OPERATING AND MAINTENANCE MANUAL
Chapter 3 - Technical data
iC 215 ÷ iC 780
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The data in this manual are not binding and they can be modified by the manufacturer without notice.
Reproduction of this manual is strictly prohibited
EN
ENGLISH
C
HAPTER
3
T
E C H N I C A L D A T A
The data plate affixed to the unit bears the following technical data:
ATTENTION
The performance of the unit depends mainly on the flow rate and temperature of water in the user circuit, and the
condenser thermal exchange fluid temperature. These values are defined at the time of the offer.
MODEL and CODE
The model number and the code identify the size of the unit and the type of
construction.
MANUAL
Code number of the manual.
SERIAL NUMBER
Construction number of the unit.
MANUFACTURING YEAR
Year of unit’s final testing.
VOLTAGE/PHASE/FREQUENCY
Electrical power supply characteristics.
MAX CURRENT DRAW (I max)
Unit current draw in limit operating conditions.
INSTALLED POWER (P max)
Unit power input in limit operating conditions
PROTECTION RATING
According to European standard EN 60529.
REFRIGERANT
Refrigerant fluid in the unit.
REFRIGERANT QUANTITY
Quantity of refrigerant fluid contained in the unit.
For models iC 215÷305
MAX REFRIG. PRESS.
Refrigerant circuit design pressure
MAX. REFRIG. TEMP.
Refrigerant circuit design temperature
For models iC 408 and higher
MAX REFRIG. PRESS. HP SIDE
Design pressure of the refrigeration circuit of the high pressure side
MAX REFRIG. PRESS. LP SIDE
Design pressure of the refrigeration circuit of the low pressure side
USER CIRC. FLUID
Type of user fluid utilised by the unit (normally water)
MAX WORKING PRESSURE
Max. design pressure of the user circuit.
MAX. TEMPERATURE
Maximum 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.
MAX WORKING PRESSURE
Max. design pressure of the condenser cooling circuit (this data is not present if the
unit is air cooled condensed).
MAX. TEMPERATURE(*)
Condenser cooling circuit maximum design temperature (this information is not
given if the unit’s condenser is air-cooled).
SOUND PRESSURE LEVEL
Free field sound pressure level in hemispherical radiation conditions (open field) at
a distance of 1 m from the condenser side of the unit and a height of 1.6 m from the
ground.
AMBIENT TEMPERATURE
Minimum and maximum values of ambient air temperature.
WEIGHT
Approximate weight of the unit before packing.
