Valdemar V1 Series Instruction Manual

EVI DC Inverter Heat Pump (with WIFI APP)
OPERATING INSTRUCTION MANUAL---Valdemar Energy Denmark
---www.valdemarenergy.com---
IMPORTANT SAFETY INSTRUCTIONS
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Table of Contents
IMPORTANT SAFETY PRECAUTIONS ............................................................................. - 2 -
Section 1 Introduction .............................................................. - 3 -
Product Overview ....................................................................................................................... - 3 -
General Features ........................................................................................................................ - 3 -
Section 2 Installation .............................................................. - 4 -
Materials Needed for Installation .............................................................................................. - 4 -
Installation Location ................................................................................................................. - 13 -
Installation Details .................................................................................................................... - 13 -
Drainage and Condensation .................................................................................................... - 14 -
Suggested Installation Methods ............................................................................................. - 14 -
Water Connections ................................................................................................................... - 20 -
Plumbing Installation Requirements ...................................................................................... - 20 -
Electrical Connections ............................................................................................................. - 20 -
Power Supply ............................................................................................................................ - 21 -
Grounding and Over Current Protection ............................................................................... - 21 -
Electrical Wiring Diagram ........................................................................................................ - 22 -
Section 3 Operating Heat Pump .............................................................- 25 -
Controller Panel ........................................................................................................................ - 25 -
1. Display Icon .....................................................................................................................................................- 25 -
2. Definition of Buttons ....................................................................................................................................... - 26 -
3. Wire Controller Operation ............................................................................................................................. - 27 -
General Operating Guide ......................................................................................................... - 35 -
Users’ Guide .............................................................................................................................. - 36 -
Section 4 General maintenance ............................................................. - 37 -
Controller Error Codes ............................................................................................................. - 37 -
Owner Inspection ......................................................................................................................- 39 -
Troubleshooting ........................................................................................................................- 40 -
Maintenance .............................................................................................................................. - 41 -
Common Faults and Debugging ............................................................................................. - 42 -
Section 5 WIFI Connection and Operation ................................................................43
APP Download .............................................................................................................................. 43
WIFI Connect Method 1: intelligent network distribution mode: ............................................ 46
WIFI Connect Method 2: AP distribution network mode: ........................................................ 49
Software function operation ........................................................................................................53

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IMPORTANT SAFETY PRECAUTIONS
Important Notice:
This guide provides installation and operation instructions for the EVI DC Inverter Air Source Heat
Pump. Consult the seller with any questions regarding this equipment.
Attention Installer: This guide contains important information about the installation, operation and
safe use of this product. This information should be given to the owner and/or operator of this
equipment after installation or left on or near the heat pump.
Attention User: This manual contains important information that will help you in operating and
maintaining this heat pump. Please retain it for future reference.
WARNING - Before installing this product, read and follow all warning notices and
instructions which are included. Failure to follow safety warnings and instructions can result in
severe injury, death, or property damage.
Codes and Standards
The EVI DC Inverter Air Source Heat Pump must be installed in accordance with the local building
and installation codes as per the utility or authority having jurisdiction. All local codes take
precedence over national codes. In the absence of local codes, refer to the latest edition of the
National Electric Code (NEC) in the local government Electric Code (CEC) for installation.
DANGER — Risk of electrical shock or electrocution.
The electrical supply to this product must be installed by a licensed or certified
electrician in accordance with the National Electrical Code and all applicable local
codes and ordinances. Improper installation will create an electrical hazard which
could result in death or serious injury to heat pump users, installers, or others due to
electrical shock, and may also cause damage to property. Read and follow the
specific instructions inside this guide.
WARNING - To reduce the risk of injury, do not permit children to use this product unless
they are closely supervised at all times.
Consumer Information and Safety
The EVI DC Inverter Air Source Heat Pumps are designed and manufactured to provide years of
safe and reliable service when installed, operated and maintained according to the information in
this manual and the installation codes referred to in later sections. Throughout the manual, safety
warnings and
cautions are identified by the “ “symbol. Be sure to read and comply with all of the warnings
and cautions.

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Heat Pump Energy Saving Tips
If you do not plan to use hot water for a prolonged period, then you might choose to turn the heat
pump off or decrease the temp. setting of the control several degrees to minimize energy
consumption.
We offer the following recommendations to help conserve energy and minimize the cost of
operating your heat pump without sacrificing comfort.
1. A maximum water temp. of 60°C is recommended.
2. It is recommended to turn off the heat pump when ambient air temp. is less than -30℃or if on
vacation for longer than a week.
3. To save energy, it is recommended that the heat pump is operated during daytime when the
ambient temp. is higher.
4. Try to install the heat pump at the ventilated places indoor. If it must be installed outdoor, where
possible, shelter the heat pump from prevailing winds, rain and snow. Always use a shelter
when practical, which will reduce the possibility of frosting and icing.
General Installation Information
1. Installation and service must be performed by a qualified installer or service agent, and must
conform to all national, state, and local codes and/or safety regulations.
2. This EVI DC Inverter Air Source Heat Pump is specifically designed for domestic hot water &
house heating.
Section 1 Introduction
Product Overview
EVI DC Inverter Air Source heat pumps transfer heat from the ambient air to water, providing
high-temp. hot water up to 60°C. The unique high-temp. heat pump is widely used for house
warming. With innovative & advanced technology, the heat pump can operate very well at -30℃
ambient temp. with high output temp.s up to 60℃, which ensures the compatibility with normal sized
radiator based systems without supplementation. Compared with traditional oil/LPG boilers, EVI DC
Inverter heat pump produces up to 50% less CO2whilst saves 80% running cost.
Our heat pumps are not only highly efficient, but also easy and safe to operate.
General Features
1. Low running costs and high efficiency
·A high coefficient of performance (COP) of up to 5 results in lower running costs compared with
traditional ASHP technology.
·No immersion heater supplement is required.
2. Reduced Capital Costs
·Simple installation
3. High Comfort Levels
·High storage temp. results in increased hot water availability.

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4. No potential danger of any inflammable, gas poisoning, explosion, fire, electrical shock which are
associated with other heating systems.
5. A digital controller is incorporated to maintain the desired water temp..
6. Long-life and corrosion resistant composite cabinet stands up to severe climates.
7. American Copeland compressor ensures outstanding performance, ultra energy efficiency,
durability and quiet operation.
8. Self-diagnostic control panel monitors and troubleshoots heat pump operations to ensure safe
and reliable operation.
9. Intelligent digital controller with friendly user interface and blue LED back light.
10. Separate isolated electrical compartment prevents internal corrosion and extends heat pump
life.
11. The heat pump can operate down to ambient air temp. of -30℃。
Section 2 Installation
The following general information describes how to install the EVI DC Inverter air source heat
pump.
Note: Before installing this product, read and follow all warning notices and instructions.
Only a qualified service person should install the heat pump.
Materials Needed for Installation
The following items are needed and are to be supplied by the installer for all heat pump
installations:
1. Plumbing fittings.
2. Level surface for proper drainage.
3. Ensure that a suitable electrical supply line is provided. See the rating plate on the heat pump
for electrical specifications. Please take a note of the specified current rating. No junction box is
needed at the heat pump; Connections are made inside of the heat pump electrical
compartment. Conduit may be attached directly to the heat pump jacket.
4. It is advised to use PVC conduit for the electrical supply line.
5. Use a booster pump for pumping water in case of low water pressure.
6. A filter on the water inlet is needed.
7. The plumbing should be insulated to reduce its heat loss.
Note: We recommend installing shut-off valves on the inlet and outlet water connections for ease of
serviceability.

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Product Model
V1-08
V1-13
Heating
Heating Capacity Range
(kW)
1.57~8.40
4.40~13.00
Heating Input Range (kW)
0.32~1.87
0.90~3.02
Current Range (A)
1.42~8.30
1.39~4.68
COP Range
4.49~4.91
4.30~4.90
Cooling
Cooling Capacity Range (kW)
0.99~6.22
2.80~8.20
Cooling Input Power (kW)
0.29~2.18
0.85~3.31
Current Range (A)
1.28~9.67
1.32~5.13
EER Range
2.85~3.41
2.48~3.29
DHW
Heating Capacity Range
(kW)
1.28~6.81
3.52~10.50
Heating Input Range (kW)
0.31~2.13
0.88~3.39
Current Range (A)
1.38~9.45
1.36~5.26
COP Range
3.2~4.1
3.1~4.0
Power Supply
230V/1Ph/50-60Hz
380V/3Ph/50-60Hz
Working Ambient Temperature
-30~43℃
Refrigerant
R32/1.3kg
R32/1.6kg
Compressor Brand
Panasonic
IP Grade (Level of Protection)
IPX4
IPX4
Anti-electric Shock Rate
I
I
Noise (dB(A))
≤53
≤55
Water Pressure Drop (kPa)
31
25
Water Circulation (m³/H)
1.4
2.2
Diameter of Pipe (mm)
DN25
DN25
Body Size (W*D*H) (mm)
970×475×835
1100×475×985
Packing size(W*D*H)(Polywood)
1048×520×974
1140×515×1110
Packing Size (W*D*H) (Carton)
1028×520×974
1120×515×1108
Net Weight / Gross Weight (kg)
110/120
140/150
Remark:
Heating working condition: Inlet water temperature 30℃, Outlet water temperature 35℃, Dry bulb temperature 7℃, Wet
bulb temperature 6℃.
Cooling working condition: Inlet water temperature 12℃, Outlet water temperature 7℃, Dry bulb temperature 35℃, Wet
bulb temperature 24℃.
DHW working condition: Inlet water temperature 15℃, Outlet water temperature 55℃, Dry bulb temperature 7℃, Wet bulb
temperature 6℃.

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Product Model
V1-18
V1-23
V1-28
V1-35
Heating
Heating Capacity Range
(kW)
5.9~18.2
7.5~23.0
10.2~28.0
12.8~35.0
Heating Input Range (kW)
1.20~4.11
1.53~5.23
2.07~6.36
2.61~7.99
Current Range (A)
1.86~6.37
2.37~8.11
3.70~11.4
4.67~14.3
COP Range
4.43~4.92
4.40~4.90
4.40~4.92
4.38~4.90
Cooling
Cooling Capacity Range (kW)
3.81~11.53
4.73~14.6
6.54~19.8
8.13~24.6
Cooling Input Power (kW)
1.11~4.05
1.39~5.14
1.92~6.97
2.42~8.75
Current Range (A)
1.72~6.28
2.16~7.97
3.43~12.5
4.33~15.6
EER Range
2.85~3.43
2.84~3.40
2.84~3.40
2.81~3.36
DHW
Heating Capacity Range
(kW)
4.80~14.72
6.1~18.5
12.3~20.4
13.6~22.6
Heating Input Range (kW)
1.17~4.60
1.53~5.97
2.8~5.37
3.09~5.95
Current Range (A)
1.82~7.15
2.37~9.26
5.0~9.6
5.52~10.6
COP Range
3.2~4.1
3.1~4.0
3.8~4.4
3.8~4.4
Power Supply
380V/3Ph/50-60Hz
Working Ambient Temperature
-30~43℃
Refrigerant
R32/2.7kg
R32/2.7kg
R32/3.0kg
R32/3.3kg
Compressor Brand
Panasonic
IP Grade (Level of Protection)
IPX4
IPX4
IPX4
IPX4
Anti-electric Shock Rate
I
I
I
I
Noise (dB(A))
≤57
≤58
≤62
≤66
Water Pressure Drop (kPa)
35
45
40
45
Water Circulation (m³/H)
3.1
4.0
4.8
6.0
Diameter of Pipe (mm)
DN25
DN25
DN32
DN32
Body Size (W*D*H) (mm)
1050×480×1330
1050×480×1330
1160×500×1580
1160×500×1580
Packing size(W*D*H)(Polywood)
1120×530×1470
1120×530×1470
1230×540×1720
1230×540×1720
Packing Size (W*D*H) (Carton)
1100×530×1470
1100×530×1470
1200×540×1720
1200×540×1720
Net Weight / Gross Weight (kg)
170/180
180/190
210/220
230/240
Remark:
Heating working condition: Inlet water temperature 30℃, Outlet water temperature 35℃, Dry bulb temperature 7℃, Wet
bulb temperature 6℃.
Cooling working condition: Inlet water temperature 12℃, Outlet water temperature 7℃, Dry bulb temperature 35℃, Wet
bulb temperature 24℃.
DHW working condition: Inlet water temperature 15℃, Outlet water temperature 55℃, Dry bulb temperature 7℃, Wet bulb
temperature 6℃.
Note:
The above design and specifications are subject to change without prior notice for product improvement.
Detailed specifications of the units please refer to nameplate on the units.

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Correct installation is required to ensure safe operation. The requirements for heat pumps include
the following:
1. Dimensions for critical connections.
2. Field assembly (if required).
3. Appropriate site location and clearances.
4. Proper electrical wiring.
5. Adequate water flow.
This manual provides the information needed to meet these requirements. Review all application
and installation procedures completely before continuing the installation.
Dimension:
Unit:mm
V1-08
V1-13

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V1-18
V1-23
V1-28
V1-35

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Exploded view
V1-08

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V1-13

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V1-18/23

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V1-28/35

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Installation Location
CAUTION!
1. DO NOT install the heat pump near to hazardous materials and places
2. DO NOT install the heat pump under deep sloping roofs without gutters which will allow rain
water, mixed with debris, to be forced through the unit.
3. Place the heat pump on a flat slightly pitched surface, such as concrete or fabricated slab. This
will allow proper drainage of condensation and rain water from the base of the unit. If possible, the
slab should be placed at the same level or slightly higher than the filter system/equipment.
Installation Details
All criteria given in the following sections reflect minimum clearances. However, each installation
must also be evaluated, taking into account the prevailing local conditions such as proximity and
height of walls, and proximity to public access areas. The heat pump must be placed to provide
clearances on all sides for maintenance and inspection.
1. The heat pump installation area must have good ventilation and the air inlet/outlet must not be
hindered.
2. The installation area must have good drainage and be built on a solid foundation.
3. Do not install the unit in areas accumulated with pollutions like aggressive gas (chlorine or
acidic), dust, sand and leaves etc.
4. For easier and better maintenance and troubleshooting, no obstacles around the unit should be
closer than 1m. And no obstructions within 2m, vertically, from the unit for air ventilation. (See
Figure 1)
＞0.5m
Heat Pump
Air Outlet ＞2m
＞0.5m
Air Inlet
＞0.5m
Air Inlet
＞0.5m
＞0.5m
＞0.5m
Air Inlet
Figure 1
5. The heat pump must be installed with shockproof bushes to prevent vibration and/or imbalance.
6. Even though the controller is waterproof, care should be taken to avoid direct sunlight and high
temp.. In addition, the heat pump should be placed to ensure quality viewing of the controller.

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7. The plumbing pipes must be installed with proper support to prevent possible damage due to
vibration.
Running water pressure should be kept over 196kpa. Otherwise, booster pump should be installed.
8. The acceptable operating voltage range should be within ±10% of the rated voltage.
The heat pump unit must be grounded /earthed for safety purposes.
Drainage and Condensation
Condensation will occur from the evaporator when the unit is running and drain at a steady rate,
depending upon ambient air temp. and humidity. The more humid the ambient conditions, the more
condensation will occur. The bottom of the unit acts as a tray to catch rainwater and condensation.
Keep the drain holes, located on the bottom pan of the unit base, clear from debris at all times.
Suggested Installation Methods
1. For heating + hot water installation
1) System installation diagram to see Figure 2.
2) Electrical wiring diagram to see Figure 3. （If do not need to install auxiliary heating, DO not
connect point 1,4 AC contactor）
3)Controller panel setting to see Figure 4. Figure 5.and Figure 6. Figure 4 shows that it is running
in hot water mode，Figure 5 /Figure 6.shows that it is running in heating or cooling mode.
4) 3-way valve: For domestic hot water mode, 3-way valve powers on. For underfloor heating or
cooling, 3-way valve powers off.
5) When both heating(or cooling) and domestic hot water don't reach the setting temp., hot water is
priority.
a) The hot water tank with coil for domestic hot water should be specially customized.
b) The heat exchange capacity of the coil should be ≥ the rated heating capacity of the heat pump.
c) The head of the circulation pump should be big enough. Its actual water flow cannot be less than
water flow on nameplate.

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Figure 2
Figure 3

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Figure 4 Figure 5
Figure 6
2. For only hot water installation
1) System installation diagram to see Figure 7.
2) Electrical wiring diagram to see Figure 8. (If do not need to install auxiliary heating, DO not
connect point 1,4 AC contactor)
3) Controller panel setting to see Figure 9 .
4) Terminal of 3-way valve is no need for wiring.
5) The head of circulation pump should be big enough. Its actual water flow cannot be less than
water flow on nameplate .

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Figure 7
Figure 8

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Figure 9
3. For heating and cooling installation
1) System installation diagram to see Figure 10.
2) Electrical wiring diagram to see Figure 11.（If do not need to install auxiliary heating, DO not
connect point 1,4 AC contactor）
3) Controller panel setting to see Figure 12.and Figure 13. . The inlet water setting temp. of the
heating or cooling mode can be adjusted by Target temperature setting interface.
4) Terminal of 3-way valve is no need for wiring.
5) The head of circulation pump should be big enough. Its actual water flow cannot be less than
water flow on nameplate .
Figure 10

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Figure 11
Figure 12 Figure 13