Surplus Industrial Technology Limited

Surplus Industrial Technology Limited We offer a variety of equipment for heating high-purity fluids and gases, including chemical PFA/PTFE Inline heaters, deionized water heater, PTFE heat exchanger

Manufacturer from China
Verified Supplier
1 Years
Home / Products / Deionized Water Heater System /

0.4 MPA Pressure Deionized Water Heater System Inline Fluid Heater for Semiconductor

Contact Now
Surplus Industrial Technology Limited
Visit Website
City:dongguan
Province/State:guangdong
Country/Region:china
Contact Person:MsDoris Lu
Contact Now

0.4 MPA Pressure Deionized Water Heater System Inline Fluid Heater for Semiconductor

Ask Latest Price
Video Channel
Brand Name :Surplus
Model Number :Deionized (DI) Water Heater System 02
Certification :ISO9001
Place of Origin :China
MOQ :1 PCS
Price :Contact Us
Payment Terms :TT, Paypal, Western Union
Supply Ability :50 PC/Month
Delivery Time :10-15 working days
Packaging Details :Wooden Case or Carton Box
Supply voltage (V/Phase) :110-120 volt, 200-240 volt, and 380-480 volt.
Power(KW) :1,000 watts (1kW) to 6,000 watts (6kW).
Dimension :according customer's requirement
Type of temperature control :PT100 or J type
Application :process heating, power, chemical, oil and gas, pharmaceuticals, metals processing to the food & beverage industry
Material :SUS316/SUS304 inside,outsize Quartz sheath
Cable length :2 meters/3meters/others
more
Contact Now

Add to Cart

Find Similar Videos
View Product Description

Inline Fluid Heater 0.4 MPA Pressure Deionized Water Heater System

Inline Fluid Heater 0.4 MPA Pressure DI Water Heaters

0.4 MPA Pressure Deionized Water Heater System Inline Fluid Heater for Semiconductor


DI Fluid Water Heaters for Semiconductor Manufacturing Process

Model

PWH-24i

PWH-48i

PWH-72i

PWH-96i

PWH-144i

Heating method

Radiation heating with near infrared rays

Heater wattage

24kW

48kW

72kW

96kW

144kW

Standardflowrat(e at55°C)

6l/min

12l/min

18l/min

24l/min

36l/min

Minimum heating flow rate

2l/min

5l/min

10l/min

Temperature setting range

25 to 85°C

Temperature control accuracy

±1°C ※1

Flow meter indication range

0 to 10l/min

0to50l/min(. Nottheguaranteedrangeoftemperaturecontrolaccuracy)

Allowable DI-Water pressure

0.4MP(a Reliefpressure:0.35MPa)

Heater

Halogen lamp. Indirect heating without direct contact with water

Heating vessels material

High-purity transparent quartz

Wetted materials of the piping

Fluorocarbon polymer

Safety functions

Flow rate error, overheating, no liquid operation, leakage sensor disconnection and lamp disconnection Power off, alarm, error indication or signal output in case of error detection

External communication function

RS-232C/RS-48(5 option)※2

External input/output function

8-input/14-outputsigna(l Variesdependingonspecification)

Overalldimension(s mm)※3

W340×D850×H1384

W340×D850×H1384

W340×D850×H1584

W340×D850×H1986

W1050×D700×H2004

Weight

Approx. 140kg

Approx. 150kg

Approx. 160kg

Approx. 210kg

Approx. 410kg

Powerrequiremen(t 50/60Hz)

AC200/208V 69/67A

AC200/208V 139/133A

AC200/208V 208/200A

AC200/208V 277/266A

AC200/208V 416/400A

A hot water supply system for ultra-pure water that is ideally suited for point-of-use for rinsing of silicon wafers and glass substrates of liquid crystal displays.

DI-Water Heater heats purified water used to rinse silicon wafers in the manufacture of semiconductor and glass substrates in the manufacture of LCDs. The halogen lamps are housed in transparent, double-waIled high-purity quartz glass tubes to ensure efficient and contaminant free heating of ultral-pure water. The slim, compact design minimizes foot point for installation at the point of use.


● Features

1. Clean
Heating vessels through which water-flows and all plumbing pipes are respectively made of high-purity quartz glass and fluorocarbon polymer.

2. Compact
Slim and compact unit requires minimal foot print for installation at the point of use.

3.ExceIIent temperature control
High power of halogen lamps quickly raise the temperature and adjust it in response to variations in the water flow rate.

4.High Efficiency
Efficiency with than 95%.

5. Safety
Optimum operational safety is provided through displays and sound alarms against abnormal conditions such as overheating, uncharged heating, excessive pressure and leakage of water.

● Applications


1. Heating of ultra-pure water for rinsing of silicon wafers and glass substrates of LCDs.
2.Heating of pure water used in place of CFC for cleaning.

Inquiry Cart 0