System air SYSHP MINI SPLIT 06-16 + TANK Manuel utilisateur

SYSHP MINI SPLIT 06-16 + TANK

Mini Heat Pump Split Series

Engineering Data Manual

Air Conditioning

7,0 to 14,0 kW 6,35 to 16,0 kW

R32

CONTENTS

Part 1 General Informaon.....................................................................................3

Part 2 Engineering Data ........................................................................................11

Part 3 Field Sengs .............................................................................................45

Part 1

General Informaon

1 Air-to-Water HP Split System ...........................................................................4

2 Unit Capacies ................................................................................................6

3 Nomenclature .................................................................................................6

4 System Design and Unit Selecon ....................................................................9

1 Air-to-Water HP Split System

1.1 System Schemac

It is an integrated air-to-water heat pump system which is one-stop soluon for space heang, space cooling and domesc hot

water. The outdoor heat pump system extracts heat from the outdoor air and transfers this heat through refrigerant piping to the

plate heat exchanger in the hydro module with water tank. The heated water in the hydro module circulates to low temperature

heat emiers (under-oor heang loops or low temperature radiators) to provide space heang. The 4-way valve in the outdoor

unit can reverse the refrigerant cycle so that the hydro module can provide chilled water for cooling using fan coil units. Because

the water tank is integrated design in the hydro module, so it can provide hot water directly to the users.

The heang capacity of heat pumps decreases with ambient temperature dropping. Backup electric heater is standard equipped

to provide addional heang capacity for use during extremely cold weather when the heat pump capacity is insucient.

Water supply

Floor heang

Mixing staon

Hot water

Buer tank

Indoor unit

Outdoor unit

Radiator

1.2 System Conguraons

It can be congured to run with the electric heater either enabled or disabled and can also be used in conjuncon with an

auxiliary heat source such as a boiler.

The chosen conguraon aects the size of heat pump that is required. Three typical conguraons are described below.

Conguraon 1: Heat pump only

▪ The heat pump covers the required capacity and no extra heang capacity is necessary.

▪ Requires selecon of larger capacity heat pump and implies higher inial investment.

▪ Ideal for new construcon in projects where energy eciency is paramount.

Conguraon 2: Heat pump and backup electric heater (Hydro module with water tank is standard with 3kW backup electric

heater)

▪Heat pump covers the required capacity unl the ambient temperature drops below the point at which the heat pump

is able to provide sucient capacity. When the ambient temperature is below this equilibrium point, the backup electric

heater supplies the required addional heang capacity.

▪Best balance between inial investment and running costs, results in lowest lifecycle cost.

▪Ideal for new construcon.

Conguraon 3: Heat pump conjuncon with auxiliary heat source

▪ Heat pump covers the required capacity unl the ambient temperature drops below the point at which the heat pump is

able to provide sucient capacity. When the ambient temperature is below this equilibrium point, depending on the system

sengs, either the auxiliary heat source supplies the required addional heang capacity or the heat pump does not run and

the auxiliary heat source covers the required capacity.

▪ Enables selecon of lower capacity heat pump.

▪ Ideal for refurbishments and upgrades.

System conguraons

Conguraon 1

Conguraon 2

Conguraon 3

Heat pump capacity

Required capacity

Ambient temperature

Highest temperature

(No more heang)

Lowest temperature

(Design temperature)

Equilibrium points

Capacity

2 Unit Capacies

2.1 Outdoor unit

2.2 Hydronic box

Capacity 4kW 6kW

SYSHP MINI SPLIT ODU 04 Q SPLIT ODU 06 Q

Power Supply (V/Ph/Hz) 220-240/1 /50 220-240/1 /50

Appearance

Capacity 8kW 10kW 12kW 14kW 16kW

SYSHP MINI SPLIT ODU 08 Q SPLIT ODU 10 Q SPLIT ODU 12 Q SPLIT ODU 12 R SPLIT ODU 14 Q SPLIT ODU 14 R SPLIT ODU 16 Q SPLIT ODU 16 R

Power Supply

(V/Ph/Hz) 220-240/1/50 220-240/1/50 220-240/1/50 380-415/3/50 220-240/1/50 380-415/3/50 220-240/1/50 380-415/3/50

Appearance

Model SYSHP MINI SPLIT TANK 190 Q SPLIT TANK 240 XL Q SPLIT TANK 240 Q

Power Supply (V/Ph/Hz) 220-240/1 /50 220-240/1 /50 220-240/1 /50

Compable outdoor unit model SYSHP MINI

SPLIT ODU 12 Q

SPLIT ODU 04 Q SPLIT ODU 04 Q SPLIT ODU 14 Q

SPLIT ODU 06 Q SPLIT ODU 06 Q SPLIT ODU 16 Q

SPLIT ODU 08 Q SPLIT ODU 08 Q SPLIT ODU 12 R

SPLIT ODU 10 Q SPLIT ODU 10 Q SPLIT ODU 14 R

SPLIT ODU 16 R

Appearance

SYSHP MINI SPLIT ODU 06 Q

3 Nomenclature

3.1 Outdoor unit

Power Supply

R: 3-phase, 380-415V, 50Hz

Q: 1-phase, 220-240V, 50Hz

Capacity in kW

ODU: outdoor unit

Split version

Model

SYSHP MINI SPLIT TANK 190 Q

3.2 Hydro module with water tank

Power Supply

Q: 1-phase, 220-240V, 50Hz

Capacity in kW

TANK: indoor unit

Split version

Model

Calculate condioned surface area

Select the heat emiers (type, quanty, water temperature and heat load)

Step 2: System conguraon

Decide whether to include AHS and set AHS’ s switching temperature

Decide whether backup electric heater is enabled or disabled

Step 3: Selecon of outdoor units

Determine required total heat load on outdoor units

Set capacity safety factor

Select power supply

Provisionally select the heat pump unit capacity based on nominal capacity

Correct capacity of the outdoor units for the following items:

Outdoor air temperature / Outdoor humidity / Water outlet temperature1/

Altude / An-freeze uid

Heat pump Split system

selecon is complete

4 System Design and Unit Selecon

4.1 Selecon procedure

Step 1: Total heat load calculaon

Is corrected Heat Pump Split unit capacity ≥ Required total heat load on outdoor

units2

Yes No

Select a larger model or enable

backup electric heater operaon

Notes:

1. If the required water temperatures of the heat emiers are not all the same, the Heat Pump Split’s outlet water temperature seng should be set at the

highest of the heat emier required water temperatures. If the water outlet design temperature falls between two temperatures listed in the outdoor

unit’s capacity table, calculate the corrected capacity by interpolaon.

2. If the outdoor unit selecon is to be based on total heang load and total cooling load, select Split units which sasfy both total heang and cooling load

requirements.