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Main Specifications
KSL-1800X muffle furnace consists of super high quality alumina fiber brick and famous Kanthal Super-1900 MoSi2 heating elements which can be used up to 1800 oC . Temperature is controlled by high precision SCR ( Silicon Controlled Rectifier) digital controller with accuracy +/-1 deg oC and 51 segments programmable. It is an ideal tool for materials annealing and sintering in your research laboratory.
Inside Chamber Size
160 x 150 x 150mm (6.3" x 5.9" x 5.9"), 3.6L
Standard Working Temperature
1750 oC or 3182 oF ( continuous )
Maximum Working Temperature
1800 oC or 3272 oF(
Temperature Control
PID automatic control via SCR ( Silicon Controlled Rectifier) power control, e.g. current limiting phase angle fired the resistor with 51 steps programmable
Please click here to learn why SCR is more accurate than SSC ( Solid state relay)
Heating Rate
0~10 oC / min (suggestion =oC ), =oC between 1000 and 1800oC
Cooling Rate
0~10 oC / min (suggestion =oC ), =oC between 1000
and 1800oC
Temperature Accuracy
+/- 1oC
Heating Element
Kanthal MoSi2 ( Super-1900 , 4 pcs )
Working Voltage
AC 220V-240V single phase, 50/60 Hz
Max. Power
4 KW
Outside Size
515 x 500 x 730 mm (20.28" x 20" x 28.75")
Net Weight
120 Kg (265 lbs)
Limited Warranty
One year manufacture limited warranty and free replace all defective parts (not including spare parts).
Package Dimension after crating
45" x 45"x 45"
Shipping Weight
380 lbs
Standard Package with the Furnace:
P/N
Description
Quantity
Price (USD)
KSL8-00
KSL-1800X High Temperature Muffle Furnace
1 set
N/a
KSL8-01
Kanthal Super-1900 MoSi2 Heating Element, 4 pcs installed
4 pcs
KSL8-02
B-Type Pt-Rh to Pt-Rh Thermal Couples with Alumina Protection Tube
1 set
KSL8-03
Al2O3 Sample Plate
1 pcs
95.00/ea
KSL8-04
Al2O3 Furnace Door Block
1 pcs
95.00/ea
KSL8-05
Protection Glove
1 pair
KSL8-06
Crucible Clip
1 pair
20.00/pair
KSL8-07
Operation Manual
1 set
n/a
Warning:
Kanthal MoSi2 heating element shall is used in the high temperature under oxidizing atmosphere. It will form the SiO2 film which can keep the element from being melted. During the oxidizing process, the SiO2 protecting film is formed again when the element continues to be used. The MoSi2 heating element must not be used in the temperature between 400 oC and 700 oC for a long time, otherwise the element will be cremated under the strong oxidizing function in the low temperature.
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