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1700ºC Max. Atmosphere Controlled Muffle Furnace (16"x16"x20" 80 L ) - KSL1700X80AC
  • 1700ºC Max. Atmosphere Controlled Muffle Furnace (16"x16"x20" 80 L ) - KSL1700X80AC
  • 1700ºC Max. Atmosphere Controlled Muffle Furnace (16"x16"x20" 80 L ) - KSL1700X80AC
  • 1700ºC Max. Atmosphere Controlled Muffle Furnace (16"x16"x20" 80 L ) - KSL1700X80AC
  • 1700ºC Max. Atmosphere Controlled Muffle Furnace (16"x16"x20" 80 L ) - KSL1700X80AC
  • 1700ºC Max. Atmosphere Controlled Muffle Furnace (16"x16"x20" 80 L ) - KSL1700X80AC
  • 1700ºC Max. Atmosphere Controlled Muffle Furnace (16"x16"x20" 80 L ) - KSL1700X80AC
1700ºC Max. Atmosphere Controlled Muffle Furnace (16"x16"x20" 80 L ) - KSL1700X80AC

1700ºC Max. Atmosphere Controlled Muffle Furnace (16"x16"x20" 80 L ) - KSL1700X80AC

SKU: ksl-1700x-ac-80

Price: RFQ

Specifications

 KSL-1700X-AC-80 is an economic atmosphere-controlled box furnace that is designed for treat materials under inert gas, oxygen, or vacuum up to 1700°C. The furnace consists of high-quality alumina fiber bricks and MoSi2 heating elements with a heating chamber of 410×410×500 mm (16"x 16" x 20") Features Chamber size 410 mm x 410 x 500 mm (about 16" × 16" × 20"), 80 Liter Atmosphere-controlled steel chamber for oxygen, inert, and vacuum conditions. MoSi2 heating elements SPECIFICATIONS Power 480VAC, 3 phases, 50/60 Hz, 26 kW Other working voltages is available upon built-to-order. Heating Chamber Steel Chamber: 410 mm x 410 x 500 mm, 80 Liter 1800-grade fibrous alumina insulation Max. Loading: 100 Kg Heating Elements MoSi2 heating elements, 8 pieces Working Temperature Air          800 - 1700 °C continuously Inert       800 - 1500 °C continuously 5% H2    800 - 1500 °C continuously Vacuum  800 - 1400 °C continuously Temperature Control MTI OEM 858P PID temperature controller 50 programmable temperature segments 0.1°C temperature resolution ±1°C temperature control accuracy DB9 RS 485 serial port (Optional) Eurotherm 3000 series temperature controller for better control stability Thermocouple Dual type B thermocouple Pressure < 3 psig Vacuum KF25 port <0.5 torr Vacuum Pump (Optional) 240 L/min rotary vane pump Gas Flow Gas inlet 1/4" compression tube fitting Gas outlet 1/4" compression tube fitting 1-12 L/min float flow meter Water Cooling Water cooling is required to prevent the front seal from melting Push-to-connect Ø12 mm water inlet and outlet MTI recommends using KJ6200 water chiller or equivalent cooling capacity. Compliance CE Certified NRTL or CSA certification is available upon request at extra cost.

Power
  • 480VAC, 3 phases, 50/60 Hz, 26 kW
  • Other working voltages is available upon built-to-order.

Heating Chamber

  • Steel Chamber: 410 mm x 410 x 500 mm, 80 Liter

  • 1800-grade fibrous alumina insulation

  • Max. Loading: 100 Kg

Heating Elements
  • MoSi2 heating elements, 8 pieces

Working Temperature
  • Air          800 - 1700 °C continuously
  • Inert       800 - 1500 °C continuously
  • 5% H2    800 - 1500 °C continuously
  • Vacuum  800 - 1400 °C continuously

Temperature Control
  • MTI OEM 858P PID temperature controller
  • 50 programmable temperature segments
  • 0.1°C temperature resolution
  • ±1°C temperature control accuracy
  • DB9 RS 485 serial port
  • (Optional) Eurotherm 3000 series temperature controller for better control stability

Thermocouple
  • Dual type B thermocouple

Pressure 
  • < 3 psig

Vacuum
  • KF25 port
  • <0.5 torr

Vacuum Pump (Optional)

Gas Flow

  • Gas inlet 1/4" compression tube fitting

  • Gas outlet 1/4" compression tube fitting

  • 1-12 L/min float flow meter

Water Cooling

  • Water cooling is required to prevent the front seal from melting

  • Push-to-connect Ø12 mm water inlet and outlet

  • MTI recommends using KJ6200 water chiller or equivalent cooling capacity.

Compliance

  • CE Certified

  • NRTL or CSA certification is available upon request at extra cost.

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