Industrial Electric Stainless Steel Water Pipeline Heater

Short Description:

Pipeline heaters are electric heating equipment that mainly heats the medium of gas and liquid, and convert electricity into heat energy. The stainless steel electric heating tube is used as the heating element, and there are multiple baffles inside the product to guide the residence time of the medium in the cavity


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Product Detail

Product Tags

Product Detail

An pipeline heater is composed of an immersion heater covered by an anti-corrosion metallic vessel chamber. This casing is mainly used for insulation to prevent heat loss in the circulation system. Heat loss is not only inefficient in terms of energy usage but it would also cause unnecessary operation expenses. A pump unit is used to transport the inlet fluid into the circulation system. The fluid is then circulated and reheated in a closed loop circuit around the immersion heater continuously until the desired temperature is reached. The heating medium will then flow out of the outlet nozzle at a fixed flow rate determined by the temperature control mechanism. The pipeline heater is usually used in urban central heating, laboratory, chemical industy and textile industry.

Working Diagram

Industrial Water Circulation Preheating Pipeline Heater

Pipeline heater's working principle is: cold air (or cold liquid) enters the pipeline from the inlet, the inner cylinder of the heater is in full contact with the electric heating element under the action of the deflector, and after reaching the specified temperature under the monitoring of the outlet temperature measurement system, it flows from the outlet to the specified piping system.

Structure

The pipeline heater is mainly composed of an U shaped electric immersion heating element, an inner cylinder, an insulation layer, an outer shell, a wiring cavity, and an electronic control system.

pipeline

Technicial Specifications

Model

Power(KW)

Pipeline Heater (liquid)

Pipeline Heater (air)

heating room size(mm)

connection diameter (mm)

heating room size(mm)

connection diameter (mm)

YY-GD-10

10

DN100*700

DN32

DN100*700

DN32

YY-GD-20

20

DN150*800

DN50

DN150*800

DN50

YY-GD-30

30

DN150*800

DN50

DN200*1000

DN80

YY-GD-50

50

DN150*800

DN50

DN200*1000

DN80

YY-GD-60

60

DN200*1000

DN80

DN250*1400

DN100

YY-GD-80

80

DN250*1400

DN100

DN250*1400

DN100

YY-GD-100

100

DN250*1400

DN100

DN250*1400

DN100

YY-GD-120

120

DN250*1400

DN100

DN300*1600

DN125

YY-GD-150

150

DN300*1600

DN125

DN300*1600

DN125

YY-GD-180

180

DN300*1600

DN125

DN350*1800

DN150

YY-GD-240

240

DN350*1800

DN150

DN350*1800

DN150

YY-GD-300

300

DN350*1800

DN150

DN400*2000

DN200

YY-GD-360

360

DN400*2000

DN200

2-DN350*1800

DN200

YY-GD-420

420

DN400*2000

DN200

2-DN350*1800

DN200

YY-GD-480

480

DN400*2000

DN200

2-DN350*1800

DN200

YY-GD-600

600

2-DN350*1800

DN200

2-DN400*2000

DN200

YY-GD-800

800

2-DN400*2000

DN200

4-DN350*1800

DN200

YY-GD-1000

1000

4-DN350*1800

DN200

4-DN400*2000

DN200

Advantage

Instructions for the application of liquid electric heaters

* Flange-form heating core;
* The structure is advanced ,safe and guaranteed;
* Uniform, heating,thermal efficiency up to 95%
* Good mechanical strength;
* Easy to install and disassemble
* Energy saving power saving,low running cost
* Multi point temperature control can be customized
* The outlet temperature is controllable

Application

Pipeline heaters are widely used in automobiles, textiles, printing and dyeing, dyes, papermaking, bicycles, refrigerators, washing machines, chemical fiber, ceramics, electrostatic spraying, grain, food, pharmaceuticals, chemicals, tobacco and other industries to achieve the purpose of ultra-fast drying of the pipeline heater. Pipeline heaters are designed and engineered for versatility and are capable of meeting most applications and site requirements.

Air duct heater application

Buying Guide

Buyers-Guide

The key questions before ordering a pipeline heater are:

1. What Type do you need?Vertical type or horizontal type?
2. What’s your using environment? For liquid heating or air heating?
3. What wattage and voltage will be used?
4. What is your required temperature? What’s the temperature before heating?
5. What material do you need?
6. How long required to reach your temperature?

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