained in the unit.
MAX. COOLING PRESSURE
This is the design pressure of the refrigeration circuit.
MAX. COOLING
TEMPERATURE
This is the design temperature of the refrigeration circuit.
USER CIRCUIT FLUID
Fluid cooled by the unit (normally water).
MAX. OPERATING
PRESSURE
Max. design pressure of the user circuit.
MAX. TEMPERATURE
Design temperature of the user circuit; this should not be confused with the maximum working
temperature which is established when the offer is made.
CONDENSER COOLING
FLUID
Fluid used by the unit to cool the condenser (this data is not present if the unit is air cooled
condensed).
MAX. OPERATING
PRESSURE
Max. design pressure of the condenser cooling circuit (this data is not present if the unit is air cooled
condensed).
MAX. TEMPERATURE
Max. design temperature of the condenser cooling circuit (this data is not present if the unit is air
cooled condensed).
SOUND PRESSURE LEVEL
Sound pressure level in free field in hemispheric irradiation conditions (open field) at a distance of 1
m from the unit, condenser side, and at a distance of 1.6 m from the ground.
AMBIENT TEMPERATURE
Min. and max. cooling air temperature value.
WEIGHT
This is the approximate weight of the unit before packing.
Table 2
D
ATA
PLATE
AND
MEANING
OF
ABBREVIATIONS
I
MAX
max. electric current
P
MAX
max. power
I
LR
electric current with rotor stopped
