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HP-OWER

 

12

 

connection to switching-over to the plant side) 

Digital output 
230 Vac with changeover contact

 

Power supply neutral terminal (230V AC) for 3-way valve for sanitary hot 
water boiler. 

NO1 

Digital output 
230 Vac with changeover contact

 

Power supply NO terminal (230V AC) for 3-way valve for sanitary hot water 
boiler (to switch-over the valve to the boiler side). 

NC2 

Digital output 
230 Vac with changeover contact

 

Power supply NC terminal (230V, 50Hz, 5A resistive, 1 A inductive) for 3-
way dual set point valve for radiant panels.  

N2 

Digital output 
230 Vac with changeover contact

 

Power supply neutral terminal (230V AC) for 3-way dual set point valve for 
radiant panels 

NO2 

Digital output 
230 Vac with changeover contact

 

Power supply NO terminal (230V, 50Hz, 5A resistive, 1 A inductive) 3-way 
valve dual set point for radiant panels  

R+ 

Serial communication 

signal connection to remote keyboard 

R- 

Serial communication 

Modbus - signal connection to remote keyboard 

GNDR 

Serial communication 

connection to modbus ground for remote keyboard 

12V+ 

Power supply output 12Vac, 50Hz 

Power output for remote keyboard (12V, 50Hz, 500mA) 

12V- 

Power supply output 12Vac, 50Hz 

Power output for remote keyboard (12V, 50Hz, 500mA) 

SE 

Analogue (ST8)/digital (DI7) input 

Humidistat terminal for the dual set-point regulation (optional) 

SE 

Analogue (ST8)/digital (DI7) input 

Humidistat terminal for the dual set-point regulation (optional)

 

AEHN 

Digital output (DO3) 230 Vac 

Neutral output of auxiliary electric heater for plant water (230V, 50Hz, 5A) 

AEH 

Digital output (DO3) 230 Vac 

Phase output of auxiliary electric heater for plant water (230V, 50Hz, 5A) 

SAN 

Analogue (ST9)/digital (DI8) input 

Sanitary water boiler sensor terminal 

SAN 

Analogue (ST9)/digital (DI8) input 

Sanitary water boiler sensor terminal 

DO5N 

Digital output (DO5) 230 Vac 

Neutral  output,  for  controlling  the  dual  set  point  valve  (230V,  50Hz,  5A 
resistive, 1A inductive)  

DO5 

Digital output (DO5) 230 Vac 

Phase output  for controlling the dual set point valve (230V, 50Hz, 5A 
resistive, 1A inductive)  

DO4N 

Digital output (DO4) 230 Vac 

Neutral output (230V, 50Hz, 5A resistive, 1 A inductive)  

DO4 

Digital output (DO4) 230 Vac 

Phase output (230V, 50Hz, 5A resistive, 1 A inductive)  

SW 

Digital input 

Summer/winter switching mode terminal via remote control (closed = 
summer/open = winter); 

SW 

Digital input 

Summer/winter switching mode terminal via remote control (closed = 
summer/open = winter) 

onoff 

Digital input 

Remote on-off terminal (closed = unit ON/open = unit OFF) 

onoff 

Digital input 

Remote on-off terminal (closed = unit ON/open = unit OFF) 

0-10V+ 

Analogue input (ST10) 

Input signal 0-10V (+) for set point adjustment 

0-10V- 

Analogue input (ST10) 

Input signal 0-10V (-) for set point adjustment 

5.7.2

 

Removal of protective carter for models HP_OWER 120-150 

The following shows the procedure for removing the protective carter so you can access the terminal block in models 120 and 150. 

1)Remove the indicated screws 
 
 

 

2) Push down the right side panel 
 
 

 

3) Turn the right side panel in the 
direction indicated by the arrow to 
remove it. 

 

In order to reposition and fix the carter, repeat the procedure on the contrary. 

Summary of Contents for HP OWER 60

Page 1: ...User s and Installer s Manual 60 90 120 150...

Page 2: ...L CONNECTIONS 11 5 7 1 Wiring terminal block 11 5 7 2 Removal of protective carter for models 120 and 150 12 6 START UP 13 7 SHUTDOWNS FOR LONG PERIODS 13 8 MAINTENANCE AND PERIODICAL CONTROLS 13 9 TE...

Page 3: ...HP_OWER 3...

Page 4: ...the manufacturer as an attachment to this manual The company is available to give any detailed information about this manual and to give information regarding the use and the maintenance of its own u...

Page 5: ...86 CEE 2009 104 CE 86 188 CEE and 77 576 CEE directives Every employer shall implement such provisions and ensure that their workers to respect them We observe therefore that Do not tamper with or rep...

Page 6: ...ml m for each of the two components Respiratory protection For rescue and maintenance operation in storage tanks use self contained respirator apparatus The vapors are heavier than air and can cause s...

Page 7: ...t only by QUALIFIED PERSONNEL Before any operation on the unit make sure the power supply is disconnected WARNING MOVING PARTS RISK OF DEATH Disconnect the power supply and ensure that the fan is stop...

Page 8: ...o not exceed the maximum head loss on the plant side please see the technical data given in the table of Paragraph 12 available pressure head WARNING Connect the pipes to the attacks by using always k...

Page 9: ...WARNING The water on the charging topping up pipe must be suitably pre filtered from any impurities and suspended particles Make sure that you have installed a cartridge filter removable WARNING Befo...

Page 10: ...ALVE FO INVERTING CYCLE LR LIQUID RECEIVER EEV ELECTRONIC EXPANSION VALVE FL FILTER M AXIAL FAN SE OUTDOOR AIR TEMPERATURE P CIRCULATOR ON BOARD UNIT IN WATER INLET TEMPERATURE OUT WATER OUTLET TEMPER...

Page 11: ...witch connections altered or not properly made the guarantee will be invalidated WARNING The remote control panel is connected to the water chiller by means of no 4 wires having a 1 5 mm 2 section The...

Page 12: ...eutral output of auxiliary electric heater for plant water 230V 50Hz 5A AEH Digital output DO3 230 Vac Phase output of auxiliary electric heater for plant water 230V 50Hz 5A SAN Analogue ST9 digital D...

Page 13: ...terminate immediately WARNING The summer winter operating mode have to be selected at the beginning of the related season Frequent and sudden changes of this seasonal operating mode have to be avoided...

Page 14: ...d discharge piping of the compressor are usually high Be careful when working near condensing coils The aluminum fins are very sharp and can cause serious injuries After the maintenance operations clo...

Page 15: ...R410A R410A R410A Refrigerant quantity kg 1 55 2 10 3 65 3 90 Design pressure high low MPa 4 2 2 7 4 2 2 7 4 2 2 7 4 2 2 7 Hydraulic circuit Water flow rate 3 m3 h 0 99 0 99 1 56 1 56 2 13 2 13 2 44 2...

Page 16: ...allation and maintenance Read precautions for installation and maintenance at specific chapters on user s and installation s manual PRODUCT FICHE HP_OWER for medium temperature application Tout 55 C S...

Page 17: ...Tj bivalent temperature Pdh 4 2 kW Tj bivalent temperature COPd 2 73 Tj operation limit temperature Pdh 3 8 kW Tj operation limit temperature COPd 2 35 For air to water heat pumps Tj 15 C if TOL 20 C...

Page 18: ...Tj bivalent temperature Pdh 7 2 kW Tj bivalent temperature COPd 2 73 Tj operation limit temperature Pdh 6 9 kW Tj operation limit temperature COPd 2 48 For air to water heat pumps Tj 15 C if TOL 20 C...

Page 19: ...j bivalent temperature Pdh 9 2 kW Tj bivalent temperature COPd 2 69 Tj operation limit temperature Pdh 8 1 kW Tj operation limit temperature COPd 2 29 For air to water heat pumps Tj 15 C if TOL 20 C P...

Page 20: ...Tj bivalent temperature Pdh 10 2 kW Tj bivalent temperature COPd 2 58 Tj operation limit temperature Pdh 9 4 kW Tj operation limit temperature COPd 2 21 For air to water heat pumps Tj 15 C if TOL 20...

Page 21: ...Pd 3 50 Tj bivalent temperature Pdh 4 0 kW Tj bivalent temperature COPd 2 21 Tj operation limit temperature Pdh 3 6 kW Tj operation limit temperature COPd 2 00 For air to water heat pumps Tj 15 C if T...

Page 22: ...Pd 3 26 Tj bivalent temperature Pdh 7 1 kW Tj bivalent temperature COPd 2 10 Tj operation limit temperature Pdh 6 8 kW Tj operation limit temperature COPd 1 99 For air to water heat pumps Tj 15 C if T...

Page 23: ...OPd 3 56 Tj bivalent temperature Pdh 8 3 kW Tj bivalent temperature COPd 1 93 Tj operation limit temperature Pdh 7 4 kW Tj operation limit temperature COPd 1 69 For air to water heat pumps Tj 15 C if...

Page 24: ...OPd 3 37 Tj bivalent temperature Pdh 9 3 kW Tj bivalent temperature COPd 1 78 Tj operation limit temperature Pdh 8 5 kW Tj operation limit temperature COPd 1 55 For air to water heat pumps Tj 15 C if...

Page 25: ...cessary to refer always to the technical data label stuck on right side panel of the unit 12 HEAT PUMPS AVAILABLE HEAD PRESSURE Below the characteristic curves corresponding to Head pressure Water flo...

Page 26: ...HP OWER 26 13 WATER PUMP CURVES 13 1 MODELS HP_OWER 60 90 13 2 MODELS HP_OWER 120 150...

Page 27: ...lure in the case of insufficient water flow but it does not ensure the minimum flow rate required in order the unit can work properly Models HP_OWER 60 90 120 150 Cooling capacity for reference kW 5 3...

Page 28: ...WFCF Water flow rate correction factor PDCF Pressure drops correction factor The water flow rate and pressure drop correction factors are to be applied directly to the values given for operation with...

Page 29: ...HP_OWER 29 16 DIMENSIONS 16 1 MODELS HP_OWER 60 IN OUT 1 M 16 2 MODELS HP_OWER 90 IN OUT 1 M...

Page 30: ...HP OWER 30 16 3 MODELS HP_OWER 120 150 IN OUT 1 M...

Page 31: ...HP_OWER 31 17 WIRING DIAGRAMS 17 1 MODELS HP_OWER 60 90 Temp Sensor Heat Sink...

Page 32: ...HP OWER 32 17 2 MODEL HP_OWER 120 Temp Sensor Heat Sink...

Page 33: ...HP_OWER 33 17 3 MODEL HP_OWER 150 Temp Sensor Heat Sink CN604 CN607 DC DC1 DC2 DC DC1 DC2 20A 5mH Reactor...

Page 34: ...perature sensors for the environment thermohygrometer analysis and manage the double set point for the radiant floor panel that use a dehumidification system The intuitive interface simplifies the use...

Page 35: ......

Page 36: ...s It also reserves the right to modify its products as deemed necessary or useful without jeopardising their essential features 46033 casteldario mantova italia tel 39 0376 57001 fax 39 0376 660556 in...

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