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Chiller
SYSCREW 380-1260 AIR EVO HSE
366 to 1241 kW
Air Cooled Water Chillers Cooling Only and Total Heat Recovery
Engineering Data Manual
SYSCREW 380-1260 AIR EVO HSE |
2
Features & Strength Points
Environmental respect, constant technological innovation, robust and trustable solutions for heavy-duty use are the leading parameters for our new SYSCREW
AIR EVO HSE range.
An innovative generation of Systemair Air Cooled Chiller, including the latest technological releases available for the HVAC industry.
All the available versions are keeping the same basic configuration and including the following features:
Electronic expansion valve
Refrigerant pressure and temperature sensors
Compressors box mounted as standard on all unit versions (with added internal sound proofing layers for the
Super Low Noise execution)
Hydronic pump kit options, variable speed capable, fitted plug & play on board of the unit with several interfacing ways with the plant
Partial and total heat recovery options
High efficient inverter driven Screw compressors
EC fan motors with quiet acoustic performances and low energy consumption
Safe and low environmental impact R513A refrigerant
Microchannel coils and pure countercurrent shell & tubes heat exchangers , minimizing refrigerant charge, operating weight and maximizing heat transfer performances
New programmable controller including a wide range of connectivity options and implementing smart algorithms
To further extend the field of application following versions are available
High Temperature (HT) execution to extend the operating temperature map
High Pressure Fan (HPF) execution to provide additional static pressure air side
Brine Cooling (BC) execution to allow application with negative temperature brines
Super low noise (S) execution to reduce noise emission
3 | SYSCREW 380-1260 AIR EVO HSE
Specifications
SY SCREW SIZE AIR EVO HSE
CO
BC
TR
(STD)*
HT
HPF
(STD)*
S
CO = Cooling Only; BC = Brine Cooling; TR = Totaly Heat Recovery; Version
HT = High Temperature; HPF = High Pressure Fans; Version S = Super Low
Noise (version S not available for HT and HPF).
* (STD) = standard, not included in the product designation
General
The new range has been designed and optimized to operate either with R513A and R134a refrigerants. Each unit consists of t wo independent refrigerant circuits with a hybrid combination of one inverter driven variable speed screw compressor and one fixed speed screw compressor .
Pure counter-flow shell and tube direct expansion evapora tor is equipped with double refrigerant circuit and common hydraulic circuit. The modular condensing section is made with long life aluminium alloy micro-channel coils, and a new optimized fan deck. All the units are equipped with electronic expansion valves , one for each circuit. The units are available in 12 sizes , with a nominal capacity range from 360 to 1240 kW .
Brine Cooling (BC) : same equipment as the basic CO version, with customized refrigerant circuit and control setting to extend operating envelope to negative water set-point.
Two heat recovery options are available:
Desuperheater (D) : plate type heat exchangers fitted on the compressor discharge line, to recover about 20 % of the total heat rejected to the condensers.
Total Heat Recovery (TR) : double circuit shell & tubes heat exchanger to recover the total heat rejected to the condensers. 4-way valves and field installed control sen sor are also provided to ensure the cooling/heat recovery mode changeover.
Two acoustic options are available:
Standard : The units are equipped with electronically commutated (EC) fan motors , providing quiet acoustic performances and stepless speed control, and a metallic compressors box further reducing the noise emission.
Super Low Noise (S) : The units are equipped with electronically commutated (EC) fan motors operating at reduced nominal speed, additional air diffuser further improving acoustic performances in both full and part load operation. Compressor box is equipped with additional acoustic insulation and flexible pipes as well as mufflers on compressor discharge lines.
To increase application field, three additional versions are available:
High Temperature (HT) : units are equipped with venti lated compressor box, and more powerful electronically commutated (EC) fan motors to ensure higher air flow rate and extend the operating map of the unit.
High Pressure Fans (HPF) : units are equipped with more powerful electronically commutated (EC) fan motors to ensure same air flow rate as the standard unit with ad ditional external static pressure up to 120 [Pa].
Cabinet and structure
The cabinet is made of heavy gauge galvanized steel. All galvanized steel components are individually painted by a special painting process before the assembly of the unit.
This painting system performs a homogeneous protection to the corrosion. The painting is a polyester powder based type, colored in RAL 7040. The units are suitable for outdoor installation, directly on the building roof or at the ground level. All parts of the structure are totally fastened with stainless steel bolts and rivets.
Refrigerant circuits
All the units are composed of two independent and separate refrigerant circuits. Each refrigerant circuit is equipped with discharge line shut-off valves, filter-drier with solid core, sight glass and electronic expansion valve. Some units are equipped with economizer circuit (ECO) to improve cooling capacity and efficiency. The functional dia gram of each circuit is shown in the section “Refrigerant flow diagram”.
SYSCREW 380-1260 AIR EVO HSE |
4
Semi-hermetic screw compressors
The compressors installed in the units are semi-hermetic screw type. The leading compressor is variable speed controlled, integrating frequency inverter, sensors for protection and monitoring and solenoid valves (Vi control and frequency inverter cooling) in a pre-wired package. The inverter driven compressor, in hybrid combination with a step control type screw compressor, perform a continuous capacity control and offer precision in load management and set-point regulation and enhanced seasonal performances.
All compressors are fitted with an electronic control system ensuring the following functions:
Protection against high temperature and excessive load;
Correct direction of rotation;
Phase monitoring.
Fans are equipped with externally mounted nozzle profile housing generating low sound levels.
In super low noise versions (S) an additional air diffuser is mounted on top of each fan motor to further reduce sound power level without compromising unit performances.
Thanks to electronic brushless technology, fan speed control function is standard included for all the available ranges, allowing the units to operate in cooling mode at negative ambient temperatures.
Electrical board
The electrical board is located in a metal case arranged outside the unit. The metal case has an IP54 protection rating and is complete with grilles for natural air ventilation.
Besides the aforementioned functions, inverter driven compressor is also equipped as standard of the following additional features:
Frequency inverter cooling (solenoid valve, expansion valve, regulator);
Low / High pressure transducer;
Oil level switch;
V i
slider control for efficiency optimization.
Depending on unit size, step type compressors are supplied with Part-Winding or Star-Delta starting system. Start-
Delta starting system is available as option for unit having
Part-Winding starting system as standard. Also soft starter is available on request for step type compressors in order to reduce the global value of inrush current.
Evaporator
Evaporator is of a new generation shell and tube, of pure counter flow type heat exchanger. It is insulated with a 19 mm thick closed cell polyethylene foam material and is fit ted with an electric heater on the external surface to prevent the unit from freezing at a low temperature (down to
-18 °C) when the unit is off.
Water connections of heat exchanger are of Victaulic type supplied with coupling stub pipe to be welded.
Condenser coils
The condenser coils are of microchannel type, made of
100% aluminium (fins, tubes and headers) with the excep tion of pipe couplings which are in copper. Anti-corrosion protection treatment is available as option.
Electronic control
The units are supplied with the new microprocessor-based electronic control and management system ensuring the following functions:
Management of the operation of compressors:
Power on/off
Anti-cycle management
Unloading for high pressure or high compressor pressure ratio (integrated inside the curves of compressor operating limits).
Chilled water temperature regulation (control option on inlet water temperature RWT (P+I type) or outlet water temperature LWT (neutral band type) of the evaporator.
Control of superheating on suction line.
Evaporator antifreeze protection.
Management of high and low pressure alarms.
Management of the compressors on the two circuits.
Management of the electronic expansion valves by means of EEV controller.
Management of external interlocks.
Management of the remote control:
Unit power on/off
Summary alarm signals
Remote signalling, by free contacts:
Voltage presence.
Compressors in operation.
Circuit alarm unit.
Management of the on board hydro kit (fixed / variable speed pumps).
Management of the heat recovery mode by means of inlet water temperature sensor at the heat recovery condenser.
Condenser fans
For each size, all versions keep the same number of fans.
Large diameter, direct drive axial type fans with electronic brushless type motors are used in all available versions. A dedicated version of electronic brushless type with more powerful motor is used on HT and HPF versions, in order to generate higher air flow rate (HT) or additional static pres sure up to 120 Pa (HPF).
The unit controller can also clearly show all control parameters of the machine on the liquid crystal display, such as:
Display of superheating value.
Display of the temperature at the evaporator inlet and outlet.
Display of the ambient air temperature.
Display of the circuit 1 and circuit 2 discharge pressure and suction pressure.
5 | SYSCREW 380-1260 AIR EVO HSE
Display of the set point.
Display of opening steps of EEV.
Display of speed control signal (voltage) of fans.
Display of the various alarm and operation status:
Compressor start-up alarm (discharge pressure check).
Low / High pressure.
Low / High super-heating.
Evaporator antifreeze.
Flow switch signal for lack of water.
Control of the compressor operating hours.
Compressors in operation.
Pump in operation.
Thermal protection of compressors.
Thermal protection of fans.
Faulty sensors.
Electronic expansion valves.
Compressor part Windings or Star/Delta starting.
Data logger.
Power supply without neutral.
Main switch.
Refrigerant R513A or R134a.
PED approval.
Stepless control
Evaporator antifreeze electric heater.
Shell and tube evaporator.
Compressor box.
Compressor acoustic box (S version only).
Water pump acoustic box (S version only).
Left hand water connection.
Control and safety devices
Each unit is fitted with the following devices:
Safety:
Power disconnect switch with an emergency stop function.
Safety valve on the discharge line (HP side) set to 22 bar.
Safety valve on the suction line (LP side) set to 14.5 bar.
HP switches (double on each circuit) set to 19.7 bar, manual reset to be reinitialized from control board.
LP switches (one for each circuit) set to 0.5 bar, manual reset to be reinitialized from control board.
Antifreeze temperature sensor (set to +4°C) on the evaporator.
Discharge gas temperature protection, on the discharge line of each compressor.
Control:
HP and LP transducers.
Evaporator water inlet temperature sensor.
Evaporator water outlet temperature sensor (with an antifreeze function).
Suction temperature sensor for EEV control.
Ambient air temperature sensor.
Heat recovery condenser temperature sensor.
Conformity with standards
The following applies to all the sizes and versions of units:
Machine Directive: 2006/42/EC.
Low Voltage Directive: 2006/95/EC.
Electromagnetic Compatibility Directive: 2014/30/EU.
Pressure Equipment Directive: 2014/68/EU.
Standard equipment
Set point timer/clock card.
Modbus protocol kit for BMS (RS485).
Modbus protocol kit for BMS (ETHERNET).
Fan speed control.
Back light display.
Compressor envelope control.
Double set-point.
Sequence phase control.
Optional hydro kits
On board hydro kits and remote hydro kits are available.
On board hydro kits can be supplied with pump(s) only (in standard or high pressure version), while remote hydro kits are always supplied complete with inertial tank and pump(s).
On board hydro kit, located inside the unit, are including following components:
Single or double pump with low static pressure (100 -
150 [kPa]) or high static pressure (200-250 [kPa]),
Expansion tank,
Shut-off valves,
Safety valve,
Automatic air vent valve,
Thermal insulation for pipes and water pump(s),
Water pump(s) are supplied with sound proof box when mounted on S version units.
Different variable speed options (inverter driven) are available to manage water flow rate according differential temperature control, differential pressure control or to set manual speed in phase of commissioning
Factory-installed options
Bacnet protocol kit for BMS (RS485 or Ethernet).
Compressor soft starter (valid only for fixed speed com pressor).
Power factor correction capacitors.
Compressor Star-Delta starting system (valid only for fixed speed compressor having by default part-Winding starting system).
Mechanical gauges kit.
Compressor suction valve.
Compressor liquid injection.
Compressor oil cooler.
Compressor oil switch (standard on inverter driven screw compressor).
Condenser coils with E-Coating.
Finned tubes coils.
Chiller grilles.
Total heat recovery.
SYSCREW 380-1260 AIR EVO HSE |
6
Desuperheater.
On board hydro kits without buffer tank, with 1 or 2 standard or high pressure pump(s), fixed or variable speed, and relevant accessories.
Field-installed accessories
Remote ON/OFF control.
ModBus protocol kit for BMS (RS485 or Ethernet).
Remote keyboard panel.
netTune (managing a network of up to 6 units).
Spring anti-vibration mounts for basic unit.
Spring anti-vibration mounts for internal hydro kit.
Flow switch.
Water filter.
Differential water pressure transducer.
Modulating by-pass valve.
Remote hydro kits with buffer tank, 1 or 2 low or high pressure pump(s), relevant accessories and with or without tank antifreeze heater.
Accessories & Options
SYSCREW 380-1260 AIR EVO HSE
Set point timer/Clock card
Modbus protocol kit for BMS (RS485)
Modbus protocol kit for BMS (Ethernet)
Fan speed control
Back light display
Compressor envelope control
Double set point
Sequence phases control
Electronic expansion valves
Data logger
Power supply without neutral
Antifreeze electric heater kit
Delivery
Std
Std
Std
Std
Std
Std
Std
Std
Std
Std
Std
Abbreviation Description & Benefit
CLK
To schedule different interval time with different active water T setpoint.
MBS
It allows the integration of the unit with BMS using Modbus proto col through RS485 port.
MBS/ETH
It allows the integration of the unit with BMS using Modbus proto col through Ethernet port (TCP/IP).
FSC
EC brushless fan motors fulfil by default stepless speed control, in accordance with condensing pressure level in relation to cooling load and external ambient temperature. Following benefits are provided: high seasonal efficiency, low noise level, envelope extension.
DSP
PHC
EEV
DL
3PH
User Display panel mounted. Suggested for outdoor installation.
It allows to protect compressor from operation out of the allowed envelope, acting preventing actions when pressure and temperature sensor are detecting borderline conditions.
Can manage two different temperature set-point selected by remote dry contact.
It allows to check the correct sense R-S-T of electric supply phases for 400/3/50 units.
It is the device able to control the refrigerant flow on suction line trough a stepper motor in order to keep the superheat as constant as possible.
Record continuously the essential thermodynamic operating parameters, during the last hours. This facilitates debug and service activity on field.
Unit to be supplied with 400/3/50. No need of Neutral cable.
Std EEH Electrical Heater protects the heat exchanger from freezing.
7 | SYSCREW 380-1260 AIR EVO HSE
Accessories & Options (continued)
SYSCREW 380-1260 AIR EVO HSE
Stepless control
Compressor box
Bacnet protocol kit for BMS (RS485)
Bacnet protocol kit for BMS (Ethernet)
Softstarter for compressor
Power factor corrector capacitors
Compressor Star Delta Start
Mechanical gauges kit (HP and LP manometers)
Compressor suction valve
Brine Version
Compressor oil switch
E-coating MCHX
Chiller grilles
Polar Version
Compressor acoustic box
Total heat recovery
Desuperheater
Remote On/Off control
Remote keyboard panel netTune
Spring type AVM
Flow switch
Water filter
Delivery
Std
Std
Option
Option
Option
Option
Option
Option
Option
Option
Option
Option
Option
Option
Option
Option
Option
Accessory
Accessory
Accessory
Accessory
Accessory
Accessory
Abbreviation Description & Benefit
ICC
It allows to follow continuously capacity load modifications without having sensitive variation on water temperature. Thanks to the control logic this effect can be obtained even combining a multi step fixed screw compressor with an inverter driven compressor.
CB
BAC
BAC/ETH
SS
PFC
SD
KM
CSV
BC
OD
E-COAT
KG
PC
CAB
TR
D
AVM
FS
Metal box enclosing screw compressor and offering sound reduction and protection from atmospheric agents.
It allows the integration of the unit with BMS using Bacnet protocol through RS485 port.
It allows the integration of the unit with BMS using Bacnet protocol through Ethernet port (TCP/IP).
An electronic device that automatically starts up the compressors gradually. The starting current can be reduced by up to 40% of the direct on line value.
The purpose of the power factor corrector capacitor is to minimize the input current distortion and make the current in phase with the voltage. Target is to keep Power Factor about 0,90 in any running condition.
It allows to reduce inrush current value in case the default com pressor is using motor with Part Winding starting system.
Pressure gauges that display the operating pressure in the high and low pressure sections of the refrigerant circuit.
Mounted on the suction port of the compressor, it allows to insulate the compressor from the suction refrigerant line for maintenance purposes.
Special Version with dedicate devices on refrigeration system allow the units to operate with brine (ethylenic or propylenic glycol) down to -8°C.
It allows to check the proper level of oil inside compressor carter in order to protect from lack of lubrication. Inverter driven screw compressor standard include this device.
It is a strong anti-corrosion treatment suitable to protect MCHX coils from medium level of pollution and marine atmosphere.
Grilles to protect unit avoiding possible intrusion into the unit.
Special version with Electronic fans and dedicate devices on refrigeration system allow the units to operate at ambient temperature down to -18°C.
Compressor box is additional equipped with internal sound layers offering further acoustic reduction. Standard supplied on S (Super
Low Noise) versions.
Additional exchanger in order to recover 100% of the rejected heating capacity, suitable to produce hot water while the unit is generating cooling effect.
Additional exchanger in order to recover a portion of the rejected heating capacity, suitable to produce hot water while the unit is generating cooling effect.
It enables the operator to power on the unit when it is in standby mode, to display alarms and switch over cooling–heat pump.
Maximum length: 50 mt.
Makes it possible to control the unit through the remote terminal, up to a maximum distance of 400 mt of telephone cable.
It allows to pilot a network of up to 6 units operating in parallel, managing load balance, unit rotation and stand-by operation.
Multi-spring antivibrating kit, sized according the defined weight distribution, providing insulation from vibration.
Prevents the operation of the unit if the circulating chilled fluid is insufficient. It is recommended to install a flow switch to ensure the correct operation of the unit.
Filter to remove impurities from the water supply.
Accessories are supplied loose to be installed on field. Options are factory mounted on board of the unit.
SYSCREW 380-1260 AIR EVO HSE |
8
EN 14511
Starting 2012 Campaign Eurovent Certification Company took decision to start certify only performances declared in ac cording severe European Standard EN14511.
BEFORE 2012: GROSS PERFORMANCES
Before this date all capacity performances are declared, measured and certified by Eurovent, as GROSS performances.
COOLING or HEATING CAPACITY was rated without taking in account the negative contribution of the heat exchanger Pres sure Drop or the positive contribution of the Head Available prevalence in example.
OWER INPUT was rated as pure sum of all power input contribution from all motors fitted on the unit. Without taking in account the correction due to power spent to win the exchanger Pressure Drop in example.
AFTER 2012: NET PERFORMANCES
After this date all data are certified according EN14511. Mainly consequences in example on Water chiller or heatpump are:
COOLING or HEATING CAPACITY is now rated taking in account the negative contribution of the heat exchanger Pressure
Drop or the positive contribution of the Head Available prevalence in example. In case of Water to Water unit, in example, both exchanger Pressure Drop values are taken in account in the formula.
POWER INPUT is now rated as all power input contribution from all motors fitted on the unit taking in account also the correction due to power spent to win the exchanger Pressure Drop in example.
As an important consequence of these new rules setted by Eurovent is that EER, COP and ESEER are also affected by these correction. All efficiency index are now calculated, measured and certified according new rules setted by Eurovent according EN14511.
Air to water unit (non ducted outdoor):
Ph
Pc
Pe
Ph
Pc
Pe m
(1) m
(1) m
(1)
Indoor pump is an integral part
ECC 2011 (gross) EN14511
Ph m
– q wi
Δp e,wi
η pi
(IE-h pi
)
Pc m
+ q wi
Δp
η pi e,wi (IE-h pi
)
Pe m
– q wi
Δp e,wi
η pi
(1) Measured with the indoor pump not running.
Ph
Pc
Pe m m m
Indoor pump is not an integral part
ECC 2011 (gross) EN14511
Ph m
+ q wi
(–Δp
η pi i,wi
)
(0,88-h pi
)
Pc m
– q wi
(–Δp
η i,wi pi
)
(0,88-h pi
)
Pe m
+ q wi
(–Δp
η pi i,wi
)
Where:
Ph = NET heating capacity.
Pc = NET cooling capacity.
Pe = electrical power input.
Ph m
Pc m q
= gross heat capacity, expressed in Watts.
= gross cool capacity, expressed in Watts.
η wi
= nominal liquid flow rate.
Δ pe,wi
Δ pi,wi pi
= measured available external static pressure.
= measured internal static pressure difference.
= efficiency of the pump.
IE = pump motor efficiency.
Reference: Guidelines for the declaration of performances according to EN14511 (available a copy upon request for
Systemair customer).
9 | SYSCREW 380-1260 AIR EVO HSE
Refrigerant Flow Diagram SYSCREW AIR EVO HSE
Sizes 380-510 CO
2
D
5
7
8 9
G
M S
L
5
AT
A
A
1B
10
H
CIRCUIT 2
INVERTER
BT B
11
5
EEV
CONTROL
4
UNIT
CONTROL
S
S M
6
CIRCUIT 1
STEP
H
AT
A
A
5 5
1A
10
11
B BT
S
UNIT
CONTROL
4
EEV
CONTROL
5
3
AF
E
F
9 8
3
G
7
AF
2
5 D
COMPONENTS
1A Compressor (Screw Step type)
1B Compressor (Screw Inverter type)
2
3
4
5
6
7
8
9
Air cooled condenser
Filter drier
Electronic expansion valve
Globe valve
Heat exchanger (Shell & Tube Type)
Desuperheater (Optional)
Muffler (Optional)
Anti-vibration pipe (Optional)
10 Suction compressor valve (Optional)
11 Suction accumulator (only BC version)
SAFETY/CONTROL DEVICES
A High pressure switch
AT High pressure transducer
B Low pressure switch
BT Low pressure transducer
S
D
E
F
G
H
5/16” Shrader connection
Air temperature sensor
Outlet water temperature sensor
Inlet water temperature sensor
PED pressure relief valve HP side
PED pressure relief valve LP side
M Discharge temperature sensor
AF Access fitting SAE FLARE 3/8”
L
↓
Oil level switch
Pressure Pipe connection with Shrader valve
SYSCREW 380-1260 AIR EVO HSE |
10
Refrigerant Flow Diagram SYSCREW AIR EVO HSE
Sizes 440-590-660-730-810-900-980-1060-1160 CO
2
D
5
AF
7
8 9
G
3
M
S
L
5
AT
A
A
1B
CIRCUIT 2
INVERTER
H
15
BT B
16
6
CIRCUIT 1
STEP+ECO
AT
A
A
1A
5 5
H
16
B
BT
15
S M 9 8
13
AF
5
7
3
12
S
UNIT
CONTROL
EEV
CONTROL
5
EEV
CONTROL
4
UNIT
CONTROL
S
E
F
4
G
2
5
D
10
11
14
COMPONENTS
1A Compressor (Screw Step type)
1B Compressor (Screw Inverter type)
2
3
4
5
6
7
8
9
Air cooled condenser
Filter drier
Electronic expansion valve
Globe valve
Heat exchanger (Shell & Tube Type)
Desuperheater (Optional)
Muffler (Optional)
Anti-vibration pipe (Optional)
10 Solenoid valve (ECO)
11 Thermostatic expansion valve (ECO)
12 Heat exchanger (Phetype) (ECO)
13 Non return valve (ECO)
14 Sight glass (ECO)
15 Suction compressor valve (Optional)
16 Suction accumulator (only BC version)
SAFETY/CONTROL DEVICES
A High pressure switch
AT High pressure transducer
B Low pressure switch
BT Low pressure transducer
S
D
E
F
G
H
5/16” Shrader connection
Air temperature sensor
Outlet water temperature sensor
Inlet water temperature sensor
PED pressure relief valve HP side
PED pressure relief valve LP side
M Discharge temperature sensor
AF Access fitting SAE FLARE 3/8”
L
↓
Oil level switch
Pressure Pipe connection with Shrader valve
11 | SYSCREW 380-1260 AIR EVO HSE
Refrigerant Flow Diagram SYSCREW AIR EVO HSE
Sizes 1260 CO
14
2
G
D
5
10
11
3
7
5
12
AF
8 9 M
S
13
5
AT
A
A
CIRCUIT 2
INVERTER+ECO
1B
L
15
BT
B
16
EEV
CONTROL
UNIT
CONTROL
S
6
CIRCUIT 1
STEP+ECO
16
B
H
1A
15
BT
AT
A
A
5 5
S M 9 8
AF
13
5
7
3
12
S
UNIT
CONTROL
EEV
CONTROL
4
E
F
G
2
5
D
10
11
14
COMPONENTS
1A Compressor (Screw Step type)
1B Compressor (Screw Inverter type)
2
3
4
5
6
7
8
9
Air cooled condenser
Filter drier
Electronic expansion valve
Globe valve
Heat exchanger (Shell & Tube Type)
Desuperheater (Optional)
Muffler (Optional)
Anti-vibration pipe (Optional)
10 Solenoid valve (ECO)
11 Thermostatic expansion valve (ECO)
12 Heat exchanger (Phetype) (ECO)
13 Non return valve (ECO)
14 Sight glass (ECO)
15 Suction compressor valve (Optional)
16 Suction accumulator (only BC version)
SAFETY/CONTROL DEVICES
A High pressure switch
AT High pressure transducer
B Low pressure switch
BT Low pressure transducer
S
D
E
F
G
H
5/16” Shrader connection
Air temperature sensor
Outlet water temperature sensor
Inlet water temperature sensor
PED pressure relief valve HP side
PED pressure relief valve LP side
M Discharge temperature sensor
AF Access fitting SAE FLARE 3/8”
L
↓
Oil level switch
Pressure Pipe connection with Shrader valve
SYSCREW 380-1260 AIR EVO HSE |
12
Refrigerant Flow Diagram SYSCREW AIR EVO HSE
Sizes 380-510 TR
2
D
S
G
H
5
12
G
AF
8 9 M
S
1B
5
AT
A
A
L
CIRCUIT 2
INVERTER
11
ON
10
H
12
11
G
UNIT
CONTROL
EEV
CONTROL
3
5
BT
B
4
C
E
F
S
6
7
CIRCUIT 1
S
H
STEP
11
EEV
B BT
CONTROL
S
M 9 8
AT
A
A
5 5
1A
ON
10
UNIT
CONTROL
12
11
13
5
G
H
G
5
12
S
D
2
5
4 3
AF
G
COMPONENTS
1A Compressor (Screw Step type)
1B Compressor (Screw Inverter type)
2
3
4
5
6
7
8
9
Air cooled condenser
Filter drier
Electronic expansion valve
Globe valve
Heat exchanger (Shell & Tube Type)
Heat recover (Shell & Tube Type)
Muffler (Optional)
Anti-vibration pipe (Optional)
10 Suction compressor valve (Optional)
11 Liquid receiver
12 Check valve
13 4-way valve
SAFETY/CONTROL DEVICES
A High pressure switch
AT High pressure transducer
B Low pressure switch
BT Low pressure transducer
S
D
E
F
G
H
5/16” Shrader connection
Air temperature sensor
Outlet water temperature sensor
Inlet water temperature sensor
PED pressure relief valve HP side
PED pressure relief valve LP side
M Discharge temperature sensor
AF Access fitting SAE FLARE 3/8”
L
↓
Oil level switch
Pressure Pipe connection with Shrader valve
13 | SYSCREW 380-1260 AIR EVO HSE
Refrigerant Flow Diagram SYSCREW AIR EVO HSE
Sizes 440-590-660 TR
2
D
S
G
H
5
12
G
AF
8 9 M
S
1B
5
AT
A
A
L
CIRCUIT 2
INVERTER
11
ON
10
H
7
CIRCUIT 1
STEP+ECO
H
11
S
M 9 8
AT
A
A
5 5
1A
ON
10
12
11
G
3
5
BT
B
UNIT
CONTROL
EEV
CONTROL
4
C
E
F
S
6 B
BT
12
11
S
4
21
EEV
CONTROL
UNIT
CONTROL
22
24
23
5
20
3
G
AF
13
G
5
12
5
G
H
D
2
COMPONENTS
1A Compressor (Screw Step type)
1B Compressor (Screw Inverter type)
2
3
4
5
6
7
8
9
Air cooled condenser
Filter drier
Electronic expansion valve
Globe valve
Heat exchanger (Shell & Tube Type)
Heat recover (Shell & Tube Type)
Muffler (Optional)
Anti-vibration pipe (Optional)
10 Suction compressor valve (Optional)
11 Liquid receiver
12 Check valve
13 4-way valve
20 Solenoid valve (ECO)
21 Thermostatic expansion valve (ECO)
22 Heat exchanger (Phetype) (ECO)
23 Non return valve (ECO)
24 Sight glass (ECO)
SAFETY/CONTROL DEVICES
A High pressure switch
AT High pressure transducer
B Low pressure switch
BT Low pressure transducer
S
D
E
F
G
H
5/16” Shrader connection
Air temperature sensor
Outlet water temperature sensor
Inlet water temperature sensor
PED pressure relief valve HP side
PED pressure relief valve LP side
M Discharge temperature sensor
AF Access fitting SAE FLARE 3/8”
L
↓
Oil level switch
Pressure Pipe connection with Shrader valve
SYSCREW 380-1260 AIR EVO HSE |
14
Correction Factors
Fouling factors
Fouling factor
(m 2 .°C/kW)
0,044
0,088
0,176
0,352
EVAPORATOR
Cooling capacity factor
1,000
0,987
0,964
0,915
Altitude factors
Altitude (m)
0
600
1.200
1.800
2.400
Power input factor
1,000
0,995
0,985
0,962
Cooling capacity factor
1,000
0,987
0,973
0,958
0,943
Fouling factor
(m 2 .°C/kW)
0,044
0,088
0,176
0,352
CONDENSER
Cooling capacity factor
1,000
0,987
0,955
0,910
Power input factor
1,000
1,023
1,068
1,135
Power input factor
1,000
1,010
1,020
1,029
1,038
System Water Volume
The minimum system water volume is calculated using the following formula :
V min
= Cap x MinCapStep x 28,8
Where Cap : Nominal Unit Capacity [kW] at conditions of installation
MinCapStep : Minimum unit capacity step [%] shown in Table 7
If the application is a process cooling type, the minimum system chilled water volume is generally higher than above recommended.
15 | SYSCREW 380-1260 AIR EVO HSE
Operating Limits
SYSCREW 380-1260 AIR EVO HSE
Chilled liquid
Leaving water temperature
Water
Brine (brine application) 1
Brine (std application) 2
Temperature spread
Flow rate 3
Pressure drop 3
Maximum operating pressure
Cooling
Air entering temperature
Cooling (S)
Cooling (HT)
Ambient
External static pressure
Minimum ext. air
Standard fans
High pressure fans
Recommended system chilled water volume 4
Minimum capacity step
Power supply voltage
Pa l
%
V
°C
°C
°C
Pa mc/h kPa bar
°C
°C
°C
°C
K
Min
39
7
380
-10
2.345
22
Max
105
48
SYSCREW 380-1260 AIR EVO HSE
Chilled liquid
Leaving water temperature
Water
Brine (brine application) 1
Brine (std application) 2
Temperature spread
Flow rate 3
Pressure drop 3
Maximum operating pressure
Cooling
Air entering temperature
Cooling (S)
Cooling (HT)
Ambient
External static pressure
Minimum ext. air
Standard fans
High pressure fans
Recommended system chilled water volume 4
Minimum capacity step
Power supply voltage
Pa l
%
V
°C
°C
°C
Pa mc/h kPa bar
°C
°C
°C
°C
K
Min
660
Max
69
12
-10
2.345
13
185
85
450 510
Min
48
9
Max Min from +5 to +15 from -8 to 0 from 0 to +5 from +8 to +3
127 54
67 7
10 from -10 to +46 from -10 to +44 from -10 to +49
Max
144
51
-10 -10
0
< 120
2.345
18
2.345
16
400 V+/-10%, 3 Ø, 50 Hz (nominal)*
730 810
Min
76
12
Max Min from +5 to +15 from -8 to 0 from 0 to +5 from +8 to +3
202 84
82 14
10 from -10 to +46 from -10 to +44 from -10 to +49
Max
224
100
-10 -10
0
< 120
3.040
15
3.040
13
400 V+/-10%, 3 Ø, 50 Hz (nominal)*
Min
61
9
Min
97
8
590
-10
2.345
14
900
-10
3.659
14
Max
163
66
Max
258
58
SYSCREW 380-1260 AIR EVO HSE
Chilled liquid
Leaving water temperature
Water
Brine (brine application) 1
Brine (std application) 2
Temperature spread
Flow rate 3
Pressure drop 3
Maximum operating pressure
Cooling
Air entering temperature
Cooling (S)
Cooling (HT)
Ambient
External static pressure
Minimum ext. air
Standard fans
High pressure fans
Recommended system chilled water volume 4
Minimum capacity step
Power supply voltage
Pa l
%
V
°C
°C
°C
Pa mc/h kPa bar
°C
°C
°C
°C
K
Min
106
9
980
Max
-10
3.659
13
282
66
1060 1160
Min
113
11
Max Min from +5 to +15 from -8 to 0 from 0 to +5 from +8 to +3
301 124
77 13
10 from -10 to +46 from -10 to +44 from -10 to +49
Max
332
93
-10 -10
0
< 120
4.078
14
4.078
12
400 V+/-10%, 3 Ø, 50 Hz (nominal)*
Min
134
13
1 Dedicated evaporator (BC unit) and additional devices.
2 Standard evaporator (CO/TR unit).
3 Total unit flow rate and pressure drop are given for standard evaporator (CO/TR unit).
4 Minimum water contents at normal air conditioning applications.
* Voltage supply tolerances: +/- 10% of the nominal Voltage (400V) for short term application; +/-5% of the nominal Voltage (400V) for continuous application
1260
Max
-10
4.078
11
356
92
Operating Limits
STD Version
55
50
45
40
35
30
25
20
15
10
5
0
-5
-10
-15
-20
-10
S Version
45
40
35
55
50
30
25
20
15
10
5
0
-5
-10
-15
-20
-10
HT Version
25
20
15
10
5
0
-5
-10
-15
-20
-10
55
50
45
40
35
30
3
(brine version)
2
(water + glycol)
3
(brine version)
2
(water + glycol)
-5
5
(on request)
0
LWT Evap [°C]
5
3
(brine version)
2
(water + glycol)
-5
5
(on request)
0 LWT Evap [°C] 5
1
(pure water)
-5
5
(on request)
0 LWT Evap [°C] 5
4
(on request)
10 15
1
(pure water)
4
(on request)
10 15
1
(pure water)
4
(on request)
10 15
SYSCREW 380-1260 AIR EVO HSE |
16
17 | SYSCREW 380-1260 AIR EVO HSE
Technical Data - SYSCREW AIR EVO HSE R134a (STD/HT/HPF)
Model
Nominal cooling capacity 1
Input power 1
EER 1 / Energy Efficiency Class
EER
CONDITION B
(74%)
EER
CONDITION C
(47%)
EER
CONDITION D
(21%)
SEER 2
η s,c
2
Number of refrigerant circuits
Total capacity steps *
Compressor
Number/ Type
N° of loading stages
Evaporator
Number/ Type
Water flow
Pressure drop
Water volume
Antifreeze Heater
Air cooled condenser
Number of coils
Total coil face area per coil
Fans
Number of fans
Nominal speed
Total airflow
Total input power
Total input power **
Total input power ***
External static pressure ***
Water Connections (Evaporator)
Type
Inlet Diameter/Outlet Diameter
Water Connections (Desuperheater)
Type
Inlet Diameter/Outlet Diameter
Weight
Shipping
Operating
Additional weight
Desuperheater versions
Dimensions
Length
Width
Height
Acoustic Data
Sound power level 3
Sound power level 3**/***
Sound pressure level at 10 m 4
Sound pressure level at 10 m 4**/*** mm mm mm dB(A) dB(A) dB(A) dB(A) inch kg kg kg m 3 /h kPa l
W kW kW
380
362,0
120,1
3,01/B
440
438,6
139,2
3,15/A
510
495,2
159,7
3,10/A
590
560,2
175,5
3,19/A
660
637,1
199,8
3,19/A
730
697,3
221,5
3,15/A
4,04
4,78
6,24
4,63
182
4,10
4,91
6,41
4,74
187
4,08
4,94
6,43
4,75
187
4,11
5,07
6,77
4,88
192
4,02
4,85
6,74
4,75
187
4,04
4,75
6,34
4,65
183 %
2
% 22%÷100% 18%÷100% 16%÷100% 14%÷100% 13%÷100% 15%÷100% m 2 rpm m 3 /h kW kW kW
Pa inch
62,4
17
149
200
8
8
900
183.960
12,0
20,5
24,0
6/6
75,6
24
142
200
10
2 / 1 variable speed + 1 fixed speed
Continuous capacity control
1/Shell&Tube
85,3 96,5
18
246
300
24
246
300
10 12
2,3
109,9
30
228
300
14
10
900
230.040
15,0
25,6
30,0
6/6
10
900
230.040
15,0
25,6
30,0
12
900
276.120
18,0
0 - 120 Pa
30,7
36,0
8/8
Victaulic
8/8
14
900
321.840
21,0
35,8
42,0
8/8
120,2
29
276
300
14
14
900
321.840
21,0
35,8
42,0
8/8
2”/2”
3.747
3.896
76
4.660
2.192
2.510
97
102
65
70
2”/2”
4.117
4.259
86
5.712
2.192
2.510
98
103
66
71
5.712
2.192
2.510
100
104
68
72
Male GAS Threaded
2”/2” 2”/2”
4.651
4.897
100
4.995
5.241
100
6.764
2.192
2.510
100
104
68
72
2”/2”
5.392
5.620
114
7.816
2.192
2.510
100
104
68
72
7.816
2.192
2.510
101
105
68
72
2”/2”
5.931
6.207
114
1 Data refers to 7°C leaving chilled water temperature and 35°C condenser air temperature, according EN14511 standard
2
3
4 Sound pressure levels refer to ISO Standard 3744, parallelepiped shape
*
According to commission regulation (EU) N° 2281/2016 for comfort chillers
Sound levels are at fully loaded conditions. Sound power level values refer to ISO standard 3744
**
***
This value can change for BC version or other special applications
High Temperature Units (HT), data with fans at max speed (1100 Rpm)
HPF Units, data with fans at max speed (1100 Rpm)
SYSCREW 380-1260 AIR EVO HSE |
18
Model
Nominal cooling capacity 1
Input power 1
EER 1 / Energy Efficiency Class
EER
CONDITION B
(74%)
EER
CONDITION C
(47%)
EER
CONDITION D
(21%)
SEER 2
η s,c
2
Number of refrigerant circuits
Total capacity steps *
Compressor
Number/ Type
N° of loading stages
Evaporator
Number/ Type
Water flow
Pressure drop
Water volume
Antifreeze Heater
Air cooled condenser
Number of coils
Total coil face area per coil
Fans
Number of fans
Nominal speed
Total airflow
Total input power
Total input power **
Total input power ***
External static pressure ***
Water Connections (Evaporator)
Type
Inlet Diameter/Outlet Diameter
Water Connections (Desuperheater)
Type
Inlet Diameter/Outlet Diameter
Weight
Shipping
Operating
Additional weight
Desuperheater versions
Dimensions
Length
Width
Height
Acoustic Data
Sound power level 3
Sound power level 3**/***
Sound pressure level at 10 m 4
Sound pressure level at 10 m 4**/*** mm mm mm dB(A) dB(A) dB(A) dB(A) inch kg kg kg m 3 /h kPa l
W kW kW
810
770,4
245,6
3,14/A
900
888,1
281,2
3,16/A
980
973,8
312,3
3,12/A
1060
1037,1
321,7
3,22/A
1160
1142,6
358,9
3,18/A
1260
1228,2
395,5
3,11/A
3,96
4,83
6,69
4,71
185
3,89
4,77
6,39
4,63
182
3,99
4,80
6,33
4,66
183
4,20
5,03
6,81
4,91
193
4,23
5,16
6,84
4,96
195
4,28
5,12
6,81
4,94
195 %
2
% 13%÷100% 14%÷100% 13%÷100% 17%÷100% 15%÷100% 14%÷100% m 2 rpm m 3 /h kW kW kW
Pa inch
132,9
36
276
300
16
16
900
367.920
24,0
41,0
48,0
8/8
153,0
21
379
300
18
2 / 1 variable speed + 1 fixed speed
Continuous capacity control
1/Shell&Tube
167,8 178,7
23
367
300
26
356
300
20 22
2,3
197,0
32
356
300
24
18
900
414.000
27,0
46,1
54,0
8/8
20
900
460.080
30,0
51,2
60,0
22
900
506.160
33,0
0 - 120 Pa
56,3
66,0
10/10
Victaulic
10/10
24
900
552.240
36,0
61,4
72,0
10/10
211,7
32
431
300
24
24
900
552.240
36,0
61,4
72,0
10/10
2”/2”
6.255
6.531
147
8.868
2.192
2.510
101
105
68
72
2”/2”
6.947
7.326
147
9.920
2.192
2.510
102
106
69
73
10.972
2.192
2.510
102
106
69
73
Male GAS Threaded
2”/2” 2”/2”
7.397
7.764
180
8.124
8.491
180
12024
2.192
2.510
103
107
70
74
2”/2”
8.508
8.875
216
13.076
2.192
2.510
103
108
70
75
2”/2”
8.643
9.074
216
13.076
2.192
2.510
103
108
70
75
1 Data refers to 7°C leaving chilled water temperature and 35°C condenser air temperature, according EN14511 standard
2
3
4 Sound pressure levels refer to ISO Standard 3744, parallelepiped shape
*
According to commission regulation (EU) N° 2281/2016 for comfort chillers
Sound levels are at fully loaded conditions. Sound power level values refer to ISO standard 3744
**
***
This value can change for BC version or other special applications
High Temperature Units (HT), data with fans at max speed (1100 Rpm)
HPF Units, data with fans at max speed (1100 Rpm)
19 | SYSCREW 380-1260 AIR EVO HSE
Technical Data - SYSCREW AIR EVO HSE R513A (STD/HT/HPF)
Model
Nominal cooling capacity 1
Input power 1
EER 1 / Energy Efficiency Class
EER
CONDITION B
(74%)
EER
CONDITION C
(47%)
EER
CONDITION D
(21%)
SEER 2
η s,c
2
Number of refrigerant circuits
Total capacity steps *
Compressor
Number/ Type
N° of loading stages
Evaporator
Number/ Type
Water flow
Pressure drop
Water volume
Antifreeze Heater
Air cooled condenser
Number of coils
Total coil face area per coil
Fans
Number of fans
Nominal speed
Total airflow
Total input power
Total input power **
Total input power ***
External static pressure ***
Water Connections (Evaporator)
Type
Inlet Diameter/Outlet Diameter
Water Connections (Desuperheater)
Type
Inlet Diameter/Outlet Diameter
Weight
Shipping
Operating
Additional weight
Desuperheater versions
Dimensions
Length
Width
Height
Acoustic Data
Sound power level 3
Sound power level 3**/***
Sound pressure level at 10 m 4
Sound pressure level at 10 m 4**/*** mm mm mm dB(A) dB(A) dB(A) dB(A) inch kg kg kg m 3 /h kPa l
W kW kW
380
365,7
123,9
2,95/B
440
443,0
142,9
3,10/A
510
500,2
165,6
3,02/B
590
565,8
181,1
3,12/A
660
643,5
206,2
3,12/A
730
704,3
228,6
3,08/B
3,95
4,66
6,14
4,53
178
4,01
4,81
6,31
4,66
183
3,99
4,81
6,33
4,65
183
4,02
5,03
6,65
4,80
189
3,93
4,76
6,62
4,66
183
3,95
4,66
6,23
4,56
179 %
2
% 22%÷100% 18%÷100% 16%÷100% 14%÷100% 13%÷100% 15%÷100% m 2 rpm m 3 /h kW kW kW
Pa inch
63,0
17
149
200
8
8
900
183.960
12,0
20,5
24,0
6/6
76,4
24
142
200
10
2 / 1 variable speed + 1 fixed speed
Continuous capacity control
1/Shell&Tube
86,2 97,5
19
246
300
24
246
300
10 12
2,3
111,0
31
228
300
14
10
900
230.040
15,0
25,6
30,0
6/6
10
900
230.040
15,0
25,6
30,0
12
900
276.120
18,0
0 - 120 Pa
30,7
36,0
8/8
Victaulic
8/8
14
900
321.840
21,0
35,8
42,0
8/8
121,4
30
276
300
14
14
900
321.840
21,0
35,8
42,0
8/8
2”/2”
3.747
3.896
76
4.660
2.192
2.510
97
102
65
70
2”/2”
4.117
4.259
86
5.712
2.192
2.510
98
103
66
71
5.712
2.192
2.510
100
104
68
72
Male GAS Threaded
2”/2” 2”/2”
4.651
4.897
100
4.995
5.241
100
6.764
2.192
2.510
100
104
68
72
2”/2”
5.392
5.620
114
7.816
2.192
2.510
100
104
68
72
7.816
2.192
2.510
101
105
68
72
2”/2”
5.931
6.207
114
1 Data refers to 7°C leaving chilled water temperature and 35°C condenser air temperature, according EN14511 standard
2
3
4 Sound pressure levels refer to ISO Standard 3744, parallelepiped shape
*
According to commission regulation (EU) N° 2281/2016 for comfort chillers
Sound levels are at fully loaded conditions. Sound power level values refer to ISO standard 3744
**
***
This value can change for BC version or other special applications
High Temperature Units (HT), data with fans at max speed (1100 Rpm)
HPF Units, data with fans at max speed (1100 Rpm)
SYSCREW 380-1260 AIR EVO HSE |
20
Model
Nominal cooling capacity 1
Input power 1
EER 1 / Energy Efficiency Class
EER
CONDITION B
(74%)
EER
CONDITION C
(47%)
EER
CONDITION D
(21%)
SEER 2
η s,c
2
Number of refrigerant circuits
Total capacity steps *
Compressor
Number/ Type
N° of loading stages
Evaporator
Number/ Type
Water flow
Pressure drop
Water volume
Antifreeze Heater
Air cooled condenser
Number of coils
Total coil face area per coil
Fans
Number of fans
Nominal speed
Total airflow
Total input power
Total input power **
Total input power ***
External static pressure ***
Water Connections (Evaporator)
Type
Inlet Diameter/Outlet Diameter
Water Connections (Desuperheater)
Type
Inlet Diameter/Outlet Diameter
Weight
Shipping
Operating
Additional weight
Desuperheater versions
Dimensions
Length
Width
Height
Acoustic Data
Sound power level 3
Sound power level 3**/***
Sound pressure level at 10 m 4
Sound pressure level at 10 m 4**/*** mm mm mm dB(A) dB(A) dB(A) dB(A) inch kg kg kg m 3 /h kPa l
W kW kW
810
778,1
253,4
3,07/B
900
896,9
290,2
3,09/B
980
983,5
322,3
3,05/B
1060
1047,4
332,0
3,15/A
1160
1154,0
370,4
3,12/A
1260
1240,5
408,1
3,04/B
3,89
4,72
6,62
4,62
182
3,82
4,68
6,32
4,56
179
3,98
4,72
6,22
4,60
181
4,10
5,10
6,69
4,87
192
4,14
5,06
6,70
4,86
191
4,20
5,02
6,68
4,85
191 %
2
% 13%÷100% 14%÷100% 13%÷100% 17%÷100% 15%÷100% 14%÷100% m 2 rpm m 3 /h kW kW kW
Pa inch
134,2
36
276
300
16
16
900
367.920
24,0
41,0
48,0
8/8
154,5
21
379
300
18
2 / 1 variable speed + 1 fixed speed
Continuous capacity control
1/Shell&Tube
169,5 180,5
24
367
300
27
356
300
20 22
2,3
199,0
33
356
300
24
18
900
414.000
27,0
46,1
54,0
8/8
20
900
460.080
30,0
51,2
60,0
22
900
506.160
33,0
0 - 120 Pa
56,3
66,0
10/10
Victaulic
10/10
24
900
552.240
36,0
61,4
72,0
10/10
213,9
32
431
300
24
24
900
552.240
36,0
61,4
72,0
10/10
2”/2”
6.255
6.531
147
8.868
2.192
2.510
101
105
68
72
2”/2”
6.947
7.326
147
9.920
2.192
2.510
102
106
69
73
10.972
2.192
2.510
102
106
69
73
Male GAS Threaded
2”/2” 2”/2”
7.397
7.764
180
8.124
8.491
180
12024
2.192
2.510
103
107
70
74
2”/2”
8.508
8.875
216
13.076
2.192
2.510
103
108
70
75
2”/2”
8.643
9.074
216
13.076
2.192
2.510
103
108
70
75
1 Data refers to 7°C leaving chilled water temperature and 35°C condenser air temperature, according EN14511 standard
2
3
4 Sound pressure levels refer to ISO Standard 3744, parallelepiped shape
*
According to commission regulation (EU) N° 2281/2016 for comfort chillers
Sound levels are at fully loaded conditions. Sound power level values refer to ISO standard 3744
**
***
This value can change for BC version or other special applications
High Temperature Units (HT), data with fans at max speed (1100 Rpm)
HPF Units, data with fans at max speed (1100 Rpm)
21 | SYSCREW 380-1260 AIR EVO HSE
Technical Data - SYSCREW AIR EVO HSE S R134a
Model
Nominal cooling capacity 1
Input power 1
EER 1 / Energy Efficiency Class
EER
CONDITION B
(74%)
EER
CONDITION C
(47%)
EER
CONDITION D
(21%)
SEER 2
η s,c
2
Number of refrigerant circuits
Total capacity steps *
Compressor
Number
Type
N°of loading stages
Evaporator
Number
Type
Water flow
Pressure drop
Water volume
Antifreeze Heater
Air cooled condenser
Number of coils
Total coil face area per coil
Fans
Number of fans
Nominal speed
Total airflow
Total input power
Water Connections (Evaporator)
Type
Inlet Diameter
Outlet Diameter
Water Connections (Desuperheater)
Type
Inlet Diameter
Outlet Diameter
Weight
Shipping
Operating
Additional weight
Desuperheater versions
Dimensions
Length
Width
Height
Acoustic Data
Sound power level 3
Sound pressure level at 10 m 4 mm mm mm dB(A) dB(A) inch inch kg kg kg m 3 /h kPa l
W kW kW
380
359,2
122,2
2,94/B
440
437,4
140,4
3,12/A
510
493,3
162,8
3,03/B
590
557,5
178,4
3,13/A
660
633,7
202,8
3,12/A
730
695,6
224,4
3,10/A
4,00
4,81
6,54
4,66
184
4,11
5,18
6,93
4,92
194
4,08
5,18
6,86
4,90
193
4,10
5,32
7,04
5,00
197
4,05
5,04
7,01
4,87
192
4,07
5,01
6,76
4,82
190 %
2
% 22%÷100% 18%÷100% 16%÷100% 14%÷100% 13%÷100% 15%÷100%
2
1 variable speed + 1 fixed speed
Continuous capacity control m 2
61,9
16
149
200
8
75,4
24
142
200
10
85,0
18
1
Shell & tube
96,1
23
246
300
246
300
10 12
2,3
109,3
30
228
300
14
119,9
29
276
300
14 rpm m 3 /h kW
8
800
183.960
8,0
10
800
230.040
10,0
14
800
321.840
14,0
14
800
321.840
14,0 inch inch
6
6
2”
2”
3.832
3.981
76
4.660
2.192
2.590
94
62
6
6
2”
2”
4.210
4.352
86
5.712
2.192
2.590
94
62
4.744
4.990
100
5.712
2.192
2.590
97
65
10
800
230.040
10,0
12
800
276.120
12,0
8
8
Victaulic
8
8
Male GAS Threaded
2” 2”
2” 2”
5.077
5.323
100
6.764
2.192
2.590
97
65
8
8
2”
2”
5.474
5.702
114
7.816
2.192
2.590
97
65
8
8
7.816
2.192
2.590
98
65
2”
2”
6.017
6.293
114
1 Data refers to 7°C leaving chilled water temperature and 35°C condenser air temperature, according EN14511 standard.
2
3
According to commission regulation (EU) N° 2281/2016 for comfort chillers
Sound levels are at fully loaded conditions. Sound power level values refer to ISO standard 3744.
4 Sound pressure levels refer to ISO Standard 3744, parallelepiped shape.
* This value can change for BC version or other special applications
SYSCREW 380-1260 AIR EVO HSE |
22
Model
Nominal cooling capacity 1
Input power 1
EER 1 / Energy Efficiency Class
EER
CONDITION B
(74%)
EER
CONDITION C
(47%)
EER
CONDITION D
(21%)
SEER 2
η s,c
2
Number of refrigerant circuits
Total capacity steps *
Compressor
Number
Type
N°of loading stages
Evaporator
Number
Type
Water flow
Pressure drop
Water volume
Antifreeze Heater
Air cooled condenser
Number of coils
Total coil face area per coil
Fans
Number of fans
Nominal speed
Total airflow
Total input power
Water Connections (Evaporator)
Type
Inlet Diameter
Outlet Diameter
Water Connections (Desuperheater)
Type
Inlet Diameter
Outlet Diameter
Weight
Shipping
Operating
Additional weight
Desuperheater versions
Dimensions
Length
Width
Height
Acoustic Data
Sound power level 3
Sound pressure level at 10 m 4 mm mm mm dB(A) dB(A) inch inch kg kg kg m 3 /h kPa l
W kW kW
810
768,3
248,4
3,09/B
900
884,2
285,6
3,10/A
980
971,2
316,3
3,07/B
1060
1035,1
325,1
3,18/A
1160
1139,2
363,4
3,13/A
1260
1222,6
403,9
3,03/B
3,98
5,09
6,97
4,84
191
3,91
5,06
6,71
4,79
189
4,13
5,11
6,52
4,85
191
4,25
5,33
7,12
5,08
200
4,25
5,35
7,31
5,10
201
4,29
5,41
7,17
5,09
201 %
2
% 13%÷100% 14%÷100% 13%÷100% 17%÷100% 15%÷100% 14%÷100%
2
1 variable speed + 1 fixed speed
Continuous capacity control m 2
132,5
36
276
300
16
152,3
20
379
300
18
167,4
23
1
Shell & tube
178,4
26
367
300
356
300
20 22
2,3
196,4
32
356
300
24
210,8
32
431
300
24 rpm m 3 /h kW
16
800
367.920
16,0
18
800
414.000
18,0
24
800
552.240
24,0
24
800
552.240
24,0 inch inch
8
8
2”
2”
6.341
6.617
147
8.868
2.192
2.590
98
65
8
8
2”
2”
7.033
7.412
147
9.920
2.192
2.590
99
66
7.485
7.852
180
10.972
2.192
2.590
99
66
20
800
460.080
20,0
22
800
506.160
22,0
10
10
Victaulic
10
10
Male GAS Threaded
2” 2”
2” 2”
8.212
8.579
180
12.024
2.192
2.590
99
66
10
10
2”
2”
8.596
8.963
216
13.076
2.192
2.590
100
67
10
10
2”
2”
8.731
9.162
216
13.076
2.192
2.590
100
67
1 Data refers to 7°C leaving chilled water temperature and 35°C condenser air temperature, according EN14511 standard.
2
3
According to commission regulation (EU) N° 2281/2016 for comfort chillers
Sound levels are at fully loaded conditions. Sound power level values refer to ISO standard 3744.
4 Sound pressure levels refer to ISO Standard 3744, parallelepiped shape.
* This value can change for BC version or other special applications
23 | SYSCREW 380-1260 AIR EVO HSE
Technical Data - SYSCREW AIR EVO HSE S R513A
Model
Nominal cooling capacity 1
Input power 1
EER 1 / Energy Efficiency Class
EER
CONDITION B
(74%)
EER
CONDITION C
(47%)
EER
CONDITION D
(21%)
SEER 2
η s,c
2
Number of refrigerant circuits
Total capacity steps *
Compressor
Number
Type
N°of loading stages
Evaporator
Number
Type
Water flow
Pressure drop
Water volume
Antifreeze Heater
Air cooled condenser
Number of coils
Total coil face area per coil
Fans
Number of fans
Nominal speed
Total airflow
Total input power
Water Connections (Evaporator)
Type
Inlet Diameter
Outlet Diameter
Water Connections (Desuperheater)
Type
Inlet Diameter
Outlet Diameter
Weight
Shipping
Operating
Additional weight
Desuperheater versions
Dimensions
Length
Width
Height
Acoustic Data
Sound power level 3
Sound pressure level at 10 m 4 mm mm mm dB(A) dB(A) inch inch inch inch kg kg kg m 3 /h kPa l
W kW kW
380
362,8
126,1
2,88/C
440
441,8
144,9
3,05/B
510
498,2
168,0
2,97/B
590
563,1
184,0
3,06/B
660
640,0
209,3
3,06/B
730
702,5
231,5
3,03/B
3,90
4,69
6,44
4,56
180
4,03
5,04
6,82
4,82
190
3,99
5,05
6,75
4,79
189
4,00
5,21
6,92
4,89
193
3,96
4,95
6,93
4,78
188
3,97
4,91
6,64
4,73
186 %
2
% 22%÷100% 18%÷100% 16%÷100% 14%÷100% 13%÷100% 15%÷100%
2
1 variable speed + 1 fixed speed
Continuous capacity control m 2
62,5
17
149
200
8
76,2
24
142
200
10
85,8
19
1
Shell & tube
97,1
24
246
300
246
300
10 12
2,3
110,4
30
228
300
14
121,1
30
276
300
14 rpm m 3 /h kW
8
800
183.960
8,0
10
800
230.040
10,0
14
800
321.840
14,0
14
800
321.840
14,0
6
6
2”
2”
3.832
3.981
76
6
6
2”
2”
4.210
4.352
86
10
800
230.040
10,0
12
800
276.120
12,0
8
8
Victaulic
8
8
Male GAS Threaded
2” 2”
2” 2”
4.744
4.990
100
5.077
5.323
100
8
8
2”
2”
5.474
5.702
114
8
8
2”
2”
6.017
6.293
114
4.660
2.192
2.590
94
62
5.712
2.192
2.590
94
62
5.712
2.192
2.590
97
65
6.764
2.192
2.590
97
65
7.816
2.192
2.590
97
65
7.816
2.192
2.590
98
65
1 Data refers to 7°C leaving chilled water temperature and 35°C condenser air temperature, according EN14511 standard.
2
3
According to commission regulation (EU) N° 2281/2016 for comfort chillers
Sound levels are at fully loaded conditions. Sound power level values refer to ISO standard 3744.
4 Sound pressure levels refer to ISO Standard 3744, parallelepiped shape.
* This value can change for BC version or other special applications
SYSCREW 380-1260 AIR EVO HSE |
24
Model
Nominal cooling capacity 1
Input power 1
EER 1 / Energy Efficiency Class
EER
CONDITION B
(74%)
EER
CONDITION C
(47%)
EER
CONDITION D
(21%)
SEER 2
η s,c
2
Number of refrigerant circuits
Total capacity steps *
Compressor
Number
Type
N°of loading stages
Evaporator
Number
Type
Water flow
Pressure drop
Water volume
Antifreeze Heater
Air cooled condenser
Number of coils
Total coil face area per coil
Fans
Number of fans
Nominal speed
Total airflow
Total input power
Water Connections (Evaporator)
Type
Inlet Diameter
Outlet Diameter
Water Connections (Desuperheater)
Type
Inlet Diameter
Outlet Diameter
Weight
Shipping
Operating
Additional weight
Desuperheater versions
Dimensions
Length
Width
Height
Acoustic Data
Sound power level 3
Sound pressure level at 10 m 4 mm mm mm dB(A) dB(A) inch inch inch inch kg kg kg m 3 /h kPa l
W kW kW
810
775,9
256,4
3,03/B
4,01
4,98
6,71
4,77
188
900
893,1
294,7
3,03/B
3,84
4,94
6,60
4,69
185
980
980,9
326,4
3,01/B
4,18
5,02
6,55
4,82
190
1060
1045,5
335,5
3,12/A
4,15
5,24
7,00
4,98
196
1160
1150,6
375,0
3,07/B
4,22
5,36
7,24
5,07
200
1260
1234,8
416,8
2,96/B
4,31
5,30
7,04
5,03
198
2
% 13%÷100% 14%÷100% 13%÷100% 17%÷100% 15%÷100% 14%÷100%
2
1 variable speed + 1 fixed speed
Continuous capacity control m 2
133,8
36
276
300
16
153,9
21
379
300
18
169,0
24
1
Shell & tube
180,2
27
367
300
356
300
20 22
2,3
198,4
32
356
300
24
212,9
32
431
300
24 rpm m 3 /h kW
16
800
367.920
16,0
18
800
414.000
18,0
24
800
552.240
24,0
24
800
552.240
24,0
8
8
2”
2”
6.341
6.617
147
8
8
2”
2”
7.033
7.412
147
20
800
460.080
20,0
22
800
506.160
22,0
10
10
Victaulic
10
10
Male GAS Threaded
2” 2”
2” 2”
7.485
7.852
180
8.212
8.579
180
10
10
2”
2”
8.596
8.963
216
10
10
2”
2”
8.731
9.162
216
8.868
2.192
2.590
98
65
9.920
2.192
2.590
99
66
10.972
2.192
2.590
99
66
12.024
2.192
2.590
99
66
13.076
2.192
2.590
100
67
13.076
2.192
2.590
100
67
1 Data refers to 7°C leaving chilled water temperature and 35°C condenser air temperature, according EN14511 standard.
2
3
According to commission regulation (EU) N° 2281/2016 for comfort chillers
Sound levels are at fully loaded conditions. Sound power level values refer to ISO standard 3744.
4 Sound pressure levels refer to ISO Standard 3744, parallelepiped shape.
* This value can change for BC version or other special applications
25 | SYSCREW 380-1260 AIR EVO HSE
Electrical Data
Compressors @ 400V/3/50Hz
Model System Frame
Compressor start mode
380
440
510
590
660
730
810
900
980
1060
1160
1260
2
1
2
1
2
1
2
1
2
1
2
2
1
2
1
2
1
2
1
1
2
1
2
1
4V
5V
5V
6V
7V
7V
8V
9V
10V
11V
12V
12V
PW
FI
PW
FI
PW
FI
PW
FI
SD
FI
SD
FI
SD
FI
SD
FI
SD
FI
SD
FI
SD
FI
SD
FI
Power input nominal Cond.
compressor
Nom. Cond.
current compressor
Power input max. Cond.
compressor
Max. running current compressor
FLA
Starting current compressor
LRA
Carter oil
230Vac kW A kW A A W
R134a R513A R134a R513A R134a/ R513A R134a/ R513A R134a/ R513A R134a/ R513A
107
129
127
151
133
151
150
168
167
168
190
76
79
84
101
84
101
102
118
51
58
64
66
71
103
124
124
145
130
145
142
161
158
161
180
81
96
98
113
73
75
81
96
49
56
61
64
68
83
97
100
109
116
123
126
135
161
135
161
161
185
168
200
199
239
209
239
233
265
258
265
292
87
100
105
112
120
128
132
140
168
140
168
167
193
174
208
204
249
214
249
245
276
272
276
293
88
130
93
130
110
130
110
130
131
130
131
167
155
167
175
198
204
198
204
250
222
250
222
250
144
220
162
220
182
220
182
220
214
220
214
260
280
260
310
340
320
340
320
420
360
420
360
420
350
20
423
20
520
20
520
20
341
20
341
20
436
20
465
20
586
20
586
20
650
20
650
20
200
300
200
300
200
300
200
300
200
300
200
200
300
200
300
200
300
200
300
200
200
200
200
300
Nominal power factor
R134a/
R513A
0,85
0,89
0,85
0,86
0,86
0,86
0,88
0,90
0,87
0,87
0,88
0,88
Units @ 400 V/3 Ph/50 Hz
Standard Version
Current input
Nominal R134a
Nominal R513A
Maximum
Nominal R134a
Power input
Nominal R513A
Maximum
Max Start-up current
UNIT (aM) FUSES
Phase WIRE SECTION
A kW
A
A kW kW
A
A mm 2
380
200
206
395
117
121
238
601
440
233
241
421
140
145
249
682
510
263
272
441
156
162
266
779
590
290
301
449
174
181
271
787
660
330
342
489
198
206
297
616
730
356
369
529
215
224
334
656
810
392
406
602
240
249
363
758
900
443
456
720
275
283
419
875
980
497
512
738
305
314
453
1004
1060
525
547
826
319
334
510
1092
1160
581
606
874
355
372
533
1164
1260
500 500 500 500 630 630 800 800 800 1000 1000 1000
2x185 2x185 2x185 2x185 2x185 2x185 2x240 2x240 2x240 2x300 2x300 2x300
615
627
874
377
394
533
1164
S Version
Current input
Nominal R134a
Nominal R513A
Maximum
Nominal R134a
Power input
Nominal R513A
Maximum
Max Start-up current
UNIT (aM) FUSES
Phase WIRE SECTION
HT Version
Current input
Nominal R134a
Nominal R513A
Maximum
Nominal R134a
Power input
Nominal R513A
Maximum
Max Start-up current
UNIT (aM) FUSES
Phase WIRE SECTION kW
A
A mm 2
A kW
A
A kW
380
194
200
395
113
117
440
225
233
421
135
140
510
256
265
441
151
157
590
281
292
449
168
175
660
319
331
489
191
199
730
346
359
529
208
217
810
380
394
602
232
241
900
429
442
720
266
274
980
482
497
738
295
304
1060
509
531
826
308
323
1160
564
589
874
343
359
238
601
249
682
266
779
271
787
297
616
334
656
363
758
419
875
453
1004
510
1092
533
1164
533
1164
500 500 500 500 630 630 800 800 800 1000 1000 1000
2x185 2x185 2x185 2x185 2x185 2x185 2x240 2x240 2x240 2x300 2x300 2x300
1260
598
610
874
365
382 kW
A
A mm 2
A kW
A
A kW
380
212
218
400
126
130
440
248
256
427
150
156
510
278
287
447
167
173
590
308
319
456
187
194
660
351
363
497
212
221
730
377
390
537
230
238
810
416
430
612
257
266
900
470
483
731
294
302
980
527
542
750
326
335
1060
559
581
839
343
357
1160
618
643
888
381
397
242
606
253
688
270
785
276
794
303
624
340
664
370
768
427
886
462
1016
520
1105
544
1178
544
1178
500 500 500 500 630 630 800 800 800 1000 1000 1000
2x185 2x185 2x185 2x185 2x185 2x185 2x240 2x240 2x240 2x300 2x300 2x300
1260
652
664
888
403
419
SYSCREW 380-1260 AIR EVO HSE |
26
HPF Version
Nominal R134a
Current input
Nominal R513A
Maximum
Power input
Nominal R134a
Nominal R513A
Maximum
Max Start-up current
UNIT (aM) FUSES
Phase WIRE SECTION
A kW kW
A
A kW
A
A mm 2
380
217
223
400
129
133
242
606
500
440
254
261
427
155
160
253
688
500
510
284
293
447
171
177
270
785
500
590
315
326
456
192
199
276
794
500
660
359
371
497
218
226
303
624
630
730
385
398
537
236
244
340
664
630
810
425
439
612
263
272
370
768
800
900
480
493
731
302
309
427
886
800
980
538
553
750
334
343
462
1016
800
1060
571
593
839
352
366
520
1105
1000
1160
631
656
888
391
407
544
1178
1000
1260
665
2x185 2x185 2x185 2x185 2x185 2x185 2x240 2x240 2x240 2x300 2x300 2x300
677
888
413
429
544
1178
1000
Fans @ 400V/3/50Hz
Model
Standard Version
380
440
510
590
660
730
810
900
980
1060
1160
1260
S Version
980
1060
1160
1260
HT/HPF Version
380
440
510
660
730
810
900
380
440
510
590
590
660
730
810
900
980
1060
1160
1260
14
14
16
18
8
10
10
12
20
22
24
24
14
14
16
18
8
10
10
12
20
22
24
24
Number
14
14
16
18
8
10
10
12
20
22
24
24
EC fans
Max power (kW)
2,6
2,6
2,6
2,6
2,6
2,6
2,6
2,6
2,6
2,6
2,6
2,6
2,6
2,6
2,6
2,6
2,6
2,6
2,6
2,6
2,6
2,6
2,6
2,6
3,0
3,0
3,0
3,0
3,0
3,0
3,0
3,0
3,0
3,0
3,0
3,0
4,5
4,5
4,5
4,5
4,5
4,5
4,5
4,5
4,5
4,5
4,5
4,5
3,9
3,9
3,9
3,9
3,9
3,9
3,9
3,9
3,9
3,9
3,9
3,9
Max. running current (A)
3,9
3,9
3,9
3,9
3,9
3,9
3,9
3,9
3,9
3,9
3,9
3,9
27 | SYSCREW 380-1260 AIR EVO HSE
Sound Data
Model
510
590
660
730
810
900
980
1060
1160
1260
Standard Version
380
440
510
590
660
730
810
900
980
1060
1160
1260
S Version
380
440
102
103
103
104
99
99
102
102
104
104
105
105
63
103
104
104
105
100
101
103
103
105
106
106
106
125
98
99
99
100
95
96
98
98
100
101
101
101
96
97
97
98
93
93
96
96
98
98
99
99
250
95
96
96
97
92
93
95
95
97
98
98
98
93
94
94
95
90
90
93
93
95
95
96
96
Frequency (Hz)
500 1000
98
99
99
100
95
95
98
98
100
100
101
101
97
98
98
99
94
95
97
97
99
100
100
100
91
92
92
93
88
88
91
91
93
93
94
94
96
97
97
98
93
94
96
96
98
99
99
99
4000
83
84
84
85
80
81
83
83
85
86
86
86
81
82
82
83
78
78
81
81
83
83
84
84
2000
91
92
92
93
88
89
91
91
93
94
94
94
86
87
87
88
83
83
86
86
88
88
89
89
8000
79
80
80
81
76
77
79
79
81
82
82
82
79
80
80
81
76
76
79
79
81
81
82
82
Sound
Pressure dB(A) **
65
65
65
66
62
62
65
65
66
66
67
67
68
68
68
69
65
66
68
68
69
70
70
70
Sound
Power dB(A)
97
98
98
99
94
94
97
97
99
99
100
100
100
101
101
102
97
98
100
100
102
103
103
103
*
**
Sound data valid in max air flow rate condition.
Sound pressure level at 10 m. Values refers to ISO Standard 3744 with parallepiped shape.
SYSCREW 380-1260 AIR EVO HSE |
28
Model
HT Version *
380
440
510
590
660
730
810
900
980
1060
1160
1260
63
107
108
108
109
105
106
107
107
109
110
111
111
125
102
103
103
104
100
101
102
102
104
105
106
106
250
99
100
100
101
97
98
99
99
101
102
103
103
Frequency (Hz)
500 1000
101
102
102
103
99
100
101
101
103
104
105
105
100
101
101
102
98
99
100
100
102
103
104
104
2000
95
96
96
97
93
94
95
95
97
98
99
99
4000
87
88
88
89
85
86
87
87
89
90
91
91
8000
83
84
84
85
81
82
83
83
85
86
87
87
Sound
Power dB(A)
104
105
105
106
102
103
104
104
106
107
108
108
Sound
Pressure dB(A) **
72
72
72
73
70
71
72
72
73
74
75
75
* Sound data valid in max air flow rate condition.
** Sound pressure level at 10 m. Values refers to ISO Standard 3744 with parallepiped shape.
29 | SYSCREW 380-1260 AIR EVO HSE
Cooling Capacities - SYSCREW AIR EVO HSE R134a (STD/HT)
Model
380
440
510
590
660
730
10
12
15
8
9
6
7
10
12
15
5
8
9
6
7
9
10
12
15
5
7
8
5
6
8
9
10
12
15
15
5
6
7
7
8
5
6
9
10
12
9
10
12
15
7
8
5
6
LWT
°C
Condensing Air Temperature °C
Cool
25
Input
Power
(*)
Pressure
Drop
Cool
30
Input
Power
(*)
Pressure
Drop
Cool
32
Input
Power
(*)
Pressure
Drop
Cool
35
Input
Power
(*)
Pressure
Drop
Cool
40
Input
Power
(*)
Pressure
Drop kW kW kPa kW kW kPa kW kW kPa kW kW kPa kW kW kPa
379,8 87,7
391,1 88,6
402,5 89,7
412,6 90,8
422,9 91,9
433,0 93,1
453,6 95,3
18,4 361,5 96,2
19,5 372,0 97,3
20,6 382,9 98,4
21,7 392,7 99,5
16,6
17,6
18,7
19,6
353,8 99,7
364,3 100,8
374,8 102,0
384,4 103,1
15,9
16,9
17,9
18,8
342,0 105,1
352,1 106,3
362,4 107,4
371,5 108,6
14,9
15,8
16,7
17,6
317,9
327,5
336,8
116,7
117,9
119,1
345,4 120,3
12,9
13,7
14,4
15,2
22,8 402,3 100,7 20,6 393,7 104,3 19,7 380,9 109,7 18,5 354,1 121,5 16,0
23,9 412,0 101,8 21,6 403,3 105,5 20,7 390,0 111,0 19,4 362,2 122,7 16,7
26,2 431,6 104,3 23,7 422,6 107,9 22,7 408,5 113,4 21,2 379,6 125,4 18,3
484,5 99,0 29,9 461,3 107,8 27,1 451,5 111,6 26,0 436,2 117,3 24,2 405,7 129,3 21,0
460,0 100,5 25,9 437,9 110,4 23,5 428,6 114,4 22,5 414,3 120,5 21,0 385,1 133,8 18,2
473,8 101,6 27,5 450,6 111,6 24,9 441,3 115,6 23,8 426,4 121,9 22,3 396,6 135,2 19,3
487,5 102,9 29,1 463,8 112,8 26,3 454,0 117,0 25,2 439,0 123,1 23,6 408,0 136,6 20,4
499,7 104,1 30,6 475,6 114,1 27,7 465,6 118,2 26,5 450,0 124,5 24,8 418,4 137,9 21,4
512,2 105,4 32,1 487,3 115,5 29,1 476,8 119,6 27,8 461,4 125,8 26,1 428,9 139,3 22,5
524,4 106,7 33,7 499,1 116,7 30,5 488,5 121,0 29,2 472,4 127,2 27,3 438,7 140,7 23,6
549,4 109,3 37,0 522,7 119,6 33,4 511,8 123,7 32,1 494,8 130,0 30,0 459,8 143,8 25,9
586,8 113,5 42,2 558,7 123,7 38,2 546,9 128,0 36,6 528,3 134,5 34,2 491,4 148,3 29,6
519,3 117,3 20,2 494,3 128,8 18,3 483,8 133,5 17,5 467,7 140,7 16,4 434,7 156,2 14,1
534,8 118,6 21,4 508,7 130,3 19,4 498,1 135,0 18,6 481,4 142,3 17,3 447,7 157,8 15,0
550,3 120,1 22,7 523,6 131,7 20,5 512,5 136,6 19,6 495,5 143,7 18,4 460,5 159,5 15,9
564,1 121,5 23,8 536,9 133,2 21,6 525,6 138,0 20,7 507,9 145,3 19,3 472,3 161,0 16,7
578,2 123,0 25,0 550,1 134,8 22,6 538,2 139,6 21,7 520,9 146,8 20,3 484,2 162,6 17,5
592,0 124,6 26,2 563,4 136,2 23,7 551,4 141,2 22,7 533,3 148,5 21,3 495,2 164,2 18,3
620,2 127,6 28,8 590,1 139,6 26,0 577,8 144,4 25,0 558,6 151,7 23,3 519,1 167,8 20,2
662,4 132,5 32,8 630,7 144,3 29,8 617,3 149,4 28,5 596,4 157,0 26,6 554,7 173,0 23,0
587,4 127,6 25,8 559,2 140,1 23,4 547,3 145,2 22,4 529,0 153,0 20,9 491,8 169,9 18,1
605,0 129,0 27,4 575,4 141,7 24,8 563,5 146,8 23,7 544,5 154,7 22,2 506,5 171,7 19,2
622,5 130,6 29,0 592,3 143,3 26,2 579,7 148,5 25,1 560,5 156,3 23,5 520,9 173,4 20,3
638,1 132,2 30,5 607,3 144,8 27,6 594,6 150,1 26,4 574,6 158,0 24,7 534,2 175,1 21,3
654,1 133,8 32,0 622,3 146,6 29,0 608,9 151,8 27,7 589,2 159,6 26,0 547,7 176,8 22,4
669,7 135,5 33,5 637,3 148,1 30,4 623,7 153,6 29,1 603,2 161,5 27,2 560,1 178,6 23,5
701,6 138,8 36,8 667,5 151,8 33,3 653,6 157,1 32,0 631,9 165,0 29,9 587,2 182,5 25,8
749,3 144,1 42,0 713,4 157,0 38,1 698,3 162,4 36,5 674,7 170,7 34,0 627,5 188,2 29,5
668,1 144,7 33,0 636,0 158,8 29,9 622,5 164,6 28,6 601,7 173,4 26,8 559,3 192,6 23,1
688,1 146,3 35,0 654,5 160,6 31,7 640,9 166,4 30,4 619,4 175,4 28,4 576,1 194,6 24,5
708,1 148,1 37,1 673,7 162,4 33,5 659,4 168,4 32,1 637,6 177,2 30,0 592,5 196,6 26,0
725,8 149,8 38,9 690,8 164,2 35,3 676,3 170,2 33,8 653,5 179,2 31,6 607,7 198,5 27,3
744,0 151,6 40,9 707,8 166,2 37,0 692,5 172,1 35,5 670,2 181,0 33,2 623,0 200,5 28,7
761,7 153,6 42,9 724,9 167,9 38,8 709,4 174,1 37,2 686,1 183,1 34,8 637,1 202,5 30,0
798,0 157,3 47,1 759,2 172,1 42,6 743,4 178,0 40,8 718,7 187,1 38,2 667,9 206,9 33,0
852,3 163,4 53,7 811,5 178,0 48,7 794,3 184,1 46,6 767,4 193,5 43,5 713,7 213,4 37,7
731,2 162,3 32,0 696,1 178,1 29,0 681,3 184,6 27,8 658,5 194,5 26,0 612,2 216,0 22,4
753,1 164,1 33,9 716,3 180,1 30,7 701,4 186,6 29,5 677,9 196,7 27,5 630,5 218,3 23,8
774,9 166,1 35,9 737,3 182,2 32,5 721,6 188,9 31,2 697,8 198,7 29,1 648,5 220,5 25,2
794,4 168,1 37,8 756,0 184,2 34,2 740,1 190,9 32,8 715,3 201,0 30,6 665,1 222,6 26,5
814,2 170,1 39,7 774,6 186,4 35,9 757,9 193,1 34,4 733,4 203,0 32,2 681,8 224,9 27,8
833,6 172,3 41,6 793,3 188,4 37,7 776,4 195,3 36,1 750,9 205,4 33,8 697,3 227,1 29,1
873,4 176,5 45,7 830,9 193,0 41,3 813,6 199,7 39,6 786,6 209,8 37,0 731,0 232,1 32,0
932,8 183,3 52,1 888,1 199,6 47,2 869,3 206,6 45,2 839,8 217,1 42,2 781,1 239,3 36,5
* Only Compressors.
SYSCREW 380-1260 AIR EVO HSE |
30
Model
380
440
510
590
660
730
9
10
12
15
7
8
5
6
9
10
12
15
7
8
5
6
9
10
12
15
7
8
5
6
9
10
12
15
7
8
5
6
8
9
10
12
15
15
5
6
7
7
8
5
6
9
10
12
LWT
°C
214,0
216,2
218,4
220,4
222,5
224,8
229,6
190,8
192,8
194,7
196,5
198,4
200,4
204,6
168,3
170,0
171,7
173,3
175,0
176,8
180,5
166,2
167,9
169,6
171,2
172,8
174,6
178,3
132,6
133,9
135,3
136,5
137,9
139,3
142,2
44
Input
Power
(*) kW
124,1
125,4
126,7
127,9
129,1
130,4
133,2
Pressure
Drop kPa
11,7
12,4
13,1
13,8
14,5
15,2
16,7
Cool kW
288,3
296,8
305,4
313,2
321,0
328,6
344,1
14,2
15,1
16,2
17,0
17,9
18,8
20,8
323,6
333,8
344,2
353,5
363,0
372,3
416,7
17,6
18,7
20,0
21,0
22,1
23,2
25,7
18,1
19,3
20,6
21,6
22,8
24,0
26,5
14,2
15,1
16,1
16,9
17,8
18,7
20,7
12,8
13,6
14,4
15,2
15,9
16,7
18,3
514,4
530,6
547,1
561,9
577,0
591,7
662,4
470,0
484,8
499,9
513,4
527,2
540,7
605,3
413,2
426,2
439,5
451,4
463,5
475,4
532,1
394,1
405,8
417,6
428,2
438,9
449,3
470,4
Cool kW
303,1
312,1
321,1
329,3
337,5
345,4
361,8
340,9
351,7
363,3
372,4
382,5
392,0
412,2
541,9
559,1
577,5
592,0
607,9
623,2
655,3
495,2
510,8
527,7
540,9
555,5
569,4
598,7
435,3
449,1
463,9
475,6
488,4
500,6
526,4
414,4
426,8
439,1
450,2
461,5
472,2
494,8
226,2
228,6
230,8
232,9
235,1
237,5
242,4
201,7
203,8
205,7
207,7
209,6
211,7
232,6
177,9
179,8
181,5
183,2
184,9
186,8
205,2
176,1
178,0
179,7
181,3
183,0
184,9
188,7
15,8
16,9
17,9
18,9
19,9
21,0
26,3
16,3
17,4
18,5
19,5
20,5
21,6
27,1
12,8
13,6
14,4
15,2
16,1
16,9
21,2
11,6
12,3
13,0
13,7
14,4
15,1
16,6
140,2
141,6
143,0
144,3
145,7
147,1
161,7
Condensing Air Temperature °C
46
Input
Power
(*) kW
131,6
133,0
134,2
135,5
136,7
138,1
141,0
Pressure
Drop kPa
10,6
11,2
11,9
12,5
13,1
13,7
15,1
Cool kW
271,8
280,9
291,8
294,6
49
Input
Power
(*) kW
138,6
140,1
141,1
141,7
Pressure
Drop kPa
9,4
10,0
10,8
11,1
Cool kW
12,8
13,6
14,5
15,3
16,1
17,0
21,3
303,2
313,7
326,5
330,5
147,1
148,7
149,7
150,4
11,3
12,0
13,0
13,4
371,7
384,0
398,9
402,9
387,2
400,5
416,9
422,0
440,4
455,6
474,2
480,0
482,0
498,6
519,0
525,4
185,5
187,5
188,8
189,7
186,7
188,8
190,1
190,9
211,7
214,0
215,5
216,4
237,4
240,0
241,7
242,8
10,3
11,0
11,9
12,1
11,2
12,0
13,0
13,3
14,3
15,3
16,6
17,0
13,9
14,9
16,1
16,5
51
Input
Power
(*) kW
Pressure
Drop kPa
* Only Compressors.
HT Version
31 | SYSCREW 380-1260 AIR EVO HSE
Cooling Capacities - SYSCREW AIR EVO HSE R134a (STD/HT)
Model
810
900
980
1060
1160
1260
10
12
15
8
9
6
7
10
12
15
5
8
9
6
7
9
10
12
15
5
7
8
5
6
8
9
10
12
15
15
5
6
7
7
8
5
6
9
10
12
9
10
12
15
7
8
5
6
LWT
°C
Condensing Air Temperature °C
Cool
25
Input
Power
(*)
Pressure
Drop
Cool
30
Input
Power
(*)
Pressure
Drop
Cool
32
Input
Power
(*)
Pressure
Drop
Cool
35
Input
Power
(*)
Pressure
Drop
Cool
40
Input
Power
(*)
Pressure
Drop kW kW kPa kW kW kPa kW kW kPa kW kW kPa kW kW kPa
807,8 179,1 39,1 769,0 196,6 35,4 752,7 203,7 33,9 727,6 214,6 31,7 676,3 238,4 27,4
832,0 181,1 41,4 791,3 198,8 37,5 775,0 206,0 36,0 748,9 217,1 33,6 696,5 240,9 29,0
856,2 183,3 43,9 814,6 201,0 39,7 797,3 208,4 38,0 770,9 219,3 35,6 716,4 243,4 30,7
877,6 185,5 46,1 835,3 203,2 41,8 817,7 210,6 40,0 790,2 221,8 37,4 734,8 245,6 32,3
899,6 187,7 48,4 855,8 205,7 43,8 837,4 213,1 42,0 810,3 224,0 39,3 753,3 248,1 34,0
921,0 190,1 50,8 876,5 207,9 46,0 857,8 215,5 44,0 829,6 226,7 41,2 770,4 250,7 35,5
964,9 194,7 55,7 918,0 213,0 50,4 898,9 220,4 48,4 869,0 231,6 45,2 807,6 256,1 39,0
1030,6 202,3 63,6 981,2 220,3 57,6 960,4 227,9 55,2 927,9 239,6 51,5 863,0 264,1 44,6
931,1 206,2 22,5 886,4 226,4 20,4 867,5 234,6 19,5 838,5 247,2 18,2 779,5 274,5 15,8
958,9 208,5 23,8 912,0 228,9 21,6 893,2 237,2 20,7 863,2 250,0 19,3 802,8 277,4 16,7
986,8 211,1 25,2 938,8 231,5 22,9 918,9 240,0 21,9 888,5 252,6 20,5 825,7 280,3 17,7
1011,5 213,6 26,5 962,7 234,0 24,0 942,5 242,6 23,0 910,8 255,4 21,5 846,9 282,9 18,6
1036,8 216,1 27,9 986,4 236,9 25,2 965,1 245,4 24,1 933,9 258,0 22,6 868,2 285,8 19,5
1061,5 218,9 29,2 1010,2 239,4 26,5 988,7 248,2 25,3 956,2 261,0 23,7 887,9 288,7 20,4
1112,1 224,3 32,1 1058,0 245,3 29,0 1036,0 253,8 27,8 1001,6 266,7 26,0 930,7 295,0 22,5
1187,8 232,9 36,6 1130,8 253,7 33,2 1106,9 262,5 31,8 1069,4 275,9 29,6 994,7 304,1 25,7
1021,0 228,9 25,6 971,9 251,3 23,2 951,2 260,4 22,3 919,5 274,4 20,8 854,8 304,7 18,0
1051,5 231,4 27,2 1000,1 254,1 24,6 979,4 263,3 23,6 946,5 277,5 22,0 880,3 307,9 19,1
1082,1 234,2 28,8 1029,5 256,9 26,1 1007,6 266,4 25,0 974,3 280,3 23,4 905,5 311,1 20,2
1109,2 237,1 30,3 1055,7 259,8 27,4 1033,5 269,2 26,3 998,7 283,5 24,5 928,6 314,0 21,2
1136,9 239,9 31,8 1081,6 262,9 28,8 1058,3 272,3 27,6 1024,1 286,3 25,8 952,0 317,2 22,3
1164,0 243,0 33,3 1107,7 265,7 30,2 1084,2 275,5 28,9 1048,5 289,7 27,0 973,6 320,4 23,3
1219,5 248,9 36,6 1160,2 272,2 33,1 1136,0 281,7 31,7 1098,3 296,0 29,7 1020,6 327,4 25,6
1302,5 258,5 41,7 1240,1 281,6 37,8 1213,8 291,3 36,2 1172,7 306,2 33,8 1090,7 337,6 29,3
1087,3 233,9 29,1 1035,1 256,8 26,4 1013,0 266,1 25,2 979,3 280,4 23,6 910,3 311,4 20,4
1119,8 236,5 30,8 1065,1 259,7 27,9 1043,1 269,0 26,8 1008,0 283,6 25,0 937,5 314,6 21,6
1152,4 239,4 32,7 1096,4 262,6 29,6 1073,1 272,2 28,3 1037,6 286,5 26,5 964,3 317,9 22,9
1181,3 242,3 34,3 1124,2 265,5 31,1 1100,6 275,1 29,8 1063,6 289,7 27,8 989,0 320,9 24,1
1210,8 245,2 36,1 1151,9 268,6 32,6 1127,1 278,3 31,2 1090,7 292,6 29,3 1013,9 324,1 25,3
1239,6 248,3 37,8 1179,7 271,5 34,2 1154,6 281,5 32,8 1116,6 296,1 30,7 1036,9 327,4 26,4
1298,8 254,4 41,5 1235,6 278,2 37,6 1209,8 287,9 36,0 1169,7 302,5 33,7 1086,9 334,5 29,1
1387,1 264,2 47,3 1320,6 287,7 42,9 1292,7 297,7 41,1 1248,9 312,9 38,4 1161,6 345,0 33,2
1198,0 261,3 35,0 1140,4 286,9 31,7 1116,1 297,3 30,4 1078,9 313,2 28,4 1002,9 347,8 24,5
1233,8 264,2 37,1 1173,5 290,1 33,6 1149,2 300,6 32,2 1110,6 316,8 30,1 1032,9 351,5 26,0
1269,6 267,4 39,3 1208,0 293,3 35,6 1182,3 304,1 34,1 1143,2 320,1 31,9 1062,4 355,2 27,5
1301,5 270,7 41,3 1238,7 296,6 37,4 1212,6 307,4 35,8 1171,9 323,6 33,5 1089,6 358,5 28,9
1334,0 273,9 43,4 1269,1 300,1 39,3 1241,8 310,9 37,6 1201,6 326,9 35,2 1117,0 362,1 30,4
1365,8 277,4 45,5 1299,8 303,4 41,2 1272,1 314,5 39,5 1230,3 330,8 36,9 1142,4 365,8 31,8
1430,9 284,2 49,9 1361,3 310,8 45,2 1332,9 321,6 43,3 1288,7 337,9 40,5 1197,6 373,8 35,0
1528,3 295,2 56,9 1455,0 321,5 51,6 1424,3 332,6 49,5 1376,0 349,6 46,2 1279,8 385,4 39,9
1287,7 291,1 40,4 1225,9 319,5 36,6 1199,7 331,2 35,1 1159,7 348,9 32,8 1078,1 387,4 28,3
1326,2 294,3 42,9 1261,4 323,1 38,8 1235,3 334,8 37,2 1193,8 352,9 34,7 1110,3 391,5 30,1
1364,7 297,9 45,4 1298,4 326,7 41,1 1270,8 338,7 39,4 1228,9 356,5 36,8 1142,0 395,6 31,8
1398,9 301,5 47,7 1331,4 330,3 43,2 1303,4 342,3 41,4 1259,6 360,4 38,7 1124,4 369,3 30,8
1433,9 305,0 50,1 1364,1 334,3 45,4 1334,8 346,3 43,4 1291,6 364,1 40,7 1152,7 373,1 32,4
1468,1 309,0 52,5 1397,1 337,9 47,6 1367,4 350,3 45,6 1322,4 368,4 42,6 1178,8 376,8 33,9
1538,1 316,5 57,7 1463,3 346,2 52,2 1432,8 358,2 50,0 1385,2 376,4 46,8 1235,8 385,1 37,2
1642,8 328,7 65,8 1564,0 358,0 59,6 1530,9 370,5 57,1 1479,0 389,4 53,3 1320,6 397,0 42,5
* Only Compressors.
SYSCREW 380-1260 AIR EVO HSE |
32
Model
810
900
980
1060
1160
1260
9
10
12
15
7
8
5
6
9
10
12
15
7
8
5
6
9
10
12
15
7
8
5
6
9
10
12
15
7
8
5
6
8
9
10
12
15
15
5
6
7
7
8
5
6
9
10
12
LWT
°C
352,9
356,6
360,1
363,5
367,0
370,7
378,6
344,6
348,2
351,6
354,9
358,4
362,0
369,7
308,4
311,7
314,7
317,7
320,8
324,0
330,9
301,8
305,0
308,0
310,9
313,9
317,1
323,8
271,9
274,8
277,5
280,1
282,8
285,7
291,7
44
Input
Power
(*) kW
236,1
238,6
241,0
243,2
245,6
248,0
253,3
Pressure
Drop kPa
21,5
22,8
24,4
25,6
27,0
28,4
31,4
Cool kW
568,3
586,2
604,4
620,8
637,5
653,8
687,0
12,3
13,1
14,0
14,7
15,5
16,3
18,0
655,0
675,6
696,6
715,5
734,7
753,5
791,8
20,3
21,6
23,1
24,3
25,6
26,9
29,8
19,2
20,5
21,8
22,9
24,2
25,4
28,1
16,0
17,0
18,1
19,1
20,1
21,1
23,4
14,1
15,0
16,0
16,8
17,7
18,6
20,6
842,8
869,3
896,3
920,6
945,3
969,5
1018,8
866,8
894,1
922,1
947,1
972,6
997,5
1048,5
764,9
789,0
813,6
835,6
858,0
879,9
924,7
718,3
740,8
763,9
784,6
805,7
826,3
868,3
Cool kW
598,7
617,7
638,1
654,0
671,7
688,5
723,9
690,1
711,9
735,4
753,8
774,1
793,5
834,4
887,9
916,0
946,2
969,9
996,0
1021,0
1073,6
913,3
942,2
973,5
997,9
1024,9
1050,6
1104,9
805,9
831,4
858,8
880,3
904,0
926,7
974,4
756,7
780,6
806,4
826,6
848,9
870,1
915,0
373,0
376,9
380,5
384,1
387,6
391,5
399,6
364,3
368,1
371,6
375,1
378,6
382,4
390,3
326,1
329,5
332,6
335,8
338,9
342,3
349,4
319,1
322,5
325,5
328,6
331,6
335,0
341,9
18,3
19,5
20,7
21,9
23,1
24,3
26,8
17,3
18,4
19,6
20,7
21,8
22,9
25,3
14,4
15,3
16,3
17,2
18,1
19,0
21,0
12,7
13,5
14,4
15,1
16,0
16,8
18,5
287,5
290,5
293,3
296,0
298,8
301,8
308,1
Condensing Air Temperature °C
46
Input
Power
(*) kW
249,7
252,3
254,7
257,1
259,4
262,0
267,5
Pressure
Drop kPa
19,3
20,6
21,9
23,1
24,3
25,6
28,3
Cool kW
532,5
550,8
573,3
580,4
49
Input
Power
(*) kW
262,0
264,9
266,7
267,9
Pressure
Drop kPa
17,0
18,2
19,7
20,2
Cool kW
11,1
11,8
12,6
13,3
14,0
14,7
16,3
613,7
634,9
660,8
669,0
301,8
305,0
307,1
308,5
9,8
10,4
11,3
11,6
673,0
696,2
724,6
733,6
716,7
741,4
771,7
781,3
789,7
816,9
850,2
860,8
811,9
839,9
874,3
885,3
334,9
338,5
340,9
342,4
342,3
346,0
348,4
349,9
382,4
386,5
389,2
391,0
391,4
395,6
398,3
400,1
11,1
11,9
12,9
13,2
12,6
13,5
14,6
15,0
15,2
16,3
17,6
18,1
16,1
17,2
18,6
19,1
51
Input
Power
(*) kW
Pressure
Drop kPa
* Only Compressors.
HT Version
33 | SYSCREW 380-1260 AIR EVO HSE
Cooling Capacities - SYSCREW AIR EVO HSE R513A (STD/HT)
Model
380
440
510
590
660
730
10
12
15
8
9
6
7
10
12
15
5
8
9
6
7
9
10
12
15
5
7
8
5
6
8
9
10
12
15
15
5
6
7
7
8
5
6
9
10
12
9
10
12
15
7
8
5
6
LWT
°C
Condensing Air Temperature °C
Cool
25
Input
Power
(*)
Pressure
Drop
Cool
30
Input
Power
(*)
Pressure
Drop
Cool
32
Input
Power
(*)
Pressure
Drop
Cool
35
Input
Power
(*)
Pressure
Drop
Cool
40
Input
Power
(*)
Pressure
Drop kW kW kPa kW kW kPa kW kW kPa kW kW kPa kW kW kPa
383,6 90,8
395,0 91,8
406,5 92,9
416,7 94,0
427,1 95,1
437,3 96,4
458,2 98,7
18,7 365,1 99,7 17,0 357,4 128,6 16,3 345,5 108,8 15,2 321,1 120,8 13,1
19,9 375,7 100,8 18,0 368,0 129,9 17,2 355,6 110,1 16,1 330,7 122,1 13,9
21,0 386,8 101,9 19,0 378,5 131,2 18,2 366,0 111,2 17,1 340,2 123,4 14,7
22,1 396,6 103,0 20,0 388,3 132,4 19,2 375,2 112,4 17,9 348,9 124,5 15,5
23,2 406,3 104,3 21,0 397,6 133,7 20,1 384,7 113,6 18,8 357,7 125,8 16,3
24,3 416,2 105,4 22,1 407,3 135,0 21,1 393,9 114,9 19,8 365,8 127,1 17,0
26,7 435,9 108,0 24,2 426,8 137,9 23,2 412,6 117,4 21,7 383,4 129,8 18,7
489,3 102,5 30,5 465,9 111,7 27,6 456,0 142,1 26,5 440,6 121,4 24,7 409,8 133,9 21,4
464,6 103,6 26,4 442,3 113,7 23,9 432,8 117,8 22,9 418,4 124,1 21,4 389,0 137,8 18,5
478,5 104,7 28,0 455,1 115,0 25,4 445,7 119,1 24,3 430,7 125,6 22,7 400,6 139,3 19,6
492,4 106,0 29,7 468,5 116,2 26,9 458,5 120,5 25,7 443,4 126,8 24,1 412,0 140,7 20,8
504,7 107,3 31,2 480,4 117,5 28,2 470,3 121,8 27,1 454,5 128,3 25,3 422,6 142,1 21,9
517,3 108,5 32,8 492,2 118,9 29,7 481,6 123,2 28,4 466,0 129,5 26,6 433,2 143,5 23,0
529,7 109,9 34,3 504,1 120,2 31,1 493,3 124,6 29,8 477,1 131,1 27,9 443,0 145,0 24,0
554,9 112,6 37,7 527,9 123,2 34,1 516,9 127,5 32,7 499,8 133,9 30,6 464,4 148,1 26,4
592,7 117,0 43,0 564,3 127,4 39,0 552,3 131,8 37,3 533,6 138,5 34,9 496,3 152,7 30,2
524,5 122,2 20,6 499,3 134,1 18,6 488,6 139,0 17,9 472,3 146,4 16,7 439,1 162,6 14,4
540,1 123,5 21,8 513,7 135,6 19,7 503,1 140,5 18,9 486,2 148,1 17,7 452,2 164,3 15,3
555,8 125,0 23,1 528,8 137,1 20,9 517,6 142,2 20,0 500,5 149,6 18,7 465,1 166,0 16,2
569,8 126,5 24,3 542,3 138,6 22,0 530,9 143,7 21,1 513,0 151,3 19,7 477,0 167,6 17,0
584,0 128,0 25,5 555,6 140,3 23,1 543,6 145,4 22,1 526,1 152,8 20,7 489,0 169,3 17,9
597,9 129,7 26,7 569,0 141,8 24,2 556,9 147,0 23,2 538,6 154,6 21,7 500,1 171,0 18,7
626,4 132,9 29,4 596,0 145,3 26,6 583,5 150,3 25,5 564,2 158,0 23,8 524,3 174,7 20,6
669,1 138,0 33,5 637,0 150,3 30,3 623,5 155,5 29,1 602,4 163,4 27,1 560,3 180,2 23,5
593,2 132,2 26,3 564,7 145,1 23,9 552,7 150,4 22,9 534,3 158,4 21,4 496,7 175,9 18,5
611,0 133,6 27,9 581,1 146,7 25,3 569,1 152,0 24,2 550,0 160,2 22,6 511,5 177,8 19,6
628,7 135,3 29,6 598,2 148,4 26,8 585,5 153,8 25,6 566,1 161,9 24,0 526,1 179,6 20,7
644,5 136,9 31,1 613,4 150,0 28,1 600,5 155,5 27,0 580,3 163,7 25,2 539,6 181,3 21,8
660,6 138,5 32,6 628,5 151,8 29,5 614,9 157,3 28,3 595,1 165,3 26,5 553,2 183,2 22,9
676,3 140,3 34,2 643,6 153,4 31,0 629,9 159,1 29,7 609,2 167,3 27,8 565,7 185,0 23,9
708,6 143,7 37,6 674,1 157,2 34,0 660,1 162,7 32,6 638,2 170,9 30,5 593,0 189,0 26,3
756,8 149,3 42,8 720,5 162,6 38,8 705,3 168,2 37,2 681,4 176,8 34,7 633,8 194,9 30,0
674,8 149,8 33,7 642,4 164,5 30,5 628,7 170,5 29,2 607,7 179,6 27,3 564,9 199,5 23,6
694,9 151,5 35,7 661,0 166,4 32,3 647,3 172,4 31,0 625,6 181,7 28,9 581,8 201,6 25,0
715,1 153,4 37,8 680,4 168,2 34,2 665,9 174,4 32,8 643,9 183,5 30,7 598,4 203,7 26,5
733,1 155,2 39,7 697,7 170,1 36,0 683,0 176,3 34,5 660,0 185,6 32,2 613,7 205,6 27,8
751,4 157,1 41,7 714,8 172,1 37,8 699,4 178,3 36,2 676,8 187,4 33,9 629,2 207,7 29,3
769,3 159,1 43,7 732,1 174,0 39,6 716,5 180,3 38,0 693,0 189,7 35,5 643,5 209,8 30,6
806,0 163,0 48,0 766,8 178,2 43,5 750,8 184,4 41,7 725,9 193,8 38,9 674,5 214,3 33,6
860,8 169,2 54,8 819,5 184,3 49,6 802,2 190,7 47,6 775,0 200,5 44,4 720,8 221,0 38,4
738,5 168,0 32,6 703,0 184,4 29,6 688,0 191,2 28,3 665,1 201,4 26,5 618,3 223,6 22,9
760,6 169,9 34,6 723,4 186,5 31,3 708,4 193,3 30,0 684,6 203,7 28,1 636,7 226,0 24,3
782,7 172,0 36,7 744,7 188,6 33,2 728,8 195,5 31,8 704,8 205,8 29,7 654,9 228,3 25,7
802,3 174,0 38,5 763,6 190,7 34,9 747,5 197,6 33,4 722,4 208,1 31,2 671,7 230,5 27,0
822,3 176,1 40,5 782,3 193,0 36,6 765,5 199,9 35,1 740,8 210,2 32,8 688,6 232,8 28,4
841,9 178,4 42,4 801,2 195,0 38,4 784,2 202,2 36,8 758,4 212,7 34,4 704,2 235,2 29,7
882,1 182,7 46,6 839,2 199,8 42,2 821,7 206,8 40,4 794,4 217,3 37,8 738,2 240,3 32,6
942,1 189,8 53,1 896,9 206,7 48,2 878,0 213,9 46,1 848,2 224,8 43,1 788,9 247,8 37,3
* Only Compressors.
SYSCREW 380-1260 AIR EVO HSE |
34
Model
380
440
510
590
660
730
9
10
12
15
7
8
5
6
9
10
12
15
7
8
5
6
9
10
12
15
7
8
5
6
9
10
12
15
7
8
5
6
8
9
10
12
15
15
5
6
7
7
8
5
6
9
10
12
LWT
°C
221,5
223,9
226,1
228,2
230,4
232,7
237,7
197,6
199,7
201,6
203,5
205,5
207,6
212,0
174,3
176,1
177,9
179,5
181,3
183,1
187,0
173,0
174,8
176,5
178,2
179,9
181,7
185,6
136,6
138,0
139,3
140,7
142,0
143,5
146,5
44
Input
Power
(*) kW
128,6
129,9
131,2
132,4
133,7
135,0
137,9
Pressure
Drop kPa
11,9
12,7
13,4
14,1
14,8
15,5
17,0
Cool kW
291,1
299,7
308,5
316,3
324,2
331,9
14,5
15,4
16,5
17,3
18,3
19,2
21,2
326,8
337,1
347,6
357,0
366,6
376,0
17,9
19,1
20,4
21,4
22,6
23,7
26,2
18,5
19,7
21,0
22,1
23,3
24,4
27,0
14,5
15,4
16,4
17,3
18,2
19,1
21,1
13,1
13,9
14,7
15,5
16,3
17,0
18,7
398,1
409,8
421,8
432,5
443,3
453,8
417,3
430,5
443,9
455,9
468,1
480,1
474,7
489,6
504,9
518,5
532,5
546,1
519,5
535,9
552,6
567,5
582,7
597,6
Cool kW
306,1
315,2
324,3
332,6
340,9
348,8
365,5
344,3
355,2
366,9
376,1
386,3
395,9
416,3
547,3
564,6
583,3
597,9
614,0
629,4
661,8
500,1
515,9
532,9
546,3
561,0
575,1
604,7
439,7
453,6
468,6
480,3
493,2
505,6
531,6
418,6
431,0
443,5
454,7
466,1
476,9
499,7
Condensing Air Temperature °C
46
Input
Power
(*) kW
136,3
137,7
139,0
140,3
141,6
143,0
Pressure
Drop kPa
10,8
11,4
12,1
12,7
13,4
14,0
Cool kW
274,5
283,7
294,7
297,6
49
Input
Power
(*) kW
143,5
145,1
146,1
146,8
Pressure
Drop kPa
9,6
10,2
11,1
11,3
Cool kW
144,4
145,9
147,3
148,7
150,0
151,5
183,4
185,3
187,0
188,8
190,5
192,5
184,3
186,2
188,0
189,7
191,5
193,4
208,9
211,1
213,1
215,1
217,1
219,3
234,3
236,7
238,9
241,2
243,4
245,9
13,1
13,9
14,8
15,6
16,5
17,3
11,9
12,6
13,3
14,0
14,7
15,4
13,0
13,9
14,7
15,5
16,4
17,2
16,7
17,7
18,8
19,9
21,0
22,0
16,2
17,2
18,3
19,3
20,3
21,4
306,2
316,8
329,7
333,8
375,4
387,9
402,9
406,9
391,0
404,5
421,0
426,3
444,8
460,1
478,9
484,8
486,8
503,6
524,1
530,6
151,5
153,2
154,2
154,9
193,2
195,2
196,6
197,5
193,4
195,5
196,8
197,7
219,3
221,6
223,2
224,2
245,8
248,5
250,2
251,4
11,5
12,3
13,3
13,6
10,5
11,3
12,1
12,4
11,4
12,2
13,3
13,6
14,6
15,6
17,0
17,4
14,2
15,2
16,4
16,9
51
Input
Power
(*) kW
Pressure
Drop kPa
* Only Compressors.
HT Version
35 | SYSCREW 380-1260 AIR EVO HSE
Cooling Capacities - SYSCREW AIR EVO HSE R513A (STD/HT)
Model
810
900
980
1060
1160
1260
10
12
15
8
9
6
7
10
12
15
5
8
9
6
7
9
10
12
15
5
7
8
5
6
8
9
10
12
15
15
5
6
7
7
8
5
6
9
10
12
9
10
12
15
7
8
5
6
LWT
°C
Condensing Air Temperature °C
Cool
25
Input
Power
(*)
Pressure
Drop
Cool
30
Input
Power
(*)
Pressure
Drop
Cool
32
Input
Power
(*)
Pressure
Drop
Cool
35
Input
Power
(*)
Pressure
Drop
Cool
40
Input
Power
(*)
Pressure
Drop kW kW kPa kW kW kPa kW kW kPa kW kW kPa kW kW kPa
815,9 185,4 39,8 776,7 203,6 36,1 760,1 211,0 34,6 734,8 222,3 32,3 683,1 246,8 27,9
840,3 187,5 42,3 799,2 205,9 38,2 782,7 213,3 36,7 756,4 224,8 34,2 703,5 249,4 29,6
864,7 189,8 44,8 822,7 208,1 40,5 805,2 215,8 38,8 778,6 227,1 36,3 723,6 252,0 31,3
886,4 192,1 47,0 843,6 210,4 42,6 825,9 218,1 40,8 798,1 229,6 38,1 742,1 254,4 33,0
908,5 194,3 49,4 864,3 213,0 44,7 845,7 220,6 42,8 818,4 231,9 40,1 760,8 257,0 34,6
930,2 196,9 51,8 885,2 215,3 46,9 866,4 223,2 44,9 837,9 234,7 42,0 778,0 259,6 36,2
974,5 201,7 56,9 927,1 220,5 51,5 907,8 228,2 49,3 877,7 239,8 46,1 815,6 265,2 39,8
1040,9 209,4 64,9 990,9 228,1 58,8 970,0 236,0 56,3 937,1 248,1 52,6 871,6 273,5 45,5
940,4 213,5 22,9 895,2 234,4 20,8 876,1 243,0 19,9 846,9 256,0 18,6 787,3 284,2 16,1
968,5 215,9 24,3 921,1 237,1 22,0 902,1 245,6 21,1 871,8 258,9 19,7 810,8 287,2 17,0
996,6 218,5 25,8 948,2 239,7 23,3 928,1 248,5 22,3 897,4 261,5 20,9 834,0 290,2 18,0
1021,6 221,2 27,1 972,3 242,3 24,5 951,9 251,2 23,5 919,9 264,5 21,9 855,3 292,9 19,0
1047,1 223,8 28,4 996,2 245,2 25,7 974,7 254,1 24,6 943,2 267,1 23,1 876,8 295,9 19,9
1072,1 226,7 29,8 1020,3 247,9 27,0 998,5 257,0 25,9 965,7 270,3 24,2 896,7 298,9 20,8
1123,2 232,2 32,7 1068,6 254,0 29,6 1046,3 262,8 28,4 1011,6 276,1 26,5 940,0 305,4 22,9
1199,7 241,2 37,3 1142,1 262,7 33,8 1118,0 271,8 32,4 1080,1 285,7 30,2 1004,6 314,9 26,2
1031,2 237,0 26,2 981,6 260,2 23,7 960,7 269,7 22,7 928,7 284,1 21,2 863,3 315,5 18,3
1062,0 239,6 27,7 1010,1 263,1 25,1 989,2 272,6 24,1 956,0 287,3 22,5 889,1 318,8 19,4
1092,9 242,6 29,4 1039,8 266,0 26,6 1017,7 275,8 25,5 984,1 290,3 23,8 914,5 322,1 20,6
1120,3 245,5 30,9 1066,2 269,0 28,0 1043,8 278,8 26,8 1008,7 293,5 25,0 937,9 325,1 21,6
1148,2 248,4 32,4 1092,4 272,2 29,4 1068,9 282,0 28,1 1034,3 296,5 26,3 961,5 328,4 22,7
1175,6 251,6 34,0 1118,8 275,1 30,8 1095,0 285,2 29,5 1059,0 300,0 27,6 983,3 331,7 23,8
1231,7 257,7 37,3 1171,8 281,9 33,8 1147,4 291,7 32,4 1109,3 306,5 30,3 1030,8 339,0 26,1
1315,5 267,7 42,6 1252,4 291,6 38,6 1225,9 301,7 37,0 1184,4 317,1 34,5 1101,6 349,5 29,9
1098,2 242,3 29,7 1045,4 265,9 26,9 1023,1 275,6 25,8 989,0 290,4 24,1 919,4 322,5 20,8
1131,0 244,9 31,5 1075,7 268,9 28,5 1053,5 278,6 27,3 1018,1 293,7 25,5 946,9 325,9 22,1
1163,9 247,9 33,3 1107,3 271,9 30,2 1083,8 281,9 28,9 1048,0 296,7 27,0 973,9 329,2 23,3
1193,0 250,9 35,0 1135,5 274,9 31,7 1111,6 284,9 30,4 1074,2 300,0 28,4 998,8 332,3 24,5
1222,8 253,9 36,8 1163,4 278,2 33,3 1138,3 288,2 31,9 1101,5 303,0 29,8 1024,0 335,7 25,8
1252,0 257,2 38,6 1191,5 281,2 34,9 1166,1 291,6 33,5 1127,8 306,6 31,3 1047,2 339,1 27,0
1311,7 263,5 42,3 1247,9 288,1 38,3 1221,9 298,2 36,7 1181,3 313,3 34,3 1097,8 346,5 29,6
1401,0 273,6 48,3 1333,8 298,0 43,8 1305,6 308,4 41,9 1261,3 324,1 39,1 1173,2 357,3 33,9
1209,9 270,6 35,7 1151,8 297,1 32,3 1127,3 307,9 31,0 1089,7 324,4 28,9 1012,9 360,2 25,0
1246,1 273,6 37,9 1185,2 300,4 34,2 1160,7 311,3 32,8 1121,7 328,1 30,7 1043,2 364,0 26,5
1282,3 277,0 40,1 1220,0 303,8 36,3 1194,1 315,0 34,8 1154,6 331,5 32,5 1073,0 367,8 28,1
1314,4 280,3 42,1 1251,0 307,1 38,2 1224,7 318,3 36,6 1183,5 335,2 34,2 1100,5 371,2 29,5
1347,3 283,6 44,3 1281,7 310,8 40,1 1254,1 322,0 38,3 1213,6 338,5 35,9 1128,2 375,0 31,0
1379,4 287,3 46,4 1312,7 314,2 42,0 1284,8 325,7 40,2 1242,5 342,6 37,6 1153,8 378,8 32,5
1445,2 294,3 50,9 1374,9 321,9 46,1 1346,2 333,1 44,2 1301,5 349,9 41,3 1209,5 387,1 35,7
1543,5 305,7 58,1 1469,5 332,9 52,6 1438,4 344,5 50,4 1389,7 362,0 47,1 1292,5 399,1 40,7
1300,5 301,3 41,2 1238,1 330,8 37,4 1211,7 342,8 35,8 1171,3 361,2 33,4 1088,8 401,1 28,9
1339,4 304,7 43,7 1274,0 334,5 39,6 1247,6 346,6 37,9 1205,7 365,3 35,4 1121,4 405,3 30,7
1378,3 308,4 46,3 1311,4 338,2 41,9 1283,5 350,7 40,2 1241,1 369,0 37,6 1153,4 409,5 32,4
1412,9 312,1 48,7 1344,7 341,9 44,1 1316,4 354,4 42,3 1272,2 373,2 39,5 1135,6 382,3 31,4
1448,2 315,8 51,1 1377,7 346,1 46,3 1348,1 358,5 44,3 1304,5 376,9 41,5 1164,2 386,2 33,0
1482,7 319,9 53,6 1411,0 349,8 48,5 1381,0 362,6 46,5 1335,6 381,4 43,5 1190,6 390,1 34,6
1553,4 327,7 58,8 1477,9 358,4 53,2 1447,1 370,8 51,1 1399,0 389,6 47,7 1248,1 398,6 38,0
1659,1 340,3 67,1 1579,6 370,7 60,8 1546,2 383,5 58,3 1493,8 403,1 54,4 1333,8 411,0 43,4
* Only Compressors.
SYSCREW 380-1260 AIR EVO HSE |
36
Model
810
900
980
1060
1160
1260
9
10
12
15
7
8
5
6
9
10
12
15
7
8
5
6
9
10
12
15
7
8
5
6
9
10
12
15
7
8
5
6
8
9
10
12
15
15
5
6
7
7
8
5
6
9
10
12
LWT
°C
365,3
369,1
372,8
376,3
379,9
383,8
391,9
356,8
360,6
364,2
367,6
371,1
374,9
382,8
319,4
322,8
326,0
329,0
332,2
335,6
342,7
312,5
315,8
318,9
321,9
325,0
328,3
335,3
281,6
284,5
287,3
290,0
292,8
295,8
302,1
44
Input
Power
(*) kW
244,5
247,1
249,5
251,8
254,3
256,9
262,3
Pressure
Drop kPa
21,9
23,3
24,9
26,1
27,5
28,9
32,0
Cool kW
574,0
592,0
610,5
627,0
643,8
660,3
12,6
13,4
14,3
15,0
15,8
16,7
18,4
661,6
682,3
703,6
722,7
742,0
761,0
20,7
22,1
23,6
24,8
26,1
27,4
30,4
19,6
20,9
22,3
23,4
24,7
25,9
28,7
16,3
17,3
18,5
19,4
20,5
21,5
23,8
14,4
15,3
16,3
17,1
18,1
19,0
21,0
725,4
748,2
771,5
792,4
813,7
834,5
772,6
796,8
821,7
843,9
866,6
888,7
851,2
877,9
905,3
929,8
954,7
979,2
875,4
903,0
931,2
956,5
982,3
1007,5
Cool kW
604,7
623,8
644,4
660,6
678,4
695,3
731,2
697,0
719,0
742,7
761,3
781,8
801,4
842,7
896,7
925,1
955,6
979,6
1006,0
1031,1
1084,3
922,4
951,6
983,2
1007,8
1035,1
1061,1
1115,9
813,9
839,7
867,4
889,1
913,1
935,9
984,1
764,3
788,4
814,5
834,9
857,3
878,8
924,1
Condensing Air Temperature °C
46
Input
Power
(*) kW
258,5
261,2
263,7
266,2
268,7
271,4
Pressure
Drop kPa
19,7
21,0
22,3
23,5
24,8
26,1
Cool kW
537,8
556,3
579,1
586,2
49
Input
Power
(*) kW
271,3
274,3
276,2
277,4
Pressure
Drop kPa
17,3
18,5
20,1
20,6
Cool kW
297,7
300,8
303,7
306,5
309,4
312,5
330,4
333,9
337,0
340,2
343,4
346,8
337,8
341,3
344,5
347,8
351,0
354,5
377,3
381,3
384,9
388,5
392,1
396,0
386,2
390,2
393,9
397,6
401,3
405,3
11,3
12,1
12,8
13,5
14,3
15,0
12,9
13,8
14,6
15,4
16,3
17,1
14,7
15,6
16,6
17,5
18,5
19,4
17,7
18,8
20,0
21,1
22,2
23,4
18,7
19,9
21,1
22,3
23,5
24,7
619,8
641,2
667,4
675,7
679,7
703,1
731,8
740,9
723,9
748,8
779,4
789,1
797,5
825,0
858,7
869,3
820,0
848,3
883,1
894,1
312,5
315,8
318,0
319,5
346,8
350,5
353,0
354,6
354,5
358,3
360,8
362,4
396,0
400,3
403,0
404,9
405,1
409,5
412,4
414,3
10,0
10,7
11,5
11,8
11,4
12,2
13,2
13,5
12,9
13,8
14,9
15,3
15,5
16,6
18,0
18,4
16,4
17,5
19,0
19,5
51
Input
Power
(*) kW
Pressure
Drop kPa
* Only Compressors.
HT Version
10
12
15
8
9
6
7
10
12
15
5
8
9
6
7
9
10
12
15
5
7
8
5
6
8
9
10
12
15
15
5
6
7
7
8
5
6
9
10
12
9
10
12
15
7
8
5
6
37 | SYSCREW 380-1260 AIR EVO HSE
Cooling Capacities - SYSCREW AIR EVO HSE S R134a
Model
380
440
510
590
660
730
LWT
°C Cool kW
751,2
773,0
792,4
812,2
831,5
871,2
930,5
684,4
704,3
721,9
740,0
757,6
793,8
847,8
729,4
584,6
602,1
619,6
635,1
651,0
666,5
698,3
745,8
664,5
480,7
458,7
472,4
486,2
498,3
510,8
523,0
547,9
585,2
376,8
388,1
399,3
409,3
419,6
429,6
450,1
517,2
532,7
548,2
561,9
576,0
589,7
617,8
659,9
Pressure
Drop kPa
33,8
35,8
37,6
39,5
41,4
45,4
51,8
34,6
36,7
38,5
40,5
42,4
46,6
53,1
31,8
25,6
27,1
28,7
30,2
31,7
33,2
36,5
41,6
32,6
29,4
25,8
27,3
28,9
30,4
31,9
33,5
36,8
41,9
18,1
19,2
20,3
21,3
22,4
23,5
25,8
20,0
21,2
22,5
23,6
24,8
26,0
28,6
32,6
25
Input
Power
(*) kW
171,7
173,8
175,9
178,0
180,3
184,7
191,8
154,0
155,9
157,8
159,7
161,7
165,7
172,1
169,8
134,4
135,9
137,6
139,2
140,9
142,7
146,2
151,8
152,4
104,3
105,3
106,5
107,8
109,1
110,4
111,8
114,5
118,9
92,4
93,4
94,5
95,7
96,8
98,1
100,5
123,6
125,0
126,5
128,0
129,6
131,2
134,4
139,6
Cool kW
714,4
735,4
754,1
772,7
791,3
828,8
885,8
651,0
670,1
687,1
704,0
721,0
755,1
807,1
694,3
556,5
572,7
589,5
604,5
619,3
634,3
664,3
710,1
632,6
457,6
436,7
449,3
462,5
474,3
486,0
497,7
521,3
557,1
358,7
369,1
379,9
389,6
399,2
408,8
428,2
492,4
506,7
521,6
534,8
548,0
561,2
587,8
628,2
Condensing Air Temperature °C
30
Input
Power
(*) kW
188,6
190,7
192,8
195,1
197,2
202,0
208,9
169,1
171,0
172,9
175,0
176,9
181,2
187,4
186,4
147,5
149,2
150,9
152,5
154,4
156,0
159,9
165,3
167,2
113,6
115,6
116,9
118,2
119,5
120,9
122,2
125,2
129,5
101,4
102,5
103,7
104,8
106,1
107,2
109,9
135,7
137,2
138,7
140,3
142,0
143,5
147,0
152,1
Pressure
Drop
Cool kPa
30,6
32,4
34,0
35,7
37,5
41,1
47,0
31,3
33,2
34,9
36,6
38,4
42,2
48,2
28,9
23,2
24,5
26,0
27,3
28,7
30,1
33,0
37,7
29,6
26,7
23,3
24,7
26,2
27,5
28,9
30,3
33,3
38,0
16,4
17,3
18,4
19,3
20,3
21,3
23,3
18,1
19,2
20,3
21,4
22,5
23,6
25,8
29,5 kW
699,7
719,8
738,3
756,0
774,5
811,5
867,1
637,5
655,8
672,7
688,8
705,6
739,4
790,1
679,5
544,7
560,8
577,0
591,8
606,0
620,8
650,5
695,0
619,1
448,0
427,4
440,0
452,7
464,3
475,5
487,1
510,4
545,4
351,0
361,4
371,9
381,4
390,6
400,1
419,2
481,9
496,2
510,5
523,6
536,2
549,2
575,5
614,9
32
Input
Power
(*) kW
195,4
197,7
199,8
202,1
204,4
209,0
216,2
175,2
177,3
179,2
181,3
183,4
187,5
193,9
193,2
152,9
154,6
156,4
158,1
159,9
161,8
165,4
171,1
173,3
117,6
119,8
121,1
122,5
123,9
125,3
126,7
129,6
134,0
105,1
106,2
107,5
108,6
109,9
111,2
113,7
140,6
142,2
143,9
145,4
147,1
148,8
152,1
157,3
Pressure
Drop kPa
29,3
31,0
32,6
34,2
35,9
39,4
45,0
30,0
31,8
33,4
35,1
36,8
40,4
46,1
27,6
22,2
23,5
24,9
26,2
27,5
28,8
31,6
36,1
28,3
25,5
22,4
23,7
25,1
26,4
27,7
29,0
31,9
36,4
15,7
16,6
17,6
18,5
19,4
20,4
22,4
17,4
18,4
19,5
20,5
21,5
22,6
24,8
28,3
Cool kW
676,2
696,0
713,5
731,6
749,0
784,6
837,7
616,1
634,2
650,0
666,6
682,4
714,9
763,3
656,9
526,5
542,0
557,9
571,9
586,4
600,4
628,9
671,5
598,5
432,8
413,1
425,3
437,8
448,7
460,1
471,1
493,5
526,9
339,3
349,3
359,6
368,6
377,9
386,9
405,3
465,8
479,5
493,6
506,0
518,8
531,2
556,4
594,1
Pressure
Drop kPa
27,4
29,0
30,5
32,0
33,6
36,8
42,0
28,1
29,7
31,2
32,8
34,4
37,8
43,1
25,8
20,7
22,0
23,3
24,5
25,7
27,0
29,6
33,7
26,5
23,8
20,9
22,1
23,5
24,6
25,9
27,2
29,8
34,0
14,7
15,5
16,5
17,3
18,2
19,1
20,9
16,2
17,2
18,2
19,1
20,1
21,1
23,2
26,4
35
Input
Power
(*) kW
205,9
208,0
210,3
212,5
215,0
219,6
227,2
184,7
186,6
188,7
190,6
192,8
197,0
203,8
203,6
161,1
163,0
164,6
166,5
168,1
170,1
173,8
179,8
182,6
123,6
126,2
127,7
129,0
130,4
131,7
133,3
136,2
140,9
110,7
112,0
113,1
114,4
115,5
116,9
119,4
148,2
149,9
151,4
153,1
154,6
156,5
159,8
165,4
* Only Compressors.
SYSCREW 380-1260 AIR EVO HSE |
38
9
10
12
15
7
8
5
6
9
10
12
15
7
8
5
6
9
10
12
15
7
8
5
6
9
10
12
15
7
8
5
6
8
9
10
12
15
15
5
6
7
7
8
5
6
9
10
12
Model
LWT
°C
380
440
510
590
660
730
Cool kW
610,6
628,9
646,8
663,4
680,1
695,5
729,1
779,2
556,3
573,0
589,3
604,4
619,6
633,7
664,3
709,9
489,4
504,1
518,5
531,7
545,1
557,5
584,4
624,5
433,0
446,0
458,7
470,5
482,3
493,2
517,1
552,6
402,5
384,0
395,5
406,8
417,2
427,7
437,4
458,6
490,1
315,4
324,9
334,2
342,7
351,3
359,3
376,7
40
Input
Power (*) kW
226,1
228,5
230,8
233,0
235,4
237,7
242,9
250,5
202,8
204,9
207,1
209,0
211,1
213,3
217,9
224,7
178,9
180,8
182,7
184,4
186,3
188,1
192,2
198,2
164,5
166,3
168,0
169,6
171,3
173,0
176,8
182,3
136,2
140,2
141,6
143,1
144,4
145,9
147,4
150,6
155,3
123,0
124,2
125,5
126,7
128,0
129,3
132,1
Pressure
Drop kPa
22,3
23,7
25,0
26,3
27,7
29,0
31,8
36,3
22,9
24,3
25,7
27,0
28,4
29,7
32,6
37,3
17,9
19,0
20,1
21,1
22,2
23,2
25,5
29,2
14,0
14,9
15,7
16,6
17,4
18,2
20,0
22,8
20,6
18,1
19,2
20,3
21,3
22,4
23,4
25,7
29,4
12,7
13,4
14,2
15,0
15,7
16,4
18,1
Condensing Air Temperature °C
44
Cool kW
300,7
309,7
318,6
326,7
Input
Power (*) kW
130,8
132,2
133,5
134,7
Pressure
Drop kPa
11,5
12,2
12,9
13,6
340,0
350,7
362,3
371,4
412,8
425,1
437,4
448,5
433,3
447,0
461,7
473,3
492,5
508,1
524,9
538,0
540,6
557,7
576,1
590,5
138,8
140,3
141,7
143,0
175,0
176,9
178,6
180,3
177,2
179,1
180,9
182,6
200,9
203,0
205,0
206,9
224,0
226,3
228,5
230,7
14,2
15,1
16,1
16,9
12,7
13,5
14,3
15,0
14,0
14,9
15,9
16,8
17,9
19,1
20,4
21,4
17,5
18,6
19,9
20,9
Cool kW
46
Input
Power (*) kW
Pressure
Drop kPa
* Only Compressors.
39 | SYSCREW 380-1260 AIR EVO HSE
Cooling Capacities - SYSCREW AIR EVO HSE S R134a
Model
810
900
980
1060
1160
1260
10
12
15
8
9
6
7
10
12
15
5
8
9
6
7
9
10
12
15
5
7
8
5
6
8
9
10
12
15
15
5
6
7
7
8
5
6
9
10
12
9
10
12
15
7
8
5
6
LWT
°C Cool kW
1230,1
1265,9
1297,6
1330,0
1361,7
1426,7
1523,8
1281,9
1320,2
1358,5
1392,6
1427,4
1461,4
1531,1
1635,3
1085,3
1117,7
1150,2
1179,0
1208,5
1237,3
1296,3
1384,5
1194,4
1027,7
927,0
954,8
982,5
1007,1
1032,3
1056,9
1107,3
1182,7
805,6
829,7
853,8
875,2
897,1
918,5
962,3
1018,2
1048,7
1079,1
1106,2
1133,8
1160,8
1216,2
1299,0
Pressure
Drop kPa
42,5
45,0
47,3
49,7
52,1
57,2
65,2
36,9
39,1
41,1
43,1
45,2
49,6
56,6
40,1
29,0
30,7
32,5
34,2
35,9
37,7
41,3
47,2
34,8
63,2
22,3
23,6
25,0
26,3
27,6
29,0
31,8
36,3
38,9
41,2
43,6
45,9
48,2
50,5
55,4
25,5
27,1
28,6
30,1
31,6
33,1
36,4
41,5
Cool kW
1170,0
1204,4
1235,0
1265,3
1295,9
1357,3
1450,7
1220,3
1255,7
1292,5
1325,4
1358,0
1390,8
1456,6
1556,9
1033,1
1063,1
1094,3
1122,1
1149,7
1177,5
1233,2
1318,1
1137,0
978,5
882,5
908,1
934,8
958,5
982,1
1005,8
1053,4
1125,9
766,9
789,1
812,3
833,0
853,4
874,1
915,5
969,3
997,4
1026,7
1052,8
1078,7
1104,7
1157,1
1236,7
25
Input
Power
(*) kW
310,3
314,1
317,9
321,7
325,8
333,8
346,6
277,0
280,4
283,8
287,1
290,9
297,9
309,4
306,9
244,8
247,6
250,6
253,6
256,6
259,9
266,3
276,5
274,0
211,7
216,5
218,9
221,6
224,3
226,9
229,9
235,5
244,6
187,4
189,5
191,8
194,1
196,4
199,0
203,8
239,6
242,3
245,3
248,2
251,2
254,4
260,6
270,7
Condensing Air Temperature °C
30
Input
Power
(*) kW
340,7
344,5
348,3
352,5
356,3
365,0
377,5
304,1
307,5
310,9
314,6
318,0
325,8
337,0
336,9
268,8
271,8
274,8
277,9
281,2
284,2
291,2
301,2
300,7
230,5
237,7
240,4
243,0
245,7
248,7
251,4
257,5
266,4
205,7
208,0
210,4
212,7
215,2
217,6
222,9
263,1
266,0
269,0
272,0
275,2
278,2
285,0
294,8
Pressure
Drop
Cool kPa
38,4
40,7
42,8
45,0
47,2
51,7
59,1
33,4
35,4
37,2
39,0
40,9
44,9
51,3
36,3
26,3
27,8
29,5
31,0
32,5
34,1
37,4
42,7
31,5
57,3
20,2
21,4
22,7
23,8
25,0
26,2
28,8
32,9
35,2
37,3
39,5
41,5
43,6
45,7
50,2
23,1
24,5
25,9
27,3
28,6
30,0
32,9
37,6 kW
1145,8
1178,8
1209,0
1238,1
1268,3
1329,0
1420,0
1194,3
1229,7
1265,1
1297,5
1328,7
1361,2
1426,3
1524,0
1011,1
1041,1
1071,1
1098,5
1124,9
1152,4
1207,5
1290,3
1112,8
957,8
863,7
889,3
914,9
938,4
960,9
984,4
1031,5
1102,1
750,6
772,8
795,1
815,5
835,1
855,5
896,4
948,7
976,8
1004,9
1030,7
1055,4
1081,2
1132,9
1210,5
32
Input
Power
(*) kW
353,0
357,2
361,0
365,2
369,3
377,7
390,6
315,1
318,8
322,2
326,0
329,7
337,2
348,7
349,2
278,6
281,6
285,0
288,0
291,3
294,7
301,3
311,7
311,7
238,6
246,4
249,0
252,0
254,7
257,6
260,6
266,5
275,6
213,2
215,6
218,1
220,4
223,0
225,5
230,7
272,7
275,6
278,9
281,9
285,1
288,4
294,9
305,0
Pressure
Drop kPa
36,9
39,0
41,0
43,0
45,2
49,6
56,6
32,0
33,9
35,6
37,4
39,2
43,1
49,2
34,8
25,2
26,7
28,2
29,7
31,1
32,7
35,9
41,0
30,2
54,9
19,3
20,5
21,7
22,8
23,9
25,1
27,6
31,5
33,7
35,8
37,8
39,8
41,7
43,8
48,1
22,1
23,5
24,8
26,1
27,4
28,8
31,6
36,0
Cool kW
1107,3
1139,8
1168,4
1198,1
1226,6
1284,9
1371,9
1154,5
1188,4
1223,3
1253,9
1285,8
1316,4
1378,9
1472,3
977,4
1006,1
1035,7
1061,6
1088,6
1114,5
1167,5
1246,5
1075,7
925,3
834,9
859,4
884,7
906,8
929,9
952,0
997,2
1064,8
917,0
944,0
971,7
996,0
1021,3
1045,7
1095,3
1169,5
725,5
746,9
768,8
788,0
808,1
827,3
866,6
Pressure
Drop kPa
34,4
36,5
38,3
40,3
42,2
46,4
52,8
29,9
31,7
33,3
35,0
36,7
40,2
45,9
32,5
23,5
24,9
26,4
27,7
29,2
30,6
33,5
38,2
28,2
51,3
18,1
19,1
20,3
21,3
22,4
23,5
25,8
29,4
31,5
33,4
35,4
37,2
39,1
41,0
45,0
20,7
21,9
23,2
24,4
25,7
26,9
29,5
33,6
35
Input
Power
(*) kW
372,1
375,9
380,1
383,9
388,5
396,8
410,6
332,1
335,5
339,3
342,7
346,8
354,3
366,5
367,9
293,5
296,8
299,9
303,2
306,3
309,9
316,6
327,6
328,4
250,7
259,5
262,5
265,2
268,1
270,8
274,1
280,0
289,7
224,6
227,2
229,5
232,1
234,4
237,2
242,3
287,3
290,5
293,5
296,8
299,8
303,3
309,9
320,6
* Only Compressors.
SYSCREW 380-1260 AIR EVO HSE |
40
9
10
12
15
7
8
5
6
9
10
12
15
7
8
5
6
9
10
12
15
7
8
5
6
9
10
12
15
7
8
5
6
8
9
10
12
15
15
5
6
7
7
8
5
6
9
10
12
Model
LWT
°C
810
900
980
1060
1160
1260
40
Input
Power (*) kW
408,5
412,8
417,1
389,4
393,4
397,4
406,0
418,7
364,7
368,5
372,3
375,8
379,6
383,5
391,8
404,0
325,9
329,3
332,8
335,9
339,3
342,7
350,2
361,1
319,0
322,3
325,7
328,7
332,1
335,4
342,7
353,4
276,4
288,2
291,2
294,3
297,0
300,1
303,1
309,7
319,3
249,5
252,1
254,7
257,1
259,7
262,3
268,0
Pressure
Drop kPa
28,1
29,8
31,5
30,5
32,1
33,6
36,9
42,1
24,4
25,9
27,4
28,8
30,2
31,6
34,8
39,7
20,3
21,5
22,8
24,0
25,2
26,3
29,0
33,1
17,9
19,0
20,1
21,1
22,2
23,2
25,5
29,1
44,3
15,6
16,6
17,5
18,4
19,4
20,3
22,3
25,4
27,2
28,9
30,6
32,1
33,8
35,3
38,8
Cool kW
1073,2
1105,2
1136,8
1119,3
1147,4
1173,5
1230,2
1314,6
1000,0
1029,9
1059,3
1086,4
1113,7
1139,0
1194,0
1276,0
908,6
935,7
962,5
987,1
1011,9
1034,9
1084,9
1159,4
852,5
877,9
903,0
926,1
949,4
971,0
1017,9
1087,8
860,6
776,1
799,3
822,2
843,2
864,4
884,0
926,7
990,4
674,5
694,6
714,5
732,7
751,2
768,2
805,3
Condensing Air Temperature °C
44
Cool kW
597,1
616,0
636,3
652,2
Input
Power (*) kW
247,1
249,7
252,2
254,5
Pressure
Drop kPa
21,3
22,7
24,2
25,5
687,1
708,8
732,2
750,6
754,7
778,5
804,2
824,4
804,4
829,8
857,2
878,7
885,3
913,2
943,4
967,0
909,1
938,0
969,1
993,4
285,5
288,5
291,3
294,1
316,0
319,3
322,5
325,5
322,8
326,2
329,5
332,5
361,2
365,0
368,6
372,1
372,1
376,0
379,7
383,3
12,2
13,0
13,9
14,6
14,0
14,9
15,9
16,7
15,9
16,9
18,1
19,0
19,1
20,3
21,7
22,8
20,2
21,4
22,9
24,1
Cool kW
46
Input
Power (*) kW
Pressure
Drop kPa
* Only Compressors.
10
12
15
8
9
6
7
10
12
15
5
8
9
6
7
9
10
12
15
5
7
8
5
6
8
9
10
12
15
15
5
6
7
7
8
5
6
9
10
12
9
10
12
15
7
8
5
6
41 | SYSCREW 380-1260 AIR EVO HSE
Cooling Capacities - SYSCREW AIR EVO HSE S R513A
Model
380
440
510
590
660
730
LWT
°C Cool kW
758,7
780,7
800,3
820,3
839,8
879,9
939,7
691,2
711,3
729,1
747,4
765,2
801,7
856,2
736,6
590,4
608,1
625,8
641,5
657,5
673,1
705,3
753,3
671,2
485,5
463,3
477,2
491,0
503,3
515,9
528,2
553,4
591,0
380,6
391,9
403,3
413,4
423,8
433,9
454,6
522,4
538,0
553,7
567,5
581,7
595,6
624,0
666,5
Pressure
Drop kPa
34,5
36,5
38,3
40,3
42,2
46,3
52,9
35,3
37,4
39,3
41,3
43,3
47,5
54,2
32,5
26,1
27,7
29,3
30,8
32,3
33,9
37,2
42,4
33,3
30,0
26,3
27,9
29,5
31,0
32,6
34,2
37,5
42,8
18,4
19,6
20,7
21,8
22,9
24,0
26,3
20,4
21,7
22,9
24,1
25,3
26,5
29,1
33,2
25
Input
Power
(*) kW
177,6
179,8
181,9
184,1
186,5
191,0
198,4
159,4
161,3
163,2
165,2
167,3
171,4
178,0
175,7
139,0
140,6
142,3
144,0
145,7
147,6
151,2
157,0
157,6
107,9
108,9
110,1
111,5
112,8
114,2
115,7
118,5
123,0
95,5
96,6
97,8
99,0
100,1
101,4
103,9
127,8
129,3
130,8
132,4
134,0
135,7
139,0
144,4
Cool kW
721,6
742,8
761,6
780,4
799,2
837,1
894,7
657,4
676,8
693,9
711,0
728,2
762,7
815,2
701,2
562,1
578,4
595,4
610,5
625,5
640,6
671,0
717,1
638,9
462,2
441,0
453,8
467,2
479,0
490,8
502,7
526,5
562,7
362,3
372,8
383,7
393,5
403,1
412,9
432,4
497,3
511,7
526,8
540,1
553,4
566,8
593,6
634,5
Condensing Air Temperature °C
30
Input
Power
(*) kW
195,0
197,2
199,4
201,8
203,9
208,9
216,1
175,0
176,9
178,9
181,0
183,0
187,5
193,9
192,8
152,6
154,4
156,1
157,8
159,7
161,4
165,4
171,0
173,0
117,5
119,6
120,9
122,3
123,6
125,1
126,5
129,6
134,0
104,9
106,1
107,2
108,4
109,7
110,9
113,6
140,3
141,9
143,5
145,1
146,8
148,4
152,0
157,3
Pressure
Drop
Cool kPa
31,2
33,0
34,7
36,5
38,2
41,9
47,9
32,0
33,9
35,6
37,4
39,2
43,0
49,1
29,4
23,6
25,0
26,5
27,9
29,3
30,7
33,7
38,5
30,2
27,2
23,8
25,2
26,7
28,1
29,5
30,9
33,9
38,8
16,7
17,7
18,7
19,7
20,7
21,7
23,8
18,5
19,6
20,8
21,8
22,9
24,0
26,4
30,1 kW
706,6
727,0
745,6
763,6
782,2
819,6
875,8
643,8
662,4
679,4
695,7
712,7
746,8
797,9
686,3
550,1
566,4
582,7
597,7
612,0
627,0
657,0
702,0
625,3
452,4
431,6
444,4
457,2
469,0
480,2
492,0
515,5
550,8
354,6
365,1
375,6
385,2
394,5
404,1
423,4
486,7
501,1
515,6
528,8
541,5
554,7
581,3
621,1
32
Input
Power
(*) kW
202,0
204,4
206,6
209,0
211,4
216,2
223,6
181,3
183,4
185,4
187,5
189,7
194,0
200,6
199,9
158,2
159,9
161,8
163,5
165,4
167,3
171,1
177,0
179,3
121,6
124,0
125,3
126,8
128,1
129,6
131,1
134,1
138,7
108,7
109,9
111,2
112,4
113,7
115,0
117,6
145,5
147,0
148,8
150,4
152,1
153,8
157,3
162,7
Pressure
Drop kPa
29,9
31,6
33,3
34,9
36,6
40,2
45,9
30,6
32,4
34,1
35,8
37,5
41,2
47,1
28,2
22,6
24,0
25,4
26,7
28,0
29,4
32,3
36,9
28,9
26,1
22,8
24,2
25,6
26,9
28,2
29,6
32,5
37,1
16,0
17,0
18,0
18,9
19,8
20,8
22,8
17,7
18,8
19,9
20,9
21,9
23,0
25,3
28,9
Cool kW
682,9
703,0
720,6
738,9
756,5
792,4
846,1
622,2
640,5
656,5
673,2
689,2
722,0
770,9
663,4
531,8
547,4
563,5
577,6
592,3
606,4
635,2
678,2
604,5
437,1
417,3
429,5
442,1
453,2
464,7
475,8
498,4
532,1
342,7
352,8
363,2
372,3
381,7
390,8
409,4
470,5
484,3
498,5
511,0
524,0
536,5
562,0
600,0
Pressure
Drop kPa
27,9
29,6
31,1
32,7
34,3
37,6
42,9
28,6
30,3
31,9
33,5
35,1
38,5
43,9
26,3
21,2
22,4
23,7
25,0
26,2
27,5
30,2
34,4
27,0
24,3
21,3
22,6
23,9
25,1
26,4
27,7
30,4
34,7
15,0
15,8
16,8
17,6
18,6
19,4
21,3
16,6
17,5
18,6
19,5
20,5
21,5
23,6
26,9
35
Input
Power
(*) kW
213,0
215,1
217,6
219,7
222,4
227,2
235,0
191,1
193,0
195,2
197,1
199,5
203,8
210,9
210,6
166,7
168,6
170,3
172,2
173,9
176,0
179,8
186,0
188,9
127,8
130,6
132,1
133,4
134,9
136,3
137,9
140,9
145,7
114,5
115,8
117,0
118,3
119,5
120,9
123,5
153,2
155,0
156,6
158,3
159,9
161,8
165,3
171,0
* Only Compressors.
SYSCREW 380-1260 AIR EVO HSE |
42
9
10
12
15
7
8
5
6
9
10
12
15
7
8
5
6
9
10
12
15
7
8
5
6
9
10
12
15
7
8
5
6
8
9
10
12
15
15
5
6
7
7
8
5
6
9
10
12
Model
LWT
°C
380
440
510
590
660
730
Cool kW
616,7
635,1
653,3
670,0
686,9
702,4
736,4
786,9
561,9
578,7
595,2
610,4
625,8
640,0
670,9
717,0
494,3
509,1
523,6
537,0
550,6
563,0
590,2
630,8
437,4
450,4
463,3
475,1
487,1
498,2
522,2
558,1
406,5
387,9
399,5
410,9
421,4
432,0
441,8
463,1
494,9
318,6
328,1
337,5
346,1
354,8
362,9
380,4
40
Input
Power (*) kW
233,8
236,3
238,7
241,0
243,4
245,9
251,2
259,1
209,8
212,0
214,2
216,2
218,4
220,6
225,4
232,4
185,1
187,0
189,0
190,7
192,7
194,6
198,9
205,1
170,2
172,0
173,7
175,4
177,2
178,9
182,8
188,5
140,9
145,0
146,5
148,1
149,4
151,0
152,5
155,8
160,7
127,2
128,5
129,8
131,1
132,4
133,7
136,6
Pressure
Drop kPa
22,8
24,1
25,5
26,9
28,2
29,5
32,5
37,1
23,3
24,8
26,2
27,5
29,0
30,3
33,3
38,0
18,3
19,4
20,5
21,6
22,7
23,7
26,1
29,8
14,3
15,2
16,1
16,9
17,7
18,6
20,4
23,3
21,0
18,4
19,5
20,7
21,7
22,8
23,9
26,3
30,0
12,9
13,7
14,5
15,3
16,0
16,8
18,4
Condensing Air Temperature °C
44
Cool kW
303,7
312,8
321,8
330,0
Input
Power (*) kW
135,3
136,7
138,1
139,4
Pressure
Drop kPa
11,7
12,5
13,2
13,9
343,4
354,2
365,9
375,1
416,9
429,3
441,7
453,0
437,6
451,5
466,4
478,0
497,4
513,2
530,1
543,4
546,0
563,2
581,8
596,4
143,6
145,1
146,6
148,0
181,0
182,9
184,7
186,5
183,3
185,3
187,1
188,8
207,8
210,0
212,1
214,1
231,6
234,1
236,4
238,6
14,4
15,4
16,4
17,2
13,0
13,8
14,6
15,3
14,3
15,2
16,3
17,1
18,3
19,5
20,8
21,8
17,8
19,0
20,3
21,3
Cool kW
46
Input
Power (*) kW
Pressure
Drop kPa
* Only Compressors.
43 | SYSCREW 380-1260 AIR EVO HSE
Cooling Capacities - SYSCREW AIR EVO HSE S R513A
Model
810
900
980
1060
1160
1260
10
12
15
8
9
6
7
10
12
15
5
8
9
6
7
9
10
12
15
5
7
8
5
6
8
9
10
12
15
15
5
6
7
7
8
5
6
9
10
12
9
10
12
15
7
8
5
6
LWT
°C Cool kW
1242,4
1278,5
1310,5
1343,3
1375,3
1440,9
1538,9
1294,6
1333,4
1372,1
1406,5
1441,6
1476,0
1546,4
1651,6
1096,1
1128,9
1161,7
1190,8
1220,5
1249,6
1309,2
1398,3
1206,3
1038,0
936,3
964,3
992,3
1017,2
1042,6
1067,4
1118,3
1194,5
813,6
838,0
862,3
883,9
906,0
927,6
971,8
1028,4
1059,1
1089,9
1117,2
1145,1
1172,4
1228,3
1311,9
Pressure
Drop kPa
43,3
45,9
48,2
50,7
53,1
58,3
66,5
37,6
39,8
41,9
44,0
46,1
50,6
57,7
40,9
29,6
31,3
33,2
34,9
36,6
38,4
42,2
48,1
35,5
64,5
22,7
24,1
25,5
26,8
28,2
29,5
32,4
37,0
39,6
42,0
44,5
46,8
49,1
51,5
56,5
26,0
27,6
29,2
30,7
32,3
33,8
37,1
42,3
Cool kW
1181,7
1216,4
1247,3
1277,9
1308,8
1370,8
1465,1
1232,4
1268,2
1305,4
1338,6
1371,5
1404,6
1471,2
1572,4
1043,4
1073,7
1105,2
1133,3
1161,2
1189,2
1245,5
1331,3
1148,4
988,2
891,3
917,2
944,1
968,1
991,9
1015,8
1064,0
1137,2
774,6
797,0
820,4
841,3
861,9
882,8
924,6
979,0
1007,4
1037,0
1063,3
1089,4
1115,8
1168,6
1249,0
25
Input
Power
(*) kW
320,9
324,8
328,7
332,6
336,9
345,2
358,5
286,5
290,0
293,5
297,0
300,9
308,2
320,1
317,4
253,3
256,1
259,2
262,3
265,5
268,9
275,5
286,1
283,4
218,9
223,9
226,4
229,2
232,0
234,7
237,8
243,6
252,9
193,8
196,0
198,4
200,8
203,2
205,8
210,8
247,9
250,6
253,7
256,7
259,8
263,1
269,6
279,9
Condensing Air Temperature °C
30
Input
Power
(*) kW
352,3
356,3
360,2
364,5
368,4
377,5
390,4
314,6
318,1
321,6
325,5
329,0
337,0
348,6
348,4
278,0
281,2
284,3
287,4
290,9
294,0
301,2
311,6
311,1
238,5
245,8
248,6
251,4
254,2
257,2
260,0
266,3
275,5
212,8
215,2
217,6
220,0
222,6
225,0
230,5
272,1
275,2
278,2
281,3
284,7
287,7
294,8
304,9
Pressure
Drop
Cool kPa
39,2
41,5
43,7
45,9
48,1
52,8
60,3
34,0
36,1
37,9
39,8
41,8
45,8
52,3
37,0
26,8
28,4
30,0
31,6
33,2
34,8
38,2
43,6
32,2
58,5
20,6
21,8
23,1
24,3
25,5
26,8
29,3
33,5
35,9
38,0
40,3
42,4
44,5
46,6
51,2
23,6
25,0
26,5
27,8
29,2
30,6
33,6
38,4 kW
1157,2
1190,5
1221,1
1250,4
1280,9
1342,2
1434,2
1206,2
1241,9
1277,7
1310,5
1342,0
1374,7
1440,5
1539,2
1021,2
1051,5
1081,7
1109,5
1136,2
1163,9
1219,6
1303,1
1123,9
967,3
872,3
898,2
924,0
947,7
970,5
994,2
1041,8
1113,1
758,0
780,5
803,0
823,6
843,4
864,0
905,3
958,1
986,5
1014,9
1040,9
1066,0
1092,0
1144,2
1222,6
32
Input
Power
(*) kW
365,0
369,4
373,3
377,6
382,0
390,6
404,0
325,9
329,8
333,3
337,2
341,0
348,8
360,7
361,1
288,2
291,3
294,8
297,9
301,4
304,8
311,7
322,4
322,4
246,7
254,8
257,6
260,6
263,4
266,5
269,5
275,6
285,1
220,6
223,0
225,6
228,0
230,6
233,3
238,6
282,0
285,1
288,5
291,5
294,9
298,3
305,0
315,5
Pressure
Drop kPa
37,6
39,8
41,9
43,9
46,1
50,6
57,8
32,6
34,6
36,4
38,1
40,0
43,9
50,1
35,5
25,7
27,2
28,8
30,3
31,8
33,3
36,6
41,8
30,8
56,0
19,7
20,9
22,1
23,3
24,4
25,6
28,1
32,1
34,4
36,5
38,6
40,6
42,6
44,7
49,1
22,6
23,9
25,3
26,7
28,0
29,3
32,2
36,8
Cool kW
1118,3
1151,2
1180,0
1210,0
1238,8
1297,7
1385,5
1166,0
1200,2
1235,5
1266,4
1298,6
1329,5
1392,7
1487,0
987,2
1016,2
1046,0
1072,2
1099,4
1125,6
1179,1
1258,9
1086,4
934,5
843,2
868,0
893,5
915,9
939,2
961,5
1007,2
1075,4
926,2
953,4
981,4
1005,9
1031,5
1056,1
1106,3
1181,2
732,8
754,3
776,5
795,9
816,1
835,6
875,2
Pressure
Drop kPa
35,1
37,2
39,1
41,1
43,1
47,3
53,9
30,5
32,3
33,9
35,7
37,4
41,1
46,8
33,1
24,0
25,4
26,9
28,3
29,7
31,2
34,2
39,0
28,8
52,3
18,4
19,5
20,7
21,7
22,9
24,0
26,3
30,0
32,1
34,1
36,1
37,9
39,9
41,8
45,9
21,1
22,4
23,7
24,9
26,2
27,4
30,1
34,3
35
Input
Power
(*) kW
384,8
388,7
393,0
397,0
401,7
410,4
424,6
343,6
347,1
351,0
354,5
358,7
366,4
379,1
380,4
303,6
307,1
310,2
313,7
316,8
320,6
327,5
338,8
339,7
259,3
268,4
271,5
274,3
277,3
280,1
283,5
289,6
299,6
232,4
235,0
237,4
240,1
242,5
245,4
250,7
297,1
300,5
303,6
307,0
310,0
313,7
320,5
331,6
* Only Compressors.
SYSCREW 380-1260 AIR EVO HSE |
44
9
10
12
15
7
8
5
6
9
10
12
15
7
8
5
6
9
10
12
15
7
8
5
6
9
10
12
15
7
8
5
6
8
9
10
12
15
15
5
6
7
7
8
5
6
9
10
12
Model
LWT
°C
810
900
980
1060
1160
1260
Cool kW
1083,9
1116,3
1148,2
1130,4
1158,9
1185,2
1242,4
1327,7
1009,9
1040,1
1069,8
1097,2
1124,8
1150,3
1205,9
1288,7
917,6
945,1
972,1
996,9
1022,0
1045,2
1095,7
1171,0
861,0
886,7
912,0
935,4
958,9
980,7
1028,0
1098,6
869,2
783,9
807,3
830,4
851,6
873,0
892,8
936,0
1000,2
681,2
701,5
721,6
740,0
758,7
775,9
813,3
40
Input
Power (*) kW
422,5
426,9
431,3
402,7
406,8
410,9
419,9
433,0
377,2
381,2
385,1
388,7
392,7
396,7
405,3
417,9
337,1
340,7
344,2
347,5
351,0
354,5
362,3
373,5
329,9
333,4
336,9
340,0
343,5
346,9
354,5
365,5
285,9
298,1
301,2
304,4
307,2
310,3
313,5
320,3
330,3
258,0
260,7
263,5
265,9
268,6
271,3
277,3
Pressure
Drop kPa
28,6
30,4
32,1
31,2
32,7
34,2
37,6
43,0
24,9
26,4
27,9
29,3
30,8
32,3
35,5
40,5
20,7
22,0
23,2
24,4
25,7
26,9
29,5
33,7
18,2
19,3
20,5
21,5
22,6
23,7
26,0
29,7
45,2
15,9
16,9
17,9
18,8
19,8
20,7
22,7
25,9
27,8
29,5
31,2
32,8
34,5
36,0
39,6
693,9
715,9
739,5
758,0
762,2
786,3
812,2
832,6
812,4
838,1
865,7
887,4
894,1
922,3
952,8
976,7
918,2
947,3
978,8
1003,3
Condensing Air Temperature °C
44
Cool kW
603,0
622,1
642,6
658,7
Input
Power (*) kW
255,6
258,3
260,8
263,3
Pressure
Drop kPa
21,8
23,2
24,7
26,0
295,3
298,4
301,3
304,2
326,8
330,2
333,5
336,6
334,0
337,5
340,8
344,0
373,7
377,6
381,3
384,9
384,8
388,8
392,7
396,3
12,5
13,3
14,2
14,9
14,3
15,2
16,2
17,1
16,2
17,3
18,4
19,4
19,5
20,7
22,1
23,3
20,6
21,9
23,4
24,5
Cool kW
46
Input
Power (*) kW
Pressure
Drop kPa
* Only Compressors.
45 | SYSCREW 380-1260 AIR EVO HSE
Evaporator Pressure Drop - R134a
Model
660
730
810
900
380
450
500
590
980
1060
1160
1260
Nom. Capacity kW
645
706
780
898
366
444
501
567
985
1050
1157
1243
Qnom.
l/h
63.010
76.366
86.180
97.512
110.953
121.426
134.199
154.539
169.490
180.531
198.964
213.864
Qmax.
l/h
105.016
127.277
143.633
162.519
184.922
202.376
223.666
257.565
282.483
300.885
331.607
356.440
Qmin.
l/h
39.381
47.729
53.862
60.945
69.346
75.891
83.875
96.587
105.931
112.832
124.353
133.665
K kPa/(l/h)^2
4,314E-09
4,129E-09
2,486E-09
2,486E-09
2,485E-09
1,999E-09
1,999E-09
8,812E-10
8,297E-10
8,459E-10
8,459E-10
7,106E-10
Dp nom kPa
17,1
24,1
18,5
23,6
30,6
29,5
36,0
21,0
23,8
27,6
33,5
32,5
DP max kPa
47,6
66,9
51,3
65,7
85,0
81,9
100,0
58,5
66,2
76,6
93,0
90,3
DP min kPa
11,9
11,5
14,1
8,2
6,7
9,4
7,2
9,2
9,3
10,8
13,1
12,7
100
10
1
20000
100
(l/h)
200000
10
1
50000 500000
(l/h)
SYSCREW 380-1260 AIR EVO HSE |
46
Desuperheater pressure drop
Model
660
730
810
900
380
440
510
590
980
1060
1160
1260
Nom. Capacity kW *
48
53
58
67
28
33
38
42
74
78
86
93
* Capacity referred to only one circuit.
Qnom.
l/h
4.752
5.680
6.474
7.252
8.245
9.072
10.023
11.543
12.693
13.396
14.808
16.044
Qmax.
l/h
7.919
9.467
10.791
12.087
13.742
15.120
16.706
19.238
21.156
22.327
24.681
26.740
Qmin.
l/h
2.970
3.550
4.046
4.532
5.153
5.670
6.265
7.214
7.933
8.373
9.255
10.028
K kPa/(l/h)^2
1,1838E-07
7,8281E-08
5,0243E-08
5,0243E-08
4,0625E-08
4,0625E-08
2,7081E-08
2,7081E-08
2,0919E-08
2,0919E-08
2,0004E-08
2,0004E-08
Dp nom kPa
2,8
3,3
2,7
3,6
2,7
2,5
2,1
2,6
3,4
3,8
4,4
5,1
DP max kPa
7,7
9,3
7,6
10,0
7,4
7,0
5,9
7,3
9,4
10,4
12,2
14,3
DP min kPa
1,1
1,3
1,1
1,4
1,0
1,0
0,8
1,0
1,3
1,5
1,7
2,0
50
5
1
1000 10000
(l/h)
100000
47 | SYSCREW 380-1260 AIR EVO HSE
Hydro options
SYSCREW 380-1260 AIR EVO HSE R134a (STD/HT)
Chiller model
380
440
510
590
660
730
810
900
980
1060
1160
1260
Chiller model
380
440
510
590
660
730
810
900
980
1060
1160
1260
ηs,c - ERP 2018 ηs,c - ERP 2021
FW/VO VW/VO(*)
169% 177%
176%
170%
175%
170%
168%
170%
161%
161%
165%
168%
165%
184%
179%
184%
179%
179%
181%
179%
182%
179%
181%
182%
Low head pump/s - STD / HT R134a [50 Hz]
Q nom l/h
62.083
75.238
84.912
96.077
109.321
120.516
132.226
153.375
166.991
177.008
195.082
209.694
H pump kPa
218
195
209
197
229
230
214
223
216
257
247
283
Δ p circuit kPa
33
47
49
62
80
91
71
69
80
90
109
121
Chiller model
730
810
900
980
1060
1160
380
440
510
590
660
1260
ηs,c - ERP 2018 ηs,c - ERP 2021
FW/VO
161%
167%
170%
170%
166%
VW/VO(*)
174%
179%
179%
179%
179%
161%
161%
161%
161%
162%
161%
161%
179%
179%
179%
180%
180%
181%
180%
High head pump/s - STD / HT R134a [50 Hz]
Q nom l/h
62.083
75.238
84.912
96.077
109.321
120.399
133.838
153.375
169.190
177.008
197.186
211.236
H pump kPa
267
295
279
304
295
336
324
312
306
302
383
375
Δ p circuit kPa
33
47
49
62
80
90
73
69
82
90
111
123
SYSCREW 380-1260 AIR EVO HSE R513A (STD/HT)
ηs,c - ERP 2018 ηs,c - ERP 2021
FW/VO VW/VO(*)
163%
170%
165%
170%
179%
183%
169%
167%
166%
167%
161%
161%
161%
162%
161%
187%
181%
183%
184%
181%
182%
184%
180%
180%
Chiller model
380
440
510
590
660
730
810
900
980
1060
1160
1260
ηs,c - ERP 2018 ηs,c - ERP 2021
FW/VO VW/VO(*)
156%
162%
168%
179%
166%
164%
163%
161%
161%
161%
161%
161%
161%
161%
182%
185%
179%
180%
179%
180%
182%
179%
179%
179%
* Pump with inverter mandatory
Low head pump/s - STD / HT R513A [50 Hz]
Q nom l/h
62.704
76.176
86.179
97.038
111.222
123.195
135.177
156.409
170.717
178.778
197.033
211.791
H pump kPa
217
194
208
196
227
226
210
221
215
256
245
281
Δ p circuit kPa
34
49
50
64
83
95
74
71
84
92
111
123
High head pump/s - STD / HT R513A [50 Hz]
Q nom l/h
62.704
76.176
86.179
97.038
111.222
123.195
136.154
156.560
172.774
178.778
198.964
213.556
H pump kPa
266
293
276
303
294
333
322
311
304
301
382
373
Δ p circuit kPa
34
49
50
64
83
95
75
72
86
92
113
125
H kPa
233
245
226
240
211
239
246
240
218
210
268
248
H kPa
183
145
158
132
144
132
136
150
131
164
134
158
245
251
244
224
212
271
252
H kPa
234
248
230
242
215
H kPa
185
148
160
135
149
139
143
154
136
167
137
162
Pmax kW
7,5
9,2
9,2
11,0
15,0
18,5
18,5
22,0
22,0
22,0
30,0
30,0
Pmax kW
5,5
5,5
7,5
7,5
9,2
11,0
11,0
15,0
15,0
18,5
18,5
22,0
Pmax kW
7,5
9,2
9,2
11,0
15,0
18,5
18,5
22,0
22,0
22,0
30,0
30,0
Pmax kW
5,5
5,5
7,5
7,5
9,2
11,0
11,0
15,0
15,0
18,5
18,5
22,0
F.L.A
A
13,6
17,2
17,2
20,2
26,6
32,7
32,7
42,2
42,2
42,2
53,5
53,5
14,1
17,4
20,2
20,2
26,6
26,6
32,7
F.L.A
A
10,4
10,4
14,1
32,7
42,2
32,7
32,7
42,2
42,2
42,2
53,5
53,5
F.L.A
A
13,6
17,2
17,2
20,2
26,6
F.L.A
A
10,4
10,4
14,1
14,1
17,4
20,2
20,2
26,6
26,6
32,7
32,7
42,2
SYSCREW 380-1260 AIR EVO HSE |
48
SYSCREW 380-1260 AIR EVO HSE S R134a
Chiller model
380
440
510
590
660
730
810
900
980
1060
1160
1260
Chiller model
380
440
510
590
660
730
810
900
980
1060
1160
1260
ηs,c - ERP 2018 ηs,c - ERP 2021
FW/VO VW/VO(*)
164% 172%
175%
169%
174%
168%
165%
169%
161%
161%
165%
169%
166%
183%
179%
181%
180%
183%
180%
181%
183%
182%
185%
182%
Low head pump/s - S R134a [50 Hz]
Q nom l/h
61.594
75.033
84.581
95.624
108.735
119.336
131.859
153.084
166.949
176.673
194.500
208.735
H pump kPa
218
196
210
198
230
231
215
223
216
257
247
283
Δ p circuit kPa
32
47
48
62
79
89
71
68
80
90
108
120
Chiller model
730
810
900
980
1060
1160
380
440
510
590
660
1260
ηs,c - ERP 2018 ηs,c - ERP 2021
FW/VO
156%
166%
169%
168%
163%
VW/VO(*)
169%
179%
179%
179%
180%
161%
161%
161%
161%
162%
161%
161%
179%
181%
181%
182%
179%
184%
182%
High head pump/s - S R134a [50 Hz]
Q nom l/h
61.594
75.033
84.581
95.624
108.735
120.792
133.789
153.084
168.980
176.673
195.930
209.759
H pump kPa
268
295
279
304
296
335
324
313
306
302
383
376
Δ p circuit kPa
32
47
48
62
79
91
73
68
82
89
110
121
SYSCREW 380-1260 AIR EVO HSE S R513A
ηs,c - ERP 2018 ηs,c - ERP 2021
FW/VO VW/VO(*)
171%
182%
175%
180%
192%
184%
180%
174%
172%
176%
165%
167%
172%
175%
172%
190%
187%
184%
188%
185%
186%
186%
192%
191%
Chiller model
380
440
510
590
660
730
810
900
980
1060
1160
1260
ηs,c - ERP 2018 ηs,c - ERP 2021
FW/VO VW/VO(*)
163%
173%
179%
180%
176%
175%
170%
165%
163%
165%
162%
168%
165%
166%
182%
184%
179%
179%
182%
182%
184%
184%
180%
179%
* Pump with inverter mandatory
Low head pump/s - S R513A [50 Hz]
Q nom l/h
62.838
76.549
86.289
97.555
110.931
122.044
134.523
155.045
169.908
180.242
198.429
212.952
H pump kPa
216
193
208
195
227
228
211
222
215
255
244
280
Δ p circuit kPa
34
49
50
64
83
93
74
70
83
93
113
125
High head pump/s - S R513A [50 Hz]
Q nom l/h
62.838
76.549
86.289
97.555
110.931
122.044
134.523
155.045
169.908
180.242
198.429
212.952
H pump kPa
266
293
276
303
294
334
323
312
306
301
382
374
Δ p circuit kPa
34
49
50
64
83
93
74
70
83
93
113
125
Pmax kW
7,5
9,2
9,2
11,0
15,0
18,5
18,5
22,0
22,0
22,0
30,0
30,0
Pmax kW
5,5
5,5
7,5
7,5
9,2
11,0
11,0
15,0
15,0
18,5
18,5
22,0
244
251
244
224
213
273
255
H kPa
235
248
231
242
216
H kPa
186
149
161
136
150
142
144
154
136
167
138
164
32,7
32,7
42,2
42,2
42,2
53,5
53,5
F.L.A
A
13,6
17,2
17,2
20,2
26,6
F.L.A
A
10,4
10,4
14,1
14,1
17,4
20,2
20,2
26,6
26,6
32,7
32,7
42,2
Pmax kW
7,5
9,2
9,2
11,0
15,0
18,5
18,5
22,0
22,0
22,0
30,0
30,0
Pmax kW
5,5
5,5
7,5
7,5
9,2
11,0
11,0
15,0
15,0
18,5
18,5
22,0
H kPa
232
244
226
239
211
241
249
242
223
208
269
249
H kPa
183
144
158
131
144
135
137
152
132
162
132
156
F.L.A
A
13,6
17,2
17,2
20,2
26,6
32,7
32,7
42,2
42,2
42,2
53,5
53,5
14,1
17,4
20,2
20,2
26,6
26,6
32,7
F.L.A
A
10,4
10,4
14,1
32,7
42,2
49 | SYSCREW 380-1260 AIR EVO HSE
Hydraulic options overview
Mode
FEATURES
BENEFITS
SUGGESTED
APPLICATIONS a) Pump Frequency
Set Manually
PARAMETERS
TO BE SET (1) b) ∆T
WATER
(*) c) ∆P
USER
(*)
UNIT SAFETY
PLANT
DEVICES ON
USER SIDE
SPECIAL
EXECUTIONS d) ∆P
AVAILABLE
(*) a) No dedicated safety features included b) ∆P
EVAPORATOR exchanger (2) control on unit heat a) By-pass modulating valve
(BMV) could be suggested (3) b) Differential pressure transducer (DPT) mandatory (4) c) Water flow switch recommended a) Application for Multi-Chiller
Systems
Fixed Speed
Constant water flow
-
Compliant
Erp 2018
-
(5)
COMMISSIONING
Constant water flow
Higher efficiency than solution: Fixed speed pump + regulation valve
Plants designed with fixed water flow
(limited water flow regulations)
∆P LOGIC
Variable Speed
Variable water flow according to ∆P cooling load
USER
(*)
Pump energy savings as the user side
2-way valves close due to reduction in
∆T LOGIC
Variable water flow according to
∆T
WATER
(*) & ∆P
AVAILABLE
(*) (Available Static
Head)
Pump energy savings as the user side
3-way valves reduce the water flow to water terminals due to reduction in cooling load
AUTO FLOW CONTROL
Variable water flow according to ∆P
AVAIL -
ABLE
(*) (Available
Static Head)
Water flow optimiza tion logic for energy saving (according to the operative mode)
-
Compliant Erp 2021 (5)
Plants designed with water terminals frequently open/close with 2-way valve
Plants designed with water terminals frequently open/close with 3-way valve
- Plants designed with water terminals frequently open/close with
3-way valve
- Start-Ups and working conditions when water temperature is distant from set point
✓
✓
✓
✓ ✓
✓
✓
✓
✓
✓
✓
✓
✓
✓
Available on Request
✓
✓
Available on Request
✓
✓
Available on Request
(1) Parameters set via unit PLC
(2) A differential pressure transducer is installed as standard on the unit heat exchanger to ensure a minimum value of water pressure drops (corresponding to a minimum value of water flow) that avoids risk of freezing the evaporator, even in conditions strongly part loaded
(3) In case the Plant Water Flow is lower than the minim unit water flow / minimum pump water flow
(4) Supplied loose, to be installed on field
(5) Erp 2018 (FW/VO); Erp 2021 (VW/VO)
(*) Definition of parameters to be set:
∆P
USER
(see Figure 2) = Minimum water pressure drop guaranteed across the installation point on user plant
∆T
WATER
= Difference between chiller inlet water temperature and outlet water temperature (see Figure 3)
∆P
AVAILABLE
= Available Static Head for user side (see Figure 4) / Pump static pressure reduced by overall chiller hydraulics pressure drops (evaporator and hydraulic circuit)
SYSCREW 380-1260 AIR EVO HSE |
50
Variable flow hydronic systems
The industry is now moving towards more efficient and optimized solutions with the implementation of new regulations by ECO-DESIGN DIRECTIVES, which thereby results in energy savings on the chiller and hydraulic systems.
In traditional systems, the pump power regulation are carried out only in secondary circuit while pumps in primary circuit run at fixed speeds, even when the cooling demand is very low.
Furthermore, pumps are sized for maximum design conditions and often with a margin resulting in greater power consumption than required, even when they not required working at full load as the speed is not regulated to meet the demand.
In conclusion, pumps are wasting energy and money when the pump does not adapt their speed to the demand.
Systemair has come up with smart logic of managing variable flow inverter pumps that can be applied for various instal lation types with ultimate goal of saving “pumping energy consumption” and improving the part load performances of the system.
MODE 1 – COMMISSIONING MODE [V2]:
Commissioning mode consists of an inverter with the hydraulic module to adjust the pump speed manually from the chiller controller in order to calibrate its flow rate based on the system load losses without the need of a mechanical modulat ing valve. The units equipped with an integrated hydraulic module allow to obtain a certain level of useful head (point A ) under nominal flow conditions Qn . Normally, however, the actual level of system load losses (eg characteristic curve CC2 ) brings the pump to find a different equilibrium point (point B ), with a Flow Qb greater than Qn . In this condition, besides having a different flow rate than the nominal one (therefore also a different jump of temperature), there is also a greater absorption of electric power from the pump itself.
FIGURE 1 : CHARACTERISTIC CURVES & POWER ABSORPTION CURVES
Using the commissioning mode allows you to manually set the speed of the pump (example at speed N2 instead of N1) to obtain the water flow rate and the temperature jump required by the design conditions (point C). Once the adjustment procedure is finished, the pump will always work at a fixed flow rate. This mode allows to considerably reduce the elec tric power consumption of the pump with a consequent energy saving. As an example, when pump works at 30 Hz, the absorbed power consumption of the pump reduces by 80% compared to 50Hz pump operation.
51 | SYSCREW 380-1260 AIR EVO HSE
MODE 2 – ∆P CONTROL [VD]:
VD mode provides variable flow system, consisting solely of the primary circuit on the user side.
VD mode includes the following components:
• Two pressure transducers installed at the ends of the heat exchanger (ΔP
EVAPORATOR
• A dedicated system control, factory installed.
) factory installed.
• A bypass valve with actuator supplied loose (installation by the customer).
• Differential pressure transducer (ΔP
USER
) supplied loose as accessory (installed by the customer)
FIGURE 2: GENERAL SCHEMATICS FOR ∆P CONTROL
The option offers a complete and predefined package, guaranteeing simple selection, supply and commissioning. In par ticular, the unit includes an additional control system, equipped with an evolved algorithm, which interacts with the main control of the unit.
VD mode provides following advantages:
• Implement an innovative design, an alternate to the classic system based on a primary flow rate circuit plus second ary circuit.
• An ideal solution for new or completely redesigned systems particularly for comfort applications.
• A complete variable flow system with maximum energy savings.
• A simplified user circuit.
• It reduces the capital cost [CAPEX] of the user plant and the operating cost [OPEX].
• The system provides complete and reliable control of the system.
• A bypass valve, which ensures the minimum flow across the heat exchanger therefore preventing the heat exchanger from freezing.
• The pump speed will reduce automatically to save energy during low occupancy periods.
The operating principle of VD summarized as follows:
• The system controller modulates the pump speed based on the condition detected by the user side differential pressure transducer.
• The user shall define the required ∆P
USER
from the chiller controller.
• The pump speed will decrease as the user side shut-off valve closes due to reduction in cooling load.
• The pump speed can reduce until it reaches the minimum allowable flow rate on the heat exchanger of the unit.
• Upon exceeding the minimum allowable flow threshold, the by-pass valve will open triggered by the frequency drive controller, to recirculate the flow that is not required by the plant, but which is necessary to guarantee the flow rate minimum to the exchanger.
• The by-pass valve is controlled by a 4-20 mA input signal and a power supply of 24 V.
• The differential pressure transducer of the user side provided is a 0-10 V signal, which has a PVDF connection. The transducer must be installed near the terminal of the system that suffers the greatest losses of line load or in any case in a position where it is possible to detect an adequate pressure value.
SYSCREW 380-1260 AIR EVO HSE |
52
This mode provides variable flow system, consisting of the primary circuit / primary + secondary circuit.
VC mode includes the following components:
• Two pressure transducers installed at the ends of the heat exchanger (ΔP
EVAPORATOR
• A dedicated system control, factory installed.
) factory installed.
• A bypass valve with actuator supplied loose (installation by the customer).
FIGURE 3: GENERAL SCHEMATICS FOR ∆T CONTROL
The option offers a complete and predefined package, guaranteeing simple selection, supply and commissioning. In par ticular, the unit includes an additional control system, equipped with an evolved algorithm, which interacts with the main control of the unit.
VC mode provides following advantages:
• An ideal solution for systems working on fixed ∆ T.
• A complete variable flow system with maximum energy savings.
• The system provides complete and reliable control of the system.
• It reduces the operating cost of the plant [OPEX].
• The pump speed will reduce automatically to save energy during low occupancy periods.
• A bypass, which ensures the minimum flow across the heat exchanger therefore preventing the heat exchanger from freezing.
The operating principle of VC summarized as follows:
• VC mode performs an intelligent control of the flow based on the user-defined constant ∆T.
• The user defines the ∆T setpoint from the chiller controller.
• The user has a flexibility to fix the required operating head from the chiller controller.
• The pump speed can reduce until it reaches the minimum allowable flow rate on the heat exchanger of the unit.
• Upon exceeding the minimum allowable flow threshold, the by-pass valve will open triggered by the frequency drive, to recirculate the flow that is not required by the plant, but which is necessary to guarantee the flow rate minimum to the exchanger.
53 | SYSCREW 380-1260 AIR EVO HSE
MODE 4 – AUTO-FLOW CONTROL [AFC]:
This mode provides variable flow system, consisting of the primary circuit / primary + secondary circuit.
AFC mode includes the following components:
• Two pressure transducers installed at the ends of the heat exchanger (ΔP
EVAPORATOR
• A dedicated system control, factory installed.
) factory installed.
• A modulating bypass valve with actuator supplied loose (installation by the customer).
FIGURE 4: GENERAL SCHEMATICS FOR AUTO FLOW CONTROL
The option offers a complete and predefined package, guaranteeing simple selection, supply and commissioning. In par ticular, the unit includes an additional control system, equipped with an evolved algorithm, which interacts with the main control of the unit.
AFC mode provides following advantages:
• This solution is suitable for traditional installations with constant water flow and terminal units equipped with threeway valves.
• It reduces the operating cost of the plant [OPEX].
• The system provides complete and reliable control of the system.
• When the compressor capacity is equal to zero, the pump speed will reduced automatically to save energy during low occupancy periods.
• A bypass, which ensures the minimum flow across the heat exchanger therefore preventing the heat exchanger from freezing.
The operating principle of AFC summarized as follows:
• Once the chiller has reached the water temperature set-point, the control ensures to work continuously at the best efficient pump speed.
• During transient periods to reach the chiller water temperature set-point (e.g start-up), the control optimizes the pump speed to get the lowest power consumption.
• The user has a flexibility to fix the required operating head from the chiller controller.
• The pump speed can reduce until it reaches the minimum allowable flow rate on the heat exchanger of the unit.
• Upon exceeding the minimum allowable flow threshold, the by-pass valve will open triggered by the frequency drive, to recirculate the flow that is not required by the plant, but which is necessary to guarantee the flow rate minimum to the exchanger
Available pressure head - SYSCREW AIR EVO HSE
Standard pressure pump (1/2PSP)
SYSCREW 380 AIR EVO HSE
SYSCREW 380-1260 AIR EVO HSE |
54
SYSCREW 440 AIR EVO HSE
SYSCREW 510 AIR EVO HSE
55 | SYSCREW 380-1260 AIR EVO HSE
Available pressure head - SYSCREW AIR EVO HSE
Standard pressure pump (1/2PSP) (continued)
SYSCREW 590 AIR EVO HSE
SYSCREW 660 AIR EVO HSE
SYSCREW 730 AIR EVO HSE
Available pressure head - SYSCREW AIR EVO HSE
Standard pressure pump (1/2PSP) (continued)
SYSCREW 810 AIR EVO HSE
SYSCREW 380-1260 AIR EVO HSE |
56
SYSCREW 900 AIR EVO HSE
SYSCREW 980 AIR EVO HSE
57 | SYSCREW 380-1260 AIR EVO HSE
Available pressure head - SYSCREW AIR EVO HSE
Standard pressure pump (1/2PSP) (continued)
SYSCREW 1060 AIR EVO HSE
SYSCREW 1160 AIR EVO HSE
SYSCREW 1260 AIR EVO HSE
Available pressure head - SYSCREW AIR EVO HSE
High pressure pump (1/2PHP)
SYSCREW 380 AIR EVO HSE
SYSCREW 380-1260 AIR EVO HSE |
58
SYSCREW 440 AIR EVO HS
SYSCREW 510 AIR EVO HS
59 | SYSCREW 380-1260 AIR EVO HSE
Available pressure head - SYSCREW AIR EVO HSE
High pressure pump (1/2PHP) (continued)
SYSCREW 590 AIR EVO HSE
SYSCREW 660 AIR EVO HSE
SYSCREW 730 AIR EVO HSE
Available pressure head - SYSCREW AIR EVO HSE
High pressure pump (1/2PHP) (continued)
SYSCREW 810 AIR EVO HSE
SYSCREW 380-1260 AIR EVO HSE |
60
SYSCREW 900 AIR EVO HSE
SYSCREW 980 AIR EVO HSE
61 | SYSCREW 380-1260 AIR EVO HSE
Available pressure head - SYSCREW AIR EVO HSE
High pressure pump (1/2PHP) (continued)
SYSCREW 1060 AIR EVO HSE
SYSCREW 1160 AIR EVO HSEE
SYSCREW 1260 AIR EVO HSE
M
F
L
2192
SYSCREW 380-1260 AIR EVO HSE |
62
Dimensions SYSCREW 380 AIR EVO HSE
Front view
L
M
F
M
F
2192
L
Back view
2192
2410 728
366
E
2104
3496 LIFT
4228
4660
B
1392
366
WATER IN-OUT STD "B" "E" 299
233 only for container shipment
NOTES
B
E
F
L
M
NOTES:
B - WATER INLET 6" VICTAULIC
E - WATER OUTLET 6" VICTAULIC
F - ELECTRICAL POWER SUPPLY
M - CONTROL KEYPAD / DISPLAY
Water inlet 6” Victaulic
Water outlet 6” Victaulic
Electrical power supply
Main switch
Control keypad / display
SYSCREW 380 INVERTER
Side view
E
E
366
366
E
366
2104
2104
2410
2410
728
728
2410
3496 LIFT
4228
4660
4228
4660
Top view
4660
B
B
B
728
366
366
233 only for container shipment
WATER IN-OUT STD "B" "E" 299
233 only for container shipment
366 NOTES:
WATER IN-OUT STD "B" "E" 299
233 only for container shipment
B - WATER INLET 6" VICTAULIC
E - WATER OUTLET 6" VICTAULIC
L - MAIN SWITCH
M - CONTROL KEYPAD / DISPLAY
NOTES:
B - WATER INLET 6" VICTAULIC
E - WATER OUTLET 6" VICTAULIC
F - ELECTRICAL POWER SUPPLY
L - MAIN SWITCH
M - CONTROL KEYPAD / DISPLAY
1392
1392
SYSCREW 380 INVERTER
SYSCREW 380 INVERTER
Hydraulic option
STD
Water in
B
Water out
E
M
F
L
2192
63 | SYSCREW 380-1260 AIR EVO HSE
Dimensions SYSCREW 440 AIR EVO HSE
Front view Side view
366
E
2630
2410
4548 LIFT
5280
5712
B
1918
1455
L
M
F
2192
M
F
Back view
L
2192
366
366
E
E
366
E
2630
2630
2410
2410
B
4548 LIFT
5280
5712
2410
4548 LIFT
5280
5712
Top view
4548 LIFT
5280
5712
B
B
1455
1455
1455
366
366
233 only for container shipment
366
WATER IN-OUT STD "B" "E" 299
233 only for container shipment
NOTES:
B - WATER INLET 6" VICTAULIC
E - WATER OUTLET 6" VICTAULIC
F - ELECTRICAL POWER SUPPLY
M - CONTROL KEYPAD / DISPLAY
233 only for container shipment
SYSCREW 440 INVERTER
E - WATER OUTLET 6" VICTAULIC
F - ELECTRICAL POWER SUPPLY
L - MAIN SWITCH
M - CONTROL KEYPAD / DISPLAY
1918
1918
SYSCREW 440 INVERTER
SYSCREW 440 INVERTER
366
WATER IN-OUT STD "B" "E" 299
233 only for container shipment
NOTES:
E
F
L
M
NOTES
B
B - WATER INLET 6" VICTAULIC
E - WATER OUTLET 6" VICTAULIC
F - ELECTRICAL POWER SUPPLY
M - CONTROL KEYPAD / DISPLAY
Water inlet 6” Victaulic
Water outlet 6” Victaulic
Electrical power supply
Main switch
Control keypad / display
SYSCREW 440 INVERTER
Hydraulic option
STD
Water in
B
Water out
E
M
F
L
2192
SYSCREW 380-1260 AIR EVO HSE |
64
Dimensions SYSCREW 510 AIR EVO HSE
Front view Side view
L
M
L
M
F
M
F
L
F
2192
2192
Back view
2192
366
E
2630
2360
4548 LIFT
5280
5712
B
1637
1918
366
WATER IN-OUT STD "B" "E" 588
233 only for container shipment
NOTES:
B - WATER INLET 8" VICTAULIC
F - ELECTRICAL POWER SUPPLY
M - CONTROL KEYPAD / DISPLAY NOTES
B
E
F
L
M
Water inlet 8” Victaulic
Water outlet 8” Victaulic
Electrical power supply
Main switch
Control keypad / display
SYSCREW 510 INVERTER
E
E
366
366
E
366
2360
2360
1637
1637
2630
4548 LIFT
5280
5712
4548 LIFT
5280
5712
B
B
Top view
5712
1918
1637
366
233 only for container shipment
366
WATER IN-OUT STD "B" "E" 588
233 only for container shipment
366
NOTES:
B - WATER INLET 8" VICTAULIC
NOTES:
B - WATER INLET 8" VICTAULIC
E - WATER OUTLET 8" VICTAULIC
F - ELECTRICAL POWER SUPPLY
L - MAIN SWITCH
M - CONTROL KEYPAD / DISPLAY
2630
2630
1918
1918
SYSCREW 510 INVERTER
SYSCREW 510 INVERTER
Hydraulic option
STD
Water in
B
Water out
E
65 | SYSCREW 380-1260 AIR EVO HSE
Dimensions SYSCREW 590 AIR EVO HSE
Front view Side view
M
L
F
LIFT / AVM 799
E
2537
2360
B
6332
6764
712
2987
M
L
E
E
M
F L
LIFT / AVM 799
F
LIFT / AVM 799
E
Back view
LIFT / AVM 799
2360
2360
2537
2360
2537
2537
B
B
B
6332
6764
712
6332
6764
712
Top view
6332
6764
2987
2987
2987
1918
1918
1918
366
366
233 only for container shipment
366
233 only for container shipment
323
2192
233 only for container shipment
323
2192
NOTES:
B - WATER INLET 8" VICTAULIC
E - WATER OUTLET 8" VICTAULIC
F - ELECTRICAL POWER SUPPLY
NOTES:
B - WATER INLET 8" VICTAULIC
SYSCREW 590 INV
L - MAIN SWITCH
M - CONTROL KEYPAD / DISPLAY
SYSCREW 590 INV
SYSCREW 590 INV
1918 366
233 only for container shipment
323
2192
NOTES
B
E
F
L
M
NOTES:
B - WATER INLET 8" VICTAULIC
F - ELECTRICAL POWER SUPPLY
Water inlet 8” Victaulic
Water outlet 8” Victaulic
Electrical power supply
Main switch
Control keypad / display
SYSCREW 590 INV
Hydraulic option
STD
Water in
B
Water out
E
M
L
F
LIFT / AVM 366
E
2630
2360
1392
7384
7816
B
2630 1392
SYSCREW 380-1260 AIR EVO HSE |
66
Dimensions SYSCREW 660 AIR EVO HSE
Front view Side view
2630
2630
2987
M M
L
L
F
F
L
M
Back view
F
366
323
2192
233 only for container shipment
B - WATER INLET 8" VICTAULIC
E - WATER OUTLET 8" VICTAULIC
F - ELECTRICAL POWER SUPPLY
M - CONTROL KEYPAD / DISPLAY
NOTES
B
E
F
L
M
Water inlet 8” Victaulic
Water outlet 8” Victaulic
Electrical power supply
Main switch
E
LIFT / AVM 366
LIFT / AVM 366
2630
LIFT / AVM 366
E
2630
2630
2630
B
2630
2987 2360
B
E
1392
7384
7816
2630
2360
B
Top view
1392
1392
7384
7816
2360
1392
7384
7816
2630
2630
2987
366
366
233 only for container shipment
2630
2987
366
233 only for container shipment
SYSCREW 660 INVERTER
323
2192
NOTES:
E - WATER OUTLET 8" VICTAULIC
F - ELECTRICAL POWER SUPPLY
L - MAIN SWITCH
M - CONTROL KEYPAD / DISPLAY
233 only for container shipment
2630 1392 2630
1392 2630
SYSCREW 660 INVERTER
Hydraulic option
STD
Water in
B
Water out
E
323
2192
B - WATER INLET 8" VICTAULIC
E - WATER OUTLET 8" VICTAULIC
L - MAIN SWITCH
M - CONTROL KEYPAD / DISPLAY
SYSCREW 660 INVERTER
M
L
F
E
LIFT / AVM 366 2630
2860
1392
7384
7816
B
2630 1392
67 | SYSCREW 380-1260 AIR EVO HSE
Dimensions SYSCREW 730 AIR EVO HSE
Front view Side view
2630
2630
3005
M
M
L
L
F
F
M
Back view
L
F
366
323
2192
233 only for container shipment
NOTES:
B - WATER INLET 8" VICTAULIC
E - WATER OUTLET 8" VICTAULIC
NOTES
B
E
F
L
M
F - ELECTRICAL POWER SUPPLY
Water inlet 8” Victaulic
Water outlet 8” Victaulic
Electrical power supply
Main switch
Control keypad / display
SYSCREW 730 INVERTER
LIFT / AVM 366
E
LIFT / AVM 366
2630
LIFT / AVM 366
E
2630
2630
2860
E
2630
2860
1392
7384
7816
B
2860
1392
1392
7384
7816
2630
3005
2630
B
366
233 only for container shipment
1392
7384
7816
3005
2630
3005
2630 366
233 only for container shipment
366
233 only for container shipment
323
2192
B - WATER INLET 8" VICTAULIC
E - WATER OUTLET 8" VICTAULIC
F - ELECTRICAL POWER SUPPLY
L - MAIN SWITCH
M - CONTROL KEYPAD / DISPLAY
2630 1392 2630
2630 1392 2630
SYSCREW 730 INVERTER
Hydraulic option
STD
Water in
B
Water out
E
323
2192
B - WATER INLET 8" VICTAULIC
E - WATER OUTLET 8" VICTAULIC
SYSCREW 730 INVERTER
M
L
F
LIFT / AVM 799
E
2537
2860
8436
8868
2104
B
Dimensions SYSCREW 810 AIR EVO HSE
Front view Side view
SYSCREW 380-1260 AIR EVO HSE |
68
M
M
L
L
F
F
M
Back view
L
F
LIFT / AVM 799
E
2537
B
2860
8436
8868
2104
E
LIFT / AVM 799
LIFT / AVM 799
E
Top view
B
2537
2537
2860
8436
8868
2104
2630
3275
366
B
233 only for container shipment
2860
8436
8868
2104
3275
2630 366
SYSCREW 810 INVERTER
323
2192
233 only for container shipment
NOTES:
E - WATER OUTLET 8" VICTAULIC
3275
2630 366
323
2192
233 only for container shipment
NOTES:
E - WATER OUTLET 8" VICTAULIC
F - ELECTRICAL POWER SUPPLY
L - MAIN SWITCH
M - CONTROL KEYPAD / DISPLAY
SYSCREW 810 INVERTER
SYSCREW 810 INVERTER
2630
3275
366
323
2192
233 only for container shipment
B - WATER INLET 8" VICTAULIC
E - WATER OUTLET 8" VICTAULIC
NOTES
B
E
F
L
M
L - MAIN SWITCH
Water inlet 8” Victaulic
Water outlet 8” Victaulic
Electrical power supply
Main switch
Control keypad / display
SYSCREW 810 INVERTER
Hydraulic option
STD
Water in
B
Water out
E
M
L
F
LIFT / AVM 366 2630
E
3496
9488
9920
B
2310
69 | SYSCREW 380-1260 AIR EVO HSE
Dimensions SYSCREW 900 AIR EVO HSE
Front view Side view
2630
3794
M
L
F
Back view M
L
F
LIFT / AVM 366
LIFT / AVM 366
LIFT / AVM 366
2630
2630
2630
E
E
3496
9488
9920
B
2310
E
Top view
B
2310
3496
9488
9920
3496
9488
9920
B
3794
2630
2310
2630
3794
366
233 only for container shipment
NOTES: 2630
E - WATER OUTLET 8" VICTAULIC
F - ELECTRICAL POWER SUPPLY
L - MAIN SWITCH
M - CONTROL KEYPAD / DISPLAY
3794
SYSCREW 900 INVERTER
366
233 only for container shipment
2192
374
NOTES:
E - WATER OUTLET 8" VICTAULIC
366
233 only for container shipment
2192
374
B - WATER INLET 8" VICTAULIC
E - WATER OUTLET 8" VICTAULIC
L - MAIN SWITCH
M - CONTROL KEYPAD / DISPLAY
SYSCREW 900 INVERTER
SYSCREW 900 INVERTER
366
233 only for container shipment
2192
374
NOTES
B
E
F
L
M
NOTES:
B - WATER INLET 8" VICTAULIC
E - WATER OUTLET 8" VICTAULIC
Water inlet 8” Victaulic
Water outlet 8” Victaulic
Electrical power supply
Main switch
Control keypad / display
SYSCREW 900 INVERTER
Hydraulic option
STD
Water in
B
Water out
E
M
L
F
AVM / LIFT 799
Dimensions SYSCREW 980 AIR EVO HSE
Front view Side view
SYSCREW 380-1260 AIR EVO HSE |
70
4641
E
10540
10972
712
2310
B
4022
3792
M
M
L
L
F
F
Back view
L
M
F
366
2192
374
233 only for container shipment
NOTES:
B - WATER INLET 10" VICTAULIC
E - WATER OUTLET 10" VICTAULIC
NOTES
B
E
F
L
M
F - ELECTRICAL POWER SUPPLY
L - MAIN SWITCH
M - CONTROL KEYPAD / DISPLAY
Water inlet 10” Victaulic
Water outlet 10” Victaulic
Electrical power supply
Main switch
AVM / LIFT 799
AVM / LIFT 799
AVM / LIFT 799
4641
E
10540
10972
712
2310
4641
B
E
4022
3792
366
233 only for container shipment
2310
10540
10972
712
4641
Top view
E
10540
10972
712
2310
B
4022
3792
B
366
233 only for container shipment
2192
374
B - WATER INLET 10" VICTAULIC
E - WATER OUTLET 10" VICTAULIC
F - ELECTRICAL POWER SUPPLY
M - CONTROL KEYPAD / DISPLAY
SYSCREW 980 INVERTER
4022
3792
Hydraulic option
STD
Water in
B
Water out
E
366
233 only for container shipment
2192
374
NOTES:
B - WATER INLET 10" VICTAULIC
E - WATER OUTLET 10" VICTAULIC
F - ELECTRICAL POWER SUPPLY
L - MAIN SWITCH
M - CONTROL KEYPAD / DISPLAY
SYSCREW 980 INVERTER
M
L
F
AVM / LIFT 366 4022 2816
11592
12024
E
2310
B
71 | SYSCREW 380-1260 AIR EVO HSE
Dimensions SYSCREW 1060 AIR EVO HSE
Front view Side view
4022
3793
M
L
M
L
F
F
AVM / LIFT 366
AVM / LIFT 366
4022
Back view
M
F
AVM / LIFT 366 4022
2816
11592
12024
E
2310
B
4022
Top view
E
2310
2816
11592
12024
B
4022
E
3793
2310
366
B
233 only for container shipment
2816
11592
12024
4022
3793
4022
3793
366
233 only for container shipment
2192
374
B - WATER INLET 10" VICTAULIC
E - WATER OUTLET 10" VICTAULIC
F - ELECTRICAL POWER SUPPLY
M - CONTROL KEYPAD / DISPLAY
SYSCREW 1060 INVERTER
366
233 only for container shipment
2192
374
NOTES:
B - WATER INLET 10" VICTAULIC
E - WATER OUTLET 10" VICTAULIC
F - ELECTRICAL POWER SUPPLY
L - MAIN SWITCH
M - CONTROL KEYPAD / DISPLAY
SYSCREW 1060 INVERTER
366
233 only for container shipment
2192
374
NOTES
B
E
F
L
M
NOTES:
E - WATER OUTLET 10" VICTAULIC
Water inlet 10” Victaulic
Water outlet 10” Victaulic
Electrical power supply
Main switch
Hydraulic option
STD
Water in
B
Water out
E
M
L
F
LIFT / AVM 799 4641
12641
13076
2816
E
2310
B
Dimensions SYSCREW 1160 AIR EVO HSE
Front view Side view
SYSCREW 380-1260 AIR EVO HSE |
72
M
L
F
LIFT / AVM 799
LIFT / AVM 799
Back view
M
L
F
LIFT / AVM 799
4641
4641
12641
13076
2816
E
2310
B
4641
Top view
12641
13076
2816
E
2310
B
4022
3793
12641
13076
2816
E
2310
366
233 only for container shipment
B
SYSCREW 1160 INVERTER
4022
3793
366
233 only for container shipment
2192
374
NOTES:
B - WATER INLET 10" VICTAULIC
E - WATER OUTLET 10" VICTAULIC
F - ELECTRICAL POWER SUPPLY
L - MAIN SWITCH
M - CONTROL KEYPAD / DISPLAY
SYSCREW 1160 INVERTER
4022
3793
366
233 only for container shipment
2192
374
NOTES:
B - WATER INLET 10" VICTAULIC
E - WATER OUTLET 10" VICTAULIC
F - ELECTRICAL POWER SUPPLY
L - MAIN SWITCH
M - CONTROL KEYPAD / DISPLAY
SYSCREW 1160 INVERTER
4022
3793
366
233 only for container shipment
2192
374
NOTES
B
E
F
L
M
Water inlet 10” Victaulic
Water outlet 10” Victaulic
Electrical power supply
Main switch
Control keypad / display
SYSCREW 1160 INVERTER
Hydraulic option
STD
Water in
B
Water out
E
M
L
F
LIFT / AVM 799 4641
E
12641
13076
2816
2860
B
73 | SYSCREW 380-1260 AIR EVO HSE
Dimensions SYSCREW 1260 AIR EVO HSE
Front view Side view
3694
4022
M
L
F
LIFT / AVM 799
LIFT / AVM 799
L
F
LIFT / AVM 799
4641
4641
E
12641
13076
2816
2860
B
3694
2860
E
4022 366
B
233 only for container shipment
12641
13076
2816
4641
Top view
2860
E
12641
13076
2816
B
3694
4022 366
233 only for container shipment
371
2192
NOTES:
B - WATER INLET 10" VICTAULIC
E - WATER OUTLET 10" VICTAULIC
F - ELECTRICAL POWER SUPPLY
L - MAIN SWITCH
M - CONTROL KEYPAD / DISPLAY
SYSCREW 1260 INVERTER
3694
4022
366
233 only for container shipment
371
2192
NOTES:
B - WATER INLET 10" VICTAULIC
E - WATER OUTLET 10" VICTAULIC
L - MAIN SWITCH
M - CONTROL KEYPAD / DISPLAY
NOTES
B
E
F
L
M
Water inlet 10” Victaulic
Water outlet 10” Victaulic
Electrical power supply
Main switch
Control keypad / display
Hydraulic option
STD
Water in
B
Water out
E
366
233 only for container shipment
371
2192
NOTES:
B - WATER INLET 10" VICTAULIC
E - WATER OUTLET 10" VICTAULIC
L - MAIN SWITCH
M - CONTROL KEYPAD / DISPLAY
SYSCREW 1260 INVERTER
Space Requirements
2 mt
2 mt
SYSCREW 380-1260 AIR EVO HSE |
74
FREE
SPA
CE
2 mt
2 mt
3,3 mt
2 mt
75 | SYSCREW 380-1260 AIR EVO HSE
Notes
Systemair srl
Via XXV Aprile, 29
20825 Barlassina (MB)
Italy
Tel. +39 0362 680 1
Fax +39 0362 680 693 [email protected]
www.systemair.com
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