MUFFLE FURNANCE

“Matrix” Muffle Furnace based on the rotating disc-splash plate principal. Unit produces only super fine particles of micron size, which become part of the atmosphere. Produced particles thereby reaching every corner of the room, resulting in uniform humidity. Due to the upward thrust imparted to the micron sized water droplets, by high speed motorized unit, they remain suspended in the atmosphere for longer duration of time.

TECHNICAL FEATURES AND ORDERING INFORMATION

Model No.MET-145MET-145-AMET-145-B
Internal Work zone Dimension (WxHxD) mm130x200x90mm150x150x300mm450x250x250mm
MOCM.S Powder coated or (SS 304) as ordered
TypeNatural heat distribution type
Temp. RangeWorking range upto 1000°C
Temp Accuracy+/-5°C
Temp. uniformity+/-5°C
Temperature Controller (SAD)Microprocessor Based temperature controller
ThermocoupleK-type (Cr-AI)
Heating RangeKanthal "A1" grade
InsulationHigh Density ceramic fiber Insulation
Safety featureOverload safety cut-off provided as a standard feature. Triple walled unit for better thermal safety
Supply Voltage220/230 V.or 400/440/ VAC supply.

MUFFLE FURNACE WITH WORKING TEMPERATURE 900°C

INTERNAL WORKZONE DIMENSIONS (WxDxH) (mm) 1100x100x225125x125x300150x150x300200x200x300
POWER CONSUMPTION (Approx.)1.5 KW2.0 KW3.0 KW4.0 KW
MUFFLE FURNACE WITH WORKING TEMPERATURE 1000 degree C
INTERNAL WORKZONE DIMENSIONS (WxDxH) (mm)100x100x225125x125x300150x150x300200x200x300
WORKING TEMPERATURE1000 degree C1000
degree C
1000 degree C1000 degree C
POWER CONSUMPTION (Approx.)2.5
KW
2.5 KW3.5 KW4.5 KW
MUFFLE FURNACE WITH WORKING TEMPERATURE 1150 degree
INTERNAL WORKZONE DIMENSIONS (WxDxH) (mm)100x100x225125x125x3001150x150x300200x200x300
WORKING TEMPERATURE1150 degree C1150 degree C1150 degree C1150 degree C
POWER CONSUMPTION (Approx.)2.5 KW2.5 KW3.5 KW4.5 KW

CONSTRUCTIONAL FEATURES​

  • Light weight and having ceramic fiber wool insulation.
  • Triple-walled and use duly painted double walled thick P.C.R.C. for outer casing and inner wall.
  • Heating elements made of KANTHAL wire backed by cerwool insulation.
  • The door comes with a viewing cap.
  • Precise temperature control due to the distinguished Autotune Digital PID controller .
  • 3 different working ranges available with maximum working temperature range reaching up to 1150 Degree C .
  • Temperature range up to 1000 degree C (Maximum 1050 degree C) .
  • Temperature range up to 1150 degree C (Maximum 1200 degree C)
  • Overload safety cut-off available as a standard feature.
  • Suitable for various purposes.
  • Fit for gravimetric analysis for organic substance
  • Fit for measurement of quantity for coal and lime.
  • Uniform material heating due to highly efficient heater insulated in the chamber.
  • Able to reduce time of temperature climb.
  • Maintenance of consistent temperature and minimal heat dissipation due to the use of high density ceramic wool as an insulator.

OPTIONS

  • MICROPROCESSOR BASED SEMI AUTOMATIC PID DIGITAL TEMPERATURE INDICATOR-CUM-CONTROLLER with an in-built DIGITAL TIMER to manage and control the temperature for Ambient +50C to 1000C. Heating will start automatically once the unit is switched ‘ON’ while the in-built AUTOMATIC DIGITAL MINUTE TIMER starts automatically once the set/desired value is achieved. The heaters are switched “OFF” automatically once the set time period is over and the unit sounds a BUZZER to alter the user about the process completion.
  • Profile Digital Microcontroller with 2 PROGRAMMES and each of 8 steps (total 16 steps of ramp/soak profile) to cost extra for soft start to heaters .
  • Microprocessor-based controller with time and temperature programmable by user, and 7 segment LED interface comes with 3 display (3+4+4) digit + 5 keys fitted with accurate sensor, ensuring accurate monitoring with digital input 6 PNP-11 to 30 VDC and analog input with RTD 0-10V, 0-29 (user selection) & 4 relay digital output and 1 CH (0-10V) 0-20ma Analogue output and with a double – tier passward data security lock for data security.
  • -do- same as above but with 7 segment LCD interface instead of LED interface.