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1700C Tube Furnace with Precision Vacuum Pressure Regulating System (E-4 torr) - GSL-1700X-PRY-UL-LD

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1700C Tube Furnace with Precision Vacuum Pressure Regulating System (E-4 torr) - GSL-1700X-PRY-UL-LD

GSL-1700X-HV series furnace consists of a high-temperature alumina tube furnace and a high vacuum system. 

It can be heated up to 1700°C by a different type of MoSi2 heating elements and achieve vacuum pressure up to 10^-4torr with a diaphragm pump. It is widely used for material or chemical lab to sinter all types of new material samples under vacuum or other gas conditions. The temperature of GSL1700X tube furnace is controlled by 30 segments programmable high precision SCR power controller with accuracy +/-1°C.

Specifications

Structure
   

Standard System Structure Alternative System Structure (Please RFQ)
System Working Range From the standard atmosphere to <E-4 mbar (under Cold Condition only; with special tube block) 
(Noted: Please don't use a high vacuum if the temperature is over 1500 °C)
Motorized Valve
  • Flange in and out: DN 16 ISO-KF
  • Ambient temperature: 5-40 °C (41-104 °F)
  • Gas flow controllable range: 3.75×10E-6~937.5 Torr l/s 
  • Operating pressure: 7.5×10E-9 to 1875 torr
  • With integrated motor control electronics
  • Fluoroelastomer Dosing sleeve
  • The motorized Valve is used together with a control unit for controlling the pressure in a vacuum system, with a variable gas flow (upstream control) for maintaining the desired vacuum pressure. More specifically, the control valve regulates the gas inlet of the vacuum system.
  • The valve plate moves in a closing direction when the pressure in the vacuum system rises, vice and verse.

Upstream control Solution
Furnace Furnace structure Double-layer steel casing with air cooling. Two cooling fans inside to keep case temperature < 55°C
Tube Materials 99.8% High purity Al2O3 Ceramic
Tube Size Please select the tube size in the options bar.
82mm O.D Alumina tube ---------- ID: 73mm; OD: 82 mm in diameter x 1000 mm length
101mm O.D Alumina tube ---------ID:92.10mm x OD: 101.60 mm x 1000 mm length.
Refractory lining 1750 grade fiber alumina cast
Heating element 1700 grade MoSi2
Working Temperature 1700°C (2912°F) Max. <1hr
1600°C continuously
Normal Working Temperature 800 -1700°C (2732°F)
Temperature Controller
MET certified 30 programmable segments for precise control of heating rate, cooling rate, and dwell time.
Built-in PID Auto-Tune function with overheating & broken thermocouple protection.
Over-temperature protection and alarm allow for operation without attendant(s).
+/- 1 ºC temperature accuracy.
RS485 Communications Port.
  • 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 the detailed information about the MTS02-Y software kit. 
  • You may upgrade the temperature controller to the Eurotherm 3504 Temperature Controller which is fully compatible with LabVIEW. This package includes a Eurotherm 3504 programmer, a communication cable (RS485 - USB), and a software CD. Click the pic below to view the full spec of Eurotherm 3504 temperature controller.
   
Please click here to learn why SCR is more accurate than SSC (Solid state relay)
Max. Heating / Cooling Rate 5°C / min above 1200°C and 10°C/min below 1200°C
Heating Zone 457 mm (18")
Constant Temperature Zone 150 mm (6") (+/- 1°C at 1600°C )
Temperature Accuracy +/- 1°C
Power Input Single Phase, 220V AC, 50/60 Hz
Power Output Max. 5KW
High Vacuum Station Structure Mobile cart size: 600 (L) x 600 (W) x 700(H), mm
Max. Loading: 600 Lbs on top
Molecular pump control Panel: LCD digital
Inside: Pfeiffer vacuum pump made in Germany
Vacuum sensor is included
Vacuum sensor Two vacuum gauges are installed in this system.
1. Mechanical vacuum gauge
2. High vacuum gauge (measuring range 10^-8 mbar ~ 10^3 mbar) is installed in the whole high vacuum system for monitoring the high vacuum status when operating the furnace with HV station support.
Control Panel One button operation - the diaphragm pump and the turbomolecular pump will start after pressing the "start" button.
System controlled spinning speed - the controller will control the speed of the turbine spinning up and down according to the vacuum level and leaking rate of the reaction chamber.
Self-protection - the system will protect the pump from damage by overheating and overcurrent if the leaking rate of the reaction chamber is too high to achieve a high vacuum.
LCD screen - double lines parameters checking interface make the working easier to be handled.
Self-testing Spinning up Error report Voltmeter  Full speed
Volume Flow Rate Nitrogen N2 33 L/s
Helium He 39 L/s (2340L/minute)
Hydrogen H2 32 L/s
Working Range From 1000 mbar to <1E-5 mbar (under Cold Condition only; Noted: Please don't use a high vacuum if the temperature is over 1500 °C)
Ultimate Pressure <1E-6 mbar (without any leaking)
Power Input 110V AC or 220V AC switchable, 50/60Hz
Power consumption Duration/Max power: 100/110Watt
Compliance
  • CE Certified
  • All electric components ( >24V) are UL / MET / CSA certified
  • The furnace is ready to pass TUV(UL61010) or CSA certification at extra cost. (please click marks below to learn details)
   
Note
  • Click here to see typical temperature calibration results and general advice.
  • Click here to learnhow to use and maintain Alumina tubes in MTI high-temperature tube furnaces.
  • In order to obtain accurate temperature inside the tube furnace, you need to calibrate temperature before use. Please click here to learn how.
  • How to set up a ceramic tube and vacuum flange for MTI Tube furnace.
  • The tube furnaces with alumina tube are designed for use under vacuum and low pressure < 0.02 MPa / 0.2 Bar/ 3 PSI 
  • 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.
  • Never heat the furnace while the gas release valve is closed and a positive pressure condition exists within the furnace chamber. The pressure gauge must be used to closely monitor the chamber condition at all times during the heating process; please open the gas release valve immediately once the chamber pressure has reached over 3 PSI to prevent unforeseeable damages.
  • Click here to learn more about the installation of a gas regulator.
  • The flow rate for gasses should be limited to < 200 SCCM ( or 200ml/min )
  • Vacuum limit definition for all alumina tube furnaces: * Vacuum pressures may only be safely used up to 1500°C
Operation Instructions

 

$22,750.00

Original: $65,000.00

-65%
1700C Tube Furnace with Precision Vacuum Pressure Regulating System (E-4 torr) - GSL-1700X-PRY-UL-LD—

$65,000.00

$22,750.00

Product Information

Shipping & Returns

Description

GSL-1700X-HV series furnace consists of a high-temperature alumina tube furnace and a high vacuum system. 

It can be heated up to 1700°C by a different type of MoSi2 heating elements and achieve vacuum pressure up to 10^-4torr with a diaphragm pump. It is widely used for material or chemical lab to sinter all types of new material samples under vacuum or other gas conditions. The temperature of GSL1700X tube furnace is controlled by 30 segments programmable high precision SCR power controller with accuracy +/-1°C.

Specifications

Structure
   

Standard System Structure Alternative System Structure (Please RFQ)
System Working Range From the standard atmosphere to <E-4 mbar (under Cold Condition only; with special tube block) 
(Noted: Please don't use a high vacuum if the temperature is over 1500 °C)
Motorized Valve
  • Flange in and out: DN 16 ISO-KF
  • Ambient temperature: 5-40 °C (41-104 °F)
  • Gas flow controllable range: 3.75×10E-6~937.5 Torr l/s 
  • Operating pressure: 7.5×10E-9 to 1875 torr
  • With integrated motor control electronics
  • Fluoroelastomer Dosing sleeve
  • The motorized Valve is used together with a control unit for controlling the pressure in a vacuum system, with a variable gas flow (upstream control) for maintaining the desired vacuum pressure. More specifically, the control valve regulates the gas inlet of the vacuum system.
  • The valve plate moves in a closing direction when the pressure in the vacuum system rises, vice and verse.

Upstream control Solution
Furnace Furnace structure Double-layer steel casing with air cooling. Two cooling fans inside to keep case temperature < 55°C
Tube Materials 99.8% High purity Al2O3 Ceramic
Tube Size Please select the tube size in the options bar.
82mm O.D Alumina tube ---------- ID: 73mm; OD: 82 mm in diameter x 1000 mm length
101mm O.D Alumina tube ---------ID:92.10mm x OD: 101.60 mm x 1000 mm length.
Refractory lining 1750 grade fiber alumina cast
Heating element 1700 grade MoSi2
Working Temperature 1700°C (2912°F) Max. <1hr
1600°C continuously
Normal Working Temperature 800 -1700°C (2732°F)
Temperature Controller
MET certified 30 programmable segments for precise control of heating rate, cooling rate, and dwell time.
Built-in PID Auto-Tune function with overheating & broken thermocouple protection.
Over-temperature protection and alarm allow for operation without attendant(s).
+/- 1 ºC temperature accuracy.
RS485 Communications Port.
  • 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 the detailed information about the MTS02-Y software kit. 
  • You may upgrade the temperature controller to the Eurotherm 3504 Temperature Controller which is fully compatible with LabVIEW. This package includes a Eurotherm 3504 programmer, a communication cable (RS485 - USB), and a software CD. Click the pic below to view the full spec of Eurotherm 3504 temperature controller.
   
Please click here to learn why SCR is more accurate than SSC (Solid state relay)
Max. Heating / Cooling Rate 5°C / min above 1200°C and 10°C/min below 1200°C
Heating Zone 457 mm (18")
Constant Temperature Zone 150 mm (6") (+/- 1°C at 1600°C )
Temperature Accuracy +/- 1°C
Power Input Single Phase, 220V AC, 50/60 Hz
Power Output Max. 5KW
High Vacuum Station Structure Mobile cart size: 600 (L) x 600 (W) x 700(H), mm
Max. Loading: 600 Lbs on top
Molecular pump control Panel: LCD digital
Inside: Pfeiffer vacuum pump made in Germany
Vacuum sensor is included
Vacuum sensor Two vacuum gauges are installed in this system.
1. Mechanical vacuum gauge
2. High vacuum gauge (measuring range 10^-8 mbar ~ 10^3 mbar) is installed in the whole high vacuum system for monitoring the high vacuum status when operating the furnace with HV station support.
Control Panel One button operation - the diaphragm pump and the turbomolecular pump will start after pressing the "start" button.
System controlled spinning speed - the controller will control the speed of the turbine spinning up and down according to the vacuum level and leaking rate of the reaction chamber.
Self-protection - the system will protect the pump from damage by overheating and overcurrent if the leaking rate of the reaction chamber is too high to achieve a high vacuum.
LCD screen - double lines parameters checking interface make the working easier to be handled.
Self-testing Spinning up Error report Voltmeter  Full speed
Volume Flow Rate Nitrogen N2 33 L/s
Helium He 39 L/s (2340L/minute)
Hydrogen H2 32 L/s
Working Range From 1000 mbar to <1E-5 mbar (under Cold Condition only; Noted: Please don't use a high vacuum if the temperature is over 1500 °C)
Ultimate Pressure <1E-6 mbar (without any leaking)
Power Input 110V AC or 220V AC switchable, 50/60Hz
Power consumption Duration/Max power: 100/110Watt
Compliance
  • CE Certified
  • All electric components ( >24V) are UL / MET / CSA certified
  • The furnace is ready to pass TUV(UL61010) or CSA certification at extra cost. (please click marks below to learn details)
   
Note
  • Click here to see typical temperature calibration results and general advice.
  • Click here to learnhow to use and maintain Alumina tubes in MTI high-temperature tube furnaces.
  • In order to obtain accurate temperature inside the tube furnace, you need to calibrate temperature before use. Please click here to learn how.
  • How to set up a ceramic tube and vacuum flange for MTI Tube furnace.
  • The tube furnaces with alumina tube are designed for use under vacuum and low pressure < 0.02 MPa / 0.2 Bar/ 3 PSI 
  • 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.
  • Never heat the furnace while the gas release valve is closed and a positive pressure condition exists within the furnace chamber. The pressure gauge must be used to closely monitor the chamber condition at all times during the heating process; please open the gas release valve immediately once the chamber pressure has reached over 3 PSI to prevent unforeseeable damages.
  • Click here to learn more about the installation of a gas regulator.
  • The flow rate for gasses should be limited to < 200 SCCM ( or 200ml/min )
  • Vacuum limit definition for all alumina tube furnaces: * Vacuum pressures may only be safely used up to 1500°C
Operation Instructions

 

1700C Tube Furnace with Precision Vacuum Pressure Regulating System (E-4 torr) - GSL-1700X-PRY-UL-LD | MTI Online Store