Condair DP 75 User manual
SWIMMING POOL DEHUMIDIFIERS
SDA
SERIES
MTEC.6500.GB-C-1 Operation and maintenance manual SDA series English Rev. C 04-2017
Multiple instructions:
Consult the specific part
Read and understand
the instructions before
undertaking any work on
the unit
RETAIN FOR FUTURE REFERENCE
Incorporated in this document are the following:
• Declaration of conformity
• Technical manual
• Dimensional drawing
TECHNICAL MANUAL
Original instructions
INSTALLATION AND
OPERATION MANUAL
Condensing dehumidifier
Condair DP 75 / DP 100 / DP 150 / DP 200
XXXXXXX EN 1611
Rev. C 04-2017
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MTEC.6500.GB-C-1 Operation and maintenance manual SDA series English
SDA Swimmingpool dehumidifiers
Reproduction, data storage and transmission, even partial, of this publication, in any form, without the prior written authorisation of HIDROS
S.p.A., is prohibited. HIDROS S.p.A. can be contacted for all inquiries regarding the use of its products.
HIDROS S.p.A. follows a policy of continuous product development and improvement and reserves the right to modify specifications, equi-
pment and instructions regarding use and maintenance at any time, without notice.
Declaration of conformity
We declare under our own responsibility that the below equipment complies in all parts with the CEE and EN directives.
The declaration of conformity is enclosed to the technical booklet enclosed with the unit.
DP Swimmingpool dehumidifiers
Thank you for choosing Condair
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INDEX
1. INTRODUCTION.....................................................................................................................................................................................
1.1 Preliminary information......................................................................................................................................................
1.2 Aim and content of the manual ..........................................................................................................................................
1.3 How to store this manual ...................................................................................................................................................
1.4 Manual Update ..................................................................................................................................................................
1.5 How to use this manual .....................................................................................................................................................
1.6 Potential Risks...................................................................................................................................................................
1.7 General Description of Symbols Used...............................................................................................................................
1.8 Safety symbols used..........................................................................................................................................................
1.9 Limitations and prohibited use...........................................................................................................................................
1.10 Unit identification .............................................................................................................................................................
2. SAFETY .................................................................................................................................................................................................
2.1 Warning re potentially hazardous toxic substances...........................................................................................................
2.2 Refrigerant handling ..........................................................................................................................................................
2.3 Prevent inhalation of high vapor concentration..................................................................................................................
2.4 Procedures to be adopted in the event of accidental release of refrigerant ......................................................................
2.5 Main Toxicological Information Regarding the Type of refrigerant used ............................................................................
2.6 First Aid Measures .............................................................................................................................................................
3. TECHNICAL CHARACTERISTICS .........................................................................................................................................................
3.1 Unit description..................................................................................................................................................................
3.2 Accessories .......................................................................................................................................................................
3.3 Technical data....................................................................................................................................................................
3.4 Operation limits..................................................................................................................................................................
3.5 Sound data ........................................................................................................................................................................
3.7 Safety devices ...................................................................................................................................................................
4. INSTALLATION .......................................................................................................................................................................................
4.1 General safety guidelines and and use of symbols ...........................................................................................................
4.2 Health and safety Considerations .....................................................................................................................................
4.3 Personal protective equipment .........................................................................................................................................
4.4 Inspection .........................................................................................................................................................................
4.5 Storage ..............................................................................................................................................................................
4.6 Unpacking..........................................................................................................................................................................
4.7 Lifting and handling............................................................................................................................................................
4.8 Location and minimum technical clearances.....................................................................................................................
4.9 Condensate draining connections .....................................................................................................................................
4.10 How to connect the hot water coil (HOWA) + 3 way modulating valve (KIVM) (Accessory)............................................
4.11 How to vent the unit .........................................................................................................................................................
4.12 How to remove filters.......................................................................................................................................................
4.13 Desuperheater connection (RP01) ..................................................................................................................................
4.14 Installation of built-in room electronic sensor (RGDD).....................................................................................................
4.15 Serial interface card RS485 (INSE).................................................................................................................................
4.16 Connecting the unit to air duct channels..........................................................................................................................
4.17 Fan positioning ................................................................................................................................................................
4.18 Remote mechanical hygrostat installation (HYGR) .........................................................................................................
4.19 Electric connections: preliminary safety information........................................................................................................
4.20 Electrical data ..................................................................................................................................................................
4.21
How to connect the power supply....................................................................................................................................
4.22 Electric connections.........................................................................................................................................................
5. UNIT START UP......................................................................................................................................................................................
5.1 Preliminary checks.............................................................................................................................................................
5.2 Description of the control panel .........................................................................................................................................
5.3 Remote control panel.........................................................................................................................................................
6. USE .........................................................................................................................................................................................................
6.1 Switch the unit on ..............................................................................................................................................................
6.2 Stop ...................................................................................................................................................................................
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6.3 Stand-by ............................................................................................................................................................................
6.4 How to change the set points ............................................................................................................................................
6.5 Acoustic signal silencing ....................................................................................................................................................
6.6 Display during alarm..........................................................................................................................................................
6.7 Alarm reset.........................................................................................................................................................................
7. MAINTENANCE OF THE UNIT...............................................................................................................................................................
7.1 General warnings...............................................................................................................................................................
7.2 Drive access ......................................................................................................................................................................
7.3 Periodical checks...............................................................................................................................................................
7.4 Refrigerant circuit repair ....................................................................................................................................................
8. DECOMMISSIONING.............................................................................................................................................................................
8.1 Disconnect the unit ............................................................................................................................................................
8.2 Disposal, recovery and recycling.......................................................................................................................................
8.3 RAEE Directive (only UE)..................................................................................................................................................
9. DIAGNOSIS AND TROUBLESHOOTING ..............................................................................................................................................
9.1 Fault finding ......................................................................................................................................................................
10.DIMENSIONAL DRAWINGS ..................................................................................................................................................................
DP Swimmingpool dehumidifiers
11. EU DECLARATION OF CONFORMITY ............................................................................................................................................... 50
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1. INTRODUCTION
1.1 Preliminary information
1.2Aim and content of the manual
1.3 How to store this manual
1.4 Manual Update
1.5 How to use this manual
Reproduction, storage or transmission of any part of this publication in any form, without the prior written consent of the Company, is pro-
hibited.
The unit to which these instructions refer, is designed to be used for the the purposes described and to be operated in accordance with
these instructions.
The Company will not be liable for claims for damage caused to persons, animals, material goods or property caused by improper installa-
tion, adjustment and maintenance or improper use. Any use not specified in this manual is prohibited.
This document is intended to provide information only and does not form a contract with third parties.
The Company pursues a policy of constant improvement and development of its products and therefore reserves the right to change the
specifications and the documentation at any time, without notice and without obligation to update existing equipment.
These instructions are intended to provide the information required for the selection, installation, use and maintenance of the unit.
They have been prepared in accordance with the European Union laws and with the technical standards in force at the date of issue of the
instructions.
The instructions contain all the necessary information to prevent any reasonably foreseeable misuse.
The manual must be kept in a suitable place with easy access for users and operators, protected from dust and damp.
The manual must always accompany the unit during the entire life cycle of the same and therefore must be transferred to any subsequent
user.
It is recommended that the manual is updated to the latest revision available.
If updates are sent to the customer they must be added to this manual.
The latest information regarding the use of its products is available by contacting the Company.
The manual is an integral part of the unit.
Users or operators must consult the manual before performing any operation and especially so when transporting, han-
dling, installating, maintaining, or dismantling the unit in order to eliminate uncertainty and reduce risk.
In these instructions symbols have been used (described in the following paragraphs) to draw the attention of operators
and users to the operations that have a higher risk and which must be performed safely.
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1.6 Potential Risks
Whilst the unit has been designed to minimize any risk posed to the safety of people who will interact with it, it has not been technically
possible to eliminate completely the causes of risk. It is therefore necessary to refer to the requirements and symbolism below:
LOCATION OF
RISK POTENTIAL RISK METHOD OF INJURY PRECAUTIONS
Thermal heat
exchangers. Small stab wounds. Contact Avoid any contact,
use protective gloves.
Fan and fan grilles. Cuts, eye damage,
broken bones.
Insertion of sharp objects
through the grid while the fans
are operating.
Never put objects through the pro-
tection grilles.
Internal component:
compressors and
discharge pipes
Burns. Contact Avoid any contact, use protective
gloves.
Internal component:
electric cables and
metallic parts
Electrocution,
severe burns.
Defect in the supply cable in-
sulation, live metallic parts.
Adequate protection of power ca-
bles, ensure correct earthing of all
metal parts.
External to unit:
unit enclosure
Poisoning,
severe burns.
Fire due to short circuit or
overheating of the supply ca-
ble external to unit.
Size cables and mains protection
system in accordance with iee regu-
lations.
Low pressure safety
valve.
Poisoning,
severe burns.
High evaporating pressure
causing a refgrigerant dis-
charge during maintenance.
Carefully check the evaporating
pressure during the maintenance
operations.
High pressure safety
valve.
Poisoning,
severe burns,
hearing loss.
Activation of the high pressure
safety valve with the refriger-
ant circuit open.
If possible, do not open the refrig-
erant circuit valve; carefuly check
the condensing pressure; use all
the personal protective equipment
required by law.
Entire unit External fire
Fire due to natural disasters
or combustions of elements
nearby unit
Provide the necessary fire-fighting
equipment
Entire unit
Explosion, injuries, burns, poi-
soning, folgoramento for natural
disasters or earthquake.
Breakages, failures due to natu-
ral disasters or earthquake
Plan the necessary precautions both
electrical (suitable differential ma-
gneto and electrical protection of the
supply lines; greatest care during the
connections of the metal parts), and
mechanical (special anchors or sei-
smic vibrations to prevent breakages
or accidental falls ).
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BANNED
A black symbol inside a red circle with a red diagonal indicates an action that should not be performed.
WARNING
A black graphic symbol added to a yellow triangle with black edges indicates danger.
ACTION REQUIRED
A white symbol inserted in a blue circle indicates an action that must be done to avoid a risk.
The graphic symbol “warning” is qualified with additional safety information (text or other symbols).
Safety symbols combined in accordance with ISO 3864-2:
1.7 General Description of Symbols Used
Safety symbols combined in accordance with ISO 3864-2:
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GENERAL RISK
Observe all signs placed next to the pictogram. The failure to follow directions may create a risk situation that may
be injurious to the user.
ELECTRICAL HAZARD
Observe all signs placed next to the pictogram.
The symbol indicates components of the unit and actions described in this manual that could create an electrical
hazard.
MOVING PARTS
The symbol indicates those moving parts of the unit that could create risk.
HOT SURFACES
The symbol indicates those components with high surface temperature that could create risks.
SHARP SURFACES
The symbol indicates components or parts that could cause stab wounds.
EARTH CONNECTION
The symbol identifies Earthing connection points in the unit.
READAND UNDERSTAND THE INSTRUCTIONS
Read and understand the instructions of the machine before any operations.
RECOVER OR RECYCLE MATERIAL
1.8 Safety symbols used
The unit is not suitable for operations in environments:
• excessively dusty or potentially explosive atmospheres;
• where there are vibrations;
• where there are electromagnetic fields;
• where there are aggressive atmospheres
The machine is designed and built exclusively for the uses described in “Limitations of use” of the technical manual.
Any other use is prohibited because it may pose a potential risk to the health of operators and users.
1.9 Limitations and prohibited use
DP Swimmingpool dehumidifiers
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Manufacturer: PD322111
Contiene gas fluorurati ad effetto serra disciplinati dal protocollo di Kyoto
Contains fluorinated greenhouse gasses covered by the Kyoto protocol
Modello
Model
1SDA.100A-2A 123456
1 8/2017
R410A
0,55 Kg 1,15 ton
2 2088
230V-1ph-50Hz
22 bar 42 bar
-30 °C
90 Kg
+130 °C -30 °C +130 °C
9.6 A 2 kW
Matricola
Serial number
Categoria PED
PED Category
Tipo refrigerante
Refrigerant type
Tensione-Fasi-Frequenza
Voltage-Phases-Frequency
LATO BASSA PRESSIONE
LOW PRESSURE SIDE
LATO ALTA PRESSIONE
HIGH PRESSURE SIDE
Gruppo fluido
Fluid group GWP
Carica refrigerante
Refrigerant charge
C1
C3
C2
Min Max Min Max
C4
F.L.A. (A) F.L.I. (kW)
PS
Temperatura di progetto
Design temperature
Peso a vuoto
Weight
Temperatura di progetto
Design temperature
CO2Equivalente
CO2Equivalente
Data di fabbricazione
Manifacture date
PS
MTEC.6500.GB-C-1 Operation and maintenance manual SDA series English
SDA Swimmingpool dehumidifiers
The product label should never be removed from the unit.
1.10 Unit identification
Each unit has a rating plate that provides key information regarding the machine.
The rating plate may differ from the one shown below as the example is for a standard unit without accessories.
For all electrical information not provided on the label, refer to the wiring diagram.
A facsimile of the label is shown below:
DP Swimmingpool dehumidifiers
Manufacturer: PD322111
Contiene gas fluorurati ad effetto serra disciplinati dal protocollo di Kyoto
Contains fluorinated greenhouse gasses covered by the Kyoto protocol
Modello
Model
1DP0.100A-2A 123456
1 8/2017
R410A
0,55 Kg 1,15 ton
2 2088
230V-1ph-50Hz
22 bar 42 bar
-30 °C
90 Kg
+130 °C -30 °C +130 °C
9.6 A 2 kW
Matricola
Serial number
Categoria PED
PED Category
Tipo refrigerante
Refrigerant type
Tensione-Fasi-Frequenza
Voltage-Phases-Frequency
LATO BASSA PRESSIONE
LOW PRESSURE SIDE
LATO ALTA PRESSIONE
HIGH PRESSURE SIDE
Gruppo fluido
Fluid group GWP
Carica refrigerante
Refrigerant charge
C1
C3
C2
Min Max Min Max
C4
F.L.A. (A) F.L.I. (kW)
PS
Temperatura di progetto
Design temperature
Peso a vuoto
Weight
Temperatura di progetto
Design temperature
CO2Equivalente
CO2Equivalente
Data di fabbricazione
Manifacture date
PS
CS
FAC
AC
SI
SIM
MILE
LE
LE
MIL
F
1,15 ton
22 bar
9.6 A
a
ency
ONE
SURE
FL
CO
2
Equivalente
CO
2
Equivalente
Condair Group AG,
Talstrasse 35-37,
8808 Pfäffikon
SZ
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2.1.1 Identification of the Type of Refrigerant Fluid Used: R410A
• Difluoromethane (HFC-32) 50% by weight CAS No.: 000075-10-5
• Pentafluoroethane (HFC-125) 50% by weight CAS No.: 000354-33-6
2.1.6 Professional exposure limits
R410A
HFC-32 TWA 1000 ppm
HFC-125 TWA 1000 ppm
2.1 Warning re potentially hazardous toxic substances
2. SAFETY
For further information regarding the characteristics of the refrigerant and oil used, refer to the safety data sheets
available from the refrigerant and oil manufacturers.
2.1.2 Identification of the Type of Oil Used.
The lubricant used is polyester oil. Please refer to the information provided on the compressor data plate.
ENVIRONMENTAL PROTECTION : Read the ecological information and the following instructions carefully.
Main Ecological Information Regarding the Types of refrigerants Fluids used.
2.1.3 Persistence and degradation
2.1.4 Effects of discharges
2.1.5 Exposure controls and personal protection
The refrigerants used decompose in the lower atmosphere (troposphere) relatively quickly. The decomposed products are highly dispersible
and therefore have a very low concentration. They do not influence the photochemical smog which is not among the VOC volatile organic
compounds (as stipulated in the guidelines to the UNECE). The constituent refrigerants of R407C (R32, R125 and R134a), do not damage
the ozone layer. These substances are regulated under the Montreal Protocol (revised 1992) and regulations EC no. 2037/200 of 29 June
2000.
Discharges into the atmosphere of this product does not cause a long-term contamination.
Wear protective clothing and gloves, protect your eyes and face
2.2 Refrigerant handling
Users and maintenance personnel must be adequately informed about the possible risks of handling potentially
toxic substances. Failure to follow such instructions can cause damage to personnel or to the unit.
2.3 Prevent inhalation of high vapor concentration
2.4 Procedures to be adopted in the event of accidental release of refrigerant
Atmospheric concentrations of refrigerant must be minimized and kept to a level that is below the occupational exposure limit. Vapor is
heavier than air and can form dangerous concentrations near the ground where the ventilation rate is lower. Always ensure adequate venti-
lation. Avoid contact with open flames and hot surfaces as this can cause toxic and irritating decomposition products to form. Avoid contact
between liquid refrigerant and the eyes or skin.
Ensure suitable personal protection (especially respiratory protection) during cleaning operations.
If deemed safe, isolate the source of the leak. If the leakage is small and if adequate ventilation is provided, allow the refrigerant to evapo-
rate. If the loss is substantial ensure that measures are taken to adequately ventilate the area.
Contain spilled material with sand, earth or other suitable absorbent material.
Do not allow the refrigerant to enter drains, sewers or basements, as pockets of vapor can form.
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2.5 Main Toxicological Information Regarding the Type of refrigerant used
2.5.1 Inhalation
A high atmospheric concentration can cause anaesthetic effects with possible loss of consciousness. Prolonged exposure may lead to
irregular heartbeat and cause sudden death. Higher concentrations may cause asphyxia due to the reduced oxygen content in the atmo-
sphere.
2.5.2 Contact with skin
Splashes of nebulous liquid can produce frostbite. Probably not hazardous if absorbed trough the skin. Repeated or prolonged contact may
remove the skin’s natural oils, with consequent dryness, cracking and dermatitis.
2.5.3 Contact with eyes
Splashes of liquid may cause frostbite.
2.5.4 Ingestion
While highly improbable, may produce frostbite.
2.6 FirstAid Measures
2.6.1 Inhalation
2.6.2 Contact with skin
Move the person away from the source of exposure, keep him/her warm and let him/her rest. Administer oxygen if necessary. Attempt
artificial respiration if breathing has stopped or shows sings of stopping. If the heart stops, perform external heart massage. Seek medical
assistance.
In case of contact with skin, wash immediately with lukewarm water. Thaw tissue using water. Remove contaminated clothing. Clothing may
stick to the skin in case of frostbite. If irritation, swelling or blisters appear, seek medical assistance.
Adhere scrupulously to the warnings and first aid procedures indicated below.
2.6.3 Contact with eyes
2.6.4 Ingestion
2.6.5 Further medical treatment
Rinse immediately using an eyewash or clean water, keeping eyelids open, for at least ten minutes. Seek medical assistance.
Do not induce vomiting. If the injured person is conscious, rinse his/her mouth with water and make him/her drink 200-300ml of water. Seek
immediate medical assistance.
Treat symptoms and carry out support therapy as indicated. Do not administer adrenaline or similar sympathomimetic drugs following
exposure, due to the risk of cardiac arrhythmia.
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3.1 Unit description
The dehumidifiers are expressly designed for use in swimming pools where humidity should be closely controlled in order to guarantee
optimal comfort. These units are intended to be installed in a technical room close to the swimming pool. A centrifugal fan with high available
static pressure allows unit connection to ductworks, both for air suction and discharge. This series comprises 5 basic models which cover
a capacity range from 50 to 240 l/24h.
3.1.1 Frame
All units are made from hot-galvanised thick sheet metal, painted with polyurethane powder enamel at 180°C to ensure the best resistance
against the atmospheric agents. The frame is self-supporting with removable panels. All screws and rivets are in stainless steel. The colour
of the units is RAL 9018.
3.1.2 Refrigerant circuit
The refrigerant gas used in these units is R410A. The refrigerant circuit is made by using international primary brands components and ac-
cording to ISO 97/23 concerning welding procedures. The refrigerant circuit includes: sight glass, filter drier, thermal expansion valve with
external equalizer, Schrader valves form maintenance and control, pressure safety device (according to PED regulation).
3.1.3 Compressors
The compressors are rotative type, with thermal overload protection by a klixon embedded in the motor winding. The compressor is
mounted on rubber vibration dampers and it is supplied,standard, with sound-proof cover to reduce noise emission. The inspection is pos-
sible through the frontal panel of the unit that allows the maintenance of the compressor.
3.1.4 Condenser and evaporator
Condensers and evaporators are made of copper pipes and aluminium fins.
All evaporators are painted with epoxy powders to prevent corrosion problem due to their use in aggressive environments. The diameter of
the copper pipes is 3/8” and the thickness of the aluminium fins is 0,1 mm. The tubes are mechanically expanded into the aluminium fins to
improve the heat exchange factor. The geometry of these heat exchangers guarantees a low air side pressure drop and then the use of low
rotation (and low noise emission) fans. All units are supplied, standard, with a powder coated steel drip tray and all evaporators are supplied
with a temperature sensor used as automatic defrost probe.
3.1.5 Supply fan
The fans are centrifugal type, double inlet with forward curved blades. They are made of galvanized steel, painted with epoxy powders
(RAL7030) with 120 micros thickness, for an excellent protection in aggressive environments. All screws used are made in stainless steel
AISI 316. All fans are statically and dynamically balanced and supplied complete of the safety fan guard according to EN 294, they are
mounted on the unit frame by interposition of rubber vibration dampers to reduce the noise emission. The electric motors are directly con-
nected to the fans, they are supplied with 3 speeds with integrated thermal protection. Protection degree IP55.
3.1.6Air filter
It is made of synthetic filtering media, undulated type, without electro-static charge; they are all removable for differential disposal. Efficiency
class G5, according to EN 779:2002.
3.1.7 Microprocessors
All units are supplied standard with microprocessor controls. The microprocessor controls the following functions: regulation of the water
temperature, antifreeze protection, compressor timing, compressor automatic starting sequence, alarm reset, potential free contact for
remote general alarm, alarms and operation leds.
3.1.8 Electric enclosure
The electric switch board is made according to electromagnetic compatibility norms CEE 73/23 and 89/336. The accessibility to the board is
possible after removing the front panel of the unit and the OFF positioning of the main switch. The following components are also standard
installed: main switch, magnetic-thermal switches (as a protection fans and compressors), control circuit automatic breakers, compressor
contactors, fan contactors. The terminal board is supplied with voltage free contacts for remote ON-OFF and general alarm.
3.1.9 Control and protection devices
All units are supplied with the following control and protection devices: antifreeze protection sensor, high pressure switch with manual
reset, low pressure switch with automatic reset, high pressure safety valve, compressor thermal overload protection, fans thermal overload
protection.
3. TECHNICAL CHARACTERISTICS
DP Swimmingpool dehumidifiers
3.1.1 Frame
All units are made from hot-galvanised thick sheet metal, painted with polyurethane powder enamel at 180°C to ensure the best resistance
against the atmospheric agents. The frame is self-supporting with removable panels. All screws and rivets are in stainless steel. The colour
of the units is RAL 9006.
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3.1.10 Test
All the units are fully assembled and wired at the factory, carefully evacuated and dried after leak tests under pressure and then charged
with refrigerant R410A. They are all fully operational tested before shipment. They all conforms to European Directives and are individually
marked with the CE label and provided with Conformity Declaration.
3.2Accessories description
3.2.1 Hot water coil (HOWA)
The heat exchanger is made of copper pipes and aluminium fins. The diameter of the copper pipes is 3/8” and the thickness of the alu-
minium fins is 0,1 mm. The tubes are mechanically expanded into the aluminium fins to improve the heat exchange factor.
3.2.2 Electric heater 3kw / 6kW 230/1/50 (HOEL)
The electric heater kit is in aluminium and is used to integrate the unit heating capacity.The kit is composed of an ON-OFF double safety
thermostat without capacity steps.
3.2.3 Electronic temperature and humidity probe (RGDD)
Built-in Electronic temperature and humidity probe.
3.2.4 Remote mechanical hygrostat (HYGR)
To be installed on the wall, it is supplied with a regulation knob and working range from 30% to 100% with precision of 3%.
3.2.5 3 Way on/off valve (KIVM)
It is used to control the waterflow in the coil. The valve is directly controlled from the unit microprocessor.
3.2.6 Remote control panel (PCRL)
This panel can be mounted up to 50m (maximum) from the unit and replicates all of the control functions. It is connected using a twin cable
of 0.5 mm sq section.
3.2.7 Desuperheater in Cu-Ni (RP01)
The unit is fitted with a Coaxial type heat exchanger suitable for chlorinated water. The internal pipe is manufactured from Cupronickel with
the external pipe being made from Copper. The chlorinated water flows within the internal pipe whilst the refrigerant gas passes through the
gap between the internal and external pipes. The Cupro-nickel internal pipe is manufactured with a special profile that generates turbulent
flow within the refrigerant gas thus increasing the heat exchange factor, the thermal efficiency and reducing the dimensions. The heat
exchanger is designed to recover approx. 20% of the thermal capacity generated by the unit.
3.2.8 Grille kit and case for ducted version (KGBH)
Air grille double row adjustable brushed aluminium fins, equipped for wall mounting with subframe.
3.2.9 Serial interface card RS485 (INSE)
This interface card enables the controller to comunicate with other devices using Modbus protocol.
3.2.10 E.C. Supply fan (VECE)
The supply fan is a high performance centrifugal type, double inlet forward curved blades, directly coupled to the electric motor. The fan
wheel and the scroll are made from hot galvanised thick sheet metal, painted with polyurethane powders, to ensure the best resistance
against aggressive environments. The electric motor is a high efficiency DC brushless type with external rotor, to guarantee an ideal cooling
of the windings and the absence of power lost due to pulleys and belt transmission. The fan is statically and dynamically balanced class 6,3
according to ISO1940. The electric motor has a separate electronic commuter (driver) and a speed modulation 0-10V, integrated PFC, burn
out thermal protection (in case of considerable reduction of the power supply), protection degree IP54, serial interface card with modbus
protocol RTU.
3.2.11 Air filter with frame for ducted installation (FARC)
Complete with EU2 efficiency air filter which can be removed by the side and frame for ducted installation.
3.2.12 Floor trolley version (TROL)
To facilitate dehumidifier handling where is placed.
DP Swimmingpool dehumidifiers
Rev. C 04-2017
14
SDA 75 100 150 200 250
l/24h 73,0 95,2 157,1 194,3 240,2
l/24h 56,6 76,5 111,0 145,3 190,3
l/24h 49,4 68,5 99,7 127,8 169,5
l/24h 34,5 50,2 66,0 90,6 122,4
kW 1,40 1,82 2,27 2,90 3,87
kW 1,59 2,05 2,68 3,44 4,39
kW 3,0 3,0 6,0 6,0 6,0
A 7,8 9,1 12,4 15,7 19,2
A 21,7 27,0 46,0 65,0 67,0
kW 7,5 8,5 13,9 15,2 16,4
kW 1,1 1,7 2,3 3,0 3,0
m3/h 800 1000 1500 1800 2000
Pa 50÷150 50÷150 50÷150 50÷150 50÷150
R410A R410A R410A R410A R410A
Kg 0,55 0,55 1,10 1,10 1,20
2088 2088 2088 2088 2088
t 1,15 1,15 2,30 2,30 2,50
dB(A)5961636970
dB(A)5254606263
V/Ph/Hz 230/1/50 230/1/50 230/1/50 230/1/50 230/1/50
MTEC.6500.GB-C-1 Operation and maintenance manual SDA series English
SDA Swimmingpool dehumidifiers
Performances are referred to the following conditions:
(1)Room temperature 30°C; water temperature 80/70°C, compressor OFF.
(2)Room temperature 30°C/80%; water temperature 30/35°C.
(3) Sound Power level according to ISO 9614, fan with available static pressure 50 Pa.
(4) Sound pressure level measured at 1 mt from the unit in free field conditions according to ISO 9614. fan with available static pressure 50 Pa.
(5) Unit without supplementary electric heater.
3.3 Technical data
Moisture removed at 30°C - 80%
Moisture removed at 30°C - 60%
Moisture removed at 27°C - 60%
Moisture removed at 20°C - 60%
Nominal input power at 30°C-80% (5)
Maximum input power (5)
Supplementary electric heater
Maximum input power (5)
Peak current
Hot water coil (1)
Partial heat recovery(2)
Air Flow
Available static pressure
Refrigerant
Refrigerant charge
Global warming potential (GWP)
Equivalent CO2charge
Sound power (3)
Sound pressure (4)
Power supply
DP Swimmingpool dehumidifiers
DP
Rev. C 04-2017
15
SDA 75 100 150 200 250
kW 7,5 8,5 13,9 15,2 16,4
l/h 670 750 1250 1340 1470
20
0,3
0,4
0,5
0,6
0,7
0,8
0,9
1
1,1
1,2
1,3
1,4
1,5
30 40 50 6025 35 45 55
0
5
10
15
20
25
30
35
40
0 250 500 750 1000 1250 1500
75-100 150-250
MTEC.6500.GB-C-1 Operation and maintenance manual SDA series English
SDA Swimmingpool dehumidifiers
3.3.3 Pressure drops of hot water coil hydraulic circuit
3.3.2 Hot water coil correction factors (HOWA)
The hot water coil capacity in different conditions can be obtained multiplying the nominal capacity (See above), by the correction factor
indicated in the table.
The graphic below shows the pressure drops of the hydraulic circuit that includes the hot water coil and the 3 way modulating valve.
Pressure drops (kPa)
Heating coil waterflow (l/h)
Hot water coil capacity
Waterflow
3.3.1 Hot water coil (Accessory)(HOWA)
Correction factors
Difference between water inlet temperature and room temperature (°C)
Performances are referred to the following conditions:
Room temperature 30°C; water temperature 80/70°C, compressor switched off.
DP Swimmingpool dehumidifiers
DP
150-200
Rev. C 04-2017
16
75 100 150 200 250
kW 1,1 1,7 2,3 3,0 3,0
l/h 190 300 400 520 520
kPa 5 12 9 15 15
0,4
0,5
0,6
0,7
0,8
0,9
1,1
1,0
35 40 45 50
0
5
10
15
20
100 200 300 400 500 600 700
75-100
150-250
MTEC.6500.GB-C-1 Operation and maintenance manual SDA series English
SDA Swimmingpool dehumidifiers
3.3.6 Pressure drops of desuperheater
3.3.5 Hot water coil correction factors (HOWA)
The desuperheater capacity in different conditions can be obtained multiplying the nominal capacity (See above), by the correction factor
indicated in the table.
The graphic below shows the pressure drops of the hydraulic circuit that includes the desuperheater.
Pressure drops (kPa)
Waterflow (l/h)
Models SDA
Capacity
Waterflow
Water pressure drops
3.3.4 Desuperheater (Accessory)(HOWA)
Correction factors
Difference between water inlet temperature and room temperature (°C)
Performances are referred to the following conditions:
Room temperature 30°C; water temperature 30/35°C, compressor switched off.
Room temperature 32°C
Room temperature 30°C
Room temperature 28°C
DP Swimmingpool dehumidifiers
DP
150-200
Rev. C 04-2017
17
0
20
40
60
80
100
120
140
160
180
650 700 750 800 850 900 950 1000 0
20
40
60
80
100
120
140
160
180
800 850 900 950 1000 1050 1100 1150 1200
0
50
100
150
200
250
1200 1300 1400 1500 1600 1700 1800 0
50
100
150
200
250
1500 1600 1700 1800 1900 2000 2100
0
50
100
150
200
250
1800 1850 1900 1950 2000 2050 2100
SDA075 SDA100
SDA150 SDA200
SDA250
(m3/h)
(m3/h)
(m3/h)
(m3/h)
(m3/h)
Med.
Med.
Min.
Min.
Med.
Med.
Max.
Max.
Max. Max.
Max.
Min. Min.
(Pa)(Pa)(Pa)
(Pa)(Pa)
MTEC.6500.GB-C-1 Operation and maintenance manual SDA series English
SDA Swimmingpool dehumidifiers
3.3.7 Fans
SDA 75 static pressure 50 Pa = low speed (31) SDA 75 static pressure 150 Pa = high speed (53)
SDA 100 static pressure 50 Pa = medium speed (30) SDA100 static pressure 150 Pa = high speed (53)
SDA 150 static pressure 50 Pa = medium speed (30) SDA150 static pressure 150 Pa = high speed (53)
SDA 200 static pressure 50 Pa = medium speed (30) SDA 200 static pressure 150 Pa = high speed (53)
SDA 250 static pressure 50 Pa = medium speed (30) SDA 250 static pressure 150 Pa = high speed (53)
DP Swimmingpool dehumidifiers
DP 75 static pressure 50 Pa = low speed (31) DP 75 static pressure 150 Pa = high speed (53)
DP 100 static pressure 50 Pa = medium speed (30) DP 100 static pressure 150 Pa = high speed (53)
DP 150 static pressure 50 Pa = medium speed (30) DP 150 static pressure 150 Pa = high speed (53)
DP 200 static pressure 50 Pa = medium speed (30) DP 200 static pressure 150 Pa = high speed (53)
DP 250 static pressure 50 Pa = medium speed (30) DP 250 static pressure 150 Pa = high speed (53)
DP 075
DP 150
DP 100
DP 200
Rev. C 04-2017
18
0
50
100
150
200
250
300
350
650 700 750 800 850 900 950 1000 0
50
100
150
200
250
300
350
800 850 900 950 1000 1050 1100 1150 1200
0
50
100
150
200
250
300
350
1200 1300 1400 1500 1600 1700 1800 0
50
100
150
200
250
300
350
1500 1600 1700 1800 1900 2000 2100
0
50
100
150
200
250
300
350
1800 1900 2000 21001950 2050 2150
(m3/h)
(m3/h)
(m3/h)
(m3/h)
(m3/h)
(Pa)(Pa)(Pa)
(Pa)(Pa)
SDA075 SDA100
SDA150 SDA200
SDA250
MTEC.6500.GB-C-1 Operation and maintenance manual SDA series English
SDA Swimmingpool dehumidifiers
3.3.8 E.C. Supply fan (VECE) (accessory)
DP Swimmingpool dehumidifiers
DP 075
DP 150
DP 100
DP 200
Rev. C 04-2017
19
2
NO
1345678 2
NO
1345678
OK NO
2
NO
1345678
2
NO
1345678 2
NO
1345678 2
NO
1345678 2
NO
1345678
2
NO
1345678 2
NO
1345678 2
NO
1345678
2
NO
1
R1
3V
4V
5V
6V
7V
8V
9V
10V
R10 R2 R3 R4 R5 R6 R7 R8 R9
345678
V1
V5
V2
V6
V3
V7
V4
V8
MTEC.6500.GB-C-1 Operation and maintenance manual SDA series English
SDA Swimmingpool dehumidifiers
All units are factory set with the nominal air flow rates and available static pressure of 150 Pa .
The use of the minimum speed ( 1 and 2 ) must be carefully evaluated by skilled personnel because the operation at
very low fan speed could result in malfunction or even damage to the unit.
It is recommended to move a single micro switch for each operating speed . The displacement of two or more micro
switches may generate incorrect power supply voltages with malfunction or damage to the unit .
3.3.10 Fan speed setting
V1 = Minimum speed V8 = Maximum speed
3.3.9 Supply fan Microswitches (Only with VECE)
All units equipped with EC fans are supplied with micro switches for the management of the speed of rotation. The micro switches configu-
ration is done at the factory but can be modified by the user according to the specific plant requirements. Indicatively it can be considered
that the displacement of the micro switch from one number to the next or previous leads to an increase/decrease of the available static
pressure of about 30 ÷ 50 Pa at nominal air flow.
DP Swimmingpool dehumidifiers
Rev. C 04-2017
20
40
10
30 15 20 25 30 35 40
60
50
80
70
100
90
1,00
10,00
100,00
1.000,00
10.000,00
100.000,00
1.000.000,00
01020304050607080 90100
MTEC.6500.GB-C-1 Operation and maintenance manual SDA series English
SDA Swimmingpool dehumidifiers
3.4 Operation limits
Units are designed to operates with hot water coil supply temperature variables from 55°C to 80°C
All the units can run with room humidity or external humidity between 50% and 99% as shown in the chart.
The units MUST be used within the operation limit indicated in the diagrams (see above). the warranty will be inva-
lidated if the units are used in ambient conditions outside the limits reported. If there is the necessity to operate in
different conditions, please contact our technical office.
RH (%)
Room temperature (°C)
The units are designed to operate within false ceiling and/or heated technical room. The units are NOT suitable for
outdoor installations and / or technical room w/o heat (attics, rooms communicating with the outside) as it may form
condensation on the walls and inside the unit cabinet causing damages.
3.4.1 Maximum pool water chlorine content
The units are designed and manufactured to operate with pool water chlorine values below the limits shown in the
graph. Chlorine values above this limit can irreparably damage the unit.
Chlorine value (mg/l)
Pool water temperature (°C)
DP Swimmingpool dehumidifiers
This manual suits for next models
3
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