Cooling & CDUs

Airedale ECL 0332

Name: Airedale ECL 0332
Brand: Airedale
SKU: ECL 0332

ECL 0332 (Airedale)

Cooler Type

chiller

Cooling Capacity Kw

73.9

Specifications

CSV JSON

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Other

Refrigerant Type	R410A
Cooling Capacity Kw	73.9
Power Kw	248
Airflow Cfm	13066
Cooler Type	chiller
Compressors
Control And Safeties Connection Cross Section
Control And Safeties Connection Total Cables
Depth
Earth Cross Section
Eer
Fans
Height
Il Master Switch

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Vendor-specific

System side water flow rate
Size code
Configurator: Standard version compatibility
Configurator: L version compatibility
Configurator: A version compatibility
Configurator: E version compatibility
Configurator: U version compatibility
Configurator: N version compatibility
Note (3): silenced-only sizes
Min. flow rate (W-option L)
Min. flow rate (W-option E)
Min. flow rate (W-option N)
Max. flow rate (W-option L)
Max. flow rate (W-option E)
Max. flow rate (W-option N)
Permitted system flow rate variation (options W1-W2-W3-W4)
AER485P1
AERNET
PGD1
MULTICHILLER_EVO
C-TOUCH
DCPX standard fans option (°) [vers. °]
DCPX standard fans option (°) [vers. L]
DCPX standard fans option (°) [vers. A]
System side water flow rate
DCPX standard fans option (°) [vers. E]
DCPX standard fans option (°) [vers. U]
DCPX standard fans option (°) [vers. N]
DCPX enlarged fans option (M) [vers. °]
DCPX enlarged fans option (M) [vers. L]
DCPX enlarged fans option (M) [vers. A]
DCPX enlarged fans option (M) [vers. E]
DCPX enlarged fans option (M) [vers. U]
DCPX enlarged fans option (M) [vers. N]
VT hydronic kit 00-P1-P2-P3-P4-I1-I2-I3-I4 [vers. °]
VT hydronic kit 00-P1-P2-P3-P4-I1-I2-I3-I4 [vers. L]
VT hydronic kit 00-P1-P2-P3-P4-I1-I2-I3-I4 [vers. A]
VT hydronic kit 00-P1-P2-P3-P4-I1-I2-I3-I4 [vers. E]
VT hydronic kit 00-P1-P2-P3-P4-I1-I2-I3-I4 [vers. U]
VT hydronic kit 00-P1-P2-P3-P4-I1-I2-I3-I4 [vers. N]
VT hydronic kit 02-03-04-05-06-07-08-K1-K2-K3-K4-W1-W2-W3-W4 [vers. °]
VT hydronic kit 02-03-04-05-06-07-08-K1-K2-K3-K4-W1-W2-W3-W4 [vers. L]
VT hydronic kit 02-03-04-05-06-07-08-K1-K2-K3-K4-W1-W2-W3-W4 [vers. A]
VT hydronic kit 02-03-04-05-06-07-08-K1-K2-K3-K4-W1-W2-W3-W4 [vers. E]
VT hydronic kit 02-03-04-05-06-07-08-K1-K2-K3-K4-W1-W2-W3-W4 [vers. U]
VT hydronic kit 02-03-04-05-06-07-08-K1-K2-K3-K4-W1-W2-W3-W4 [vers. N]
T6 (Accessories installed in the factory) [vers. °]
T6 (Accessories installed in the factory) [vers. L]
T6 (Accessories installed in the factory) [vers. A]
T6 (Accessories installed in the factory) [vers. E]
T6 (Accessories installed in the factory) [vers. U]
T6 (Accessories installed in the factory) [vers. N]
GP * [vers. °]
GP * [vers. L]
GP * [vers. A]
GP * [vers. E]
GP * [vers. U]
GP * [vers. N]
DREECL (1)
RIF (1)
System side water flow rate
System side water flow rate
System side water flow rate
System side pressure drops
System side pressure drops
System side pressure drops
SEER
SEER
SEER
ƞsc (efficiency)
ƞsc (efficiency)
ƞsc (efficiency)
Total input current (when cold)
Total input current (when cold)
Total input current (when cold)
Maximum current (F.L.A.)
Maximum current (F.L.A.)
Peak current (L.R.A.)
Peak current (L.R.A.)
Compressors - Driver
Compressors - Type
N° compressors
N° circuits
Safety valve - High pressure
Partialisation (of the unit) with mechanical thermostatic valve
Partialisation (of the unit) with electronic thermostatic valve
Refrigerant load
Refrigerant load
Refrigerant load
Oil type
Oil C1
Oil C2
Oil load
System side heat exchanger - Type
System side heat exchanger - Number
Min. flow rate
Min. flow rate
Min. flow rate
Max. flow rate
Max. flow rate
Max. flow rate
Hydraulic connections (in/out)
Resistance
Water content (Versions 00)
Water content (Versions 00)
Water content (Versions P1/P3/K1/K3)
Water content (Versions P1/P3/K1/K3)
Water content (Versions P2/P4/K2/K4)
Water content (Versions P2/P4/K2/K4)
Water content (Versions 01/03/05/07)
Water content (Versions 01/03/05/07)
Water content (Versions 03/04/06/08)
Water content (Versions 03/04/06/08)
Storage tank capacity
Storage tank resistance
Holes on the storage tank with heaters (05-06-07-08)
Hole connection for heaters
Expansion vessel (P1÷W4)
Safety valve - Low pressure
Standard fans - Driver
Standard fans - Type
Standard fans - Number
Standard fans - Number
Standard fans - Air flow rate
Standard fans - Air flow rate
Standard fans - Air flow rate
Standard fans - Total Input current
Standard fans - Total Input current
Standard fans - Total input power
Standard fans - Total input power
Enlarged fans - Driver
Enlarged fans - Type
Enlarged fans - Number
Enlarged fans - Number
Enlarged fans - Air flow rate
Enlarged fans - Air flow rate
Enlarged fans - Air flow rate
Enlarged fans - Useful static pressure
Enlarged fans - Total Input current
Enlarged fans - Total Input current
Enlarged fans - Total input power
Enlarged fans - Total input power
Inverter fans - Driver
Inverter fans - Type
Inverter fans - Number
Inverter fans - Number
Inverter fans - Air flow rate
Inverter fans - Air flow rate
Inverter fans - Air flow rate
Inverter fans - Useful static pressure
Inverter fans - Total Input current
Inverter fans - Total Input current
Inverter fans - Total input power
Sound power level
Sound power level
Sound pressure level (10m)
Sound pressure level (10m)
Height (+ package)
Width (+ package)
Depth (+ package)
Empty weight + package
Empty weight + package
Empty weight + package
Operation weight
Operation weight
Operation weight
Heating capacity recovered
Heating capacity recovered
Heating capacity recovered
Desuperheater side water flow rate
Desuperheater side water flow rate
Desuperheater side water flow rate
Desuperheater side pressure drops
Desuperheater side pressure drops
Desuperheater side pressure drops
Hydraulic connections (in/out)
Water content
Type exchanger
Number
Type hydraulic connections
Test conditions
System side water flow rate
Configuration
Cooling capacity (total recovery)
Cooling capacity (total recovery)
Cooling capacity (total recovery)
Heating capacity recovered (total recovery)
Heating capacity recovered (total recovery)
Input Power (total recovery)
Input Power (total recovery)
Input Power (total recovery)
EER (total recovery)
EER (total recovery)
EER (total recovery)
System side water flow rate (total recovery)
System side water flow rate (total recovery)
System side water flow rate (total recovery)
System side pressure drops (total recovery)
System side pressure drops (total recovery)
System side pressure drops (total recovery)
Total recovery side water flow rate
Total recovery side water flow rate
Total recovery side pressure drops
Total recovery side pressure drops
Number (exchanger, total recovery)
Water content (total recovery)
Water content (total recovery)
Type exchanger (total recovery)
Hydraulic connections (in/out) (total recovery)
Type hydraulic connections (total recovery)
Test conditions (total recovery)
Configuration (total recovery)
Desuperheater water contents
Total recovery water contents
Total recovery water contents
Weight hydronic kit with inverter
Weight hydronic kit with inverter
Weight hydronic kit with inverter
Weight hydronic kit with inverter
Note
Max Outdoor Air Temp (TA), ver L, TWu=-8C, valve Y/Z
Max Outdoor Air Temp (TA), ver L, TWu=4C, valve °/X
Max Outdoor Air Temp (TA), ver L, TWu=7C, valve °/X
Max Outdoor Air Temp (TA), ver L, TWu=10C, valve °/X
Max Outdoor Air Temp (TA), ver L, TWu=18C, valve °/X
Max Outdoor Air Temp (TA), ver E, TWu=-10C, valve Y/Z
Max Outdoor Air Temp (TA), ver E, TWu=4C, valve °/X
Max Outdoor Air Temp (TA), ver E, TWu=7C, valve °/X
Max Outdoor Air Temp (TA), ver E, TWu=10C, valve °/X
Max Outdoor Air Temp (TA), ver E, TWu=18C, valve °/X
Max Outdoor Air Temp (TA), ver N, TWu=-10C, valve Y/Z
Max Outdoor Air Temp (TA), ver N, TWu=4C, valve °/X
Max Outdoor Air Temp (TA), ver N, TWu=7C, valve °/X
Max Outdoor Air Temp (TA), ver N, TWu=10C, valve °/X
Max Outdoor Air Temp (TA), ver N, TWu=18C, valve °/X
Max Outdoor Air Temp (TA) at TWu=7C, ver L
Max Outdoor Air Temp (TA) at TWu=7C, ver E
Max Outdoor Air Temp (TA) at TWu=7C, ver N
Max Outdoor Air Temp (TA) silenced at TWu=7C, ver L
Max Outdoor Air Temp (TA) silenced at TWu=7C, ver E
Max Outdoor Air Temp (TA) silenced at TWu=7C, ver N
Minimum Outdoor Air Temperature (TA), Standard
Minimum Outdoor Air Temperature (TA), With DCPX (accessoires)
Temperature range of water produced (TWu), With standard thermostatic valve °
Temperature range of water produced (TWu), With low temp. thermostatic double valve Y
Temperature range of water produced (TWu), With electronic valve X
Temperature range of water produced (TWu), With low temp. electronic valve Z
Operating range where use of glycol is recommended, Water temperature range
Operating range where use of glycol is recommended, Outdoor air temperature range
Operating note - salty environment
Operating note - windbreak barriers
Operating note - DCPX standard on silenced versions
Data note - fan configuration
Extended operation legend - low temperatures
Standard operation legend
System side water flow rate
Reference conditions note
Version
TA b.s. column values
TWu produced-water values
Full performance matrix
Heat-exchanger calculation ΔT
Version
Performance data note
DCPX legend (green cells)
Performance rating standard
Heat-exchanger calc basis
Selection-program note
Legend: TA b.s.
Legend: TWu
Legend: Glycol
Legend: Pc
Legend: Pe
Legend: Qu
Legend: ∆P
Legend: -
Suggested ethylene glycol percentage
Suggested ethylene glycol percentage
Suggested ethylene glycol percentage
Suggested ethylene glycol percentage
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
Pressure drop to the exchanger
Pressure drop to the exchanger
Pressure drop to the exchanger
Pressure drop to the exchanger
Pressure drop to the exchanger
Pressure drop to the exchanger
Pressure drop to the exchanger
Pressure drop to the exchanger
Pressure drop to the exchanger
Pressure drop to the exchanger
Pressure drop to the exchanger
Pressure drop to the exchanger
Pressure drop to the exchanger
Pressure drop to the exchanger
Suggested ethylene glycol percentage
Suggested ethylene glycol percentage
Suggested ethylene glycol percentage
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
Pressure drop to the exchanger
Pressure drop to the exchanger
Pressure drop to the exchanger
Pressure drop to the exchanger
Pressure drop to the exchanger
Pressure drop to the exchanger
Pressure drop to the exchanger
Pressure drop to the exchanger
Pressure drop to the exchanger
Suggested ethylene glycol percentage
Suggested ethylene glycol percentage
Suggested ethylene glycol percentage
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
Pressure drop to the exchanger
Pressure drop to the exchanger
Pressure drop to the exchanger
Pressure drop to the exchanger
Pressure drop to the exchanger
Pressure drop to the exchanger
Pressure drop to the exchanger
Pressure drop to the exchanger
Pressure drop to the exchanger
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
Pressure drop to the exchanger
Pressure drop to the exchanger
Pressure drop to the exchanger
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
System side water flow rate
Pressure drop to the exchanger
Pressure drop to the exchanger
Pressure drop to the exchanger
Pressure drop to the exchanger
Pressure drop to the exchanger
Pressure drop to the exchanger
System side water flow rate
System side water flow rate
System side water flow rate
Pressure drop to the exchanger
Q.min water flow - System side version L
Q.max water flow - System side version L
Q.min water flow - System side version E
Q.max water flow - System side version E
Q.min water flow - System side version N
Q.max water flow - System side version N
Evaporator outlet water temperature
Evaporator inlet water temperature
External air temperature
Average water temperature
Desuperheater Q.min (minimum water flow to the heat exchanger)
Desuperheater Q.max (maximum water flow to the heat exchanger)
Desuperheater water temperature inlet
Desuperheater water temperature outlet
Desuperheater average water temperature
Q.min - Total Recovery Version L
Q.max - Total Recovery Version L
Q.min - Total Recovery Version E
Q.max - Total Recovery Version E
Q.min - Total Recovery Version N
Q.max - Total Recovery Version N
Q.min (low head, version L)
Q.max (low head, version L)
Q.min (low head, version E)
Q.max (low head, version E)
Q.min (low head, version N)
Q.max (low head, version N)
Q.min (high head, version L)
Q.max (high head, version L)
Q.min (high head, version E)
Q.max (high head, version E)
Q.min (high head, version N)
Q.max (high head, version N)
Minimum system water content - For air conditioning systems
Minimum system water content - For systems with process water
Minimum water content on the total recovery circuit (option T)
Expansion vessel standard pre-load pressure
Expansion vessel volume
Expansion vessel maximum pressure
Expansion vessel calibration formula
H max
H standard-calibration threshold
Expansion vessel table reference condition
System water temperature max/min (40/4)
Maximum water content - 40/4 - Hydraulic height 30m / pre-load 3.2 bar
Maximum water content - 40/4 - Hydraulic height 25m / pre-load 2.8 bar
Maximum water content - 40/4 - Hydraulic height 20m / pre-load 2.3 bar
Maximum water content - 40/4 - Hydraulic height 15m / pre-load 1.8 bar
Maximum water content - 40/4 - Hydraulic height >12.25m / pre-load 1.5 bar
System water temperature max/min (60/4)
Maximum water content - 60/4 - Hydraulic height 30m / pre-load 3.2 bar
Maximum water content - 60/4 - Hydraulic height 25m / pre-load 2.8 bar
Maximum water content - 60/4 - Hydraulic height 20m / pre-load 2.3 bar
Maximum water content - 60/4 - Hydraulic height 15m / pre-load 1.8 bar
Maximum water content - 60/4 - Hydraulic height >12.25m / pre-load 1.5 bar
System water temperature max/min (85/4)
Maximum water content - 85/4 - Hydraulic height 30m / pre-load 3.2 bar
Maximum water content - 85/4 - Hydraulic height 25m / pre-load 2.8 bar
Maximum water content - 85/4 - Hydraulic height 20m / pre-load 2.3 bar
Maximum water content - 85/4 - Hydraulic height 15m / pre-load 1.8 bar
Maximum water content - 85/4 - Hydraulic height >12.25m / pre-load 1.5 bar
Expansion vessel pre-load at hydraulic height 30 m
Expansion vessel pre-load at hydraulic height 25 m
Expansion vessel pre-load at hydraulic height 20 m
Expansion vessel pre-load at hydraulic height 15 m
Expansion vessel pre-load at hydraulic height >12.25 m
Corrective factor - cooling - avg water temp 5°C
Corrective factor - cooling - avg water temp 10°C
Corrective factor - cooling - avg water temp 15°C
Sound 1000 (Vers. A)
Corrective factor - cooling - avg water temp 20°C
Corrective factor - cooling - avg water temp 30°C
Corrective factor - cooling - avg water temp 40°C
Corrective factor - cooling - avg water temp 50°C
Corrective factor - heating/recovery - avg water temp 23°C
Corrective factor - heating/recovery - avg water temp 28°C
Corrective factor - heating/recovery - avg water temp 33°C
Corrective factor - heating/recovery - avg water temp 38°C
Corrective factor - heating/recovery - avg water temp 43°C
Corrective factor - heating/recovery - avg water temp 48°C
Corrective factor - heating/recovery - avg water temp 53°C
Corrective factor - heating/recovery - avg water temp 58°C
Deposit corrective factor - cooling capacity - deposit 0.0
Deposit corrective factor - cooling capacity - deposit 0.00005
Deposit corrective factor - cooling capacity - deposit 0.0001
Deposit corrective factor - cooling capacity - deposit 0.0002
Deposit corrective factor - input power - deposit 0.0
Deposit corrective factor - input power - deposit 0.00005
Deposit corrective factor - input power - deposit 0.0001
Deposit corrective factor - input power - deposit 0.0002
Ethylene glycol cooling mode - Freezing point at 0% glycol
Ethylene glycol cooling mode - Freezing point at 10% glycol
Ethylene glycol cooling mode - Freezing point at 15% glycol
Ethylene glycol cooling mode - Freezing point at 20% glycol
Weight distribution support 2
Ethylene glycol cooling mode - Freezing point at 25% glycol
Ethylene glycol cooling mode - Freezing point at 30% glycol
Ethylene glycol cooling mode - Freezing point at 35% glycol
Ethylene glycol cooling mode - Freezing point at 40% glycol
Ethylene glycol cooling mode - Freezing point at 45% glycol
Ethylene glycol cooling mode - Freezing point at 50% glycol
Ethylene glycol cooling mode - Qwc at 0% glycol
Ethylene glycol cooling mode - Qwc at 10% glycol
Ethylene glycol cooling mode - Qwc at 15% glycol
Ethylene glycol cooling mode - Qwc at 20% glycol
Ethylene glycol cooling mode - Qwc at 25% glycol
Ethylene glycol cooling mode - Qwc at 30% glycol
Ethylene glycol cooling mode - Qwc at 35% glycol
Ethylene glycol cooling mode - Qwc at 40% glycol
Ethylene glycol cooling mode - Qwc at 45% glycol
Ethylene glycol cooling mode - Qwc at 50% glycol
Ethylene glycol cooling mode - Pc at 0% glycol
Ethylene glycol cooling mode - Pc at 10% glycol
Ethylene glycol cooling mode - Pc at 15% glycol
Ethylene glycol cooling mode - Pc at 20% glycol
Ethylene glycol cooling mode - Pc at 25% glycol
Ethylene glycol cooling mode - Pc at 30% glycol
Ethylene glycol cooling mode - Pc at 35% glycol
Ethylene glycol cooling mode - Pc at 40% glycol
Ethylene glycol cooling mode - Pc at 45% glycol
Ethylene glycol cooling mode - Pc at 50% glycol
Ethylene glycol cooling mode - Pa at 0% glycol
Ethylene glycol cooling mode - Pa at 10% glycol
Ethylene glycol cooling mode - Pa at 15% glycol
Ethylene glycol cooling mode - Pa at 20% glycol
Ethylene glycol cooling mode - Pa at 25% glycol
Ethylene glycol cooling mode - Pa at 30% glycol
Ethylene glycol cooling mode - Pa at 35% glycol
Ethylene glycol cooling mode - Pa at 40% glycol
Ethylene glycol cooling mode - Pa at 45% glycol
Ethylene glycol cooling mode - Pa at 50% glycol
Ethylene glycol cooling mode - Dp at 0% glycol
Ethylene glycol cooling mode - Dp at 10% glycol
Ethylene glycol cooling mode - Dp at 15% glycol
Ethylene glycol cooling mode - Dp at 20% glycol
Ethylene glycol cooling mode - Dp at 25% glycol
Ethylene glycol cooling mode - Dp at 30% glycol
Ethylene glycol cooling mode - Dp at 35% glycol
Ethylene glycol cooling mode - Dp at 40% glycol
Ethylene glycol cooling mode - Dp at 45% glycol
Ethylene glycol cooling mode - Dp at 50% glycol
Ethylene glycol heating mode - Freezing point at 0% glycol
Ethylene glycol heating mode - Freezing point at 10% glycol
Ethylene glycol heating mode - Ph at 35% glycol
Ethylene glycol heating mode - Freezing point at 15% glycol
Ethylene glycol heating mode - Freezing point at 20% glycol
Ethylene glycol heating mode - Freezing point at 25% glycol
Ethylene glycol heating mode - Freezing point at 30% glycol
Ethylene glycol heating mode - Freezing point at 35% glycol
Ethylene glycol heating mode - Freezing point at 40% glycol
Ethylene glycol heating mode - Freezing point at 45% glycol
Ethylene glycol heating mode - Freezing point at 50% glycol
Ethylene glycol heating mode - Qwh at 0% glycol
Ethylene glycol heating mode - Qwh at 10% glycol
Ethylene glycol heating mode - Qwh at 15% glycol
Ethylene glycol heating mode - Qwh at 20% glycol
Ethylene glycol heating mode - Qwh at 25% glycol
Ethylene glycol heating mode - Qwh at 30% glycol
Ethylene glycol heating mode - Qwh at 35% glycol
Ethylene glycol heating mode - Qwh at 40% glycol
Ethylene glycol heating mode - Qwh at 45% glycol
Ethylene glycol heating mode - Qwh at 50% glycol
Ethylene glycol heating mode - Ph at 0% glycol
Ethylene glycol heating mode - Ph at 10% glycol
Ethylene glycol heating mode - Ph at 15% glycol
Ethylene glycol heating mode - Ph at 20% glycol
Ethylene glycol heating mode - Ph at 25% glycol
Ethylene glycol heating mode - Ph at 30% glycol
Ethylene glycol heating mode - Ph at 40% glycol
Ethylene glycol heating mode - Ph at 45% glycol
Ethylene glycol heating mode - Ph at 50% glycol
Ethylene glycol heating mode - Pa at 0% glycol
Ethylene glycol heating mode - Pa at 10% glycol
Ethylene glycol heating mode - Pa at 15% glycol
Ethylene glycol heating mode - Pa at 20% glycol
Ethylene glycol heating mode - Pa at 25% glycol
Ethylene glycol heating mode - Pa at 30% glycol
Ethylene glycol heating mode - Pa at 35% glycol
Ethylene glycol heating mode - Pa at 40% glycol
Ethylene glycol heating mode - Pa at 45% glycol
Ethylene glycol heating mode - Pa at 50% glycol
Ethylene glycol heating mode - Dp at 0% glycol
Ethylene glycol heating mode - Dp at 10% glycol
Ethylene glycol heating mode - Dp at 15% glycol
Ethylene glycol heating mode - Dp at 20% glycol
Ethylene glycol heating mode - Dp at 25% glycol
Ethylene glycol heating mode - Dp at 30% glycol
Ethylene glycol heating mode - Dp at 35% glycol
Ethylene glycol heating mode - Dp at 40% glycol
Ethylene glycol heating mode - Dp at 45% glycol
Ethylene glycol heating mode - Dp at 50% glycol
Propylene glycol cooling mode - Freezing point at 0% glycol
Propylene glycol cooling mode - Freezing point at 10% glycol
Propylene glycol cooling mode - Freezing point at 15% glycol
Propylene glycol cooling mode - Freezing point at 20% glycol
Propylene glycol cooling mode - Freezing point at 25% glycol
Propylene glycol cooling mode - Freezing point at 30% glycol
Propylene glycol cooling mode - Freezing point at 35% glycol
Propylene glycol cooling mode - Freezing point at 40% glycol
Propylene glycol cooling mode - Freezing point at 45% glycol
Propylene glycol cooling mode - Freezing point at 50% glycol
Propylene glycol cooling mode - Qwc at 0% glycol
Propylene glycol cooling mode - Qwc at 10% glycol
Propylene glycol cooling mode - Qwc at 15% glycol
Propylene glycol cooling mode - Qwc at 20% glycol
Propylene glycol cooling mode - Qwc at 25% glycol
Propylene glycol cooling mode - Qwc at 30% glycol
Propylene glycol cooling mode - Qwc at 35% glycol
Propylene glycol cooling mode - Qwc at 40% glycol
Propylene glycol cooling mode - Qwc at 45% glycol
Propylene glycol cooling mode - Qwc at 50% glycol
Propylene glycol cooling mode - Pc at 0% glycol
Propylene glycol cooling mode - Pc at 10% glycol
Propylene glycol cooling mode - Pc at 15% glycol
Propylene glycol cooling mode - Pc at 20% glycol
Propylene glycol cooling mode - Pc at 25% glycol
Propylene glycol cooling mode - Pc at 30% glycol
Propylene glycol cooling mode - Pc at 35% glycol
Propylene glycol cooling mode - Pc at 40% glycol
Propylene glycol cooling mode - Pc at 45% glycol
Propylene glycol cooling mode - Pc at 50% glycol
Propylene glycol cooling mode - Pa at 0% glycol
Propylene glycol cooling mode - Pa at 10% glycol
Propylene glycol cooling mode - Pa at 15% glycol
Propylene glycol cooling mode - Pa at 20% glycol
Propylene glycol cooling mode - Pa at 25% glycol
Propylene glycol cooling mode - Pa at 30% glycol
Propylene glycol cooling mode - Pa at 35% glycol
Propylene glycol cooling mode - Pa at 40% glycol
Propylene glycol cooling mode - Pa at 45% glycol
Propylene glycol cooling mode - Pa at 50% glycol
Propylene glycol cooling mode - Dp at 0% glycol
Propylene glycol cooling mode - Dp at 10% glycol
Propylene glycol cooling mode - Dp at 15% glycol
Propylene glycol cooling mode - Dp at 20% glycol
Propylene glycol cooling mode - Dp at 25% glycol
Propylene glycol cooling mode - Dp at 30% glycol
Propylene glycol cooling mode - Dp at 35% glycol
Propylene glycol cooling mode - Dp at 40% glycol
Propylene glycol cooling mode - Dp at 45% glycol
Propylene glycol cooling mode - Dp at 50% glycol
Propylene glycol heating mode - Freezing point at 0% glycol
Propylene glycol heating mode - Freezing point at 10% glycol
Propylene glycol heating mode - Freezing point at 15% glycol
Propylene glycol heating mode - Freezing point at 20% glycol
Propylene glycol heating mode - Freezing point at 25% glycol
Propylene glycol heating mode - Freezing point at 30% glycol
Propylene glycol heating mode - Freezing point at 35% glycol
Propylene glycol heating mode - Freezing point at 40% glycol
Propylene glycol heating mode - Freezing point at 45% glycol
Propylene glycol heating mode - Freezing point at 50% glycol
Propylene glycol heating mode - Qwh at 0% glycol
Propylene glycol heating mode - Qwh at 10% glycol
Propylene glycol heating mode - Qwh at 15% glycol
Propylene glycol heating mode - Qwh at 20% glycol
Propylene glycol heating mode - Qwh at 25% glycol
Propylene glycol heating mode - Qwh at 30% glycol
Propylene glycol heating mode - Qwh at 35% glycol
Propylene glycol heating mode - Qwh at 40% glycol
Propylene glycol heating mode - Qwh at 45% glycol
Propylene glycol heating mode - Qwh at 50% glycol
Propylene glycol heating mode - Ph at 0% glycol
Propylene glycol heating mode - Ph at 10% glycol
Propylene glycol heating mode - Ph at 15% glycol
Propylene glycol heating mode - Ph at 20% glycol
Sound 500 (Vers. A)
Propylene glycol heating mode - Ph at 25% glycol
Propylene glycol heating mode - Ph at 30% glycol
Propylene glycol heating mode - Ph at 35% glycol
Propylene glycol heating mode - Ph at 40% glycol
Propylene glycol heating mode - Ph at 45% glycol
Propylene glycol heating mode - Ph at 50% glycol
Propylene glycol heating mode - Pa at 0% glycol
Propylene glycol heating mode - Pa at 10% glycol
Propylene glycol heating mode - Pa at 15% glycol
Propylene glycol heating mode - Pa at 20% glycol
Propylene glycol heating mode - Pa at 25% glycol
Propylene glycol heating mode - Pa at 30% glycol
Propylene glycol heating mode - Pa at 35% glycol
Propylene glycol heating mode - Pa at 40% glycol
Propylene glycol heating mode - Pa at 45% glycol
Propylene glycol heating mode - Pa at 50% glycol
Propylene glycol heating mode - Dp at 0% glycol
Propylene glycol heating mode - Dp at 10% glycol
Propylene glycol heating mode - Dp at 15% glycol
Propylene glycol heating mode - Dp at 20% glycol
Propylene glycol heating mode - Dp at 25% glycol
Propylene glycol heating mode - Dp at 30% glycol
Propylene glycol heating mode - Dp at 35% glycol
Propylene glycol heating mode - Dp at 40% glycol
Propylene glycol heating mode - Dp at 45% glycol
Propylene glycol heating mode - Dp at 50% glycol
Glycol filling caution
Glycol legend - Qwc
Glycol legend - Qwh
Glycol legend - Pc
Glycol legend - Ph
Glycol legend - Pa
Glycol legend - Dp
Sound 125 (Vers. ° (standard fans))
Sound 250 (Vers. ° (standard fans))
Sound 500 (Vers. ° (standard fans))
Sound 1000 (Vers. ° (standard fans))
Sound 2000 (Vers. ° (standard fans))
Sound 4000 (Vers. ° (standard fans))
Sound 8000 (Vers. ° (standard fans))
Sound Pow. (Vers. L)
Sound Pres. 10m (Vers. L)
Sound Pres. 1m (Vers. L)
Sound 125 (Vers. L)
Sound 250 (Vers. L)
Sound 500 (Vers. L)
Sound 1000 (Vers. L)
Sound 2000 (Vers. L)
Sound 4000 (Vers. L)
Sound 8000 (Vers. L)
Sound 125 (Vers. A)
Sound 250 (Vers. A)
Sound 2000 (Vers. A)
Sound 4000 (Vers. A)
Sound 8000 (Vers. A)
Sound Pow. (Vers. E)
Sound Pres. 10m (Vers. E)
Sound Pres. 1m (Vers. E)
Sound 125 (Vers. E)
Sound 250 (Vers. E)
Sound 500 (Vers. E)
Sound 1000 (Vers. E)
Sound 2000 (Vers. E)
Sound 4000 (Vers. E)
Sound 8000 (Vers. E)
Sound 125 (Vers. U)
Sound 250 (Vers. U)
Sound 500 (Vers. U)
Sound 1000 (Vers. U)
Sound 2000 (Vers. U)
Sound 4000 (Vers. U)
Sound 8000 (Vers. U)
Sound Pow. (Vers. N)
Sound Pres. 10m (Vers. N)
Sound Pres. 1m (Vers. N)
Sound 125 (Vers. N)
Sound 250 (Vers. N)
Sound 500 (Vers. N)
Sound 1000 (Vers. N)
Sound 2000 (Vers. N)
Sound 4000 (Vers. N)
Sound 8000 (Vers. N)
Sound certification
Water temperature system side (in/out)
External air temperature
Hydraulic connection (1) IN 01-09 / P1-P4 / I1-I4 / K1-K4 / W1-W4
Hydraulic connection (2) IN 00
Hydraulic connection (3) OUT
Hydraulic connection (4) IN DESUPERHEATER
Hydraulic connection (5) OUT DESUPERHEATER
Hydronic kit
Weight type
Layout
Centre of mass X
Centre of mass Y
Weight distribution support 1
Weight distribution support 2
Weight distribution support 3
Weight distribution support 4
Hydronic kit
Centre of mass X
Centre of mass Y
Weight distribution support 1
Weight distribution support 2
Weight distribution support 3
Weight distribution support 4
Hydronic kit
Centre of mass X
Centre of mass Y
Weight distribution support 1
Weight distribution support 3
Hydronic kit
Centre of mass X
Weight distribution support 1
Weight distribution support 2
Weight distribution support 3
Weight distribution support 4
Hydronic kit
Centre of mass X
Centre of mass Y
Weight distribution support 1
Weight distribution support 2
Weight distribution support 3
Weight distribution support 4
Weight type
Centre of mass X
Centre of mass Y
Weight distribution support 1
Weight distribution support 2
Weight distribution support 3
Weight distribution support 4
Anti-vibration type
Centre of mass X
Centre of mass Y
Weight distribution support 1
Weight distribution support 2
Weight distribution support 3
Weight distribution support 4
Centre of mass X
Centre of mass Y
Weight distribution support 2
Weight distribution support 3
Centre of mass X
Centre of mass Y
Weight distribution support 1
Weight distribution support 2
Weight distribution support 3
Weight distribution support 4
Anti-vibration type
Centre of mass X
Centre of mass Y
Weight distribution support 1
Weight distribution support 3
Weight distribution support 4
Version
Centre of mass X
Centre of mass Y
Weight distribution support 1
Weight distribution support 4
Centre of mass X
Centre of mass Y
Weight distribution support 1
Weight distribution support 2
Weight distribution support 4
Centre of mass X
Centre of mass Y
Weight distribution support 1
Weight distribution support 2
Centre of mass X
Weight distribution support 3
Weight distribution support 4
Centre of mass X
Weight distribution support 1
Weight distribution support 4
Centre of mass X
Centre of mass Y
Weight distribution support 1
Weight distribution support 2
Weight distribution support 3
Centre of mass X
Weight distribution support 1
Weight distribution support 2
Weight distribution support 3
Centre of mass X
Weight distribution support 1
Weight distribution support 2
Weight distribution support 3
Weight distribution support 1
Weight distribution support 2
Weight distribution support 3
Weight distribution support 4
Centre of mass X
Weight distribution support 1
Weight distribution support 2
Weight distribution support 3
Weight distribution support 4
Version
Centre of mass X
Centre of mass Y
Weight distribution support 1
Weight distribution support 2
Weight distribution support 3
Weight distribution support 4
Centre of mass X
Centre of mass Y
Weight distribution support 1
Weight distribution support 2
Weight distribution support 3
Weight distribution support 4
Centre of mass X
Weight distribution support 1
Weight distribution support 2
Weight distribution support 3
Weight distribution support 4
Centre of mass X
Weight distribution support 1
Weight distribution support 4
Weight distribution support 1
Weight distribution support 2
Weight distribution support 3
Weight distribution support 4
Weight distribution support 2
Weight distribution support 3
Centre of mass X
Centre of mass Y
Weight distribution support 1
Weight distribution support 2
Weight distribution support 3
Weight distribution support 4
Centre of mass X
Centre of mass Y
Weight distribution support 2
Weight distribution support 3
Centre of mass Y
Weight distribution support 1
Weight distribution support 4
Centre of mass X
Weight distribution support 1
Weight distribution support 2
Centre of mass X
Centre of mass Y
Weight distribution support 1
Weight distribution support 3
Weight distribution support 4
Weight distribution support 5
Weight distribution support 6
Weight distribution support 7
Weight distribution support 8
Centre of mass X
Centre of mass Y
Weight distribution support 1
Weight distribution support 2
Weight distribution support 6
Weight distribution support 7
Weight distribution support 8
Version
Centre of mass X
Weight distribution support 1
Weight distribution support 2
Weight distribution support 7
Weight distribution support 8
Centre of mass X
Weight distribution support 1
Weight distribution support 2
Weight distribution support 7
Weight distribution support 8
Version
Weight type
Centre of mass X
Weight distribution support 2
Weight distribution support 7
Weight distribution support 8
Weight type
Centre of mass X
Centre of mass Y
Weight distribution support 7
Weight distribution support 8
WEIGHT HYDRONIC KIT WITH INVERTER
WEIGHT HYDRONIC KIT WITH INVERTER
WEIGHT HYDRONIC KIT WITH INVERTER
WEIGHT HYDRONIC KIT WITH INVERTER
Min. flow rate (option L)
Min. flow rate (option E)
Min. flow rate (option N)
Max. flow rate (option L)
Max. flow rate (option E)
Max. flow rate (option N)
Single Hydronic kit Low head (P1-P2-01-02-05-06-I1-I2-K1-K2) Max. power
Single Hydronic kit High head (P3-P4-03-04-07-08-I3-I4-K3-K4) Max. power
Power cables - Phases
Power cables - Cables per phases
Power cables - Cross section
Power cables - Neutral section
overall length
overall height (cabinet to base top)
top projection above cabinet
base / plinth height
overall depth (cabinet)
service clearance (front)
power supply inlet box left offset
power supply inlet box width
power supply inlet box height
power supply inlet height above base
side connection / coil projection
Hydraulic connection IN 01-09 / P1-P4 / I1-I4 / K1-K4 / W1-W4 (1)
Hydraulic connection IN 00 (2)
Hydraulic connection OUT (3)
Hydraulic connection IN DESUPERHEATER (4)
Hydraulic connection OUT DESUPERHEATER (5)
Refrigerant connection figure SKU group
Refrigerant connection (1)
Refrigerant connection (2)
Version group
Hydronic kit [L \| 00 \| Empty weight + package \| Layout 2]
Weight type [L \| 00 \| Empty weight + package \| Layout 2]
Layout [L \| 00 \| Empty weight + package \| Layout 2]
Weight [L \| 00 \| Empty weight + package \| Layout 2]
Centre of mass X [L \| 00 \| Empty weight + package \| Layout 2]
Centre of mass Y [L \| 00 \| Empty weight + package \| Layout 2]
Weight distribution on support 1 [L \| 00 \| Empty weight + package \| Layout 2]
Weight distribution on support 2 [L \| 00 \| Empty weight + package \| Layout 2]
Weight distribution on support 3 [L \| 00 \| Empty weight + package \| Layout 2]
Weight distribution on support 4 [L \| 00 \| Empty weight + package \| Layout 2]
Hydronic kit [L \| P1, P3 \| Empty weight + package \| Layout 2]
Weight type [L \| P1, P3 \| Empty weight + package \| Layout 2]
Layout [L \| P1, P3 \| Empty weight + package \| Layout 2]
Weight [L \| P1, P3 \| Empty weight + package \| Layout 2]
Centre of mass X [L \| P1, P3 \| Empty weight + package \| Layout 2]
Centre of mass Y [L \| P1, P3 \| Empty weight + package \| Layout 2]
Weight distribution on support 1 [L \| P1, P3 \| Empty weight + package \| Layout 2]
Weight distribution on support 2 [L \| P1, P3 \| Empty weight + package \| Layout 2]
Weight distribution on support 3 [L \| P1, P3 \| Empty weight + package \| Layout 2]
Weight distribution on support 4 [L \| P1, P3 \| Empty weight + package \| Layout 2]
Hydronic kit [L \| P2, P4 \| Empty weight + package \| Layout 2]
Weight type [L \| P2, P4 \| Empty weight + package \| Layout 2]
Layout [L \| P2, P4 \| Empty weight + package \| Layout 2]
Weight [L \| P2, P4 \| Empty weight + package \| Layout 2]
Centre of mass X [L \| P2, P4 \| Empty weight + package \| Layout 2]
Centre of mass Y [L \| P2, P4 \| Empty weight + package \| Layout 2]
Weight distribution on support 1 [L \| P2, P4 \| Empty weight + package \| Layout 2]
Weight distribution on support 2 [L \| P2, P4 \| Empty weight + package \| Layout 2]
Weight distribution on support 3 [L \| P2, P4 \| Empty weight + package \| Layout 2]
Weight distribution on support 4 [L \| P2, P4 \| Empty weight + package \| Layout 2]
Hydronic kit [L \| 01, 03, 05, 07 \| Empty weight + package \| Layout 2]
Weight type [L \| 01, 03, 05, 07 \| Empty weight + package \| Layout 2]
Layout [L \| 01, 03, 05, 07 \| Empty weight + package \| Layout 2]
Weight [L \| 01, 03, 05, 07 \| Empty weight + package \| Layout 2]
Centre of mass X [L \| 01, 03, 05, 07 \| Empty weight + package \| Layout 2]
Centre of mass Y [L \| 01, 03, 05, 07 \| Empty weight + package \| Layout 2]
Weight distribution on support 1 [L \| 01, 03, 05, 07 \| Empty weight + package \| Layout 2]
Weight distribution on support 2 [L \| 01, 03, 05, 07 \| Empty weight + package \| Layout 2]
Weight distribution on support 3 [L \| 01, 03, 05, 07 \| Empty weight + package \| Layout 2]
Weight distribution on support 4 [L \| 01, 03, 05, 07 \| Empty weight + package \| Layout 2]
Hydronic kit [L \| 02, 04, 06, 08 \| Empty weight + package \| Layout 2]
Weight type [L \| 02, 04, 06, 08 \| Empty weight + package \| Layout 2]
Centre of mass X [L \| P1, P3 \| Operation weight \| Layout 2]
Layout [L \| 02, 04, 06, 08 \| Empty weight + package \| Layout 2]
Weight [L \| 02, 04, 06, 08 \| Empty weight + package \| Layout 2]
Centre of mass X [L \| 02, 04, 06, 08 \| Empty weight + package \| Layout 2]
Centre of mass Y [L \| 02, 04, 06, 08 \| Empty weight + package \| Layout 2]
Weight distribution on support 1 [L \| 02, 04, 06, 08 \| Empty weight + package \| Layout 2]
Weight distribution on support 2 [L \| 02, 04, 06, 08 \| Empty weight + package \| Layout 2]
Weight distribution on support 3 [L \| 02, 04, 06, 08 \| Empty weight + package \| Layout 2]
Weight distribution on support 4 [L \| 02, 04, 06, 08 \| Empty weight + package \| Layout 2]
Hydronic kit [L \| 00 \| Operation weight \| Layout 2]
Weight type [L \| 00 \| Operation weight \| Layout 2]
Layout [L \| 00 \| Operation weight \| Layout 2]
Weight [L \| 00 \| Operation weight \| Layout 2]
Centre of mass X [L \| 00 \| Operation weight \| Layout 2]
Centre of mass Y [L \| 00 \| Operation weight \| Layout 2]
Weight distribution on support 1 [L \| 00 \| Operation weight \| Layout 2]
Weight distribution on support 2 [L \| 00 \| Operation weight \| Layout 2]
Weight distribution on support 3 [L \| 00 \| Operation weight \| Layout 2]
Weight distribution on support 4 [L \| 00 \| Operation weight \| Layout 2]
Anti-vibration mount type VT [L \| 00 \| Operation weight \| Layout 2]
Hydronic kit [L \| P1, P3 \| Operation weight \| Layout 2]
Weight type [L \| P1, P3 \| Operation weight \| Layout 2]
Layout [L \| P1, P3 \| Operation weight \| Layout 2]
Weight [L \| P1, P3 \| Operation weight \| Layout 2]
Centre of mass Y [L \| P1, P3 \| Operation weight \| Layout 2]
Weight distribution on support 1 [L \| P1, P3 \| Operation weight \| Layout 2]
Weight distribution on support 2 [L \| P1, P3 \| Operation weight \| Layout 2]
Weight distribution on support 3 [L \| P1, P3 \| Operation weight \| Layout 2]
Weight distribution on support 4 [L \| P1, P3 \| Operation weight \| Layout 2]
Anti-vibration mount type VT [L \| P1, P3 \| Operation weight \| Layout 2]
Hydronic kit [L \| P2, P4 \| Operation weight \| Layout 2]
Weight type [L \| P2, P4 \| Operation weight \| Layout 2]
Layout [L \| P2, P4 \| Operation weight \| Layout 2]
Weight [L \| P2, P4 \| Operation weight \| Layout 2]
Centre of mass X [L \| P2, P4 \| Operation weight \| Layout 2]
Centre of mass Y [L \| P2, P4 \| Operation weight \| Layout 2]
Weight distribution on support 1 [L \| P2, P4 \| Operation weight \| Layout 2]
Weight distribution on support 2 [L \| P2, P4 \| Operation weight \| Layout 2]
Weight distribution on support 3 [L \| P2, P4 \| Operation weight \| Layout 2]
Weight distribution on support 4 [L \| P2, P4 \| Operation weight \| Layout 2]
Anti-vibration mount type VT [L \| P2, P4 \| Operation weight \| Layout 2]
Hydronic kit [L \| 01, 03, 05, 07 \| Operation weight \| Layout 2]
Weight type [L \| 01, 03, 05, 07 \| Operation weight \| Layout 2]
Layout [L \| 01, 03, 05, 07 \| Operation weight \| Layout 2]
Weight [L \| 01, 03, 05, 07 \| Operation weight \| Layout 2]
Centre of mass X [L \| 01, 03, 05, 07 \| Operation weight \| Layout 2]
Centre of mass Y [L \| 01, 03, 05, 07 \| Operation weight \| Layout 2]
Weight distribution on support 1 [L \| 01, 03, 05, 07 \| Operation weight \| Layout 2]
Weight distribution on support 2 [L \| 01, 03, 05, 07 \| Operation weight \| Layout 2]
Weight distribution on support 3 [L \| 01, 03, 05, 07 \| Operation weight \| Layout 2]
Weight distribution on support 4 [L \| 01, 03, 05, 07 \| Operation weight \| Layout 2]
Anti-vibration mount type VT [L \| 01, 03, 05, 07 \| Operation weight \| Layout 2]
Hydronic kit [L \| 02, 04, 06, 08 \| Operation weight \| Layout 2]
Weight type [L \| 02, 04, 06, 08 \| Operation weight \| Layout 2]
Layout [L \| 02, 04, 06, 08 \| Operation weight \| Layout 2]
Weight [L \| 02, 04, 06, 08 \| Operation weight \| Layout 2]
Centre of mass X [L \| 02, 04, 06, 08 \| Operation weight \| Layout 2]
Centre of mass Y [L \| 02, 04, 06, 08 \| Operation weight \| Layout 2]
Weight distribution on support 1 [L \| 02, 04, 06, 08 \| Operation weight \| Layout 2]
Weight distribution on support 2 [L \| 02, 04, 06, 08 \| Operation weight \| Layout 2]
Weight distribution on support 3 [L \| 02, 04, 06, 08 \| Operation weight \| Layout 2]
Weight distribution on support 4 [L \| 02, 04, 06, 08 \| Operation weight \| Layout 2]
Anti-vibration mount type VT [L \| 02, 04, 06, 08 \| Operation weight \| Layout 2]
Version group
Hydronic kit [E \| 00 \| Empty weight + package \| Layout 2]
Weight type [E \| 00 \| Empty weight + package \| Layout 2]
Layout [E \| 00 \| Empty weight + package \| Layout 2]
Weight [E \| 00 \| Empty weight + package \| Layout 2]
Centre of mass X [E \| 00 \| Empty weight + package \| Layout 2]
Centre of mass Y [E \| 00 \| Empty weight + package \| Layout 2]
Weight distribution on support 1 [E \| 00 \| Empty weight + package \| Layout 2]
Weight distribution on support 2 [E \| 00 \| Empty weight + package \| Layout 2]
Weight distribution on support 3 [E \| 00 \| Empty weight + package \| Layout 2]
Weight distribution on support 4 [E \| 00 \| Empty weight + package \| Layout 2]
Hydronic kit [E \| P1, P3 \| Empty weight + package \| Layout 2]
Weight type [E \| P1, P3 \| Empty weight + package \| Layout 2]
Layout [E \| P1, P3 \| Empty weight + package \| Layout 2]
Weight [E \| P1, P3 \| Empty weight + package \| Layout 2]
Centre of mass X [E \| P1, P3 \| Empty weight + package \| Layout 2]
Centre of mass Y [E \| P1, P3 \| Empty weight + package \| Layout 2]
Weight distribution on support 1 [E \| P1, P3 \| Empty weight + package \| Layout 2]
Weight distribution on support 2 [E \| P1, P3 \| Empty weight + package \| Layout 2]
Weight distribution on support 3 [E \| P1, P3 \| Empty weight + package \| Layout 2]
Weight distribution on support 4 [E \| P1, P3 \| Empty weight + package \| Layout 2]
Hydronic kit [E \| P2, P4 \| Empty weight + package \| Layout 2]
Weight type [E \| P2, P4 \| Empty weight + package \| Layout 2]
Layout [E \| P2, P4 \| Empty weight + package \| Layout 2]
Weight [E \| P2, P4 \| Empty weight + package \| Layout 2]
Centre of mass X [E \| P2, P4 \| Empty weight + package \| Layout 2]
Centre of mass Y [E \| P2, P4 \| Empty weight + package \| Layout 2]
Weight distribution on support 1 [E \| P2, P4 \| Empty weight + package \| Layout 2]
Hydronic kit [E \| P2, P4 \| Operation weight \| Layout 2]
Weight distribution on support 2 [E \| P2, P4 \| Empty weight + package \| Layout 2]
Weight distribution on support 3 [E \| P2, P4 \| Empty weight + package \| Layout 2]
Weight distribution on support 4 [E \| P2, P4 \| Empty weight + package \| Layout 2]
Hydronic kit [E \| 01, 03, 05, 07 \| Empty weight + package \| Layout 2]
Weight type [E \| 01, 03, 05, 07 \| Empty weight + package \| Layout 2]
Layout [E \| 01, 03, 05, 07 \| Empty weight + package \| Layout 2]
Weight [E \| 01, 03, 05, 07 \| Empty weight + package \| Layout 2]
Centre of mass X [E \| 01, 03, 05, 07 \| Empty weight + package \| Layout 2]
Centre of mass Y [E \| 01, 03, 05, 07 \| Empty weight + package \| Layout 2]
Weight distribution on support 1 [E \| 01, 03, 05, 07 \| Empty weight + package \| Layout 2]
Weight distribution on support 2 [E \| 01, 03, 05, 07 \| Empty weight + package \| Layout 2]
Weight distribution on support 3 [E \| 01, 03, 05, 07 \| Empty weight + package \| Layout 2]
Weight distribution on support 4 [E \| 01, 03, 05, 07 \| Empty weight + package \| Layout 2]
Hydronic kit [E \| 02, 04, 06, 08 \| Empty weight + package \| Layout 2]
Weight type [E \| 02, 04, 06, 08 \| Empty weight + package \| Layout 2]
Layout [E \| 02, 04, 06, 08 \| Empty weight + package \| Layout 2]
Weight [E \| 02, 04, 06, 08 \| Empty weight + package \| Layout 2]
Centre of mass X [E \| 02, 04, 06, 08 \| Empty weight + package \| Layout 2]
Centre of mass Y [E \| 02, 04, 06, 08 \| Empty weight + package \| Layout 2]
Weight distribution on support 1 [E \| 02, 04, 06, 08 \| Empty weight + package \| Layout 2]
Weight distribution on support 2 [E \| 02, 04, 06, 08 \| Empty weight + package \| Layout 2]
Weight distribution on support 3 [E \| 02, 04, 06, 08 \| Empty weight + package \| Layout 2]
Weight distribution on support 4 [E \| 02, 04, 06, 08 \| Empty weight + package \| Layout 2]
Hydronic kit [E \| 00 \| Operation weight \| Layout 2]
Weight type [E \| 00 \| Operation weight \| Layout 2]
Layout [E \| 00 \| Operation weight \| Layout 2]
Weight [E \| 00 \| Operation weight \| Layout 2]
Centre of mass X [E \| 00 \| Operation weight \| Layout 2]
Centre of mass Y [E \| 00 \| Operation weight \| Layout 2]
Weight distribution on support 1 [E \| 00 \| Operation weight \| Layout 2]
Weight distribution on support 2 [E \| 00 \| Operation weight \| Layout 2]
Weight distribution on support 3 [E \| 00 \| Operation weight \| Layout 2]
Weight distribution on support 4 [E \| 00 \| Operation weight \| Layout 2]
Anti-vibration mount type VT [E \| 00 \| Operation weight \| Layout 2]
Hydronic kit [E \| P1, P3 \| Operation weight \| Layout 2]
Weight type [E \| P1, P3 \| Operation weight \| Layout 2]
Layout [E \| P1, P3 \| Operation weight \| Layout 2]
Weight [E \| P1, P3 \| Operation weight \| Layout 2]
Centre of mass X [E \| P1, P3 \| Operation weight \| Layout 2]
Centre of mass Y [E \| P1, P3 \| Operation weight \| Layout 2]
Weight distribution on support 1 [E \| P1, P3 \| Operation weight \| Layout 2]
Weight distribution on support 2 [E \| P1, P3 \| Operation weight \| Layout 2]
Weight distribution on support 3 [E \| P1, P3 \| Operation weight \| Layout 2]
Weight distribution on support 4 [E \| P1, P3 \| Operation weight \| Layout 2]
Anti-vibration mount type VT [E \| P1, P3 \| Operation weight \| Layout 2]
Weight type [E \| P2, P4 \| Operation weight \| Layout 2]
Layout [E \| P2, P4 \| Operation weight \| Layout 2]
Weight [E \| P2, P4 \| Operation weight \| Layout 2]
Centre of mass X [E \| P2, P4 \| Operation weight \| Layout 2]
Centre of mass Y [E \| P2, P4 \| Operation weight \| Layout 2]
Weight distribution on support 1 [E \| P2, P4 \| Operation weight \| Layout 2]
Weight distribution on support 2 [E \| P2, P4 \| Operation weight \| Layout 2]
Weight distribution on support 3 [E \| P2, P4 \| Operation weight \| Layout 2]
Weight distribution on support 4 [E \| P2, P4 \| Operation weight \| Layout 2]
Anti-vibration mount type VT [E \| P2, P4 \| Operation weight \| Layout 2]
Hydronic kit [E \| 01, 03, 05, 07 \| Operation weight \| Layout 2]
Weight type [E \| 01, 03, 05, 07 \| Operation weight \| Layout 2]
Layout [E \| 01, 03, 05, 07 \| Operation weight \| Layout 2]
Weight [E \| 01, 03, 05, 07 \| Operation weight \| Layout 2]
Centre of mass X [E \| 01, 03, 05, 07 \| Operation weight \| Layout 2]
Centre of mass Y [E \| 01, 03, 05, 07 \| Operation weight \| Layout 2]
Weight distribution on support 1 [E \| 01, 03, 05, 07 \| Operation weight \| Layout 2]
Weight distribution on support 2 [E \| 01, 03, 05, 07 \| Operation weight \| Layout 2]
Weight distribution on support 3 [E \| 01, 03, 05, 07 \| Operation weight \| Layout 2]
Weight distribution on support 4 [E \| 01, 03, 05, 07 \| Operation weight \| Layout 2]
Anti-vibration mount type VT [E \| 01, 03, 05, 07 \| Operation weight \| Layout 2]
Hydronic kit [E \| 02, 04, 06, 08 \| Operation weight \| Layout 2]
Weight type [E \| 02, 04, 06, 08 \| Operation weight \| Layout 2]
Layout [E \| 02, 04, 06, 08 \| Operation weight \| Layout 2]
Weight [E \| 02, 04, 06, 08 \| Operation weight \| Layout 2]
Centre of mass X [E \| 02, 04, 06, 08 \| Operation weight \| Layout 2]
Centre of mass Y [E \| 02, 04, 06, 08 \| Operation weight \| Layout 2]
Weight distribution on support 1 [E \| 02, 04, 06, 08 \| Operation weight \| Layout 2]
Weight distribution on support 2 [E \| 02, 04, 06, 08 \| Operation weight \| Layout 2]
Weight distribution on support 3 [E \| 02, 04, 06, 08 \| Operation weight \| Layout 2]
Weight distribution on support 4 [E \| 02, 04, 06, 08 \| Operation weight \| Layout 2]
Anti-vibration mount type VT [E \| 02, 04, 06, 08 \| Operation weight \| Layout 2]
Version group
Hydronic kit [N \| 00 \| Empty weight + package \| Layout 2]
Weight type [N \| 00 \| Empty weight + package \| Layout 2]
Layout [N \| 00 \| Empty weight + package \| Layout 2]
Weight [N \| 00 \| Empty weight + package \| Layout 2]
Centre of mass X [N \| 00 \| Empty weight + package \| Layout 2]
Centre of mass Y [N \| 00 \| Empty weight + package \| Layout 2]
Weight distribution on support 1 [N \| 00 \| Empty weight + package \| Layout 2]
Weight distribution on support 2 [N \| 00 \| Empty weight + package \| Layout 2]
Weight distribution on support 3 [N \| 00 \| Empty weight + package \| Layout 2]
Weight distribution on support 4 [N \| 00 \| Empty weight + package \| Layout 2]
Hydronic kit [N \| P1, P3 \| Empty weight + package \| Layout 2]
Weight type [N \| P1, P3 \| Empty weight + package \| Layout 2]
Layout [N \| P1, P3 \| Empty weight + package \| Layout 2]
Weight [N \| P1, P3 \| Empty weight + package \| Layout 2]
Centre of mass X [N \| P1, P3 \| Empty weight + package \| Layout 2]
Centre of mass Y [N \| P1, P3 \| Empty weight + package \| Layout 2]
Weight distribution on support 1 [N \| P1, P3 \| Empty weight + package \| Layout 2]
Weight distribution on support 2 [N \| P1, P3 \| Empty weight + package \| Layout 2]
Weight distribution on support 3 [N \| P1, P3 \| Empty weight + package \| Layout 2]
Weight distribution on support 4 [N \| P1, P3 \| Empty weight + package \| Layout 2]
Hydronic kit [N \| P2, P4 \| Empty weight + package \| Layout 2]
Weight type [N \| P2, P4 \| Empty weight + package \| Layout 2]
Layout [N \| P2, P4 \| Empty weight + package \| Layout 2]
Weight [N \| P2, P4 \| Empty weight + package \| Layout 2]
Centre of mass X [N \| P2, P4 \| Empty weight + package \| Layout 2]
Centre of mass Y [N \| P2, P4 \| Empty weight + package \| Layout 2]
Weight distribution on support 1 [N \| P2, P4 \| Empty weight + package \| Layout 2]
Weight distribution on support 2 [N \| P2, P4 \| Empty weight + package \| Layout 2]
Weight distribution on support 3 [N \| P2, P4 \| Empty weight + package \| Layout 2]
Weight distribution on support 4 [N \| P2, P4 \| Empty weight + package \| Layout 2]
Hydronic kit [N \| 01, 03, 05, 07 \| Empty weight + package \| Layout 2]
Weight type [N \| 01, 03, 05, 07 \| Empty weight + package \| Layout 2]
Layout [N \| 01, 03, 05, 07 \| Empty weight + package \| Layout 2]
Weight [N \| 01, 03, 05, 07 \| Empty weight + package \| Layout 2]
Centre of mass X [N \| 01, 03, 05, 07 \| Empty weight + package \| Layout 2]
Centre of mass Y [N \| 01, 03, 05, 07 \| Empty weight + package \| Layout 2]
Weight distribution on support 1 [N \| 01, 03, 05, 07 \| Empty weight + package \| Layout 2]
Weight distribution on support 2 [N \| 01, 03, 05, 07 \| Empty weight + package \| Layout 2]
Weight distribution on support 3 [N \| 01, 03, 05, 07 \| Empty weight + package \| Layout 2]
Weight distribution on support 4 [N \| 01, 03, 05, 07 \| Empty weight + package \| Layout 2]
Hydronic kit [N \| 02, 04, 06, 08 \| Empty weight + package \| Layout 2]
Weight type [N \| 02, 04, 06, 08 \| Empty weight + package \| Layout 2]
Layout [N \| 02, 04, 06, 08 \| Empty weight + package \| Layout 2]
Weight [N \| 02, 04, 06, 08 \| Empty weight + package \| Layout 2]
Centre of mass X [N \| 02, 04, 06, 08 \| Empty weight + package \| Layout 2]
Centre of mass Y [N \| 02, 04, 06, 08 \| Empty weight + package \| Layout 2]
Weight distribution on support 1 [N \| 02, 04, 06, 08 \| Empty weight + package \| Layout 2]
Weight distribution on support 2 [N \| 02, 04, 06, 08 \| Empty weight + package \| Layout 2]
Weight distribution on support 3 [N \| 02, 04, 06, 08 \| Empty weight + package \| Layout 2]
Weight distribution on support 4 [N \| 02, 04, 06, 08 \| Empty weight + package \| Layout 2]
Hydronic kit [N \| 00 \| Operation weight \| Layout 2]
Weight type [N \| 00 \| Operation weight \| Layout 2]
Layout [N \| 00 \| Operation weight \| Layout 2]
Weight [N \| 00 \| Operation weight \| Layout 2]
Centre of mass X [N \| 00 \| Operation weight \| Layout 2]
Centre of mass Y [N \| 00 \| Operation weight \| Layout 2]
Weight distribution on support 1 [N \| 00 \| Operation weight \| Layout 2]
Weight distribution on support 2 [N \| 00 \| Operation weight \| Layout 2]
Weight distribution on support 3 [N \| 00 \| Operation weight \| Layout 2]
Weight distribution on support 4 [N \| 00 \| Operation weight \| Layout 2]
Anti-vibration mount type VT [N \| 00 \| Operation weight \| Layout 2]
Hydronic kit [N \| P1, P3 \| Operation weight \| Layout 2]
Weight type [N \| P1, P3 \| Operation weight \| Layout 2]
Layout [N \| P1, P3 \| Operation weight \| Layout 2]
Weight [N \| P1, P3 \| Operation weight \| Layout 2]
Centre of mass X [N \| P1, P3 \| Operation weight \| Layout 2]
Centre of mass Y [N \| P1, P3 \| Operation weight \| Layout 2]
Weight distribution on support 1 [N \| P1, P3 \| Operation weight \| Layout 2]
Weight distribution on support 2 [N \| P1, P3 \| Operation weight \| Layout 2]
Weight distribution on support 3 [N \| P1, P3 \| Operation weight \| Layout 2]
Weight distribution on support 4 [N \| P1, P3 \| Operation weight \| Layout 2]
Anti-vibration mount type VT [N \| P1, P3 \| Operation weight \| Layout 2]
Hydronic kit [N \| P2, P4 \| Operation weight \| Layout 2]
Weight type [N \| P2, P4 \| Operation weight \| Layout 2]
Layout [N \| P2, P4 \| Operation weight \| Layout 2]
Weight [N \| P2, P4 \| Operation weight \| Layout 2]
Centre of mass X [N \| P2, P4 \| Operation weight \| Layout 2]
Centre of mass Y [N \| P2, P4 \| Operation weight \| Layout 2]
Weight distribution on support 1 [N \| P2, P4 \| Operation weight \| Layout 2]
Weight distribution on support 2 [N \| P2, P4 \| Operation weight \| Layout 2]
Weight distribution on support 3 [N \| P2, P4 \| Operation weight \| Layout 2]
Weight distribution on support 4 [N \| P2, P4 \| Operation weight \| Layout 2]
Anti-vibration mount type VT [N \| P2, P4 \| Operation weight \| Layout 2]
Hydronic kit [N \| 01, 03, 05, 07 \| Operation weight \| Layout 2]
Weight type [N \| 01, 03, 05, 07 \| Operation weight \| Layout 2]
Layout [N \| 01, 03, 05, 07 \| Operation weight \| Layout 2]
Weight [N \| 01, 03, 05, 07 \| Operation weight \| Layout 2]
Centre of mass X [N \| 01, 03, 05, 07 \| Operation weight \| Layout 2]
Centre of mass Y [N \| 01, 03, 05, 07 \| Operation weight \| Layout 2]
Weight distribution on support 1 [N \| 01, 03, 05, 07 \| Operation weight \| Layout 2]
Weight distribution on support 2 [N \| 01, 03, 05, 07 \| Operation weight \| Layout 2]
Weight distribution on support 3 [N \| 01, 03, 05, 07 \| Operation weight \| Layout 2]
Weight distribution on support 4 [N \| 01, 03, 05, 07 \| Operation weight \| Layout 2]
Anti-vibration mount type VT [N \| 01, 03, 05, 07 \| Operation weight \| Layout 2]
Hydronic kit [N \| 02, 04, 06, 08 \| Operation weight \| Layout 2]
Weight type [N \| 02, 04, 06, 08 \| Operation weight \| Layout 2]
Layout [N \| 02, 04, 06, 08 \| Operation weight \| Layout 2]
Weight [N \| 02, 04, 06, 08 \| Operation weight \| Layout 2]
Centre of mass X [N \| 02, 04, 06, 08 \| Operation weight \| Layout 2]
Centre of mass Y [N \| 02, 04, 06, 08 \| Operation weight \| Layout 2]
Weight distribution on support 1 [N \| 02, 04, 06, 08 \| Operation weight \| Layout 2]
Weight distribution on support 2 [N \| 02, 04, 06, 08 \| Operation weight \| Layout 2]
Weight distribution on support 3 [N \| 02, 04, 06, 08 \| Operation weight \| Layout 2]
Weight distribution on support 4 [N \| 02, 04, 06, 08 \| Operation weight \| Layout 2]
Anti-vibration mount type VT [N \| 02, 04, 06, 08 \| Operation weight \| Layout 2]
Hydronic kit [°/L \| C \| Empty weight + package \| Layout 2]
Weight type [°/L \| C \| Empty weight + package \| Layout 2]
Layout [°/L \| C \| Empty weight + package \| Layout 2]
Weight [°/L \| C \| Empty weight + package \| Layout 2]
Centre of mass X [°/L \| C \| Empty weight + package \| Layout 2]
Centre of mass Y [°/L \| C \| Empty weight + package \| Layout 2]
Weight distribution on support 1 [°/L \| C \| Empty weight + package \| Layout 2]
Weight distribution on support 2 [°/L \| C \| Empty weight + package \| Layout 2]
Weight distribution on support 3 [°/L \| C \| Empty weight + package \| Layout 2]
Weight distribution on support 4 [°/L \| C \| Empty weight + package \| Layout 2]
Weight distribution on support 5 [°/L \| C \| Empty weight + package \| Layout 2]
Weight distribution on support 6 [°/L \| C \| Empty weight + package \| Layout 2]
Weight distribution on support 7 [°/L \| C \| Empty weight + package \| Layout 2]
Weight distribution on support 8 [°/L \| C \| Empty weight + package \| Layout 2]
Hydronic kit [°/L \| C \| Operation weight \| Layout 2]
Weight type [°/L \| C \| Operation weight \| Layout 2]
Layout [°/L \| C \| Operation weight \| Layout 2]
Weight [°/L \| C \| Operation weight \| Layout 2]
Centre of mass X [°/L \| C \| Operation weight \| Layout 2]
Centre of mass Y [°/L \| C \| Operation weight \| Layout 2]
Weight distribution on support 1 [°/L \| C \| Operation weight \| Layout 2]
Weight distribution on support 2 [°/L \| C \| Operation weight \| Layout 2]
Weight distribution on support 3 [°/L \| C \| Operation weight \| Layout 2]
Weight distribution on support 4 [°/L \| C \| Operation weight \| Layout 2]
Weight distribution on support 5 [°/L \| C \| Operation weight \| Layout 2]
Weight distribution on support 6 [°/L \| C \| Operation weight \| Layout 2]
Weight distribution on support 7 [°/L \| C \| Operation weight \| Layout 2]
Weight distribution on support 8 [°/L \| C \| Operation weight \| Layout 2]
Anti-vibration mount type VT [°/L \| C \| Operation weight \| Layout 2]
Version group
Hydronic kit [A/E \| C \| Empty weight + package \| Layout 2]
Weight type [A/E \| C \| Empty weight + package \| Layout 2]
Layout [A/E \| C \| Empty weight + package \| Layout 2]
Weight [A/E \| C \| Empty weight + package \| Layout 2]
Centre of mass X [A/E \| C \| Empty weight + package \| Layout 2]
Centre of mass Y [A/E \| C \| Empty weight + package \| Layout 2]
Weight distribution on support 1 [A/E \| C \| Empty weight + package \| Layout 2]
Weight distribution on support 2 [A/E \| C \| Empty weight + package \| Layout 2]
Weight distribution on support 3 [A/E \| C \| Empty weight + package \| Layout 2]
Weight distribution on support 4 [A/E \| C \| Empty weight + package \| Layout 2]
Weight distribution on support 5 [A/E \| C \| Empty weight + package \| Layout 2]
Weight distribution on support 6 [A/E \| C \| Empty weight + package \| Layout 2]
Weight distribution on support 7 [A/E \| C \| Empty weight + package \| Layout 2]
Weight distribution on support 8 [A/E \| C \| Empty weight + package \| Layout 2]
Hydronic kit [A/E \| C \| Operation weight \| Layout 2]
Weight type [A/E \| C \| Operation weight \| Layout 2]
Layout [A/E \| C \| Operation weight \| Layout 2]
Weight [A/E \| C \| Operation weight \| Layout 2]
Centre of mass X [A/E \| C \| Operation weight \| Layout 2]
Centre of mass Y [A/E \| C \| Operation weight \| Layout 2]
Weight distribution on support 1 [A/E \| C \| Operation weight \| Layout 2]
Weight distribution on support 2 [A/E \| C \| Operation weight \| Layout 2]
Weight distribution on support 3 [A/E \| C \| Operation weight \| Layout 2]
Weight distribution on support 4 [A/E \| C \| Operation weight \| Layout 2]
Weight distribution on support 5 [A/E \| C \| Operation weight \| Layout 2]
Weight distribution on support 6 [A/E \| C \| Operation weight \| Layout 2]
Weight distribution on support 7 [A/E \| C \| Operation weight \| Layout 2]
Weight distribution on support 8 [A/E \| C \| Operation weight \| Layout 2]
Anti-vibration mount type VT [A/E \| C \| Operation weight \| Layout 2]
Version group
Model [U/N Motocondensing \| Model C \| a vuoto + imballo \| Layout 2]
Weight type [U/N Motocondensing \| Model C \| a vuoto + imballo \| Layout 2]
Layout [U/N Motocondensing \| Model C \| a vuoto + imballo \| Layout 2]
Weight [U/N Motocondensing \| Model C \| a vuoto + imballo \| Layout 2]
Centre of mass X [U/N Motocondensing \| Model C \| a vuoto + imballo \| Layout 2]
Centre of mass Y [U/N Motocondensing \| Model C \| a vuoto + imballo \| Layout 2]
Weight distribution on support 1 [U/N Motocondensing \| Model C \| a vuoto + imballo \| Layout 2]
Weight distribution on support 2 [U/N Motocondensing \| Model C \| a vuoto + imballo \| Layout 2]
Weight distribution on support 3 [U/N Motocondensing \| Model C \| a vuoto + imballo \| Layout 2]
Weight distribution on support 4 [U/N Motocondensing \| Model C \| a vuoto + imballo \| Layout 2]
Weight distribution on support 5 [U/N Motocondensing \| Model C \| a vuoto + imballo \| Layout 2]
Weight distribution on support 6 [U/N Motocondensing \| Model C \| a vuoto + imballo \| Layout 2]
Weight distribution on support 7 [U/N Motocondensing \| Model C \| a vuoto + imballo \| Layout 2]
Weight distribution on support 8 [U/N Motocondensing \| Model C \| a vuoto + imballo \| Layout 2]
Model [U/N Motocondensing \| Model C \| in funzionamento \| Layout 2]
Weight type [U/N Motocondensing \| Model C \| in funzionamento \| Layout 2]
Layout [U/N Motocondensing \| Model C \| in funzionamento \| Layout 2]
Weight [U/N Motocondensing \| Model C \| in funzionamento \| Layout 2]
Centre of mass X [U/N Motocondensing \| Model C \| in funzionamento \| Layout 2]
Centre of mass Y [U/N Motocondensing \| Model C \| in funzionamento \| Layout 2]
Weight distribution on support 1 [U/N Motocondensing \| Model C \| in funzionamento \| Layout 2]
Weight distribution on support 2 [U/N Motocondensing \| Model C \| in funzionamento \| Layout 2]
Weight distribution on support 3 [U/N Motocondensing \| Model C \| in funzionamento \| Layout 2]
Weight distribution on support 4 [U/N Motocondensing \| Model C \| in funzionamento \| Layout 2]
Weight distribution on support 5 [U/N Motocondensing \| Model C \| in funzionamento \| Layout 2]
Weight distribution on support 6 [U/N Motocondensing \| Model C \| in funzionamento \| Layout 2]
Weight distribution on support 7 [U/N Motocondensing \| Model C \| in funzionamento \| Layout 2]
Weight distribution on support 8 [U/N Motocondensing \| Model C \| in funzionamento \| Layout 2]
Anti-vibration mount type VT [U/N Motocondensing \| Model C \| in funzionamento \| Layout 2]
Layout 1 support spacing segment 1 (along XG, bottom view) [family-level drawing]
Layout 1 support spacing segment 2 (along XG, bottom view) [family-level drawing]
Layout 1 support spacing segment 3 (along XG, bottom view) [family-level drawing]
Layout 2 support spacing segment 1 (along XG, bottom view) [family-level drawing]
Layout 2 support spacing segment 2 (along XG, bottom view) [family-level drawing]
Layout 2 support spacing segment 3 (along XG, bottom view) [family-level drawing]
Layout 2 Edge offset (YG) [family-level drawing]
Layout 3 support spacing segment 1 (along XG, bottom view) [family-level drawing]
Layout 3 support spacing segment 2 (along XG, bottom view) [family-level drawing]
Layout 3 support spacing segment 3 (along XG, bottom view) [family-level drawing]
Layout 3 support spacing segment 4 (along XG, bottom view) [family-level drawing]
Layout 3 Edge offset (YG) [family-level drawing]
Layout 4 support spacing segment 1 (along XG, bottom view) [family-level drawing]
Layout 4 support spacing segment 2 (along XG, bottom view) [family-level drawing]
Layout 4 support spacing segment 3 (along XG, bottom view) [family-level drawing]
Layout 4 support spacing segment 4 (along XG, bottom view) [family-level drawing]
Layout 4 Edge offset (YG) [family-level drawing]
Layout 4 Hole dia [family-level drawing]
Layout 5 support spacing segment 1 (along XG, bottom view) [family-level drawing]
Layout 5 support spacing segment 2 (along XG, bottom view) [family-level drawing]
Layout 5 support spacing segment 3 (along XG, bottom view) [family-level drawing]
Weight hydronic kit with inverter - K3 compared with 03
Layout 5 support spacing segment 4 (along XG, bottom view) [family-level drawing]
Layout 5 support spacing segment 5 (along XG, bottom view) [family-level drawing]
Layout 5 Edge offset (YG) [family-level drawing]
Layout 5 Hole dia [family-level drawing]
Weight option "D" (empty weight) - L
Weight option "D" (empty weight) - E
Weight option "D" (empty weight) - N
Desuperheater water contents - L
Desuperheater water contents - E
Desuperheater water contents - N
Weight option "D" (operation weight) - L
Weight option "D" (operation weight) - E
Weight option "D" (operation weight) - N
Weight option "T" (empty weight) - L
Weight option "T" (empty weight) - E
Weight option "T" (empty weight) - N
Total recovery water contents - L
Total recovery water contents - E
Total recovery water contents - N
Weight option "T" (operation weight) - L
Weight option "T" (operation weight) - E
Weight option "T" (operation weight) - N
Weight option "R" or "S" - L
Weight option "R" or "S" - E
Weight option "R" or "S" - N
Weight hydronic kit with inverter - I1 compared with P1
Weight hydronic kit with inverter - I2 compared with P2
Weight hydronic kit with inverter - I3 compared with P3
Weight hydronic kit with inverter - I4 compared with P4
Weight hydronic kit with inverter - K1 compared with 01
Weight hydronic kit with inverter - K2 compared with 02
Weight hydronic kit with inverter - K4 compared with 04
Weight hydronic kit with inverter - W1 compared with 01
Weight hydronic kit with inverter - W2 compared with 02
Weight hydronic kit with inverter - W3 compared with 03
Weight hydronic kit with inverter - W4 compared with 04
Min. flow rate (L)
Min. flow rate (E)
Min. flow rate (N)
Max. flow rate (L)
Max. flow rate (E)
Max. flow rate (N)
Maximum current (F.L.A.) - Version °
Peak current (L.R.A.) - Version °
Peak current (L.R.A.) - Version A
Single Hydronic kit Low head Max. power
Single Hydronic kit High head Max. power
Recommended power cable - Phases
Recommended power cable - Cables per phase
Recommended power cable - Cross section
Recommended power cable - Neutral section