This ultra high temperature heat pump can provide 90℃ hot water,
replacing traditional electric heaters or boilers, thus reducing
electricity costs. It is widely used in food processing, industrial
heating, waste heat recovery, and other fields, providing users
with efficient, energy-saving, safe, and economical system
solutions.
According to project requirements, this heat pump can utilize
on-site low-grade heat sources, such as waste hot water or waste
hot gas, to generate high-temperature energy, meeting the needs for
high-temperature hot air, hot water, or steam.
Features:
1. High output temperature, up to 90 °C
2. High energy efficiency, low operating costs
3. Wide range of applications, suitable for various environments
4. Powerful corrosion protection
5. Wide operating environment range
Advantages:
1. Energy saving and cost reduction
By recovering and utilizing waste heat, the final energy
consumption can be reduced by up to 4 times, achieving significant
energy savings.
2. Reduced carbon dioxide emissions
Replacing fossil fuel boilers with heat pumps can reduce your
emissions by 10 times.
3. Enhanced autonomy
Achieve energy independence through local power generation and
waste heat recovery.
Applications:
1. Mechanical Industry
Ultra-high temperature heat pump units can provide 90℃ hot water
for automobile factory production lines, replacing electric heaters
and saving energy.
2. Laundry Industry
High-temperature hot water can provide an energy efficiency ratio
of up to 2.0 for the laundry industry, ensuring year-round hot
water supply.
3. Food and Beverage Processing Industry
The temperature for processing food and beverages must undergo
high-temperature sterilization. High-temperature heat pumps can
provide ultra-high temperature hot water to kill a large number of
bacteria.
4. Chemical Industry
Widely used in numerous chemical industries, such as the
pharmaceutical industry, providing high-temperature hot water to
meet the needs of pharmaceutical production lines, replacing
boilers; also suitable for small and medium-sized offices,
workshops, restaurants, villas, and other places.
Technical Information
| type | FKH-100II/CGW |
| Top out wind |
| Power specifications | 380V 3N~50Hz |
Heating capacity under A1
operating condition(20) | 100kW |
Heating consumption power under A1
working condition | 47.6kW |
Heating capacity under A2 working
condition(7) | 95kW |
Heating consumption power under A2
working condition | 50kW |
Heating capacity under A3 working
condition(-12) | 90kW |
Heating consumption power
under A3 working condition | 56.5kW |
Heating capacity under A4working
condition(-20) | 80kW |
Heating consumption power
under A4 working condition | 55.2kW |
| Maximum operating current | 160A |
| discharge | 17.2m³/h |
| noise | ≤68dB(A) |
| Water side pressure loss | ≤85kPa |
| Unit size(lengthx width x height mm) | 2260×1230×2170 |
| CONNECT SIZE | DN65(flange) |
| Unit weight(kg) | 1110 |
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