Tepelné čerpadlo SR-16XB
Compresor Copeland 15KW
Cena 79.960,- kč
kontakt :
Radomil Šejnoha
Whats App / Mobile
+ 420 792464322
sejnoha@gmail.com
2.1
Specification parameter
Model
|
SR-16XB
|
|
Heating capacity
|
kW
|
15
|
BTU/h
|
51180
|
|
Rated power Input
|
kW
|
3.4
|
Rated running Current
|
A
|
7.5
|
COP
|
kW/kW
|
4.4
|
Max. Running Current
|
A
|
11
|
Power Source
|
V/Ph/Hz
|
380V/3N～/50Hz
|
Compressor type
|
scroll
|
|
Charged refrigerant(R410A)
|
kg
|
1.9
|
Rated water flow（heating）
|
m3/h
|
2.59
|
Connection pipe
|
DN
|
25
|
Noise level
|
dB(A)
|
55
|
Dimension (W*D*H)
|
mm
|
810*780*1050
|
Environment temp. range
|
℃
|
-20～43
|
Net weight
|
kg
|
155
|
Enclosure Class
|
IPX4
|
|
Date, S/N:
|
See circuit diagram
|
|
Popis
Tepelné čerpadlo vzduch-voda SEJNOHA Climtec SR-16XB
Tepelné čerpadlo vzduch-voda Clim SR-16XB na 250 m²
Efektivní a ekonomická varianta pro vytápění obytných budov a komerčních zařízení. Tepelné čerpadlo vzduch-voda Clitech CAR-16XB na 250 m² je nejlepší volbou: nejvyšší úroveň účinnosti, práce s nízkým hlukem a nízkou spotřebou energie.
Čerpadlo zajišťuje výrobu tepelné energie z vnějšího vzduchu. Součinitel výkonu 4,45, za každý spotřebovaný kW elektřiny získáte topný výkon 4,45 kW, což je výrazně vyšší než u tradičních kotlů. Kompaktní celkové rozměry, nízká hmotnost, snadná instalace a údržba. Inovativní energeticky efektivní technologie a kvalitní montáž s 2letou zárukou od výrobce.
Návrh modelu Clitech CAR-16XB na 250 m2. zahrnuje:
- kompresor typu scroll;
- ochrana proti přehřátí a přepětí napětí.
Kromě toho lze připojit následující funkce:
- napájení z třífázové sítě;
- odmrazování dna;
- měkký start.
Snižte náklady na vytápění vašeho domu nebo kanceláře pomocí moderních systémů dodávaných naší společností.
Tepelné čerpadlo vzduch-voda levně s garancí kvality. Prodáváme vysoce kvalitní a certifikovaná zařízení a systémy, zajišťujeme rychlou dodávku instalace a uvedení do provozu. Nejlepší hodnota na trhu, záruka na výrobky a vykonaná práce. O nákup a instalaci zařízení můžete požádat prostřednictvím obchodního oddělení společnosti. Telefonní čísla, e-mailová adresa a další kontaktní informace jsou uvedeny na webu.
Zakoupením tepelného čerpadla SEJNOHA SR-16XB od nás získáte:
• Cena, 2-3krát nižší než ceny podobných modelů;
• Nákladově efektivní a energeticky efektivní model s vysokým poměrem transformace
(COP) 4,45
(COP) 4,45
• Systém šetrný k životnímu prostředí bez toxických emisí, který využívá pouze elektřinu;
• Model s minimálními náklady na design a instalaci;
• Jednoduchost instalace - tento model lze snadno instalovat do stávajícího / nového topného systému a přívodu teplé vody;
• Kompaktnost a minimální plocha pro instalaci tohoto modelu;
• Osvědčený a spolehlivý systém - čerpadla prošla tovární kontrolou;
• Téměř ticho - hodnota šumu je <52 db="" font="">
• Systém, který se snadno udržuje a nevyžaduje stálou pozornost;
• Návratnost investice po 2 letech;
• Záruční servis 24 měsíců.
Popis tepelného čerpadla Clim SR-16XB
Typ: vzduch-voda, ventilátor nahoře.
Tento model je nákladově efektivní alternativou k kotlům používajícím tradiční paliva. Díky energeticky účinným vlastnostem tohoto systému je tento systém optimální volbou, která snižuje spotřebu energie a emise CO2.
Takové tepelné čerpadlo vám umožňuje čerpat nízkoteplotní energii ze vzduchu a použít ji k ohřátí chladicí kapaliny na teplotu 60 ° C.
COP tohoto systému je 4,45. To znamená, že po spotřebě 3 kW elektřiny získáte topný výkon 14 kW, dostatečný pro vytápění místnosti, o výměře 250 m2. Proto je použití tohoto systému tepelného čerpadla 3 až 5krát účinnější než použití tradičního palivového kotle.
Model Clim SEJNOHA SR-16XB Top Fan je vybaven:
• hermetický spirálový kompresor Copeland Emerson;
• vestavěná ochrana proti:
• přehřátí;
• nesprávné připojení;
• poklesy napětí.
Výměník tepla je uspořádán na principu „potrubí v potrubí“ s pracovním tlakem v rozsahu od 29 do 1000 barů a vysokou účinností.
Další možnosti:
• Měkký start: + 260 $;
• Rozmrazování dna: + 130 $;
• Připojení: třífázové; 380-410V / 50 Hz;
• Rozměry: Šířka / Výška / Hloubka (mm) - 1110/695/460;
• Hmotnost: 120 kg.
kontakt :
Radomil Šejnoha
WhatsApp / Mobile
+ 420 792464322
sejnoha@gmail.com
| Model | SR-12XB | SR-14XB | SR-16XB | SR-20XB | SR-24XB | SR-28XB | SR-40XB | SR-48XB | SR-60XB | SR-80XB | SR-100XB |
| Heating capacity KW | 10.81 | 13 | 15 | 19 | 22 | 27.1 | 38 | 46.2 | 57.1 | 76 | 95 |
| Hot water output T/H | 0.23 | 0.27 | 0.3 | 0.41 | 0.46 | 0.58 | 0.82 | 1 | 1.23 | 1.63 | 1.99 |
| Input power KW | 2.34 | 2.7 | 3.4 | 4.1 | 4.68 | 5.9 | 8.2 | 10.2 | 12.2 | 16.2 | 20.5 |
| Input current A | 11.23/6.5 | 13.1/7.5 | 14/7.5 | 6.66 | 12 | 11 | 13.34 | 16 | 20 | 26.51 | 33.1 |
| Power source | 380V/3N/50HZ or 220V/1N/50HZ | 380V/3N/50HZ | |||||||||
| Noise level dB(A) | <53 | <53 | <53 | <55 | <55 | <60 | <63 | <64 | <66 | <68 | <68 |
| Unit weight Kg | 120 | 135 | 145 | 155 | 175 | 180 | 245 | 280 | 310 | 560 | 630 |
| Unit size W x D x H cm | |||||||||||
| Up fan type | 67x64x82 | 67x64x82 | 81x78x105 | 81x78x105 | 88x78x105 | 88x78x105 | 145x78x105 | 145x78x120 | 145x78x140 | 170x90x125 | 180x101x125 |
| Side fan type | 88x37x100 | 88x37x100 | 90x42x140 | 90x42x140 | 90x42x140 | 141x50x150 | / | / | / | / | / |
| Connection pipe size DN | DN20 | DN20 | DN25 | DN25 | DN25 | DN32 | DN32 | DN32 | DN40 | DN50 | DN50 |
| Test conditions:Air source side DB/WB is 20℃/15℃,initial hot water temp 15℃, ending hot water temp 55℃. | |||||||||||
Tepelná čerpadla
CAM serie
5 pracovního režimů:
Tepelné čerpadlo běží pouze na teplou užitkovou vodu, funkční po celý rok, zvláště užitečné, když uživatelé na jaře a na podzim nepotřebují vytápění nebo chlazení klimatizace.
Jednotka běží pouze pro vytápění klimatizace, jedná se o stejný režim provozu běžné jednotky pro vytápění vzduchu.
Práce na jednotkách trvají nejdříve před ohřevem teplé vody, když uživatel dosáhne nastavení teploty vody, přepne se na přípravu teplé vody (ohřev vzduchu). Když potřebuje teplou užitkovou vodu, jednotka tepelného čerpadla bude produkovat horkou vodu a když nepotřebuje teplou vodu, produkuje klimatizaci horkou vodu pro vytápění prostoru.
Když jednotka běží, bude provádět chlazení horké vody a klimatizace současně, podle teploty pro ovládání režimu provozu jednotky. Když teplota teplé vody dosáhne uživatelského nastavení teploty vody, automaticky se přepne do režimu chlazení klimatizace; jakmile teplota klimatizace dosáhne nastavené teploty chlazení, automaticky se přepne do režimu teplé vody. A když chlazení klimatizace a teplota teplé vody získají nastavenou teplotu uživatele, tepelné čerpadlo přestane běžet a přejde do pohotovostního režimu.
Jednotka běží pouze pro chlazení klimatizace, je to stejný režim provozu běžné jednotky chlazení vzduchu.
Jednotka běží pouze pro vytápění klimatizace, jedná se o stejný režim provozu běžné jednotky pro vytápění vzduchu.
| Model | SAM-12XB | SAM-16XB | SAM-20XB | SAM-24XB | SAM-28XB | SAR-40XB | SAM-60XB | SAM-80XB | SAM-100XB |
| AC heating with hot water | |||||||||
| Heating capacity | 11 | 14.8 | 19 | 22 | 30.4 | 38 | 57 | 76 | 90 |
| Hot water output T/H | 0.24 | 0.32 | 0.41 | 0.48 | 0.66 | 0.82 | 1.23 | 1.63 | 1.94 |
| Input power KW | 2.44 | 3.2 | 4.07 | 4.88 | 6.52 | 8.15 | 12.22 | 16.74 | 18.66 |
| AC cooling with hot water | |||||||||
| Cooling capacity kW | 7.8 | 10 | 13 | 15.6 | 20.8 | 25.9 | 38.9 | 51.9 | 69.3 |
| AC water flow M3/H | 1.34 | 1.72 | 2.24 | 2.68 | 3.59 | 4.45 | 6.69 | 8.92 | 10.53 |
| Heating capacity KW | 10.5 | 14.5 | 16.5 | 21 | 26.4 | 33 | 49.5 | 66 | 77.6 |
| Hot water output T/H | 0.22 | 0.27 | 0.35 | 0.42 | 0.58 | 0.7 | 1.06 | 1.4 | 1.7 |
| Input power KW | 2.3 | 3.1 | 3.7 | 4.6 | 5.92 | 7.4 | 11.17 | 14.9 | 17.3 |
| EER+COP | 7.96 | 7.88 | 7.97 | 7.96 | 7.96 | 7.96 | 7.91 | 7.91 | 8.02 |
| AC cooling | |||||||||
| AC cooling capacity KW | 7.44 | 9.8 | 12.4 | 14.88 | 19.84 | 24.8 | 37.19 | 49.6 | 66.2 |
| Input power KW | 2.58 | 3.4 | 4.3 | 5.16 | 6.88 | 8.6 | 12.96 | 17.3 | 22.4 |
| Power source | 220V/1N/50HZ | 380V/3N/50HZ | |||||||
| Noise level dB(A) | <55 span=""> | <55 span=""> | |||||||
| Unit weight Kg | 110 | 165 | 175 | 220 | 340 | 340 | 630 | 830 | 930 |
| Unit size W x D x H cm | 71x71x81 | 81x78x105 | 81x78x105 | 130x64x74 | 130x64x74 | 145x78x105 | 170x90x125 | 200x103x209 | 220x103x209 |
| Connection pipe size DN | DN20 | DN25 | DN25 | DN25 | DN32 | DN32 | DN38 | DN50 | DN50 |
| Test conditions:1.Rated cooling working condition: 1.Air source side inlet water temp is 35℃, AC side inlet water temp is 12℃, outlet water temp is 7℃ 2.Rated heating&hot water condition: Air source side DB/WB is 20℃/15℃,initial hot water temp 15℃, ending hot water temp 55℃;AC side inlet water temp 40℃,outlet water temp 45℃. 3.Rated cooling&hot water working condition: initial hot water temp 15℃,ending hot water temp 55℃;AC side inlet water temp 12℃,outlet water temp 7℃. | |||||||||
Standardní vlastnosti
- Pozoruhodná úspora energie Tato řada SAM má dvě funkce, v létě může poskytovat současně chlazení klimatizace a teplou užitkovou vodu, takže kombinovaný COP + EER je vyšší než 7,9, to znamená, že horká užitková voda je poskytováno volně při používání klimatizace, snížilo provozní náklady.
- Více funkcí. Ve srovnání s ostatními jednotkami byla Clitech klimatizace a integrovaná jednotka ohřívače vody vybavena vynikajícími funkcemi. V létě vám může poskytnout tři funkce teplé užitkové vody samostatně, odděleně klimatizaci a horkou vodu s chlazením klimatizace současně. V zimě zajišťuje ohřev teplé užitkové vody a klimatizace. Naše jednotka může uspokojit požadavky uživatelů na jakémkoli místě.
- Spolehlivý provoz Řada Clitech SAM přijímá celý utěsňovací kompresor, vysokou účinnost a úsporu energie, spolehlivý chod, vynikající výkon. Vybaven vysoce účinným hydrofilním hliníkem a trubkovým měděným trubkovým výměníkem tepla, nízkootáčkovým ventilátorem, zajišťujícím spolehlivost a stabilitu jednotky.
- Úspora nákladů Řada SAM poskytuje chlazení a vytápění dvě funkce, není potřeba chladicí věže, bojleru ani jiné relativní jednotky, takže se sníží počáteční investiční náklady a každodenní provozní náklady, velmi snadno se vyřeší otázky chlazení a teplé užitkové vody.
- Široké použití Řada tepelných čerpadel SAM Clitech s výhodami nízké spotřeby energie, nízkého nosu a snadnou instalací uspokojí všechny potřeby průmyslu a obchodu. Kromě běžného chlazení chladicího vzduchu může být použit i topný systém sanitární horké vody, široce použitelný v hotelích, jídelnách, supermarketech, kancelářích atd.
Tepelná čerpadla pro vytápění domácností
Jak vybrat a koupit čerpadlo pro vytápění?
Tepelné čerpadlo je inovace ve světě vytápění. Technicky složité zařízení je ve své podstatě druhem ledničky s negativním pracovním cyklem. Tepelné čerpadlo akumuluje nízkou potenciální energii Země, Slunce, vzduchu a podzemní vody a upravuje ji na vysoký potenciál, který směřuje do vytápění místnosti.
Ve srovnání s podobným zařízením má tepelné čerpadlo velmi významné výhody:
- šetrnost k životnímu prostředí;
- bezpečnost
- ziskovost;
- nedostatek provozních nákladů během provozu.
Tato inovace nepoškodí ekologický systém a ozonovou vrstvu planety pomocí moderních chladiv a úplného odmítnutí produktů spalování (plyn, ropa a její deriváty). Pokud jste zodpovědní za své zdraví, své rodinné příslušníky a ekologii planety jako celku, stačí si koupit čerpadlo pro vytápění. Obnovitelná energie střev Země a Slunce významně šetří zdroje planety a snižuje používání minerálů.
Manual Index
1. Product introduction
l Convenient operation
Microelectronics control, all temperature
settings are set by manufacturer. System tests water temperature and adjusts
water temperature automatically, all user need to
do is just to press ON/OFF button. System finishes the
other operation automatically.
l Excellent performance
Adopt world
famous components, and the best match of system design. Scroll compressor with
high EER and low noise. High efficient heat exchanger insures the utmost using of system capacity. Professional air conditioner water pump insures smooth and quiet operation.
Models adopting two compressors system may
operate with one compressor on condition of partial load, energy-saving design.
l Easy to install
The system is designed with full
consideration of insuring installation as easy as possible. Refrigerant circle
what is a sealed complete system is finished by manufacturer. No needs for
users to connect copper pipes or refrigerant charging. Hydraulic circle of
system can be connected to hydraulic terminals by two tubes.
l Operating protection
System is designed with over voltage,
under voltage, over load protection to insure safe operation. The
microelectronics controller can start or switch off the machine by judging the
water temperature. If the water temperature is lower than designed water
temperature, the machine will be switch off to avoid freezing. The
microelectronics controller can also supervise the status of components.
Malfunction occurred would be transmitted to the controller and displayed
through malfunction code.
l Flexible applicability
Compactly
design. System can run at conditions of high ambient temperature or low ambient
temperature with high EER.
l Convenient for maintenance.
Suppose
system is stopped by malfunction, special malfunction code will be displayed.
The cause may be found out easily.
1.2 The
figure of working principle
1
Compressor
|
2
Four-way valve
|
3 Tube in
tube heat exchanger
|
4
Pressure switch
|
5 Pump
|
6
Drier and Filter
|
7 Liquid tank
|
8 Electronic Expansion Valve
|
9 Gas-liquid segregator
|
10 Fin/tube heat
exchanger
|
11 High－pressure switch
|
12
Low－pressure switch
|
NOTE: The pressure drop switch and pump are not equipped with factory standard configuration.
2. Technical data
2.1
Specification parameter
Model
|
SR-16XB
|
|
Heating capacity
|
kW
|
15
|
BTU/h
|
51180
|
|
Rated power Input
|
kW
|
3.4
|
Rated running Current
|
A
|
7.5
|
COP
|
kW/kW
|
4.4
|
Max. Running Current
|
A
|
11
|
Power Source
|
V/Ph/Hz
|
380V/3N～/50Hz
|
Compressor type
|
scroll
|
|
Charged refrigerant(R410A)
|
kg
|
1.9
|
Rated water flow（heating）
|
m3/h
|
2.59
|
Connection pipe
|
DN
|
25
|
Noise level
|
dB(A)
|
55
|
Dimension (W*D*H)
|
mm
|
810*780*1050
|
Environment temp. range
|
℃
|
-20～43
|
Net weight
|
kg
|
155
|
Enclosure Class
|
IPX4
|
|
Date, S/N:
|
See circuit diagram
|
|
Note：
1. Standard heating conditions：Air-side inlet Dry-bulb temperature 20℃, Wet-bulb temperature 15℃;Heat water inlet temperature is 15℃, outlet water temperature 55℃.
1. Standard heating conditions：Air-side inlet Dry-bulb temperature 20℃, Wet-bulb temperature 15℃;Heat water inlet temperature is 15℃, outlet water temperature 55℃.
2.Manufacturer
tests the noise level showed above in lab. The noise level of installed unit
could be different with above data due to the surrounding condition.
3.Manufacturer
keeps the right to change technical data due to technical improvement.
① The
selection of installation location
The
installation location must match the following conditions：
Ÿ Make
sure the installation environment is open surrounding and good ventilation.
Ÿ This
unit cannot be installed at hot and humid place like laundry.
Ÿ Released
condensing air must not be sucked directly by the machine itself or other
machines；
Ÿ Suppose
the machine is installed room inside and ventilation is not good, air duct is
needed to conduct condensing air outside. But the duct should be as short as
possible to avoid big pressure drop；
Ÿ The
machine may be installed above the ground or the roof, keeping enough space
between the bottom plate and ground. In order to assure draining water
effectively. And the bracket must has enough carrying capacity;
Ÿ Hydraulic
circle charged with clean water, no dust or oil. Soft water is recommended；
Ÿ Make
sure no barrier around the unit, ensure the good ventilation of condensing air
flowing.
Ÿ Make
sure that the released air from condenser or unit operating noise will not
impact the living of neighbor.
Ÿ The
unit must be installed firmly, and the bottom of unit must be horizontal (the
gradient must be less 5 degree)
Ÿ Keep
enough space between the machine and wall. It is convenient for unit's repair
and maintenances; and also you shouldn't lay the pipelines and top-ray tubes on
the unit. The suggested installation location as below. (Unit: mm)
② Attention of
moving machine
Ÿ Fork
lift stacker or crane is suggested to move the machine；
Ÿ The
surrounding ambient temperature of unit during
transportation
must be among –25 to 55℃。
Ÿ While
suspending the machine, crane cable must be tie to machine tightly, keeping the
machine horizontal. The crane cable should be protected from touching the heat
exchanger or panel.
Ÿ disassemble
the ground bolt in the pallet after the machine is well located, and take the
pallet aside。
③ Fixation
Ÿ Rubber
gasket is recommended to reduce vibration and noise while rivet the bottom
plate.
④
Water
pipe connection
Ÿ Heated
water pipe must be packed with thermal isolation material to
avoid thermal capacity loss or dew dropping.
Ÿ Inlet
connection pipe must be equipped with a water filter.
Ÿ The
connection water pipes must be well matched (refer to specification parameters
sheet.)
Ÿ While
connecting pipe, the tie-in of machine side water pipe must be fixed by a clamp
firstly, then rotate the pipe. This is to avoid wrest strength goes to tie-in
directly.
Ÿ PVC
or PP-R pipe is recommended to use as water pipe.
Ÿ Machine
is equipped with water pump and flow meter.
Ÿ Drain cock should be installed at the highest
point of hydraulic circle. After the hydraulic circle is connected completely, discharge
air inside hydraulic circle.
Ÿ Drain
valve should be installed at the lowest point of water pipe.
⑤
Please
note:
Ÿ The
appliance shall be installed in accordance with national wiring regulations.
Ÿ Working
water temperature available from 3～50℃, maximum water pressure 10 bar.
Ÿ Wires
must be connected according to the instruction of electrical connection
diagram.
Ÿ Also
an all-pole air-break switch is needed and the pole clearance should be more
than 3mm.
Ÿ The
ground wire must be well connected. Ground wire can’t be connected to coal gas pipe,
water pipe or telephone wire.
Ÿ The
supply power must have over voltage and low voltage protection equipment. Make
sure no phase disorder (L1 to R, L2 to S, and L3 to T). Suppose phase disordered,
system can’t be started, and no display in controller.
Ÿ Drain
electricity protection switch is needed for the system. No drain electricity
protection switch may cause electrical shock.
Ÿ The
operation handle of power switch is suggested to be black or gray and it can be
fixed at OFF status. The installation location of power switch is suggested
among 0.6 to 1.7 m. electrical short circuit protection is needed.
Ÿ If
the supply cord is damaged, it must be replaced by the manufacturer or its
service agent or a similarly qualified person in order to avoid a hazard.
Ÿ Meaning
of crossed-out wheeled dustbin: Do not dispose of electrical appliances as
unsorted municipal waste, use separate collection facilities.
Ÿ Contact
you local government for information regarding the collection systems
available.
Ÿ If
electrical appliances are disposed of in landfills or dumps, hazardous
substances can leak into the groundwater and get into the food chain, damaging
your health and well-being.
Ÿ When
replacing old appliances with new ones, the retailer is legally obligated to
take back your old appliance for disposal at least free of charge.
Ÿ It
is prohibited to dispose of this appliance in domestic household waste. for
disposal there are several possibilities:
a)
The municipality has
established collection systems, where electronic waste can be disposed of at
least free of charge to the user.
b)
When buying a new product, the retailer will
take back the old product at least free of charge.
c)
The manufacturer will take back the old
appliance for disposal at least free of charge to the user.
d)
As old products contain valuable resources,
they can be sold to scrap metal dealers. Wild disposal of waste in forests and
landscapes endangers your health when hazardous substances leak into the
ground-water and find their way into the food chain.
3.2
Water system installation
1
Air To Water Heat Pump
|
2
Flexible joint
|
3
Water flow switch
|
4
One way valve
|
5
Water pump
|
6
Shutoff valve
|
7
Supply solenoid valve
|
10Y-shaped
filter
|
11
Water tank
|
NOTES: The unit is provided by the manufacturer, the other fitting is not equipped with unless prior agreement with the manufacturer to purchase.
Hydraulic
circle is recommended while installing Air Source Heat Pump Water Heater. The
installation of hydraulic circle can be finished according to above chart.
NOPlease do exhaust the air in water system before running the machine, if you completely finished the circulating water system piping.
The water flow switch must be installed at the straight pipeline section of the same level, from the elbow, valves and other pieces of partial resistance to more than 5 times the diameter.
The pipe must be insulated closely in order to improve cooling (heating) effect and energy conservation
The take-over of this unit must be installed with drainpipe to make it convenience to drain water inside the unit and prevent it from freezing.
3.3
Electrical installation
Remarks:
DIP Switch 1 dial to ON be single-phase electricity, dial to number is three-phase electricity.
DIP switch 2 dial to
number is Pool Machine.
DIP switch 3 for
backup.
DIP switch 4 dial to ON
is cyclical mode, dial to number is directly outlet water mode and cyclical mode
①
Unit wiring
Model
|
Power
|
Voltage (V)
|
Power wire
（mm2）
|
Allowed max current
(A)
|
Allowed leakage
current
|
SR-16XB
|
380V/3N～/50HZ
|
342-418
|
≥4.0
|
11A
|
3mA
|
② Attentions of wire connecting
Ÿ
All wires must be well
connected.
Ÿ
All wire should avoid touching
refrigerant tube. If it is not avoidable, vibration protection and isolation
must be well done.
Ÿ
All wire no touch to
compressor, fan motor or any other kinetic components.
3.4
System test
1 Checking
items before test run of system
1)、Seal
test to make sure system is well sealed.
2)、Power
source checking to make sure required voltage and current are available.
3)、Pressure
inside hydraulic circle reaches to operating pressure（1-3）kgf/cm2。
4)、Make
sure hydraulic system inside is clean and no jam.
5)、Make
sure hydraulic circle is fully filled with water and no air inside.
6)、Check
to make sure all valves are switched on, well thermal isolated.
7)、Make sure all electrical wires are connected
correctly according to wiring instruction, and wiring screws are driven
properly.
8)、Discharge the air inside hydraulic circle by
manual drain cock in hydraulic tube and drain cock on the water pump.
9)、Check
if there is visual damage caused during transportation.
10)、Make
sure all wiring correct.
2
Commissioning
1)、Make
sure all above checking items are passed.
2)、Open controller cover, then connect the power
source wires. If the power source is three phases, check the phase order
immediately. Red lamp on controller board will light while phase order is
correct. Check if water pump works smoothly. If there is screaming from water
pump, it means there is air inside the water circle. In this case, stop the
machine and discharge air inside water circle. Then start machine again. The
compressor and fan motor will start to run 3 minutes after the system is
switched on. Check if compressor and fan motor run at right direction. If the
direction is not correct, change the wire connection of two phases among 3
phases. Then start machine again.
3)、Check if there is unusual noise from system by
listening. If there is, switch off the machine and check system. If no unusual
noise, let system running.
4)、If all
checking items passed, keep system running.
5)、At heating mode , if water tanks temperature≤45℃,
compressor starts to work. The compressor stop working until the water tanks
temperature increase to 50℃.
6)、Check the temperature difference between return
water temperature and outlet water temperature of outdoor unit. Normally, the
temperature difference should be less than 6℃. If the temperature
difference is over 6℃,
check if air flow match designed standard.
7)、All
hydraulic circle filters must be cleaned after finishing test run.
4. Control Description
4.1 Operation Panel Description
|
|
|
|
|
|
|
|
|
|
|
1， Operating
Operation panel power, the buzzer blew, the
backlight is micro-light, then button is locked, presses any key are invalid.
2， Unlock the button
Fingers touch the "power" button and
more than about 3 seconds, when hear the "toot" sound and release finger,
then backlight brightness, the buttons are unlocked (about 60 seconds when no
button operation, the keys are automatically locked)
3， ON/OFF the unit
Fingers touch the “power " button, if the
panel is off status, the unit will be switched on, if the panel is on status,
the unit will be switched off.
4,
Water tank temperature setting
Press
the “up” and the “down” button，the
“set temperature” is flashing, displaying the setting water tank temperature,
and press the “up” button or “down” again for water tank temperature the setting range 20℃ to L4 (Factory set to55℃)
|
|
5,
Parameter query function
Finger
touch "setting" key to enter query mode
|
|
Finger touch "setting"
key, the query code by A1 to A2-A9, Er; if it is a single system model, and
then finger touch “setting " key will exit the check mode, if a double
system model, and then finger touch the " setting " key, the query
code by b1 to b9, then finger touch " setting " key will exit the
query.
Code
|
Meaning
|
Code
|
Meaning
|
A1
|
Fan coil temperature
|
A6
|
Return water
temperature
|
A2
|
Suction temperature
|
A7
|
00
|
A3
|
Discharge temperature
|
A8
|
The current of
compressor
|
A4
|
Environment
temperature
|
A9
|
Unused
|
A5
|
Outlet water
temperature
|
Er
|
Fault code
|
6, Parameter setting function
Finger
touch the "setting" key and more than about 3 seconds, when the
"toot" sounds after the removal of fingers, enter into the parameter
setting mode
|
|
Parameters set up, the finger touch
"setting" button, then enter the next parameter set until all the parameters
set finished out set up.
Code
|
Parameter
name
|
range
|
initial
|
/ / /
|
Water
tank temperature setting
|
20℃─60℃
|
55℃
|
L1
|
Tank
temperature deviation
|
0℃─15℃
|
2℃
|
L2
|
Compressor
restart temperature deviation
|
3℃─18℃
|
5℃
|
L3
|
Set
outlet water temperature
|
35℃─80℃
|
55℃
|
L4
|
Maximal
water tank temperature
|
30℃─80℃
|
55℃
|
Code
|
Parameter
name
|
range
|
initial
|
L5
|
Electric
start temperature
|
0℃─35℃
|
|
L6
|
Return
water temperature
|
30℃─65℃
|
45℃
|
L7
|
Supplement
water temperature
|
20℃─60℃
|
20℃(20℃ mean no supplement)
|
L8
|
Compressor
current
|
0-48A
|
13
|
h1
|
Defrosting
period
|
20 minute─99 minute
|
35 minute
|
h2
|
Allow
temperature for defrosting
|
-15℃─1℃
|
-3℃
|
h3
|
Defrosting
time
|
5-20 minute
|
10 minute
|
h4
|
Defrosting
quit temperature
|
18℃
|
|
P1
|
Electronic
expansion valve adjustment period
|
20-180
|
40
|
P2
|
Degree
of superheat
|
-8─15
|
3
|
P3
|
Allow
the discharge temperature protection
|
70℃─135℃
|
100℃
|
P4
|
When
frost of electronic expansion valve opening
|
6-55℃
|
50
|
P5
|
The
minimum expansion valve opening
|
15
|
|
P6
|
Superheating temperature
compensation
|
0-12℃
|
2
|
Fix time setting
There is a total of 4 groups of timer, Finger touch "timer" button, enter the time (ON/OFF the machine) set up.
First
adjustment is the first time in the regular start the unit “hour”, and then
finger touch "timer" button again, then adjust the first paragraph
time.
Timing
of the regular boot "minutes", and then finger touch
"timer" button, that touch the "timer" key, then adjust the
timing of the first paragraph of time off, "minutes", and then finger
touch "timer" button, then enter the second timing of the regular
section of the switch on, "hour" setting ... ... until all the time be
set up and quit.
After
setting all the time when the exit time set mode, the display timer switch on
/off the machine sign.
|
|
Finger
touch "function" key and more than about 3 seconds, when the
"beep" sound after the removal of fingers, then enter the parameter
setting mode, then finger touch "function" key and more than about 8
seconds, when hear the "beep" sound after the removal of fingers,
limited access to the password set up. (The function is unused.)
10,
Force defrosting：
When
the system is on and the press starts, with your fingers touch the "down"
key and more than about 8 seconds, when the "beep" sound after the
removal of fingers, then the system enters defrost, or when the coil
temperature to defrost time to exit the defrost.
|
11, Cooling model：
When
the system is turned on, with your fingers touch the "up" key and
more than 8 seconds, when the "beep" sound after the removal of
fingers, then enter the water cooling function, then set the temperature
adjustable from 5-30 degrees. In the cooling water feature, with your fingers
touch "up" key and more than about 8 seconds, when the
"beep" sound after the removal of fingers, then again into the hot
water supply function.
|
4.2 Function description
1、Heating mode
1.1
Processes
started machines work 16s check water flow switch fan work（6s） compressor work
2、Condition to turn on the electricity increase
heat-supply
A.
system working at creating hot water state;
B.
water box temperature +5℃≤ setting temperature
C.
Ambient temperature ≤ L5℃;
All of the above conditions satisfy at the same
time, the electricity-supplement increase hot could start.
2.1
Condition to cut off the electricity increase heat-supply
A.
compels to remove frost state;
B.
water box temperature≥ setting temperature
C. L5 is set by 0
The above condition satisfy any one of them,
the electricity-supplement increase heat could cut off.
Note: When the valve of L5 set to 0, the
features no electric.
3、defrosting running (In
case the system does not change the parameter default to the following
defrosting process, such as changes according to the modified form of cream)
3.1 Enter frost condition
A.
heating compressor run about h1 minutes, and run more than six minutes continuously;
B.
outdoor coil heater brass pipe temperature lower than h2 (could set up h2=-1℃)
System
goes into remove frost when meet above A, B condition; when remove frost
ending, LCD scream show remove frost mark. (When remove frost, turn on cycle
water pump, cross valve and compressor turn on, close fan)
3.2
withdraw from frost remove condition
A:
Outdoor plate pipe temperature ≥ h4 (initial=12℃)
B:
Remove frost time ≥ 10 minutes ( when p4=10, could set up
System
quit from frost remove when meet any one of the above condition, specific
action and time sequence see hereunder chart:
C:
work state: compressor off, fan on, postpone 60S, four way valve off; postpone 30s,
compressor on, water pump on.
3.3 force defrosting
The
unit is running with hot water mode , if touch the “down” keys and hold down
more than about 8 seconds, when the buzzer "beep" sound immediately
after the release button into force defrost status When the force of frost to
set the time or temperature, the system automatically forced out of defrost
water into the normal system state.
4. Unit cycle water pump: Water pump turns on
when unit running, unit stop but water pump delay thirty seconds to stop.
5. Four way valve: work only when defrosting
and cooling mode.
6. Water filling valve: (when removing frost,
water filling valve cut off) On the mode of cycle water, when water level
switch cut off, water filling valve open to supply water until water level
switch put through, delay 2 minutes stop supplying water.
4.3 Protection instruction
1、postpone
3 minuets to protect compressor during on/off.
2、protection on water flow switch:
When
the circulating pump running, test the flow switch, ⑴ if the COMP is not
running, the detected flow switch off and lasted about 20 seconds, then
determine the flow switch failure, then close the output, alarm and displays
the fault code, about 3 minutes after the alarm stops and re-start circulation
pump, repeat the process; ⑵ if the COMP has started, switch off when water is
detected and more than eight seconds, then determine the flow switch failure,
this time close the output, alarm and display the failure code , about 3
minutes after the alarm stops and re-start circulation pump, repeat the
process;
3、Protection on high discharge
temperature. when discharge temperature≥115℃and last 30s, system decide it is
high temperature .Fan off, and show error code. Restarted work after 3 minutes.
4、protection
on high pressure：When the high pressure
switches is off 3 times within one hour, show error code and alarm, stop compressor,
fan and water pump. When high pressure switch recover, postpone 3 minutes
restarted work. If high pressure switch off over 3 times in one hour, system
will lock the error, close all output signal, and do not restarted whatever the
pressure is recover.
5、protection
on low pressure. When the low switch is off 3 times within one hour, show error
code and alarm, stop compressor, fan and water pump. When low pressure switch recover,
postpone 3 minutes restarted work. If low pressure switch off over 3 times in
one hour, system will lock the error, close all output signal, and do not
restarted whatever the pressure is recover.
6、sensor
error: All output will stop. Troubleshooting after restart
7、phase protection：When the first of DIP switch choose the number
side, it has phase check function. If it has problem, stop all output and show
error code. It must recover only the error solved.
5. Maintenance
Suppose
malfunction occur, switch off power source immediately. The following analyses
is only for reference：
Item No
|
Malfunction
description
|
Malfunction
code
|
Reason
|
Malfunction
dispose
|
1
|
Phase sequence
malfunction detection
|
01E
|
External power
supply phase sequence error
|
External power
supply to replace any of the three-phase two-phase power supply wiring
|
2
|
Missing phase
|
02E
|
Power supply phase
missing
|
Check power supply
|
3
|
Flow switch
malfunction
|
03E
|
Water flow switch is
not properly access electronic control box
|
Check and join
|
Regulation of water
flow switch spring preload adjustment is incorrect, resulting in insufficient
water flow, but flow switch does not close
|
To re-install the
flow switch
|
|||
Water flow switch is
not installed correctly (the wrong direction, flow switches, valve selection
error)
|
To re-install the
flow switch
|
|||
Water flow is too
small
|
Check water-way
valve is fully open, or change the water pump to increase flow
|
Item No
|
Malfunction description
|
Malfunction code
|
Reason
|
Malfunction dispose
|
||
4
|
high pressure
failures
|
05E
|
Expansion valve
opening is too small
|
Adjust thermal
expansion valve opening larger
|
||
Water flow is too
small
|
Check the water-way
valve is fully open, or change the water pump to increase flow
|
|||||
Dust accumulation
fin heat exchanger
|
Unit operation will
have a period of time scaling phenomenon, cleaning
|
|||||
Thermal relay
over-current protection
|
Check the thermal
relay
|
|||||
5
|
low pressure
failures
|
06E
|
Expansion valve
opening is too small
|
Adjust thermal
expansion valve opening larger
|
||
System has a leak
|
Refrigerant leak
detection and re-filling
|
|||||
Dust accumulation
fin heat exchanger
|
Unit run period of
time will produce dust phenomenon, cleaning
|
|||||
6
|
Communication
failure
|
09E
|
The wiring troubles
|
Check the line
|
||
The controller is
wrong
|
Change the
controller
|
|||||
7
|
Limited time
|
11E
|
Unused
|
|||
8
|
High discharge temperature
|
12E
|
Expansion valve
opening is too small
|
Adjust thermal
expansion valve opening larger
|
||
System has a leak
|
Refrigerant leak
detection and re-filling
|
|||||
Temperature probe is
damaged(Resistance produce changes)
|
Replacement of the
corresponding temperature probe
|
|||||
9
|
Water tank sensor
circuit short or open
|
15E
|
Circuit board
temperature probe is not inserted well or loose
|
Re-insert
temperature probe
|
||
Temperature probe is
damaged
|
Replacement of the
corresponding temperature probe
|
|||||
Item No
|
Malfunction description
|
Malfunction code
|
Reason
|
Malfunction dispose
|
10
|
The defrosting temp
sensor circuit short or open
|
16E
|
Circuit board
temperature probe is not inserted well or loose
|
Re-insert
temperature probe
|
Temperature probe is
damaged
|
Replacement of the
corresponding temperature probe
|
|||
11
|
The discharge temp
sensor circuit short or open
|
18E
|
Circuit board
temperature probe is not inserted well or loose
|
Re-insert
temperature probe
|
Temperature probe is
damaged
|
Replacement of the
corresponding temperature probe
|
|||
12
|
Ambient temp sensor
circuit short or open
|
21E
|
Circuit board
temperature probe is not inserted well or loose
|
Re-insert
temperature probe
|
Temperature probe is
damaged
|
Replacement of the
corresponding temperature probe
|
|||
13
|
Back water temp
sensor circuit short or open
|
22E
|
Circuit board
temperature probe is not inserted well or loose
|
Re-insert
temperature probe
|
Temperature probe is
damaged
|
Replacement of the
corresponding temperature probe
|
|||
14
|
Water level switch broken
|
25E
|
Unused
|
|
15
|
Outlet water temp
sensor circuit short or open
|
27E
|
Circuit board
temperature probe is not inserted well or loose
|
Re-insert
temperature probe
|
Temperature probe is
damaged
|
Replacement of the
corresponding temperature probe
|
|||
16
|
Return gas
temperature sensor circuit short or open
|
28E
|
Circuit board
temperature probe is not inserted well or loose
|
Re-insert
temperature probe
|
Temperature probe is
damaged
|
Replacement of the
corresponding temperature probe
|
|||
17
|
Water pressure
switch broken
|
31E
|
Unused
|
|
18
|
Compressor over
current
|
35E
|
Unused
|
|
Note: other malfunction indication occurs, please contact the manufacturer or it is authorized dealer.
a)
Only qualified professional is
allowed to do system installation and maintenance. Check protection device and
controlling components carefully, in order to assure normal performance.
b)
Once system works normally, no
need to change refrigerating system.
c)
System designed with full
consideration of maintenance. Most of maintenance can be handled through
maintenance door.
d)
Usually, user just needs to
check if there is dust or sundries on fin/tube heat exchanger, condensing air
status. Timely cleaning for heat exchanger is recommended, especially for
environment with oil and dust.
To
assure system performance, proper maintenance is recommended. Suppose the unit
does not use for long time in winter, please drain off the water inside of hydraulic
circle.
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Mr. Radomil Šejnoha
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Mr. Radomil SEJNOHA
sejnoha@gmail.com
Řídicí systém od America Group M se střízlivě logickým a stabilním výkonem.
America Copeland scroll scroll kompresor,
speciálně navržený pro tepelné čerpadlo, pracuje s vysokou účinností.
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