(Cat\341logo t\351cnico ACVIA-ACVIBA 16_12_13 \(eng\).xls)

TECHNICAL CATALOGUE
SELF-CONTAINED VERTICAL UNITS
AIR / AIR DC INVERTER
Models : 601, 741, 901
ACVIA - Cooling only (Compact)
CCVIA / ECVIA - Cooling only (Split)
ACVIBA - Heat Pump (Compact)
CCVIBA / ECVIBA - Heat Pump (Split)
12.13 Ref.207378 Rev.100
Thank you for trust in HITECSA Product. From our company we are offering to the market, for more
than 30 years, an extended range of specialized units for air conditioning and cooling installations. Our
approach is based in efficiency, flexibility, manageability and practical solutions. It has built a hallmark
of our product catalogue.
The versatility of our factories allows us to contribute solutions almost customitzables in each project,
searching a solution for every problem that arises in design and implementation of air conditioning
installations.
From Hiplus Aire Acondicionado’s team, once more thank you very much.
2 de 24
12.13 Ref.207378 Rev.100
SUMMARY
PAGE
KEY POINTS AND PRESENTATION
4
GENERAL SPECIFICATIONS
5
REFRIGERATOR DIAGRAMS
7
TECHNICAL DATA
9
DIMENSIONS
13
AIRFLOW AND STATIC PRESSURE (EVAPORATOR side)
19
AIRFLOW AND STATIC PRESSURE (CONDENSER side)
21
REMOTE CONTROL AND OPTIONALS
23
Visit our web page and sign in to obtain technical
documentation of this units and the rest of Hitecsa product
range
www.hitecsa.com
3 de 24
12.13 Ref.207378 Rev.100
KEY POINTS
- Optimized design for an easy access to the components
- Exchangeable covers for configure in action supply and return air
- DC inverter technology: maximum safe and comfort máximo ahorro y confort
- Cooling capacities from 4 until 28 kW
- Maximum adaptability to request
- Low sound level
- High performance in heat pump mode for low outdoor temperatures
PRESENTATION
- Air-air self-contained range has been checked and optimised to adapt itself the current demand of
energy efficiency and environment protection. The introduction of ecological gas R410A, DC inverter
technology, available extension of cooling capacities and the optionals long list are some examples of the
units improvements.
- DC inverter technology adapt the compressor speed to needs at every moment, allowing only the
necessary energy consuming and drastically reduce consumption.
4 de 24
12.13 Ref.207378 Rev.100
CARACTERÍSTICAS GENERALES
DESCRIPCIÓN
The equiment constitute fot series CCVIA/ECVIA CCVIBA/ECVIBA are vertical air conditioner in split
contruction being the first cooling only and the second one
made with heat pump. In parallel and compact contruction
ACVIA-ACVIBA are available, they are also for cooling only
and heat pump versions. All these equipments are suitable
to work connected in a net of air distribution pipe as much
in indoor section as in outdoor section.
CABINET
Made in galvanized steel plate, completed with polyester
resins, polymerized in the oven, excellent resistance to
corrosion and in outdoors. The assembly is wrapped with
thermoacustic insulation.
COMPRESSORS
Type scroll.
Type motor: BLDC.
Number of poles: 6
Supply: Triphase
Brushless motor is formed for a stator and a rotor with
permanent magneto. It shows a higher efficiency respect to
induction motors because no exist magnetizing current
losses in the rotor.
AIR FILTER
Polyurethane foam, washable, 10 mm thick
crosslinked S-20 with high efficiency filtration
FANS
Centrifuge type.
Supply by frecuency converter
Changeable airflow in condenser.
Three kind of airflows in evaporator (low,
medium and maximum speed.
Possivility in Evaporator of increase or
reduce Diponible Pressure.
COOLING CIRCUIT
- Built in special copper tube for
refrigeration, dehydrated, incorporating
drying filter and check valve with an easy
acces for verification and charge.
- Equip suction accumulator on the
compressor suction line, protect it from
liquid bumps
- In split models, oil separator is included
- Reversing Valve to cycle invertion by
solenoid (230V) in Heat Pump models.
- Unidirectional Valves
- The welds between the different elements
are executed with copper-silver alloy.
EXCHANGERS
Built in aluminum fins (fin step 2,1 mm) and copper pipe
mechanically expanded of 3/8", high exchange efficiency.
EXPANSION DEVICE
As much in compact models as divide models are equipped
with Electronic Expnsion Valves. In compact models is
mounted only one Expansion Valve while divide models
incorporate one for each section. For divide models,
altought their assembly is formed for two Electronic
Expansion Valves only regulates only for section whose
exchanger is evaporating, remaining fully open the other
valve.
5 de 24
12.13 Ref.207378 Rev.100
GENERAL SPECIFICATIONS
MANEUVER AND CONTROL EQUIPMENT
Each unit is available of control and safety devices
of shown below:
OPTIONALS
- Environment thermostat to 230 Volts AC.
monophase
- Hot water heating coil.
- Protection magnetothermals for compressor, fans
and general maneuver
- Compressor sound jacket
- Thermal protection of all triphase motors.
- Speed regulator for fan motor of outdoor side (as
much Cooling as Heat Pump)
- High Pressure Presostat
- System defrost pressure control performance
according to predetermined time periods.
- Reversible valve activated by solenoid to 230V
- Remote connection ON-OFF and COOL-HEAT.
- ALARM indication.
- Heating coil for electrical heating as single support in
defrost maneuver.
- Anti-corrosion pre-treated coils. Treatment blue fin.
- Free-cooling. Damper system activated by servomotor to
use outdoor conditions as climatization mode for indoor
section.
- Outdoor installation kit.
- Anti-freeze resistance operation collection in tray
- High efficiency filters G4 and F6-F8
- Upgraded motor. Available pressure increase in condenser
and evaporator section
- Air filter in condenser
- Schrader Valves for pressure test
- Scheduling function and Modbus connection
POWER SUPPLY
Thermostat: 230.I.50 Hz~
601, 741 and 901 models: 401.III+N.50Hz ~.
For other supplies consult availability
OPERATION LIMITS
6 de 24
12.13 Ref.207378 Rev.100
REFRIGERATOR DIAGRAMS
REFRIGERATOR DIAGRAM (COMPACT)
1. Four-way reverse cycle valve
2. Outdoor fan
3. Check valve
4. Filter
5. Expansion valve
6. Suction acumulator
7. Ball valve
8. Compressor
TE Outdoor air temperature
TI Indoor air temperature
B1 Discharge temperature
B6 Suction pressure
B7 Discharge pressure
B4 Reheating temperature
7 de 24
12.13 Ref.207378 Rev.100
REFRIGERATOR DIAGRAMS
REFRIGERATOR DIAGRAM (SPLIT)
1. Four-way reverse cycle valve
2. Outdoor fan
3. Expansion valve
4. Check valve
5. Filter
6. Service key
7. Suction acumulator
8. Compressor
9. Service valve
10. Silencer
11. Oil separator
TE Outdoor air temperature
TI Indoor air temperature
B1 Discharge temperature
B6 Suction pressure
B7 Discharge pressure
B4 Reheating temperature
8 de 24
12.13 Ref.207378 Rev.100
TECHNICAL DATA ACVIA - ACVIBA
ACVIA
ACVIBA
CAPACITIES
Cooling capacity (20 - 80 - 120 Hz)
Heating capacity (20 - 80 - 120 Hz)
EER (40 - 80 - 90 Hz)
COP (40 - 80 - 90 Hz)
Number of refrigerant circuits
REFRIGERANT
Type
Global warming potential
Baseload
COMPRESSOR
Type
Number
Oil type
Oil volume
601
741
901
4,0 - 13,8 - 18,5
4,2 - 13,9 - 19,8
2.90 - 2.60- 2.50
2.95 - 2.62 - 2.52
1
5,2 - 17,7-23,9
4,5 - 17,8 - 25,8
2.86 - 2.56 - 2.45
2.94 - 2.69 - 2.55
1
6,5 - 22,0 - 28,3
7,0 - 22,2 - 30,2
2.96 - 2.54 - 2.44
2.99 - 2.64 - 2.54
1
Kg
6,5
R-410A
1725
7,5
9,5
l
1
FV50S (PVE)
1,4
SCROLL DC INVERTER
1
FV50S (PVE)
1,7
1
FV50S (PVE)
2,3
m2
mm
"
0,711
2,1
3/8
0,711
2,1
3/8
1,112
2,1
3/8
V
kW
15/15 SS
400/3/50
1,1
Pulleys
DOUBLE SUCTION CENTRIFUGAL
15/15 SS
400/3/50
1,5
Pulleys
15/11 G2L
400/3/50
2,2
Pulleys
m3/h
Pa
r.p.m.
5.600
50
740
7.300
50
830
10.000
50
688
m2
mm
"
0,540
2,1
3/8
kW
kW
OUTDOOR EXCHANGER
Type
Frontal surface
Space fin
Piping diameter
OUTDOOR FAN
Type
Model
Voltage
Motor capacity
Transmission speed
Nominal air flow
Available static pressure
Maximum fan speed
Aluminium fins and copper tubing
INDOOR EXCHANGER
Type
Frontal surface
Space fin
Piping diameter
INDOOR FAN
Type
Model
Voltage
Motor capacity
Transmission speed
Air flows (Low / Medium / High)
Available static pressure Higher flow
Maximum fan speed
Aluminium fins and copper tubing
V
kW
m3/h
Pa
r.p.m.
12/12 SS
400/3/50
0,75
Pulleys
2.700/3.200/4.000
70
760
9 de 24
0,540
2,1
3/8
0,738
2,1
3/8
DOUBLE SUCTION CENTRIFUGAL
12/12 SS
12/12 G2L
400/3/50
400/3/50
1,1
1,1
Pulleys
Pulleys
3.200/3.800/4.800
3.900/4.650/5.900
75
90
906
806
12.13 Ref.207378 Rev.100
TECHNICAL DATA ACVIA - ACVIBA
ACVIA
ACVIBA
601
741
901
400/3/50 + N
6,9
11,0
6,3
11,0
12,0
19,0
11,3
18,5
8,6
14,5
8,4
13,5
14,9
25,4
14,3
23,5
NOMINAL ELECTRICAL SPECIFICATIONS FOR COOLING STANDARD CONDITIONS (1)
Power Supply
V
400/3/50 + N
Power input (Cooling only)
kW
5,4
6,9
Current input (Cooling only)
A
8,6
11,0
Indoor airflow
m3/h
2.700
3.200
8,6
14,5
3.900
NOMINAL ELECTRICAL SPECIFICATIONS FOR HEATING STANDARD CONDITIONS (2)
Power Supply
V
400/3/50 + N
Power input (Heating)
kW
4,9
6,3
Current input (Heating)
A
8,3
11,0
Indoor airflow
m3/h
3.200
3.800
8,4
13,5
4.650
MAXIMUM ELECTRICAL SPECIFICATIONS FOR COOLING STANDARD CONDITIONS (3)
Power Supply
V
400/3/50 + N
Power input (Cooling only)
kW
9,2
12,0
Current input (Cooling only)
A
15,0
19,0
Indoor airflow
m3/h
3.200
3.800
14,9
25,4
4.650
MAXIMUM ELECTRICAL SPECIFICATIONS FOR HEATING STANDARD CONDITIONS (4)
Power Supply
V
400/3/50 + N
Power input (Heating)
kW
8,7
11,3
Current input (Heating)
A
14,3
18,5
Indoor airflow
m3/h
4.000
4.800
14,3
23,5
5.900
NOMINAL ELECTRICAL SPECIFICATIONS FOR STANDARD CONDITIONS
Power supply
V
Power input (Cooling only)
kW
5,4
Current input (Cooling only)
A
8,6
Power input (Heating)
kW
4,9
Current input (Heating)
A
8,3
Maximum Power Input (Cooling only)
kW
9,2
Maximum Current Input (Cooling only)
A
15,0
Maximum Power Input (Heating)
kW
8,7
Maximum Current Input (Heating)
A
14,3
(1) Cooling: Compressor frecuency: 80Hz. Outdoor dry temperature: 35 °C. Indoor Dry / Wet air temperature: 27ºC / 19 °C. Indoor airflow: Low.
(2) Heating: Compressor frecuency: 80Hz. Outdoor dry /wet airtemperature: 7ºC / 6 °C. Indoor dry temperature: 20 °C. Indoor airflow: Medium.
(3) Cooling maximum: Compressor frecuency: 120Hz. Outdoor dry temperature: 35 °C. Indoor Dry / Wet air temperature: 27ºC / 19 °C. Indoor airflow: Medium
(4) Heating maximum: Compressor frecuency: 120Hz. Outdoor dry /wet airtemperature: 7ºC / 6 °C. Indoor dry temperature: 20 °C. Indoor airflow: High
10 de 24
12.13 Ref.207378 Rev.100
TECHNICAL DATA CCVIA - CCVIBA
CCVIA
CCVIBA
CAPACITIES
Cooling capacity (20 - 80 - 120 Hz)
Heating capacity (20 - 80 - 120 Hz)
EER (40 - 80 - 90 Hz)
COP (40 - 80 - 90 Hz)
Number of refrigerant circuits
REFRIGERANT
Type
Global warming potential
Cooling liquid connection
Cooling gas connection
Base load
COMPRESSOR
Type
Number
Oil type
Oil volume
OUTDOOR EXCHANGER
Type
Frontal surface
Space fin
Piping diameter
OUTDOOR FAN
Type
Model
Voltage
Motor capacity
Transmission speed
Nominal air flow
Available static pressure
Maximum fan speed
601
741
901
4,0 - 13,8 - 18,5
4,2 - 13,9 - 19,8
2.90 - 2.60- 2.50
2.95 - 2.62 - 2.52
1
5,2 - 17,7-23,9
4,5 - 17,8 - 25,8
2.86 - 2.56 - 2.45
2.94 - 2.69 - 2.55
1
6,5 - 22,0 - 28,3
7,0 - 22,2 - 30,2
2.96 - 2.54 - 2.44
2.99 - 2.64 - 2.54
1
"
"
Kg
1/2
7/8
6,5
R-410A
1725
5/8
1 1/8
7,5
5/8
1 1/8
9,5
l
1,000
FV50S (PVE)
1,4
SCROLL DC INVERTER
1
FV50S (PVE)
1,7
1
FV50S (PVE)
2,3
m2
mm
"
0,711
2,1
3/8
Aluminium fins and copper tubing
0,711
2,1
3/8
1,112
2,1
3/8
15/15 SS
400/3/50
1,1
Poleas
5.600
50
740
DOUBLE SUCTION CENTRIFUGAL
15/15 SS
400/3/50
1,5
Poleas
7.300
50
830
15/11 G2L
400/3/50
2,2
Poleas
10.000
50
688
kW
kW
V
kW
m3/h
Pa
r.p.m.
NOMINAL ELECTRICAL SPECIFICATIONS FOR COOLING STANDARD CONDITIONS (1)
Power Supply
V
400/3/50 + N
Power input (Cooling only)
kW
4,9
6,3
Current input (Cooling only)
A
7,9
10,1
Indoor airflow
m3/h
2.700
3.200
7,9
13,4
3.900
NOMINAL ELECTRICAL SPECIFICATIONS FOR HEATING STANDARD CONDITIONS (2)
Power Supply
V
400/3/50 + N
Power input (Heating)
kW
4,3
5,6
Current input (Heating)
A
7,3
9,8
Indoor airflow
m3/h
3.200
3.800
7,4
11,9
4.650
MAXIMUM ELECTRICAL SPECIFICATIONS FOR COOLING STANDARD CONDITIONS (3)
Power Supply
V
400/3/50 + N
Power input (Cooling only)
kW
8,6
11,3
Current input (Cooling only)
A
14,1
17,9
Indoor airflow
m3/h
3.200
3.800
13,9
23,7
4.650
MAXIMUM ELECTRICAL SPECIFICATIONS FOR HEATING STANDARD CONDITIONS (4)
Power Supply
400/3/50 + N
Power input (Heating)
kW
7,4
9,8
Current input (Heating)
A
12,2
16,1
Indoor airflow
m3/h
4.000
4.800
12,6
20,8
5.900
DIMENSIONS AND WEIGHT
Lenght
Width
Height
Weight
1700
870
1250
390
mm
mm
mm
Kg
1130
800
1250
260
1130
800
1250
320
(1) Cooling: Compressor frecuency: 80Hz. Outdoor dry temperature: 35 °C. Indoor Dry / Wet air temperature: 27ºC / 19 °C. Indoor airflow: Low.
(2) Heating: Compressor frecuency: 80Hz. Outdoor dry /wet airtemperature: 7ºC / 6 °C. Indoor dry temperature: 20 °C. Indoor airflow: Medium.
(3) Cooling maximum: Compressor frecuency: 120Hz. Outdoor dry temperature: 35 °C. Indoor Dry / Wet air temperature: 27ºC / 19 °C. Indoor airflow: Medium
(4) Heating maximum: Compressor frecuency: 120Hz. Outdoor dry /wet airtemperature: 7ºC / 6 °C. Indoor dry temperature: 20 °C. Indoor airflow: High
11 de 24
12.13 Ref.207378 Rev.100
TECHNICAL DATA ECVIA - ECVIBA
ECVIA STD
ECVIBA STD
CAPACITIES
Cooling capacity (20 - 80 - 120 Hz)
Heating capacity (20 - 80 - 120 Hz)
EER (40 - 80 - 90 Hz)
COP (40 - 80 - 90 Hz)
Number of refrigerant circuits
REFRIGERANT
Type
Global warming potential
Cooling liquid connection
Cooling gas connection
601
741
901
4,0 - 13,8 - 18,5
4,2 - 13,9 - 19,8
2.90 - 2.60- 2.50
2.95 - 2.62 - 2.52
1
5,2 - 17,7-23,9
4,5 - 17,8 - 25,8
2.86 - 2.56 - 2.45
2.94 - 2.69 - 2.55
1
6,5 - 22,0 - 28,3
7,0 - 22,2 - 30,2
2.96 - 2.54 - 2.44
2.99 - 2.64 - 2.54
1
"
"
1/2
7/8
R-410A
1725
5/8
1 1/8
5/8
1 1/8
m2
mm
"
0,540
2,1
3/8
0,540
2,1
3/8
0,738
2,1
3/8
V
kW
12/12 SS
400/3/50
0,75
Pulleys
DOUBLE SUCTION CENTRIFUGAL
12/12 SS
400/3/50
1,1
Pulleys
12/12 G2L
400/3/50
1,1
Pulleys
m3/h
Pa
r.p.m.
2.700/3.200/4.000
70
760
3.200/3.800/4.800
75
906
3.900/4.650/5.900
90
806
kW
kW
INDOOR EXCHANGER
Type
Frontal Surface
Space fin
Piping Diameter
INDOOR FAN
Type
Model
Voltage
Motor capacity
Transmission speed
Air flows (Low / Medium / High)
Available static pressure Higher flow
Maximum fan speed
Aluminium fins and copper tubing
NOMINAL ELECTRICAL SPECIFICATIONS FOR COOLING STANDARD CONDITIONS (1)
Power Supply
V
400/3/50 + N
Power input (Cooling only)
kW
0,5
0,6
Current input (Cooling only)
A
1,0
1,2
Indoor airflow
m3/h
2.700
3.200
NOMINAL ELECTRICAL SPECIFICATIONS FOR HEATING STANDARD CONDITIONS (2)
400/3/50 + N
Power Supply
V
Power input (Heating)
kW
0,6
0,7
Current input (Heating)
A
1,2
1,6
Indoor airflow
m3/h
3.200
3.800
0,7
1,6
3.900
1,0
2,3
4.650
MAXIMUM ELECTRICAL SPECIFICATIONS FOR COOLING STANDARD CONDITIONS (3)
Power Supply
V
400/3/50 + N
Power input (Cooling only)
kW
0,6
0,7
Current input (Cooling only)
A
1,2
1,5
Indoor airflow
m3/h
3.200
3.800
1,0
2,3
4.650
MAXIMUM ELECTRICAL SPECIFICATIONS FOR HEATING STANDARD CONDITIONS (4)
400/3/50 + N
Power Supply
Power input (Heating)
kW
1,3
1,5
Current input (Heating)
A
2,0
2,4
4.000
4.800
Indoor airflow
m3/h
1,7
2,8
5.900
DIMENSIONS AND WEIGHT
Lenght
Width
Height
Weight
1700
870
650
210
mm
mm
mm
Kg
1130
800
650
140
1130
800
650
150
(1) Cooling: Compressor frecuency: 80Hz. Outdoor dry temperature: 35 °C. Indoor Dry / Wet air temperature: 27ºC / 19 °C. Indoor airflow: Low.
(2) Heating: Compressor frecuency: 80Hz. Outdoor dry /wet airtemperature: 7ºC / 6 °C. Indoor dry temperature: 20 °C. Indoor airflow: Medium.
(3) Cooling maximum: Compressor frecuency: 120Hz. Outdoor dry temperature: 35 °C. Indoor Dry / Wet air temperature: 27ºC / 19 °C. Indoor airflow: Medium
(4) Heating maximum: Compressor frecuency: 120Hz. Outdoor dry /wet airtemperature: 7ºC / 6 °C. Indoor dry temperature: 20 °C. Indoor airflow: High
12 de 24
12.13 Ref.207378 Rev.100
CONSTRUCTION DETAILS
1. AIR FILTER
2. CONDENSER COIL
3. CONDENTSER TURBINE
4. CONDENSER TURBINE MOTOR
5. COMPRESSOR
6. POWER SUPPLY INPUT
7. EVAPORATOR COIL
8. ELECTRICAL PANEL
9. EVAPORATOR TURBINE MOTOR
10. EVAPORATOR TURBINE
11. DRAINAGE 3/4"
DIMENSIONS
ACVIA-ACVIBA 601 - 741
13 de 24
12.13 Ref.207378 Rev.100
CONSTRUCTION DETAILS
1. AIR FILTER
2. CONDENSER COIL
3. CONDENSER TURBINE
4. CONDENSER TURBINE MOTOR
5. COMPRESSOR
6. POWER SUPPLY INPUT
7. EVAPORATOR COIL
8. ELECTRICAL PANEL
9. EVPORATOR TURBINE MOTOR
10. EVAPORATOR TURBINE
11. DRAINAGE 3/4"
DIMENSIONS
ACVIA-ACVIBA 901
14 de 24
12.13 Ref.207378 Rev.100
CONSTRUCTION DETAILS
1. AIR FILTER
2. OUTDOOR DRAINAGE 3/4"
3. POWER SUPPLY
4. INDOOR COIL
5. INDOOR FAN MOTOR
6. INDOOR FAN
7. COOLING CONNECTIONS
8. ELECTRICAL PANEL
DIMENSIONS
ECVIA-ECVIBA 601-741
15 de 24
12.13 Ref.207378 Rev.100
CONSTRUCTION DETAILS
1. AIR FILTER
2. INDOOR EXCHANGER
3. INDOOR DRAINAGE 3/4"
4. INDOOR FAN
5. INDOOR FAN MOTOR
6. GAS LINE
7. LIQUID LINE
8. POWER SUPPLY
9. ELECTRICAL PANEL
DIMENSIONS
ECVIA-ECVIBA 901
16 de 24
12.13 Ref.207378 Rev.100
CONSTRUCTION DETAILS
1. ELECTRICAL PANEL
2. OUTDOOR DRAINAGE
3. COMPRESSOR
4. MAIN-ON OFF SWITCH
5. POWER SUPPLY
6. OUTDOOR COIL
7. OUTDOOR MOTOR FAN
8. OUTDOOR FAN
9. COOLING CONNECTIONS
DIMENSIONS
CCVIA-CCVIBA 601 - 741
17 de 24
12.13 Ref.207378 Rev.100
CONSTRUCTION DETAILS
1. CONDENSER TURBINE
2. CONDENSER TURBINE MOTOR
3. CONDENSER COIL
4. COMPRESSOR
5. POWER SUPPLY INPUT
6. DRAINAGE 3/4"
7. ELECTRICAL PANEL
8. MAIN ON-OFF SWITCH
DIMENSIONS
CCVIA - CCVIBA 901
18 de 24
12.13 Ref.207378 Rev.100
AIRFLOW AND STATIC PRESSURE (EVAPORATOR SIDE)
ECVIBA 601
Nominal Flow
High
Medium
Low
100
90
80
Available Pressure (Pa)
70
60
50
40
30
20
10
0
2000 2200 2400 2600 2800 3000 3200 3400 3600 3800 4000 4200 4400
Air flow (m3/h)
ECVIBA 741
Nominal Flow
High
Medium
Low
120
110
100
Available pressure (Pa)
90
80
70
60
50
40
30
20
10
0
2600 2800 3000 3200 3400 3600 3800 4000 4200 4400 4600 4800 5000
Air flow (m3/h)
19 de 24
12.13 Ref.207378 Rev.100
AIRFLOW AND STATIC PRESSURE (EVAPORATOR SIDE)
ECVIBA 901
Nominal flow
High
Medium
Low
120
110
100
Available pressure (Pa)
90
80
70
60
50
40
30
20
10
0
340 360 380 400 420 440 460 480 500 520 540 560 580 600 620
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
Airflow (m3/h)
20 de 24
12.13 Ref.207378 Rev.100
AIRFLOWS AND STATIC PRESSURE (CONDENSER SIDE)
CCVIBA 601
Nominal Airflow
100%
70%
160
140
Available Pressure (Pa)
120
100
80
60
40
20
0
3500
4000
4500
5000
5500
6000
6500
7000
7500
8000
Air flow (m3/h)
CCVIBA 741
Nominal flow
100%
70%
180
160
Available Pressure (Pa)
140
120
100
80
60
40
20
0
3600 4100 4600 5100 5600 6100 6600 7100 7600 8100 8600 9100 9600
Air flow (m3/h)
21 de 24
12.13 Ref.207378 Rev.100
AIRFLOWS AND STATIC PRESSURE (CONDENSER SIDE)
Nominal Flow
100%
70%
CCVIBA 901
140
Available Pressure (Pa)
120
100
80
60
40
20
0
3600
4600
5600
6600
7600
8600
9600
10600
11600
Air flow (m3/h)
22 de 24
12.13 Ref.207378 Rev.100
REMOTE CONTROL
DC inverter self-contained range (compact and split) uses TH Tune remoted control.
In this control is displayed:
- Cooling / Heating mode
- Temperature control (environmental / return)
- Outdoor temperature
By icons, we can see the compressor and outdoor fan operation. Indoor fan speed (high, medium or low) can be fixed for the
user although is recommended set in automatic mode. In case of alarm or maintenance, this control informs us through codes
of action to follow.
OPTIONALS
WALL PROBE
If you prefer control temperature with environmental probe, is recommended use DPWT01100 wall probe.
This optional allows control indoor stable temperature, so records a temperature value in zone control. Generally it is advisable to
install a close apposition to where the Tune TH control is mounted.
ELECTRIC RESISTANCE COIL FOR AUXILIARY ELECTRICAL HEATING DURING DEFROST
These coils are formed for finned elements mounted in steel plate frame. They incorporate protector thermostat, actuating
contactors and terminal strip for wiring. Mounted in suction.
Model
601
Capacity
kW
Voltage
Current Input
V
A
6
9
741
9
13
901
6
9
12
9
12
15
9
400/3/50
13
17
13
17
22
Consult for other capacities.
FREE COOLING
Consult.
23 de 24
12.13 Ref.207378 Rev.100
Masia Torrents, 2
08800 Vilanova i la Geltrú (Barcelona)
España
Tel. 93 893 49 12
Fax. 93 893 96 15
[email protected]
www.hitecsa.com
12.13 Ref.207378 Rev.100
Reserved the right to make changes without previous notice.

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