Ultra High Temperature Heat Pump up to 120c Degree

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Ultra High Temperature Heat Pump up to 120c Degree

Customization:	Available
Fuel:	Electric Heating
Installation:	Packaged Boiler

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Product Description

Basic Specifications

Model NO.

LYDGS-150XW

Structure

Water Tube

Media

Steam and Water

Water Circulation

Natural Circulation

Drum Placement

Vertical Boiler

Manufacturing Level

Burning Style

Electric

Usage

Industrial

Control

Carel

Compressor

Screw

Heat Source

Waste Heat

HS Code

8402190000

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Product Description

Use the Steam Grow heat pump to get heat from the wasted hot water, and boil the water into 125ºC steam directly.

Performance Efficiency:

✔ The system's COP is 3.0, which means 1KW electricity can make up 3KW heat for steam.

✔ Lower the running cost of the classic boiler by 50%.

✔ Reduce CO2 emission by 70%.

Model		Unit	LYDGS75XW	LYDGS150XW	LYDGS200XW	LYDGS260XW
60ºC Heat Source	Heating Capacity	kW	73	146	219	292
	Steam Volume	m3/H	0.1/12	0.2/24	0.3/36	0.4/48
	Power Input	kW	22.8	45.6	68.4	91.2
	COP	W/W	3.2	3.2	3.2	3.2
Power Supply		V/Ph/Hz	380V~415V 50~60Hz
Waste Heat Water Flow		m3/H	8	16	24	32
Rated Output Temperature		ºC	95~125
Waste Heat Temp Range		ºC	40~80
Waste Heat Water Pipe			DN32	DN40	DN65	DN80
Dimensions	Length	mm	1745	1745	2600	2600
	Width	mm	1000	1500	1500	1500
	Height	mm	1540	1900	1900	1900
Unit Noise Level		dB(A)	65	80	85	90
Net Weight		kg	1600	1900	2400	3200

Note: 1. Water Source 60ºC, Output temperature steam/water 120ºC, input water 25ºC.

Frequently Asked Questions

1. How does the Steam Grow heat pump achieve energy savings?

The system utilizes waste heat from hot water (40-80ºC) and converts it into high-temperature steam. With a COP of 3.0, it generates 3kW of heat for every 1kW of electricity used, reducing running costs by up to 50% compared to classic boilers.

2. What is the maximum output temperature of the steam?

The system can directly boil water into steam with a rated output temperature ranging from 95ºC to 125ºC.

3. What are the environmental benefits of using this system?

By optimizing waste heat recovery and using high-efficiency electric power, the system can reduce CO2 emissions by approximately 70% compared to traditional fossil-fuel-based boilers.

4. What type of control system and compressor does it use?

The unit is equipped with a high-precision Carel control system and a durable Screw compressor to ensure stable and efficient industrial operation.

5. What are the installation requirements for the heat source?

The system requires a waste heat water source with a temperature between 40ºC and 80ºC. Depending on the model, the water pipe specifications range from DN32 to DN80.

6. Is the power supply compatible with international standards?

Yes, the system supports a standard industrial power supply of 380V~415V at 50~60Hz, making it suitable for various global industrial environments.