Super high temperature — 95 °C without a boiler
Generates hot water up to 95 °C on low-GWP R515B, from ambient air alone — no waste heat needed and no boiler in the loop. Where an ultra-low-GWP charge is required, R1234ze is available on request.
Is this the right range for you?
Two minutes here saves a wasted quotation. The boundaries below are the published ones, not sales judgement.
Yes, if all of these are true
- You need process water between 80 and 95 °C
- Your duty is somewhere between 18 and 102 kW, or a multiple of it
- You are running a diesel, gas or coal boiler today
- Refrigerant GWP matters to your reporting
Look at another range if
- 80 °C is enough — see High Temperature Heat Pump
- You need 120 °C or steam — see Ultra High Temperature Heat Pump
Applications
Where this range is normally installed.
Key features
What is inside the cabinet, and why each of them is there.
Water outlet temperature up to 95 °C
Rated at 90 °C, maximum 95 °C. Every figure on this page is taken at the 90 °C rated outlet.
Heating capacity from 17.8 to 102.4 kW
Across the four published models, at 30 °C air and 90 °C water. Larger duties are made by putting machines in parallel.
R515B refrigerant — R1234ze on request
R515B is the standard charge across the range. Where a site's reporting or F-gas position calls for an ultra-low-GWP fluid, we build the same machine on R1234ze to order.
Scroll compressors, air source
One on the 17U and 25U, two on the 100V. The machine takes its heat from ambient air, so it needs nothing warm from your process.
Water flow and high-pressure protection
Smart display controller with MODBUS
Models in this range
Every figure below is taken from that model’s own technical data sheet, at its rated test condition. Full performance at every published ambient is in the PDF.
| Model | Heating capacity | COP | Hot water output | Dimensions (L×W×H) | |
|---|---|---|---|---|---|
| SE-SHT-17U | 17.8 kW | 2.3 | 255 LPH | 860 × 780 × 1780 mm | Datasheet ↓ |
| SE-SHT-25U | 25.4 kW | 2.4 | 365 LPH | 860 × 780 × 1780 mm | Datasheet ↓ |
| SE-SHT-50V | 51.2 kW | 2.3 | 750 LPH | 1580 × 780 × 1780 mm | Datasheet ↓ |
| SE-SHT-100V | 102.4 kW | 2.3 | 1500 LPH | 2260 × 1030 × 2170 mm | Datasheet ↓ |
Benefits
What this range does for the building, rather than what is in the box.
Displaces a fuel-fired boiler outright
95 °C is where a great deal of industrial hot water actually sits, and reaching it on a heat pump takes out the flue, the fuel yard and the boiler licence with it.
A large step down in GWP
R515B sits far below the R134a it replaces at this duty, and the R1234ze option takes it lower still. Ask us for the current figures against your reporting standard — they differ between AR4 and AR5.
It only needs air
No waste heat, no warm return, no source loop. If the machine can stand outside, it can run — which is what separates this range from the single-cycle 120 °C machines.
Size your process duty
The industrial calculator sizes the duty in kilowatts and shows what comes off fuel. Set the process temperature above 80 °C and it selects from this range too — asking for your site design air temperature rather than the outlet, because that is the axis these machines are published against.
Built to order
Options on this range, quoted per order. None of them is the standard build and none is included in the model table above — ask at enquiry and have it confirmed on the order acknowledgement.
- Water connection — Coupling type to suit the site — threaded, flanged or grooved.
- Casing — Stainless steel or powder-coated finish.
- Circulation pump — Can be built into the unit instead of being fitted in the plant room.
- Condenser — Stainless steel or copper, in place of the standard build.
And what every Sunniva heat pump gives you
True of the whole range, not just this one.
- Up to 75 % off water heating against electric, LPG or PNG
- Quick payback and strong return on investment
- The longest product life of any common water-heating technology
- Silent operation
- Hot water round the year, independent of sunlight
- Lower carbon emissions
- Negligible maintenance cost
- Saves space against a boiler or a solar-thermal field
Common questions
The ones our engineers are actually asked.
What refrigerant does it run on?
Can it make steam?
What if my duty is larger than 102 kW?
Does it derate in winter?
Manuals and related ranges
Performance figures are published test data at the stated conditions and are not a guarantee for a specific installation. Draw-off pattern, pipe runs, water quality, static head and local code all affect the final selection — confirm with Sunniva Encon LLP before ordering.
Super high temperature — 95 °C without a boiler
Generates hot water up to 95 °C on low-GWP R515B, from ambient air alone — no waste heat needed and no boiler in the loop. Where an ultra-low-GWP charge is required, R1234ze is available on request.
Is this the right range for you?
Two minutes here saves a wasted quotation. The boundaries below are the published ones, not sales judgement.
Yes, if all of these are true
- You need process water between 80 and 95 °C
- Your duty is somewhere between 18 and 102 kW, or a multiple of it
- You are running a diesel, gas or coal boiler today
- Refrigerant GWP matters to your reporting
Look at another range if
- 80 °C is enough — see High Temperature Heat Pump
- You need 120 °C or steam — see Ultra High Temperature Heat Pump
Applications
Where this range is normally installed.
Key features
What is inside the cabinet, and why each of them is there.
Water outlet temperature up to 95 °C
Rated at 90 °C, maximum 95 °C. Every figure on this page is taken at the 90 °C rated outlet.
Heating capacity from 17.8 to 102.4 kW
Across the four published models, at 30 °C air and 90 °C water. Larger duties are made by putting machines in parallel.
R515B refrigerant — R1234ze on request
R515B is the standard charge across the range. Where a site's reporting or F-gas position calls for an ultra-low-GWP fluid, we build the same machine on R1234ze to order.
Scroll compressors, air source
One on the 17U and 25U, two on the 100V. The machine takes its heat from ambient air, so it needs nothing warm from your process.
Water flow and high-pressure protection
Smart display controller with MODBUS
Models in this range
Every figure below is taken from that model’s own technical data sheet, at its rated test condition. Full performance at every published ambient is in the PDF.
| Model | Heating capacity | COP | Hot water output | Dimensions (L×W×H) | |
|---|---|---|---|---|---|
| SE-SHT-17U | 17.8 kW | 2.3 | 255 LPH | 860 × 780 × 1780 mm | Datasheet ↓ |
| SE-SHT-25U | 25.4 kW | 2.4 | 365 LPH | 860 × 780 × 1780 mm | Datasheet ↓ |
| SE-SHT-50V | 51.2 kW | 2.3 | 750 LPH | 1580 × 780 × 1780 mm | Datasheet ↓ |
| SE-SHT-100V | 102.4 kW | 2.3 | 1500 LPH | 2260 × 1030 × 2170 mm | Datasheet ↓ |
Benefits
What this range does for the building, rather than what is in the box.
Displaces a fuel-fired boiler outright
95 °C is where a great deal of industrial hot water actually sits, and reaching it on a heat pump takes out the flue, the fuel yard and the boiler licence with it.
A large step down in GWP
R515B sits far below the R134a it replaces at this duty, and the R1234ze option takes it lower still. Ask us for the current figures against your reporting standard — they differ between AR4 and AR5.
It only needs air
No waste heat, no warm return, no source loop. If the machine can stand outside, it can run — which is what separates this range from the single-cycle 120 °C machines.
Size your process duty
The industrial calculator sizes the duty in kilowatts and shows what comes off fuel. Set the process temperature above 80 °C and it selects from this range too — asking for your site design air temperature rather than the outlet, because that is the axis these machines are published against.
Built to order
Options on this range, quoted per order. None of them is the standard build and none is included in the model table above — ask at enquiry and have it confirmed on the order acknowledgement.
- Water connection — Coupling type to suit the site — threaded, flanged or grooved.
- Casing — Stainless steel or powder-coated finish.
- Circulation pump — Can be built into the unit instead of being fitted in the plant room.
- Condenser — Stainless steel or copper, in place of the standard build.
And what every Sunniva heat pump gives you
True of the whole range, not just this one.
- Up to 75 % off water heating against electric, LPG or PNG
- Quick payback and strong return on investment
- The longest product life of any common water-heating technology
- Silent operation
- Hot water round the year, independent of sunlight
- Lower carbon emissions
- Negligible maintenance cost
- Saves space against a boiler or a solar-thermal field
Common questions
The ones our engineers are actually asked.
What refrigerant does it run on?
Can it make steam?
What if my duty is larger than 102 kW?
Does it derate in winter?
Manuals and related ranges
Performance figures are published test data at the stated conditions and are not a guarantee for a specific installation. Draw-off pattern, pipe runs, water quality, static head and local code all affect the final selection — confirm with Sunniva Encon LLP before ordering.