Wide capacity range
Model options from 8 kW to 35 kW meet a broad range of project requirements.
Monoblock Heat Pump
Varm Up Series
Developed for efficient year-round heating and cooling in homes, villas and small commercial spaces, the Varm Up Series combines R32 refrigerant, DC inverter control and smart operation with reliable comfort and balanced energy consumption.
COP 4.2–4.9
Sound ≤53–59 dB(A)
R32
Wi-Fi Control
DC Inverter Compressor
IPX4 Protection Rating
Shimge DC Pump
Highlights
Compact design with powerful, controlled performance.
The Varm Up Series is designed for easy installation, stable operation and high efficiency in residential projects and small-scale commercial applications.
Heating and cooling
A single system provides balanced indoor comfort and controlled climate management throughout the year.
Smart control
Wi-Fi-enabled controls simplify monitoring, management and day-to-day operation.
Modern refrigerant
Operates with an efficiency-focused system design and R32 refrigerant technology.
Varm Up Series adapts to different project configurations.
The monoblock design simplifies the installation of balanced heating and cooling systems in homes, villas and small commercial spaces.
Technical table
Varm Up Series technical specifications.
| Varmeks Model | VM-OMBI12008 | VM-OMBI12013 | VM-OMBI12016 | VM-OMBI12018 | VM-OMBI312023 | VM-OMBI312028 | VM-OMBI312035 |
|---|---|---|---|---|---|---|---|
| Power Supply | 230V/1Ph/50-60Hz | 230V/1Ph/50-60Hz | 230V/1Ph/50-60Hz | 230V/1Ph/50-60Hz | 380V/3Ph/50-60Hz | 380V/3Ph/50-60Hz | 380V/3Ph/50-60Hz |
| Circulation Pump | Shimge DC Pump | Shimge DC Pump | Shimge DC Pump | Shimge DC Pump | Shimge DC Pump | AWMT | AWMT |
| Heating Capacity (kW) | 1.57~8.40 | 4.40~13.00 | 5.8~15.5 | 5.9~18.2 | 7.5~23.0 | 10.2~28.0 | 12.8~35.0 |
| Heating Power Input (kW) | 0.32~1.87 | 0.90~3.02 | 1.22~3.66 | 1.20~4.11 | 1.61~5.38 | 2.17~6.56 | 2.71~8.19 |
| Current Range (A) | 1.42~8.30 | 4.12~13.8 | 5.58~16.57 | 5.49~18.8 | 4.23~14.0 | 5.71~17.50 | 7.13~21.55 |
| COP Range | 4.49~4.91 | 4.30~4.90 | 4.23~4.75 | 4.43~4.92 | 4.28~4.66 | 4.27~4.70 | 4.27~4.72 |
| Cooling Capacity (kW) | 0.99~6.22 | 2.80~8.20 | 5.5~11.0 | 3.81~11.53 | 4.73~14.6 | 6.54~19.8 | 8.13~24.6 |
| Cooling Power Input (kW) | 0.29~2.18 | 0.85~3.31 | 1.67~3.99 | 1.11~4.05 | 1.47~5.29 | 2.02~7.17 | 2.52~8.95 |
| Current Range (A) | 1.28~9.67 | 3.89~15.1 | 7.64~18.26 | 5.08~18.5 | 3.86~13.9 | 5.31~18.86 | 6.63~23.55 |
| EER Range | 2.85~3.41 | 2.48~3.29 | 2.76~3.29 | 2.85~3.43 | 2.76~3.22 | 2.76~3.24 | 2.75~3.23 |
| DHW Heating Capacity (kW) | 1.28~6.81 | 3.52~10.50 | 8.2~13.6 | 4.80~14.72 | 6.1~18.5 | 12.3~20.4 | 13.6~22.6 |
| DHW Power Input (kW) | 0.31~2.13 | 0.88~3.39 | 1.91~3.68 | 1.17~4.60 | 1.61~6.12 | 2.9~5.57 | 3.19~6.15 |
| Current Range (A) | 1.38~9.45 | 4.03~15.5 | 8.74~16.74 | 5.35~21.1 | 4.23~16.1 | 7.63~14.65 | 8.39~16.18 |
| COP Range | 3.2~4.1 | 3.1~4.0 | 3.7~4.3 | 3.2~4.1 | 3.0~3.7 | 3.6~4.2 | 3.6~4.2 |
| Refrigerant | R32 | ||||||
| Operating Temperature Range | -30~43 °C | ||||||
| Water Flow Rate (m³/h) | 1.4 | 2.2 | 2.7 | 3.1 | 3.9 | 4.8 | 6.0 |
| Water Pressure Drop (kPa) | 31 | 25 | 35 | 35 | 45 | 50 | 55 |
| IP Rating | IPX4 | IPX4 | IPX4 | IPX4 | IPX4 | IPX4 | IPX4 |
| Electrical Protection Class | I | I | I | I | I | I | I |
| Sound Level dB(A) at 1 m | ≤53 | ≤55 | ≤57 | ≤57 | ≤57 | ≤59 | ≤59 |
| Net Weight/Gross Weight (kg) | 110/120 | 115/125 | 130/140 | 170/180 | 165/175 | 220/230 | 240/250 |
| Pipe Diameter (mm) | DN25 | DN25 | DN25 | DN25 | DN25 | DN32 | DN32 |
| Unit Dimensions (W*D*H) (mm) | 970×475×835 | 1100×475×985 | 1080×480×1060 | 1050×480×1330 | 1050×480×1380 | 1160×500×1580 | 1160×500×1580 |
| Packaging Dimensions (Carton) | 1028×520×974 | 1120×515×1108 | 1100×490×1210 | 1100×530×1470 | 1100×490×1510 | 1200×510×1720 | 1200×510×1720 |
| Packaging Dimensions (Plywood) | 1048×520×974 | 1140×515×1110 | 1140×520×1220 | 1120×530×1470 | 1120×520×1520 | 1230×540×1730 | 1230×540×1730 |
| Outlet Water Temperature (°C) DHW | 33~60 °C | ||||||
| Outlet Water Temperature (°C) Heating | 20~58 °C | ||||||
| Outlet Water Temperature (°C) Cooling | 7~25 °C | ||||||
Test Conditions
Heating: Inlet water temperature 30 °C, outlet water temperature 35 °C, dry-bulb temperature 7 °C, wet-bulb temperature 6 °C.
Cooling: Inlet water temperature 12 °C, outlet water temperature 7 °C, dry-bulb temperature 35 °C, wet-bulb temperature 24 °C.
DHW: Inlet water temperature 15 °C, outlet water temperature 55 °C, dry-bulb temperature 7 °C, wet-bulb temperature 6 °C.
Heating: Inlet water temperature 30 °C, outlet water temperature 35 °C, dry-bulb temperature 7 °C, wet-bulb temperature 6 °C.
Cooling: Inlet water temperature 12 °C, outlet water temperature 7 °C, dry-bulb temperature 35 °C, wet-bulb temperature 24 °C.
DHW: Inlet water temperature 15 °C, outlet water temperature 55 °C, dry-bulb temperature 7 °C, wet-bulb temperature 6 °C.
Application
Where can Varm Up be used?
Ideal for homes and small commercial spaces.
Application
Where can Varm Up be used?
It can be used in homes, villas, small commercial spaces and low-to-medium-capacity heating and cooling projects. Correct capacity selection ensures efficient and balanced operation for the project conditions.
Capacity
How is the right capacity selected?
Building, climate and system design are evaluated together.
Capacity
How is the right capacity selected?
Capacity should be selected by evaluating the building type, local climate, insulation and system design together. This calculation is essential for system efficiency and balanced comfort.
Project
What information is required for a quote?
Floor area, system details and expectations are sufficient.
Project
What information is required for a quote?
Sharing the application area, floor space, existing system type and expectations enables a more accurate product recommendation. Our sales and engineering teams select the model together.
Let's determine the right capacity for your Varm Up Series project.
Contact our sales and engineering team to select the right model, capacity and system configuration for your project.
Your request will be reviewed promptly by our engineering team.