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90℃ High Temperature Air Source Heat Pump FKH-70IICGW

Air source high-temperature heat pump is a device that uses air as a heat source, converts low-grade thermal energy in the air into high-grade thermal energy through heat pump technology, and can provide high-temperature hot water up to 90 ℃. It adopts advanced technologies such as two-stage compression and intermediate heat exchange, achieving the function of efficiently and stably providing high-temperature hot water in low-temperature environments.

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>> Product Advantage

1.Intelligent defrosting:

Using intelligent non sensing defrosting technology, the frosting situation is comprehensively judged through multiple variables, achieving defrosting with frost or without frost, reducing the impact of defrosting on heating efficiency, and improving system stability.

2.Multi energy complementary system:

Heat pumps can be integrated with other renewable energy systems (such as solar energy, geothermal energy, etc.) to form a multi energy complementary heating system, improving the stability and reliability of heating.

3.Personalized temperature setting:

Users can set the temperature for different time periods through their mobile app or control panel according to their own needs, achieving a personalized heating experience.

4.Intelligent control and remote monitoring:

supports remote monitoring of device status, temperature adjustment, and setting timed power on/off through a mobile app, enhancing user experience and management efficiency.

>> Technical Parameters

Type	FKH-70II/CGW
	Top out wind
Power specifications	380V3N~50Hz

Heating capacity under A1 operating condition(20)	70kW

Heating consumption power under A1 working condition	33.6kW

Heating capacity under A2 working condition(7)	68kW

Heating consumption power under A2 working condition	35.8KW

Heating capacity under A3 working cond ition (-12)	64kW

Heating consumption power under A3 working condition	41.2kW

Heating capacity under A4working condition(-20)	60kW

Heating consumption power under A4 working condition	40.2kW

Maximum operating current	120A

Discharge	12m³/h

Noise	≤65dB(A)

Water side pressure loss	≤85kPa

Unit size (ength x width x height mm)	2260×1030×2170

CONNECT SIZE	DN50(flange)

Unit weight (kg)	755

>> Product Uses

1.Residential heating:

It can replace traditional boilers or gas stoves, providing users with a more comfortable and environmentally friendly heating method, especially widely used in centralized heating in northern regions and rural household heating.

2.Printing and dyeing textile:

Provides high-temperature hot water at 85 ℃ for industrial hot water needs such as printing and dyeing factories, bleaching and dyeing factories, dyeing and finishing factories, textile factories, etc. Compared with traditional boilers for hot water production, the operation is simple and stable, the operating cost is low, and it is environmentally friendly.

3.Ceramic and glass manufacturing:

Used in the manufacturing process to provide high-temperature heat sources, melt, process, and solidify materials, with higher energy efficiency and environmental advantages.

>> Product Operate Guide

Upon taking delivery of the goods, the purchaser will furnish an instructional video.

>> FAQ

Q1.What should be done if the heating efficiency decreases in a low-temperature environment?

Choose a two-stage compression or cascade heat pump (such as the COLDNOT model) to ensure stable operation at -35 ° C; Install auxiliary electric heating, but pay attention to the increase in energy consumption.

Q2.What if you don't know how to use a heat pump?

Provide detailed user manuals and maintenance guidelines to guide users in the correct use and maintenance of the heat pump; Regularly conduct user training and technical support activities to enhance users' usage skills and maintenance awareness.

Q3.How to prevent the difficulty of heat pump operation under extreme weather conditions?

Fully consider the impact of extreme weather conditions during the design and installation phase, and take necessary protective measures (such as windbreaks, rain covers, etc.).

Regularly conduct comprehensive inspections and maintenance on the heat pump to ensure that it can still operate normally under extreme weather conditions.

Take measures in advance during extreme weather warnings to reduce potential