EnergyLine Pro Fi Heat - Pump HAYWARD - Free user manual and instructions

USER MANUAL EnergyLine Pro Fi Heat HAYWARD

Exterior view of a modern HVAC air conditioning unit with a black fan and control panel (no visible text or symbols on the device itself)

R32

Exterior view of a Hayward air conditioner unit with fan blades (no visible text or symbols)

R32

3.3 Raccordement hydraulique

Time switch 6 (Activer)

Time switch 12:00 00:00

01-01 2017 10:15:00 26.5°C IN SET 26.5°C OUT 28.8°C 1 2 s >>

4. INTERFACE UTILISATEUR (suite)

01-01 2017 10:15:00 ! 26.5°C IN SET 26.5°C OUT 28.8°C

01-01 2017 10:15:00 ! 26.5°C IN 26.5 °C OUT 28.8 °C Mode Silence désactivé

Réglage du Timer

01-01 2017 10:15:00 26.5°C IN OUT 26.5 °C 28.8 °C

01-01 2017 10:15:00 ! 26.5°C IN SET 26.5 °C OUT 28.8 °C

4. INTERFACE UTILISATEUR (suite)

Exterior view of a gray industrial water heater with a hand valve and label (no readable text or symbols)

Technical diagram of an air conditioning unit with numbered components and labeled parts

ENPI4M / ENPI6M

Rep	Désignation Réf. ENPI4M ENPI6M
1 V	Vanne 4 voies HWX20041437		√	√
2 D	Détendeur électronique	HWX81000015	√	n/a
		HWX81000016 n/a		√
3 F	Filtre ø9.7-ø9.7 (∅28) HWX20041444		√	√
4 D	Détecteur de débit d'eau HWX83000012		√	√
5 C	Connecteur T ø9.52-2 x ø6.5(T) x 1.0 HWX304030000002		√	√
6 T	Trappe d'accès électrique HWX320922029		√	√
7 P	Panneau Droit HWX80700455		√	√
8 P	Panneau décoratif droit HWX80900089		√	√
9 C	Condenseur Titane PVC	HWX80600074	√	n/a
		HWX80600096 n/a		√
10	Compresseur	HWX20000110448	√	n/a
		HWX80100003 n/a		√
11	/	/	//
12	/	/	//
13	Bornier L-N-GND -5 connexions 4mm ^2	HWX40003901	√	√
14	Logo Hayward	HWX20000230596	√	√
15	Ecran tactile couleur	HWX95005310612	√	√
16	/	/	//
17	Grille de protection ventilateur	HWX20000220169	√	√
18	Hélice Ventilateur	HWX20000270004	√	√
19	Moteur ventilateur DC	HWX20000330132	√	√
20	Panneau décoratif gauche HWX80900088		√	√
21	Panneau Avant	HWX80900087	√	√
22	Support Moteur	HWX80700248	√	√
23	Evaporateur à ailette	HWX80600044	√	n/a
		HWX80600100 n/a		√
24	Panneau Gauche	HWX80700455	√	√
25	/	/	//
26	Panneau supérieur	HWX301090200806	√	√
27	Carte électronique Driver	HWX82300008	√	n/a
		HWX82300007 n/a		√
28	Transformateur 230V~/12DC	HWX82600008	√	√
29	/	/	//
30	Relais K2	HWX20000360297	√	√
31	Bobine 20A 50Hz 5mH	HWX82500005	√	√
32	Pressostat basse pression NO 0.30MPa/0.15MPa	HWX20000360157	√	√
33	Prise de pression 40mm-1/2"	HWX20000140150	√	√
34	Pressostat haute pression NC 3.2MPa/4.4MPa	HWX20013605	√	√
35	Connecteur T ø6.5-2 x ø6.5(T) x 0.75T2M	HWX20001460	√	√
36	/	/	//
37	Capteur de pression	HWX20000360123	√	√
38	Sonde Refoulement Compresseur 50kΩ-660mm	HWX83000026	√	√
39	Sonde Température Air 5k-350mm	HWX83000049	√	√
	Sonde Sortie d'eau 5k-410mm	HWX83000050	√	√
	Sonde Entrée d'eau 5k-850mm	HWX83000052	√	√
	Sonde d'Aspiration compresseur 5k-560mm	HWX83000044	√	√
	Sonde de dégivrage 5k-680mm	HWX83000051	√	√
40	Filtre CEM	HWX20003257 n/a		√

6. ANNEXES (suite)

CONDITIONS DE GARANTIE

Exterior view of a Hayward air conditioner unit with fan blades (no visible text or symbols)

R32

Installation & Instruction Manual

1. PREFACE 1

2. SPECIFICATIONS 4

2.1 Technical data for the swimming pool heat pump unit 4

2.2 Operating range 5

2.3 Dimensions 6

3. INSTALLATION AND CONNECTION 7

3.1 Functional Diagram 7

3.2 Heat pump unit 7

3.3 Hydraulic connection 8

3.4 Electrical connection 9

3.5 Initial start-up 10

3.6 Water flow setting 12

4. USER INTERFACE 13

4.1 General presentation 13

4.2 Setting the Date and Time 14

4.3 Timer function settings 14

4.4 Setting and visualisation of the set point 16

4.5 Locking and unlocking the touch screen 17

4.6 SILENT function settings 18

5. MAINTENANCE AND WINTERISING 21

5.1 Maintenance 21

5.2 Winterising 21

6. APPENDIX 22

6.1 Electrical diagrams 22

6.2 Heating priority wiring for monophasic pump 24

6.3 Exploded view and spare parts 26

6.4 Troubleshooting guide 28

6.5 Recording base 31

6.6 Warranty 32

1. PREFACE

Thank you for purchasing the Hayward heat pump for swimming pools. The Hayward FULL INVERTER heat pump has been designed to strict manufacturing standards meeting the highest levels of quality required.

Hayward heat pumps offer you exceptional performance throughout your bathing season by adapting wattage, power usage and noise levels to the heating requirements of your swimming pool thanks to FULL INVERTER control logic.

Read the instructions in this manual carefully before using the device.

Hayward heat pumps are designed exclusively to heat swimming pool water; do not use this equipment for any other purpose.

This manual includes all the necessary information for installation, trouble-shooting and maintenance.

Read this manual carefully before opening the unit or doing any maintenance work on it. The manufacturer of this product shall on no account accept any liability for injury to a user or damage to the unit further to any errors made during installation, trouble-shooting or unnecessary maintenance. It is particularly important to follow the instructions given in this manual at all times.

Otherwise the guarantee will be voided.

1. PREFACE (continued)

Safety instructions

This device contains R32.

Never use a refrigerant other than R32. Any other gaseous body mixed with R32 could cause abnormally high pressure and lead to a failure or pipes bursting and injuring people.

When carrying out repairs or maintenance work, never use copper tubes less than 0.8 mm thick.

As the heat pump is pressurized, never pierce the pipes or attempt any brazing. There is a risk of explosion.

Never expose the device to flames, sparks or other sources of ignition. It could explode and cause serious or even fatal injuries.

• If kept in storage, the heat pump should be kept in a well-ventilated room with a floor area of more than A_(m^2) as calculated by the following formula:
  M is the quantity of refrigerant in the device in kg, and h0 is the storage height. If stored no the floor, h0 = 0.6 m.
• The heat pump is designed exclusively for installation outside buildings.
• The unit must be installed by qualified personnel.
• Do not install the heat pump on a support that risks intensifying the unit's vibrations.
• Make sure the support provided for the unit is strong enough to bear the weight of the unit.
• Do not install the heat pump anywhere liable to amplify its noise level or anywhere where its noise could disturb neighbours.
• All the electrical connections must be fitted by a professional qualified electrician in accordance with the standards in force in the country of installation, see §3.4.
• Shut off the main power supply and disconnecting switch before doing any electrical work. Forgetting to do so could cause electrocution.
• Before installing the unit, check that the earth cable is not cut or disconnected.

$$ A _ {\min} = (M / (2. 5 \times 0. 2 2 7 5 9 \times h 0)) ^ {2}. $$

1. PREFACE (continued)

• Connect and properly tighten the power cable. A loose connection could damage electrical components.
• Exposing the heat pump to water or a humid atmosphere could cause electrocution. Be very careful.
• If you detect a fault or any abnormal situation, do not install the heat pump and contact your dealer immediately.
• All maintenance work should be done at the recommended intervals, as specified in this manual.
  • Repairs must be carried out by qualified personnel.
• Only use OEM spare parts.
• Never use a cleaning method other than the one recommended in this manual.

Important information concerning the refrigerant used

This makes contains fluorinated greenhouse gases regulated by the Kyoto protocol. Do not release these gases into the atmosphere.

Type of refrigerant: R32

GWP(1) value: 675, based in the 4th report of the IPCC.

The quantity of refrigerant, based on the F-Gas regulation no. 517/2014, is stated on the unit's rating plate.

Period checks for leaks of refrigerant may be required by European or local legislation. Please contact your local dealer for more information.

(1) Global warming potential

2. SPECIFICATIONS

2.1 Technical data for the swimming pool heat pump unit

Models	ENERGYLINE PRO INVERTER	ENPI4M ENPI6M
Supply voltage V		220V-240V ~ / 1ph / 50Hz
Refrigerant / R32
Load kg 0,50 0,65
Mass in teqCO2	/ 0,34 0,44
Leak check frequency / No specific frequency, but an annual check is recommended
Min--Max heating capacity (a) kW 2,50--9,73 3,20--11,9
Min--Max electric input power(a)	kW 0,20--1,34	0,28--1,68
Min--Max continuous current rating (a)	A 1,33--6,02	1,34--7,32
Max--Min continuous power (COP) (a)	/	12,32--7,12	11,51--7,10
Min--Max heating capacity (b) kW 1,71--7,60 2,70--9,70
Min--Max electric input power(b)	kW 0,27--1,49	0,44--1,88
Max--Min continuous power (COP) (b)	/	6,40--5,1	6,10--5,55
Maximum continuous current	A	7,30 8,90
Fuse rating	aM	8	10
Circuit-breaker curve D	D	8	10
Starting current	A	< CMS < CMS
Hydraulic connection	mm	50mm
Nominal water flow (a)	m3/h	4,20 5,10
Max. loss of head on water	kPa	3,3	4,5
Compressor	/	DC Inverter Mitsubishi	DC Inverter Highly
Type	/ Twin rotary	Twin rotary
Quantity	/	1
Coil resistance at 20°C	Ohm	1,91	0,788
Fan	/	Axial
Quantity		1
Diameter	mm 405	510
Number of blades	/	3
Motor	/	DC Inverter
Quantity	/	1	1
Rotation speed	rpm	500--700	500-650
Silent mode speed	rpm 300	400
Sound pressure level at 1 metre	dB(A)	33--41	33-41
Sound pressure level at 10 metres	dB(A)	16--25	16--25
Unit's net dimensions (L-W-H)	mm	1046/400/768
Weight	kg 53	65

(a) Dry air 27°C - Relative humidity 78% - Water inlet temperature 26°C.

(b) Dry air 15°C - Relative humidity 71% - Water inlet temperature 26°C

2. SPECIFICATIONS (continued)

2.2 Operating range

Use the swimming pool heat pump unit within the following ranges of temperature and humidity to ensure safe and efficient operation.

	Heating mode ng mode
Outside temperature -12°C – +35°C	+7°C – +43°C
Water temperature +12°C – +40°C	+8°C – +40°C
Relative humidity < 80% < 80%
Setting range from the set point +15°C – +32°C +8°C – +32°C

If the temperature or humidity does not correspond to these conditions, the security measures could be activated and the swimming pool heat pump unit may no longer work.

The maximum heating temperature is set at 32^ C to prevent damage to the liners. Hayward cannot be held responsible if used at a temperature above +32^ C.

2. SPECIFICATIONS (continued)

2.3 Dimensions

Models:

ENPI4M / ENPI6M

B Water outlet Ø 50 mm D Water inlet Ø 50 mm W

A C HAYWARD®

F G H

Unit: mm

SIZE\TYPE	ENPI4M / ENPI6M
A 1046
B 400
C 768
D 350
E 110
F 615
G 428
H 400

3. INSTALLATION AND CONNECTION

3.1 Functional Diagram

graph LR
    A["HAYWARD"] --> B["Water inlet valve"]
    B --> C["Water outlet valve"]
    C --> D["Chlorinator cell (or other treatment)"]
    D --> E["Pump filtration"]
    E --> F["Filter"]
    F --> G["Water outlet"]
    G --> H["Pool"]

Note : The swimming pool heat pump unit is sold without any treatment or filtration equipment. The components presented in the diagram are spare parts to be supplied by the installer.

3.2 Heat pump unit

Place the heat pump outdoors and away from any enclosed technical space.

Placed under a shelter, the minimum required distances mentioned below must be respected in order to avoid any risk of air recirculation and a deficiency in the unit's overall performance.

Unit: mm 700 500 Air inlet 300 Air outlet 2500 700

3. INSTALLATION AND CONNECTION (continued)

It is advised to install the unit on a dissociated cement block or a mounting bracket designed for this use and to set up the unit on the supplied rubber bushing (fastenings and washers not supplied).

The maximum installation distance between the unit and the swimming pool is 15 metres.

The total length of the piping to and from the unit is 30 metres.

Insulate both the above ground and buried hydraulic piping.

The heat pump must be installed at a minimum distance from the pool in compliance with NF C 15-100 (3.5 m from the water for France) or in compliance with installation standards applicable in other countries.

Do not install the heat pump close to a heat source.

For installation in snowy regions we recommend sheltering the machine to avoid snow accumulating on the evaporator.

3.3 Hydraulic connection

The unit is supplied with two 50 mm ∅ union connections. Connect the water inlet to the heat pump coming from the filtration group then connect the water outlet to the heat pump at the water conduit going to the pool (see diagram below).

Water outlet Ø 50 mm Water inlet Ø 50 mm

Install a by-pass valve between the heat pump entrance and exit.

If an automatic distributor or an electrolyser is used, it should be installed imperatively after the heat pump with the goal of protecting the titanium condenser against an elevated concentration of chemicals.

Be sure to install the by-pass valve and the supplied union connections at the water inlet and outlet level in order to simplify purging during the winter period and to facilitate access when disassembling for maintenance.

3. INSTALLATION AND CONNECTION (continued)

3.4 Electrical connection

Electrical installation and wiring for this equipment must be in conformity with local installation standards.

F NF C15-100 GB BS7671:1992
D DIN VDE 0100-702 EW EVHS-HD 384-7-702
A ÖVE 8001-4-702 H MSZ 2364-702/1994/MSZ 10-553 1/1990
E UNE 20460-7-702 1993,RECBT ITC-BT-31 2002		M MSA HD 384-7-702.S2
IRL Wiring Rules + IS HD 384-7-702 PL PN-IEC 60364-7-702:1999
I CEI 64-8/7 CZ CSN 33 2000 7-702
LUX	384-7.702 S2	SK	STN 33 2000-7-702
NL	NEN 1010-7-702	SLO	SIST HD 384-7-702.S2
P RSIUEE		TR TS IEC 60364-7-702

Verify that the available electrical power supply and the network frequency correspond to the required operating current taking into account the appliance's specific location, and the current required to supply any other appliance connected to the same circuit.

ENPI4M 230V\~ +/- 10 % 50 Hz 1 Phase

ENPI6M 230V\~ +/- 10 % 50 Hz 1 Phase

See the corresponding wiring diagram in the appendix.

The connection box is located on the right side of the unit. Three connections are designed for the power supply and two are for controlling the filter pump (Enslavement).

= = ⊗ == L N ⊕ 1 2 ⊗ ⊗ ⊗ ⊗ ⊗

Power supply 230V\~ / 50Hz
Dry contact 16 A max potential free. Priority heating function

3. INSTALLATION AND CONNECTION (continued)

The electrical power supply must have, when appropriate, a fuse protection device like a feed motor (aM) or D curve circuit breaker as well as a differential circuit breaker 30mA (see following table).

Models		ENPI4M ENPI6M
Power supply	V/Ph/Hz	230V 50Hz	230V 50Hz
aM type fuse calibre	A 8 aM	10 aM
Curve D circuit breaker	A 8 D	10 D
Cable section	mm ^2	3G 2,5 3G 2,5

Use an RO 2V/R 2V or equivalent power cord.

The cables sections are given for a maximum length of 25 m. They must however be checked and adjusted according to the installation conditions.

Always shut down the main power supply before opening the electrical control box.

3.5 Initial start-up

Start-up procedure - After installation is complete, follow these steps:

1) Rotate the fans by hand to verify that they can turn freely by hand, and that the turbine is correctly affixed to the motor shaft.
2) Ensure that the unit is connected correctly to the main power supply (see the wiring diagram in the appendix).
3) Activate the filtration pump.
4) Verify that all water valves are open and that the water flows toward the unit before switching on the heating or cooling mode.
5) Verify that the drainage hose is correctly affixed and that it causes no obstructions.
6) Activate the unit power supply, then press the On/Off button 📄 on the control panel.
7) Ensure that the alarm signal ( ) does not light up red. If necessary see the troubleshooting guide (see § 6.4).

3. INSTALLATION AND CONNECTION (continued)

8) Set the water flow using the by-pass valve (see § 3.6 and 2.1), as provided for by each model, to obtain an Entry/Exit temperature of 2^ C.
9) After running for several minutes, verify that the air exiting the unit is cool (between 5 and 10°).
10) With the unit operating, turn off the filter pump. The unit should automatically turn off and display error code E03 (See § 6.4).
11) Allow the unit and the pool pump to run 24 hours per day until the desired water temperature has been reached. When the set water inlet temperature is reached, the unit will turn off. It will automatically restart (as long as the pool pump is running) if the pool temperature is at least 0.5^ C below the set temperature.

Water flow switch - The unit is equipped with a flow switch that turns on the heat pump when the pool filtration pump is running, and deactivates it when the filtration pump is out of order. If the water is low, the E03 alarm code will appear on the regulator (See § 6.4).

Time delay - The unit is equipped with a time delay of 3 minutes in order to protect the control circuit components, to eliminate restart cycling and contactor chatter. Thanks to this time delay, the unit automatically restarts approximately 3 minutes after each control circuit interruption. Even a brief power interruption will activate the restart time delay.

3. INSTALLATION AND CONNECTION (continued)

3.6 Water flow setting

With the water entry and exit valves being open, adjust the by-pass valve in order to obtain a difference of 2^ between the inflow and outflow temperature (see principle diagram § 3.1). You can verify the switch by seeing the entry/exit temperatures directly on the control panel.

01-01 2017 10:15:00 26.5°C IN SET 26.0°C OUT 28.0°C

Water inlet temperature Water outlet temperature

Note: Opening the by-pass valve creates a weaker flow, which leads to an increase in T .

Closing the by-pass valve creates a stronger flow, which leads to a decrease in T .

4. USER INTERFACE

4.1 General presentation

The heat pump is equipped with a digital control panel with a touch screen, electronically connected and pre-set at the factory in heating mode.

21345 01-01 2017 10:15:00 26.5°C IN SET 26.0°C OUT 28.0°C 12a 10a1112b10b10c

Legend

1 Al	(blinking red)
2 Lc	d screen
3 D
4 H
5 O	de temperature
6	Recording base (Water temperature and power consumption)
7 R	ng settings and saving
8 S	up / Increase
9 S	down / Decrease
10 C	Operating mode selection
10a	ng mode

10b		ng mode
10c		matic mode
11 V		Output temperature
12 S		ting silence mode
12a		ng silence mode timer
12b		Silence mode and activation light
13 C		version °C / °F
14 V		Input temperature
15		Setting the Timer date and time ON/OFF
16 D		st mode
17 C		Off

4. USER INTERFACE (continued)

OFF Mode

When the heating pump is in sleep mode (OFF Mode), the button is grey.

ON Mode

When the heating pump is running or regulating (ON Mode), the button lights up green.

4.2 Setting the Date and Time

01-01 2017 10:15:00 26.5°C IN OUT 26.5°C 28.8°C Timer 2

Back to the previous screen 00-00 2017 00:00:00 WED 1 2 3 4 5 6 7 8 9 0 3 Quit without saving Back Confirm

Enter all the fields (Day/Month/Year, Hour/Minute/Second before confirming, otherwise the changes will not be saved.

4.3 Timer function settings

Setting this function is necessary if you would like to run the heat pump for a shorter period than what is defined by the filtration clock. Therefore, you can program a deferred start and an anticipated stop or simply stop a certain timeframe from running (at night, for example).

It is possible to set one Start Timer and one Stop Timers.

4. USER INTERFACE (continued)

01-01 2017 10:15:00 26.5°C IN OUT 26.5°C OUT 28.8°C

Timer 2

Time switch Start Stop

Time switch 12 1 2 3 5 6 7 8 9 0 12:00 00:00

(Confirm)

Time switch 12:00 00:00 6

(Activate)

Time switch 12:00 00:00

Blue highlighting = Activated

Grey = Deactivated

The setting step is "hour to hour".

• Once the start time has been set, press (step 6) to activate the Timer. The symbol and time now have blue highlighting.
• Repeat steps 3 to 6 to set and activate the stop time ( )
• When the settings are complete, the operating range of the heat pump is highlighted in green and the highlight range is yellow.
• Press twice on to return to the main screen.

4. USER INTERFACE (continued)

4.4 Setting and visualisation of the set point

01-01 2017 10:15:00 26.5°C IN 26.5°C OUT 28.8°C

In Mode "OFF" or Mode "ON"

Press the button to display the set point, then press on pour to set the set point you wish.

Confirm by pressing and you will return to the main screen automatically.

The setting is made with a precision of 0.5^ C .

It is recommended to never exceed 30^ C to avoid alteration of the liners.

4. USER INTERFACE (continued)

4.5 Locking and unlocking the touch screen

The control screen locks automatically after one minute (default setting). It is possible to adjust the time before the screen locks automatically to between 1 and 10 minutes, or simply to cancel this function.

3) Set the time to between 1 and 10 minutes. Saving is automatic.
4) Press twice to return to the main screen.
5) To deactivate automatic locking press

To unlock the screen, press (anywhere) on the screen for 2s.

Enter the code "22" and confirm by pressing EN

01-01 2017 10:15:00 26.5°C IN SET 26.5°C OUT 28.8°C 1 2 s >>

4. USER INTERFACE (continued)

4.6 SILENT function settings

Silence mode enables the heat pump to be used in economic and very silent mode when the heating needs are low (maintaining the pool temperature or need for ultra-silent operation).

This function can be Activated/Deactivated manually or using a Timer.

Manual Activation

4. USER INTERFACE (continued)

Manual Deactivation

01-01 2017 10:15:00 26.5°C IN 26.5 °C OUT 28.8 °C

01-01 2017 10:15:00 ! 26.5°C IN SET 26.5°C OUT 28.8°C

01-01 2017 10:15:00 ! 26.5°C IN 26.5 °C OUT 28.8 °C Silence mode deactivated

Setting the Timer

01-01 2017 10:15:00 26.5°C IN OUT 26.5 °C 28.8 °C

01-01 2017 10:15:00 ! 26.5°C IN SET 26.5 °C OUT 28.8 °C

4. USER INTERFACE (continued)

Setting the Timer (continued)

Mute Timer ON OFF 1 00:00 2 00:00 Mute Timer ON OFF 1 2 3 4 5 6 7 8 9 0 20:00 || 08:00 Confirm

1) Start time, input and confirmation.
2) End time, input and confirmation.
3) Confirm.

Mute Timer ON OFF 20:00 08:00

4) Activation.
5) Deactivation.
6) Back to the main screen.

The setting step is "hour to hour".

Once the Timer is activated, it is active 7 days a week.

5.1 Maintenance

These maintenance operations must be carried out once per year in order to guarantee the longevity and the good working condition of the heat pump.

• Clean the coil with the help of a soft brush or jet of air or water (Warning, never use a high pressure cleaner).
• Verify that the drains flow well.
• Verify the tightening of the hydraulic and electrical connections
• Verify the hydraulic sealing of the condenser.
• Have the leak-tightness of the cooling circuit to the leak detector checked by an accredited professional.

Before any maintenance operation, the heating pump must be disconnected from any electrical current source. The maintenance operations must only be carried out by personnel that is qualified and authorised to handle liquid refrigerants.

5.2 Winterising

• Put the heat pump in "OFF" mode.
• Cut the power supply to the heat pump.
• Empty the condenser with the help of the drain to avoid any risk of deterioration. (high risk of freezing).
• Close the by-pass valve and unscrew the entry/exit connection unions.
• Eliminate the maximum amount of residual stagnant water from the condenser with the help of an air gun.
• Close the water entry and exit areas of the heating pump to avoid introducing foreign bodies.
• Cover the heating pump with a dedicated winterising case.

Any damage caused by poor winterising maintenance will lead to cancellation of the warranty.

6. APPENDIX

6.1 Electrical diagrams

ENPI4M

Power supply 220-240V√/50Hz RED L BLU N Y/G L N 1 2 K2 CN15 LEV1 2AC32I13WO1 CN15 A B FS HP LP 4V K2 RS485 OV T HP CT(VELSUT(SEN) CN29 CN30 CN31 LEV2 ECV IT(BLU) CN24 CN21 CN7 CN5 CN9 RES1 OAT OPT PL CN66 CN18 EMV DN22 CN9 CN12 RES2 OH T PH OT (RED) ET(GRY) AT(WHT) FM DCFAN CN97 u v w COMP reactor P+30 P+40 RED BLK WHT V W WiFi BLK CND BLK CND BLK CND BLK CND BLK CND BLK CND BLK CND BLK CND BLK CND BLK CND BLK CND BLK CND BLK CND BLK CND BLK CND BLK CND BLK CND BLK CND BLK CND BLK CND BLK CND BLK CND BLK CND BLK CND BLK CND BLK CIND Controller SPS CN2 CN1 BRN BU CN1

REMARKS:

AT : AIR TEMPERATURE SENSOR

LP : LOW PRESSURE SWITCH

COMP : COMPRESSOR OT : OUTLET WATER TEMPERATURE SENSOR

CT : EVAPORATOR TEMPERATURE SENSOR

SUT : SUCTION TEMPERATURE SENSOR

EEV : ELECTRONIC EXPANSION VALVE

4V : 4 WAYS VALVE

FM : FAN MOTOR K2 : DRY CONTACT 16 A MAX

ET : DISCHARGE TEMPERATURE SENSOR

FS : WATER FLOW SWITCH

HP : HIGH PRESSURE SWITCH PS : PRESSURE SENSOR

IT : WATER INLET TEMPERATURE SENSOR

6. APPENDIX (continued)

ENPI6M

Power supply 220-240V^/50Hz RED L BLU N Y/G K2 L N 1 2 HP EP EP HP IT(BLU) FS UP GRN CN21 RES1 SUT(GRN) CN29 OVT CT(YE) CN30 HP CN31 LP CN13 HEAT PS (SUT) BN CN18 EMV CN66 RY CN11 FOUR CN96 FILTER L1 N1 A B RS485 CN22 RES2 CN7 OAT CN8 OPT CN99 PL CN12 PH AT(WHT) A B RS485 CN22 RES2 CN9 OPT CN99 OT(RED) ET(GRY) CN15 LEV1 CN24 LEV2 5 EEV DCFAN CN97 FM reactor P13L P14L SPS CN2 CN1 BRN FLU RLN

REMARKS:

AT : AIR TEMPERATURE SENSOR

LP : LOW PRESSURE SWITCH

COMP : COMPRESSOR OT : OUTLET WATER TEMPERATURE SENSOR

SUT : SUCTION TEMPERATURE SENSOR

CT : EVAPORATOR TEMPERATURE SENSOR

4V : 4 WAYS VALVE

EEV : ELECTRONIC EXPANSION VALVE

FM : FAN MOTOR K2 : DRY CONTACT 16 A MAX

ET : DISCHARGE TEMPERATURE SENSOR

FS : WATER FLOW SWITCH

HP : HIGH PRESSURE SWITCH PS : PRESSURE SENSOR

IT : WATER INLET TEMPERATURE SENSOR

6. APPENDIX (continued)

6.2 Heating priority wiring for monophasic pump

230 V~ N 50 Hz Ph 1L1 3L2 5L3 13N0 A1 2T1 4T2 6T3 14N0 A2 Monophasic pump 4 5 6 7 1 2 3 8 Made in Germany 230V/45-60 Hz 16(4) 250- R 3d Dry contact 16 A max K2 Power supply 230V~ / 50Hz

Terminals 1 and 2 deliver a potential-free dry contact, 230V\~ / 50 Hz, no polarity.

Wire terminals 1 and 2 as indicated in the diagram above, to activate the operation of the filtration pump in 2-minute cycles each hour if the temperature of the pool is lower than the set point.

Never connect the power supply of the filtration p directly to terminals 1 and 2.

Exterior view of a gray industrial water heater with a hand valve and label (no readable text or symbols)

Page left intentionally blank

6. APPENDIX (continued)

6.3 Exploded view and spare parts

ENPI4M / ENPI6M

Technical diagram of an air conditioning unit with numbered components and labeled parts

6. APPENDIX (continued)

ENPI4M / ENPI6M

Mark	Description Ref. ENPI4M ENPI6M
1 4	ways valve HWX20041437		✓	✓
2	Electronic expansion valve	HWX81000015	✓	n/a
		HWX81000016 n/a		✓
3 Filter ø9.7-ø9.7 (∅28) HWX20041444			✓	✓
4 Water flow detector HWX83000012			✓	✓
5 T connector ø9.52-2 x ø6.5(T) x 1.0 HWX304030000002			✓	✓
6 Access hatch HWX320922029			✓	✓
7 Right panel HWX80700455			✓	✓
8 Right decorative panel HWX80900089			✓	✓
9 Titanium/PVC condenser		HWX80600074	✓	n/a
		HWX80600096 n/a		✓
10 Compressor		HWX20000110448	✓	n/a
		HWX80100003 n/a		✓
11 /		/	/	/
12 /		/	/	/
13 Terminal block L-N-GND -5 connections 4mm2		HWX40003901	✓	✓
14 HAYWARD logo		HWX20000230596	✓	✓
15 Colour touchscreen		HWX95005310612	✓	✓
16 /		/	/	/
17 Fan protection grille		HWX20000220169	✓	✓
18 Fan blade		HWX20000270004	✓	✓
19 DC ventilator motor		HWX20000330132	✓	✓
20 Left decorative panel		HWX80900088	✓	✓
21 Front panel HWX80900087			✓	✓
22 Motor bracket		HWX80700248	✓	✓
23 Fin coil		HWX80600044	✓	n/a
		HWX80600100 n/a		✓
24 Left panel		HWX80700455	✓	✓
25 /		/	/	/
26 Top cover		HWX301090200806	✓	✓
27 Printed circuit board Driver		HWX82300008	✓	n/a
		HWX82300007 n/a		✓
28 230V-/12VDC transformer		HWX82600008	✓	✓
29 /		/	/	/
30 K2 relay		HWX20000360297	✓	✓
31 20A 50Hz 5mH coil		HWX82500005	✓	✓
32 Low pressure switch NO 0.30MPa/0.15MPa		HWX20000360157	✓	✓
33 Pressure Tap 40mm 1/2"		HWX20000140150	✓	✓
34 High pressure switch NC 3.2MPa/4.4MPa		HWX20013605	✓	✓
35 T connector ø6.5-2 x ø6.5(T) x 0.75T2M		HWX20001460	✓	✓
36 /		/	/	/
37 Pressure sensor		HWX20000360123	✓	✓
38 Compressor discharge probe 50 kΩ-660mm		HWX83000026	✓	✓
39 Ambiente temp sensor 5k-350mm		HWX83000049	✓	✓
		Water outlet sensor 5k-410mm	✓	✓
		Water inlet sensor 5k-850mm	✓	✓
		Compressor aspiration sensor 5k-560mm	✓	✓
		De-icing sensor 5k-680mm	✓	✓
40 EMC filter		HWX20003257 n/a		✓

6. APPENDIX (continued)

6.4 Troubleshooting guide

Certain operations must be carried out by an authorized technician.

If there is a fault on the heat pump, the symbol 🔍 appears blinking red in the left hand corner of the screen.

Press the symbol 🔒 to access the list of errors.

Refer to following table.

01-01 2017 10:15:00 26.5°C IN 26.5 °C OUT 28.8°C Fault records Protection/Fault Time E08 Communication Fault 01-01-17 15:06 Error codes Description Date and time of appearance

Once the problem has been resolved the error is cancelled automatically and the triangle changes to solid grey.

To delete the error list, press on then return to the previous screen by pressing on

6. APPENDIX (continued)

Problem	Error codes	Description Solution
Water inlet sensor fault P01		The sensor is open or has short-circuited.	Verify the CN21/RES1 connectors on the board and the extension connector or replace the sensor
Water outlet sensor fault P02			Verify the N22/RES2 connectors on the board and the extension connector or replace the sensor
Outside temperature sensor fault P04			Verify the CN12/PH connectors on the board and the extension connector or replace the sensor
De-icing sensor fault P05			Verify the CN8/OPT connectors on the board and the extension connector or replace the sensor
Compressor aspiration sensor defect P07			Verify the CN7/OAT connectors on the board and the extension connector or replace the sensor
Compressor discharge sensor fault P081			Verify the CN9/OHT connectors on the board and the extension connector or replace the sensor
High pressure protection E01 The sensor is open or has short-circuited.			Verify the CN30/HP connectors on the card or replace the sensor
			Check the water flow
			Check the water flow detector
			Check the valve opening
			Check the by-pass
			Check the evaporator is not clogged
			Water temperature too hot
			Incondensable problem after maintenance, empty and evacuate the cooling circuit
			Fluid load too high, remove fluid into a liquid bottle
Low pressure protection E02 The sensor is open or has short-circuited.			Check the AI/DI03 connections on the card or replace the sensor
			Large coolant leak, search for the leak with the detector
			Air flow too low, check the ventilator rotation speed
			Check the evaporator is not clogged, clean its surface
Flow sensor fault E03 The sensor is open or has short-circuited.			Check the AI/DI02 connections on the card or replace the sensor
			Lack of water, check the filtration pump operation
			Check the stop valve opening
			Check the by-pass adjustment

6. APPENDIX (continued)

Problem	Error codes	Description Solution
Input/Output temperature difference >13°C	E06	Applicable in Cold mode only	Lack of water, check the filtration pump operation
			Check the stop valve opening
			Check the by-pass adjustment
Antifreeze protection Cold mode E07	Water out	put temperature < 4°C	Stop the heat pump, empty the condenser risk of freezing
Communication problem E08		No communication between the printed circuit board and the user interface	Check the connectors - see the wiring diagram
Level 1 antifreeze protection E19		2°< Water temperature < 4°and Air temperature < 0°	Stop heat pump operation, empty the condenser to avoid freezing, by default the heat pump starts the filtration pump to avoid icing over
Level 2 antifreeze protection E29		Water temperature < 2°and Air temperature < 0°	Stop heat pump operation, empty the condenser to avoid freezing, by default the heat pump starts the filtration pump and the heat pump to avoid icing over.
Fan motor fault F031 Motor jammed or faulty connection			Check free rotation; check CN97/DC connectors; replace the motor
Fan motor fault F051 Faulty connection			Check the DCFAN/CN97 connector; replace the motor
Exterior temperature too low TP Operating limit reached Stop the heat pump
Pressure sensor fault PP The sensor is open or short-circuiting			Check the connections see electrical diagram

6. APPENDIX (continued)

6.5 Recording base

From the main screen, press on 📄 to access the history of water input and output temperature recordings.

This data is available for 60 days.

Press on to access the average electric power consumed.

01-01 2017 10:15:00 26.5°C IN SET 26.5°C OUT 28.8°C Water input temperature curve Water output temperature curve Temperature Outer water 30.5°C Inner water 30.5°C 40°C 35°C 30°C 25°C 20°C 15°C 10°C

Press on to return to the main screen.

6. APPENDIX (continued)

6.6 Warranty

WARRANTY CONDITIONS

All HAYWARD products are guaranteed to be free from manufacturing or material faults for a period of two years as from the date of purchase. Any claim made under the terms of the warranty must be accompanied by a dated proof of purchase. We therefore recommend that you keep your invoice.

The HAYWARD warranty is limited to the repair or replacement, at HAYWARD's discretion, of faulty products, provided they have been used under normal conditions, as described in their user guide, and that the product has not been modified in any way and has been used only with HAYWARD components and parts. Frost and chemical damage are not covered.

No other costs (transportation, labour, etc.) are covered by the warranty.

HAYWARD cannot be held liable for any direct or indirect damage caused by the incorrect installation, connection or operation of a product.

Please contact your retailer if you want to make a claim under the terms of the warranty and request the repair or replacement of an item. No equipment returned to our factory will be accepted without our prior written agreement.

Worn parts are not covered by the warranty.

ENERGYLINE PRO INVERTER

UNIDAD DE BOMBA DE CALOR PARA PISCINAS

Exterior view of a Hayward air conditioner unit with fan blades (no visible text or symbols)

R32

= = Ⓧ === L N ⊕ 1 2 Contacto seco

Alimentación general 230V ∼ / 50Hz

Contacto seco 16 A máx.

libre de potencial

Función prioridad

del calentamiento

01-01 2017 10:15:00 26.5°C IN SET 26.5°C OUT 28.8°C 2 S >>

01-01 2017 10:15:00 ! 26.5°C IN SET 26.5°C OUT 28.8°C

01-01 2017 10:15:00 26.5°C IN 26.5 °C OUT 28.8 °C Modo silencioso desactivado

Exterior view of a gray industrial water heater with a hand valve and label (no readable text or symbols)

Technical diagram of an air conditioning unit with numbered components and labeled parts

Exterior view of a modern HVAC air conditioning unit with a black fan and control panel (no visible text or symbols on the device itself)

R32

= = ≡ == L N ⊕ 1 2 Contacto seco

01-01 2017 10:15:00 ! 26.5°C IN SET 26.5°C OUT 28.8°C

01-01 2017 10:15:00 ! 26.5°C IN 26.5 °C OUT 28.8 °C Modo silêncio desactivado

Configurar o temporizador

01-01 2017 10:15:00 26.5°C IN OUT 26.5 °C 28.8 °C

01-01 2017 10:15:00 ! 26.5°C IN SET 26.5 °C OUT 28.8 °C

Exterior view of a beige industrial cabinet with a hand valve and a black arrow pointing upward (no visible text or symbols)

Technical diagram of an air conditioning unit with numbered components and labeled parts

Exterior view of a Hayward air conditioner unit with fan blades (no visible text or symbols)

R32

01-01 2017 10:15:00 ! 26.5°C IN SET 26.5°C OUT 28.8°C

01-01 2017 10:15:00 ! 26.5°C IN 26.5 °C OUT 28.8 °C Ruhemodus deaktiviert

Exterior view of a gray industrial water heater with a hand valve and label (no readable text or symbols)

Technical diagram of an air conditioning unit with numbered components and labeled parts

Exterior view of a Hayward air conditioner unit with fan blades (no visible text or symbols)

R32

In Modus "OFF" of "ON"

Handmatige deactivering

01-01 2017 10:15:00 26.5°C IN 26.5 °C OUT 28.8 °C

01-01 2017 10:15:00 ! 26.5°C IN SET 26.5°C OUT 28.8°C

01-01 2017 10:15:00 ! 26.5°C IN OUT 26.5 °C 28.8 °C Stille modus gedeactiveerd

11: BINNENKOMEND WATER

LP : LAGEDRUKSCHAKELAAR

TEMPERATUURSENSOR VOOR

BUITENGAAND WATER

SUT : AANZUIGTEMPERATUURSENSOR

K2 : VOLTVRIJ CONTACT MAX 16 A

ET : TEMPERATUURSENSOR OPSTUWING

PS: DRUKSENSOR

11: BINNENKOMEND WATER

LP : LAGEDRUKSCHAKELAAR

TEMPERATUURSENSOR VOOR

BUITENGAAND WATER

SUT : AANZUIGTEMPERATUURSENSOR

K2 : VOLTVRIJ CONTACT MAX 16 A

ET : TEMPERATUURSENSOR OPSTUWING

PS : DRUKSENSOR

Exterior view of a beige industrial cabinet with a hand valve and a black arrow pointing upward (no visible text or symbols)

Technical diagram of an air conditioning unit with numbered components and labeled parts

Exterior view of a modern HVAC air conditioning unit with a black fan and control panel (no visible text or symbols on the device itself)

R32

01-01 2017 10:15:00 ! 26.5°C IN SET 26.5°C OUT 28.8°C

Exterior view of a beige industrial cabinet with a black upward arrow and label (no readable text or symbols)

Technical diagram of an air conditioning unit with numbered components and labeled parts

6. APPENDICI (segue)

ENPI4M / ENPI6M

Num.	Designazione Rif. ENPI4M ENPI6M
1 Valvola 4 vie HWX20041437			√	√
2 R	iduttore di pressione elettronico	HWX81000015	√	n/a
		HWX81000016 n/a		√
3 F	Filtro ø9.7-ø9.7 (∅28) HWX20041444		√	√
4 R	Rilevatore portata acqua HWX83000012		√	√
5 C	Connettore a T ø9.52-2 x ø6.5(T) x 1.0 HWX304030000002		√	√
6 P	Portello d'accesso scatola elettrica HWX320922029		√	√
7 P	Pannello destro HWX80700455		√	√
8 P	Pannello decorativo destro HWX80900089		√	√
9 C	Condensatore Titanio/PVC	HWX80600074	√	n/a
		HWX80600096 n/a		√
10 Compressore		HWX20000110448	√	n/a
		HWX80100003 n/a		√
11 /		/	/	/
12 /		/	/	/
13 Morsettiera L-N-GND -5 connessioni 4mm2		HWX40003901	√	√
14 Logo HAYWARD		HWX20000230596	√	√
15 Touch screen a colori		HWX95005310612	√	√
16 /		/	/	/
17 Griglia di protezione ventilatore		HWX20000220169	√	√
18 Elica ventilatore		HWX20000270004	√	√
19 Motore ventola DC		HWX20000330132	√	√
20 Pannello decorativo sinistro		HWX80900088	√	√
21 Pannello anteriore		HWX80900087	√	√
22 supporto motore		HWX80700248	√	√
23 Evaporatore a piastre		HWX80600044	√	n/a
		HWX80600100 n/a		√
24 Pannello sinistro		HWX80700455	√	√
25 /		/	/	/
26 Pannello superiore		HWX301090200806	√	√
27 Scheda elettronica Driver		HWX82300008	√	n/a
		HWX82300007 n/a		√
28 Trasformatore 230V~/12VDC		HWX82600008	√	√
29 /		/	/	/
30 Relè K2		HWX20000360297	√	√
31 Bobina 20A 50Hz 5mH		HWX82500005	√	√
32 Pressostato Bassa pressione NO 0.30MPa/0.15MPa		HWX20000360157	√	√
33 Rilevamento Pressione 40mm 1/2"		HWX20000140150	√	√
34 Pressostato Alta pressione NC 3.2MPa/4.4MPa		HWX20013605	√	√
35 Connecteur T ø6.5-2 x ø6.5(T) x 0.75T2M		HWX20001460	√	√
36 /		/	/	/
37 Sensore di Pressione		HWX20000360123	√	√
38 Sonda scarico compressore 50 kΩ-660mm		HWX83000026	√	√
39 Sonda temperatura aria 5k-350mm		HWX83000049	√	√
		Sonda uscita acqua 5k-410mm	√	√
		Sonda temperatura acqua in ingresso 5k-850mm	HWX83000052	√
		Sonda di aspirazione compressore 5k-560mm	HWX83000044	√
		Sonda antigelo 5k-680mm	HWX83000051	√
40 Filtro EMC		HWX20003257 n/a		√

6. APPENDICI (segue)

Exterior view of a modern HVAC air conditioning unit with a black fan and control panel (no visible text or symbols on the device itself)

R32

5. VEDLIKEHOLD OG VINTERKLARGJ∅RING 21

(1) Global warming potential (GWP))

2. SPESIFIKASJONER

2.1 Varmepumpens ytelse

Modeller	ENERGYLINE PRO INVERTER	ENPI4M ENPI6M
Tilførselsspenning V		220V-240V ^ / 1ph / 50Hz
Kuldemedium / R32
Last kg 0,50 0,65
Masse i teqCO2	/ 0,34 0,44
Hyppighet for lekkasjekontroll / Er ikke påkrevet, men årlig kontroll anbefales
Oppvarmingskapasitet Min--Maks (a) kW 2,50--9,73 3,20--11,9
Absorbert elektrisk effekt Min--Maks (a)	kW 0,20--1,34	0,28--1,68
Nominell strømverdi Min--Maks (a)	A 1,33--6,02	1,34--7,32
COP Maks--Min (a)	/	12,32--7,12	11,51--7,10
Oppvarmingskapasitet Min--Maks (b) kW 1,71--7,60 2,70--9,70
Absorbert elektrisk effekt Min--Maks (b)	kW 0,27--1,49	0,44--1,88
COP Maks--Min (b)	/	6,40--5,1	6,10--5,55
Maksimum strømverdi	A	7,30 8,90
Sikringsstørrelse	aM	8	10
Effektbryter Kurve D	D	8	10
Startstrøm	A	< Maksimum strømverdi	< Maksimum strømverdi
Hydraulisk tilkopling	mm	50mm
Nominell vannstrøm (a)	m3/h	4,20 5,10
Fall i vantrykk (maks.)	kPa	3,3	4,5
Kompressor	/	Mitsubishi DC-omformer	Highly DC-omformer
Type	/ Dobbeltroterende	Dobbeltroterende
Antall	/	1
Svingningsmotstand ved 20°C	Ohm	1,91	0,788
Vifte	/	Axial
Antall		1
Diameter	mm	405 510
Antall rotor	/	3
Motor	/	DC-omformer
Antall	/	1	1
Rotasjonshastighet	Omdr/min	500--700	500-650
Hastighet i Silent Mode	Omdr/min 300	400
Lydtrykknivå ved 1 m	dB(A)	33--41	33-41
Lydtrykknivå ved 10 m	dB(A)	16--25	16--25
Enhetens dimensjoner, netto (L-I-H)	mm	1046/400/768
Vekt	kg 53	65

2. SPESIFIKASJONER (fortsetter)

2.2 Driftsområde

2. SPESIFIKASJONER (fortsetter)

2.3 Dimensjoner

Modeller:

ENPI4M / ENPI6M

3. INSTALLERING OG TILKOBLING (fortsetter)

3. INSTALLERING OG TILKOBLING (fortsetter)

3.4 Elektrisk tilkobling

3. INSTALLERING OG TILKOBLING (fortsetter)

Strømledningen skal være utstyrt med en sikring av typen aM eller en effektbryter Kurve D, samt en 30mA jordfeilbryter (se tabell nedenfor).

Modeller ENPI4M ENPI6M
Elektrisk strømforsyning	V/Ph/Hz	230V 50Hz	230V 50Hz
Sikringsstørrelse av typen aM A 8 aM	10 aM
Effektbryter Kurve D A 8 D 10 D
Kabelseksjon	mm ^2	3G 2,5 3G 2,5

Bruk en kabel av typen RO 2V / R 2V eller tilsvarende.

3. INSTALLERING OG TILKOBLING (fortsetter)

3. INSTALLERING OG TILKOBLING (fortsetter)

4. BRUKERGRENSESNITT (fortsetter)

OFF-modus

Når varmepumpen er i standby (OFF-modus) knappen ledtonet.

ON-modus

Når varmepumpen er i drift eller under innstilling (ON-modus) knappen lyser grønt.

4. BRUKERGRENSESNITT (fortsetter)

01-01 2017 10:15:00 26.5°C IN OUT 26.5°C OUT 28.8°C

Timer 2

Time switch ON OFF 00:00

Time switch 12 1 2 3 5 6 8 9 0 12:00 00:00 Godkjenne

Time switch 6 Aktiver

Time switch 12:00 00:00

Blå marking = Aktivert Nedtonet = Deaktivert

4. BRUKERGRENSESNITT (fortsetter)

4. BRUKERGRENSESNITT (fortsetter)

01-01 2017 10:15:00 26.5°C IN SET 26.5°C OUT 28.8°C 1 2 S >>

4. BRUKERGRENSESNITT (fortsetter)

4. BRUKERGRENSESNITT (fortsetter)

Manuell deaktivering

01-01 2017 10:15:00 26.5°C IN 26.5 °C OUT 28.8 °C

01-01 2017 10:15:00 ! 26.5°C IN SET 26.5°C OUT 28.8°C

01-01 2017 10:15:00 ! 26.5°C IN 26.5 °C OUT 28.8 °C Silence-modus er deaktivert

4. BRUKERGRENSESNITT (fortsetter)

6. VEDLEGG (fortsetter)

ENPI6M

Hovedstrømforsyning 230V~ / 50Hz RED L BLU N YIG L N 1 2 K2 EP HP EP HP IT(BLU) SX FS GRN CN21 RES1 SUT(GRN) CN29 OVT CT(YE) CN30 HP CN31 LP CN13 HEAT PS (SUT) B.X. B.K. CN18 EMV CN66 RY CN11 FOUR CN96 FILTER L1 N1 Z A B RS485 CN22 RES2 CN7 OAT CN8 OPT CN99 PL CN12 PH OT(RED) EN ET(GRY) 5K AT(WHT) DCFAN CN97 CN15 LEV1 CN24 LEV2 5 EEV FM reactor P1L P14L SPS CN2 CN1 BRN FLU ELK OND WHT 485A- RED 48V- ELK OND WHT 485A- RED 48V- Controller WiFi

MERKNADER

AT : SENSOR FOR LUFTTEMPERATUR

LP: LAVTRYKKSBRYTER

COMP : KOMPRESSOR OT : TEMPERATURSENSOR TIL VANNUTL∅P

CT : SENSOR FOR FORDAMPET TEMPERATUR SUT : SENSOR FOR SUGETEMPERATUR

EEV : ELEKTRONISK EKSPANSJONSVENTIL

4V : 4-VEIS VENTIL

FM : VIFTEMOTOR K2 : POTENSIALFRI KONTAKT, MAKS. 16A

FS : VANNSENSOR

ET : TEMPERATURSENSOR FOR UTLADNING

HP : H∅YTRYKKSBRYTER PS : TRYKKSENSOR

IT : TEMPERATURSENSOR TIL VANNINNL∅P

6. VEDLEGG (fortsetter)

6.2 Kobling med prioritet på enfaset varmepumpe

230 V N 50 Hz Ph 1L1 3L2 5L3 13N0 A1 230V/45-60 Hz 16(4) 250- R 3d Made in Germany 4 5 6 7 μ F 7 M 1 2 3 8 4 5 6 7 6 5 4 3 1 1 2 3 8 Potensialfri kontakt, maks. 16A K2 = = = = L N ÷ 1 2 Hovedstrømforsyning 230V√ / 50Hz

Exterior view of a gray industrial water heater with a hand valve and label (no readable text or symbols)

6. VEDLEGG (fortsetter)

Technical diagram of an air conditioning unit with numbered components and labeled parts

ENPI4M / ENPI6M

Nr.	Betegnelse Ref. ENPI4M ENPI6M
1	4-veisventil HWX20041437		√	√
2	Elektronisk ekspansjonsventil	HWX81000015	√	Gjelder ikke
		HWX81000016 Gjelder ikke		√
3	Filter ø9.7-ø9.7 (∅28) HWX20041444		√	√
4	Sensor for vannstrømning HWX83000012		√	√
5	T-formet connector ø9.52-2 x ø6.5(T) x 1.0 HWX304030000002		√	√
6	Trappe elektrisk tilgang HWX320922029		√	√
7	Høyre panel HWX80700455		√	√
8	Høyre dekorpanel HWX80900089		√	√
9	Kondensator Titanium/PVC	HWX80600074	√	Gjelder ikke
		HWX80600096 Gjelder ikke		√
10	Kompressor	HWX20000110448	√	Gjelder ikke
		HWX80100003 Gjelder ikke		√
11	/	/	/	/
12	/	/	/	/
13	Terminal L-N-GND -5 tilkoplinger 4mm ^2	HWX40003901	√	√
14	HAYWARD-logo	HWX20000230596	√	√
15	Berøringsskjerm med farger	HWX95005310612	√	√
16	/	/	/	/
17	Beskyttelsesgitter for viften	HWX20000220169	√	√
18	Vifteproprell	HWX20000270004	√	√
19	Viftemotor DC	HWX20000330132	√	√
20	Venstre dekorpanel	HWX80900088	√	√
21	Fremre panel	HWX80900087	√	√
22	Motorstøtte	HWX80700248	√	√
23	Vinget fordamper	HWX80600044	√	Gjelder ikke
		HWX80600100 Gjelder ikke		√
24	Venstre panel	HWX80700455	√	√
25	/	/	/	/
26	Øvre panel	HWX301090200806	√	√
27	Elektronisk Driver-kort	HWX82300008	√	Gjelder ikke
		HWX82300007 Gjelder ikke		√
28	Transformer 230V~/12VDC	HWX82600008	√	√
29	/	/	/	/
30	Relé K2	HWX20000360297	√	√
31	Spole 20A 50Hz 5mH	HWX82500005	√	√
32	Strømningsbegrenser NO 0.30MPa/0.15MPa	HWX20000360157	√	√
33	Trykktilkobling 40mm, 1/2"	HWX20000140150	√	√
34	Høytrykkspressostat NC 3.2MPa/4.4MPa	HWX20013605	√	√
35	T-formet connector ø6.5-2 x ø6.5(T) x 0.75T2M	HWX20001460	√	√
36	/	/	/	/
37	Trykksensor	HWX20000360123	√	√
38	Kompressorutladningssonde 50 kΩ-660mm	HWX83000026	√	√
39	Lufttemperatur probe 5k-350mm	HWX83000049	√	√
	Vannuttak probe 5k-410mm	HWX83000050	√	√
	Vanninntak probe 5k-850mm	HWX83000052	√	√
	Kompressorsugesonde 5k-560mm	HWX83000044	√	√
	Avrimings sensor 5k-680mm	HWX83000051	√	√
40	EMC Filter	HWX20003257 Gjelder ikke		√

6. VEDLEGG (fortsetter)

6. VEDLEGG (fortsetter)

6. VEDLEGG (fortsetter)

6. VEDLEGG (fortsetter)

6.5 Lagringsbase

6. VEDLEGG (fortsetter)

6.6 Garanti

GARANTIBETINGELSER

Exterior view of a modern HVAC air conditioning unit with a black fan and control panel (no visible text or symbols on the device itself)

R32

01-01 2017 10:15:00 26.5°C IN SET 26.5°C OUT 28.8°C 1 2 s >>

Exterior view of a gray industrial water heater with a hand valve and label (no readable text or symbols)

Technical diagram of an air conditioning unit with numbered components and labeled parts

Simple line drawing of a trash bin with two crossed lines and a blank rectangular base (no text or symbols)