Six-Zone Split Tube Furnace (Optional 2-4" Quartz Tube x 2 Meter L, 1200C Max.) - OTF1200XVI

Six-Zone Split Tube Furnace (Optional 2-4" Quartz Tube x 2 Meter L, 1200C Max.) - OTF1200XVI

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Six-Zone Split Tube Furnace (Optional 2-4" Quartz Tube x 2 Meter L, 1200C Max.) - OTF1200XVI
  • Six-Zone Split Tube Furnace (Optional 2-4" Quartz Tube x 2 Meter L, 1200C Max.) - OTF1200XVI
  • Six-Zone Split Tube Furnace (Optional 2-4" Quartz Tube x 2 Meter L, 1200C Max.) - OTF1200XVI
  • Six-Zone Split Tube Furnace (Optional 2-4" Quartz Tube x 2 Meter L, 1200C Max.) - OTF1200XVI
  • Six-Zone Split Tube Furnace (Optional 2-4" Quartz Tube x 2 Meter L, 1200C Max.) - OTF1200XVI
  • Six-Zone Split Tube Furnace (Optional 2-4" Quartz Tube x 2 Meter L, 1200C Max.) - OTF1200XVI
  • Six-Zone Split Tube Furnace (Optional 2-4" Quartz Tube x 2 Meter L, 1200C Max.) - OTF1200XVI
Six-Zone Split Tube Furnace (Optional 2-4" Quartz Tube x 2 Meter L, 1200C Max.) - OTF1200XVI

Six-Zone Split Tube Furnace (Optional 2-4" Quartz Tube x 2 Meter L, 1200C Max.) - OTF1200XVI

SKU: otf1200xvi

Price: RFQ

Description

 OTF-1200X-VI-2M-UL is a Six-zone & ultra-long split tube furnace with separated temperature control units and max working temperature of 1200 o C. This six-zone furnace can create a step thermal gradient or 60" ( 1500mm ) long constant heating zone by setting all the temperature controllers at the same temperature. The furnace can accept processing tubes with various O.D (1" to 4") at extra cost. Six 30-segment temperature controllers are built in a separate control box which allows PC software control of the furnace from a certain distance. It is an excellent furnace to handle various gases.

Furnace Structure

  • Double-layer steel case
  • High-purity fibrous alumina insulation provides good energy savings.
  • Heating Element: 1300 °C grade Fe-Cr-Al Alloy doped by Mo
  • 80"length x 5.5"dia heating chamber with 6 built-in thermal couples


Power & Voltage  
  • AC 208-240V  Three Phase, 50/60 Hz 
  • 13 KW Max. in total
    • Each heating zone requires a 2KW power supply
    • The power cord is included without a plug
Max. Temperature 1200 °C (<1 hour)
Continuous Temperature 1100 °C
Max. Heating Rate <= 20 °C /min

Thermal Block Placement
Drawing

Heating Zone
  • Six independent heating zones: Each heating zone length  300 mm
  • Total zone length: 2000 mm, or 80" in total ( including separating
  • Max. Constant temperature zone 60" ( 1525 mm ) if 6 zones are heated to the same temperature (within +/- 2 °C)




Temperature Controllers
  • Six PID automatic digital temperature controllers with 30 programmable segments for precise heating rate, cooling rate and dwell time control.
  • Built-in overheating & broken thermocouple protection.
  • Over-temperature protection and alarm are available.
  • +/- 1 ºC temperature accuracy for each controller.
  • Six K type thermocouples and one for each zone.
  • With RS485 Communication port and MTS-02 control module, operators can utilize PC to control the furnace in distance (< 5 meter)
         
                  



Tube & Flange
  • One 4" OD x3.62" ID x 100" L  quartz tube and quick clamped flange
  • One pair stainless steel vacuum flange is included with quick assembling flange ( a outside clamp for quick installation). Left flange with needle valve with 1/4" pipe port for gas inlet and one pressure gauge; Right flange with KF 25 port for vacuum pump connection as shown below
  • The furnace can accept quartz or mullite tube with 1" - 4" diameter  (Optional)
                      
Compliance
  • CE Certified
  • NRTL or CSA certification is available upon request at the extra cost 


Optional
(click the picture to order at extra cost)

 Application Notes
Warning
  • Tube furnaces with quartz/mullite tubes are designed for use under vacuum and low pressure <0.2 bar
  • Attention: A two-stage pressure regulator must be installed on the gas cylinder to limit the pressure to below 3 PSI for safe operation. Click here to learn the installation of a gas regulator.
  • * Vacuum pressures may only be safely used up to 1500°C  
  • The flow rate for gases should be limited to<200 SCCM for reducing thermal shocks to the tube