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Model Selection Method of Air Blow Heater

Model Selection Method of Air Blow Heater

1.Flow of model selection

  1. Determine the model in the installation environment.
  2. Determine the target temperature.
  3. Determine the required airflow.
  4. Obtain the power (Watt) from the table below ““Temperature and Airflow at the Maximum Power” ” table.
  5. Multiply the power by the safety factor twice to determine the number of model Watts.
  6. In the “Model List table” below, narrow down candidate models.
  7. Examine the external dimensions and details with the specification sheet of each model.
  8. Check the price in the price list.
  9. Order from the price list.
  10. In case user want to easy trial, we prepared 3 kinds of “Laboratory Kit”.
    10-1.Air Blow Heater Laboratory Kit 4D-100W with air pump
    10-2.Air Blow Heater Laboratory Kit 13NM-220V-350W external air supply
    10-3.Air Blow Heater Laboratory Kit 34NM-220V-3kW(External air supply Type)

2.Model selection in installation environment

Q1.Is it installed in a vacuum chamber? Yes ⇒ VAH type
Q2.Is it installed in a clean room? Yes ⇒ DGH type
Q3.Is the heated gas corrosive gas? Yes ⇒ DGH type
If it does not apply to the above Q1 to Q3, select standard ABH type

3.“Temperature and Air flow at the Maximum Power” graph

“Temperature and Air flow at the Maximum Power" graph

“Temperature and Air flow at the Maximum Power" graph

“Temperature and Air flow at the Maximum Power" graph

“Temperature and Air flow at the Maximum Power" graph

“Temperature and Air flow at the Maximum Power" graph

“Temperature and Air flow at the Maximum Power" graph

“Temperature and Air flow at the Maximum Power" graph

“Temperature and Air flow at the Maximum Power" graph

4.Model List

Product Line of Air Blow Heater

5.Selection example

【Example】 I want a hot air at 500 ℃ with air flow of 40ℓ/min, installed at factory.

5-1.Since normal air is used in an environment of normal temperature and normal pressure, standard ABH type is selected

5-2.”Temperature and Air flow at the Maximum Power 100W – 550W” Check the graph.

5-2-1.A point of intersection of 40 (ℓ/mint) and 500 ℃ is asked.
5-2-2.A point of intersection will be a line of 440W.
5-2-3.Calculate 880 W by multiplying 440 W by the safety factor of 200% due to disturbance.
5-2-4.The rating near 880 W is 1 kW.

5-3.Confirm the “Model List of Air Blow Heaters” table.

[ Applicable model ] ABH-15 S 650 – 1.6kW

5-4.Details confirmed on “ABH – 15 S” site.

In this case ABH-230V-1kW/15PS/+S/+PS2 m selected

6.Details confirmation page

aaaaaModelOutsidepowerSpec.
《 Super Small 》ABH-4DΦ450W-100Wdetail
ABH-6□Φ650W-100Wdetail
ABH-8□Φ8100W-300Wdetail
《 Standard 》ABH-13AΦ1350W-1kWdetail
ABH-19AΦ19650W-1.6kWdetail
ABH-22NΦ221kW-3kWdetail
ABH-34NMΦ342kW-5kWdetail
ABH-43NMΦ42.75kW-6kWdetail
《 High Temp. 》ABH-11MΦ19170W-1.4kWdetail
ABH-19AΦ192kW-3.4kWdetail
ABH-22AΦ224.1kW-6kWdetail
ABH-28AΦ286.3kW-9kWdetail
《 200℃ Heat resistant 》ABH-HR-13AΦ1350W-200Wdetail
ABH-HR-19AΦ192kW-3.4kWdetail
ABH-HR-22AΦ224.1kW-6kWdetail
ABH-HR-28Aφ286.3kW-9kWdetail
《 Parallel large 》ABH-38X6Φ382.5kW-5kWdetail
ABH-43X6Φ50W6kW-18kWdetail
ABH-50WX6Φ42.720kW-24kWdetail
ABH-61X6Φ60W.518kW-30kWdetail
ABH-65-28AX3Φ6523kWdetail
ABH-95-28AX6Φ9545kWdetail
ABH-130W-28AX9Φ130W68kWdetail
《 Double Glass 》DGH-13NΦ13100W-150Wdetail
DGH-19NΦ19150W-300Wdetail
DGH-34NΦ341kWdetail
DGH-43NΦ42.71.5-4kWdetail
DGH-50WNΦ50W3-4kWdetail
DGH-10W2X6Φ10W1.63kW-12kWdetail
DGH-140WX6Φ139.812kWdetail
《 Vacuum chamber 》VAH-14NΦ14100W-1.2kWdetail
VAH-19NΦ19650W-1.6kWdetail
VAH-34NΦ342kW-5kWdetail
《 Platinum 》PTH-13NΦ1385W-800Wdetail

7.Catalog

PDF Catalog Download