MTI | SKU: OTF-1200X-80-SL

1200C Max Sliding Tube Furnace (80mm OD) with Flanges for Fast Heating / Cooling - OTF-1200X-80-SL

Name: 1200C Max Sliding Tube Furnace (80mm OD) with Flanges for Fast Heating / Cooling - OTF-1200X-80-SL
Brand: MTI
SKU: OTF-1200X-80-SL
Availability: InStock

€0,00

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1200C Max Sliding Tube Furnace (80mm OD) with Flanges for Fast Heating / Cooling - OTF-1200X-80-SL

MTI

OTF-1200X-80-SL is a slideable tube furnace with 3" IDx55" L Quartz tube and flanges and a maximum working temperature up to 1200°C. One pair of sliding rails is installed on the bottom of the furnace to allow sliding the furnace from one side to another to achieve max. heating and cooling rates up to 100°C/min. For the fastest healing, the furnace may be pre-heated to the desired temperature and then be slide to the sample's position. As for fastest cooling, the furnace can be slide to another side after sample heating is completed. Moreover, the heating and cooling rates may reach 15°C/s under vacuum or inert gasses. This furnace provides an alternative for rapid thermal processing at the lowest cost.

SPECIFICATIONS

Furnace Structure

Double-layer steel structure with dual air cooling fans
One pair of sliding rails are installed on the bottom of the furnace, which allows the furnace to be manually moved from side to side
Vacuum flanges and a digital vacuum gauge are installed for immediate use.
Sliding rail length is about 1200mm, the furnace can slide 600 mm distance

Power

2.5KW

Voltage

AC 208-240V Single Phase, 50/60 Hz

Max. Temperature

1200°C (<1 hour)

Continuous Temperature

1100°C

Heating& Cooling Rates

Heating Rate:

15°C/sec (RT - 150°C);

10°C/sec (150°C - 250°C);

7°C/sec (250°C - 350°C);

4°C/sec (350°C - 500°C);

3°C/sec (350°C - 550°C);

2°C/sec (550°C - 650°C);
1°C/sec (650°C - 800°C);
0.5°C/sec (800°C - 1000°C);

Cooling Rate:

15°C/sec (1000 - 950°C);

10°C/sec (950°C - 900°C);

7°C/sec (900°C - 850°C);

4°C/sec (850°C - 750°C);

2°C/sec (750°C - 600°C);
1.5°C/sec (600°C - 500°C);
1°C/sec (500°C - 400°C);
0.5°C/sec (400°C - 300°C);

Note:
The max heating and cooling rate is achieved by pre-heat one side of processing tube to the target temperature and then slide the furnace to the other side. You may choose to place the sample in the pre-heat area or not.

Heating Zone Length

440mm ( single zone )

Constant Temperature Zone

150mm (+/-3°C @ 1000°C)

Heating Elements

Fe-Cr-Al Alloy doped by Mo

Processing Tube

High purity fused quartz tube

O.D. : 3.2" (80 mm)
I.D. : 3.0" (75 mm)
Length: 55" (1400 mm)

Two foam ceramic blocks are included which must be placed inside tube to avoid heat radiation damaging O-ring

Temperature Controller

PID automatic control with 30 programmable segments with +/ - 1°C accuracy
Built-in over-temperature alarm and protection allow for operation without an attendant.
Two K-type thermal couples are included. One is built in the furnace to control furnace temperature, and another inserted into the tube to monitor sample real temperature profile.
One NIST certified thermometer is included to connect to the thermal couple inside the tube. the meter has RS485 Interface with Windows Software which can record temperature profile by PC.
PC control module is included.
Advanced Temperature Control (Optional)

MTS02-Y Temperature control software kit (for YD518P series controllers) + 15" laptop package is available at the options bar. Click for detailed information about the MTS02-Y software kit.
You may upgrade the temperature controller to the Eurotherm 3000 Temperature Controller w/ +/- 0.1ºC accuracy

Vacuum Flanges

Stainless steel vacuum flanges are installed on both ends of the tube with heavy duty support.

Right flange: flange, fittings for the vacuum gauge are included. The bellow, KF25 adapter, KF25 clamp are not included.
Left flange: one needle valve and 1/4" thermocouple feed-through and digital vacuum gauge.
An 24" length x 1/4" Dia. K-type thermocouple (included) connected to an Omega temperature calibrator (included) will be inserted through this flange to monitor the heating and cooling rates of the sample's position during furnace sliding.