TERMICOL HEAT PUMP: 500
Description
- The new THP range is a new efficient and renewable system for DWH production
- It’s advanced controller that incorporates multiple functions, it allows adapting to the consumption habits of each user to maximize savings
- Designed to cover big demads of DHW in mid-sized facilities such as gyms, farms, hotels, …
Features
- Large volume of DHW. Guarantees minimal heat losses thanks to its insulation
- Recirculation connection
- Easy installation and access: very similar to a electricheaters
- Minimal maintenance
- Duplex stainless steel tank 2205
- Intelligent controller with 3 modes of operation
- Automatic anti-legionella disinfection
- Indoor / outdoor connection
- Efficient fan with low acoustic impact
- Savings: up to 75% compared to conventional systems for DHW production
- Connection with photovoltaic installations
- The outlet air stream can be used to cool spaces
- 5-year guarantee for the tank and 2 years for the rest of the electronic components
| Model | Reference | Instalation | Energy class | Sound power (dB) ** |
|---|---|---|---|---|
| THP500 | 650HP500 | Floor | A | 41 |
| THP500* | 650HP500S | Floor | A | 41 |
- * Equipment with coil to connect with other languages
- ** Sound pressure measured according to EN12102 and EN9614 at 5m distance and directivity
| Technical data | Units | Size |
|---|---|---|
| Nominal capacity | L | 500 |
| Max pressure of service | bar | 6 |
| SCOP at 7ºC * | – | 2,52 |
| SCOP at 14ºC ** | – | 2,97 |
| Thermal power range (7ºC – º4ºC) | W | 3.122 – 3.907 |
| Consumed power range (7ºC – 14ºC) | W | 1.082 – 1.145 |
| Thermal power with support system | W | 5.407 |
| Maximum thermal power with support system | W | 6.165 |
| Consumption max. with support | W | 2.785 |
| Max. water temperature with HP | ºC | 55 |
| Max. water temperature with resistance | ºC | 65 |
| Electrical power supply | – | 220-240 V / 1 ph / 50 Hz |
| Resistance power | W | 1.500 |
| Insulation type | – | Polyurethane foam 42 kg / m3 |
| Insulation thickness | cm | 8 |
| Available fan pressure | Pa | 70 |
| Equipment air flow range | m3/h | 700 |
- Optional photovoltaic connection:
- Collector exchange surface: 0.9m2
- Inlet / outlet water connection: 1/2 “
- * SCOP cold climate zone according to standard UNE-EN16147
- ** SCOP warm climate zone according to standard UNE-EN16147
EQUIPMENT SCHEME
| Reference | Description |
|---|---|
| A | Electric connection |
| B | Condensate outlet |
| W | Hot water outlet |
| Su | Cold water inlet |
| I | Recirculation socket |
| f | Air outlet |
| G | Air inlet |
| Reference | Measurements |
|---|---|
| A | 740 |
| B | 2066 |
| W | 696 |
| Su | 1455 |
| I | 325 |
| F | 245 |
| G | 160 |
SCHEME
| Refrigerating circuit | Description |
|---|---|
| Compressor | Rotative |
| Refrigerant | R134a |
| Evaporator | Copper tube and aluminum fins |
| Condenser | 3000 series aluminum |
| Connections | Size |
|---|---|
| Hot water outlet (inch) | 1 |
| Air inlet / outlet (mm) | 160 |
| Condensate outlet (mm) | 1/2 |
ADVANCED CONTROLLER
-
- Touch screen controller
- Possibility of adaptation with photovoltaic installations
- Automatic anti-legionella disinfection
- Automatic defrost when the evaporator is frozen
- Alarms:
- Low pressure, high pressure
- High operating temperature
- Temperature probe
- Battery fault
- It incorporates 3 operating modes:
-
- Eco: heat pump only operating mode
-
- Auto: combination of electric resistance heat pump for faster heating
- Boost: heat pump and electric resistance for faster heating
-
