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Product Parameters:
Model: SX2-2.5-10
Display mode: digital display
Temperature control range: RT~1000 ° C
Recommended operating temperature: ≤ 900 ° C
Temperature resolution: ± 1 ° C
Temperature fluctuation: ± 1 ° C (test point 600 ° C)
Temperature uniformity: ± 3 ° C (test point 600 ° C)
Heating rate: Approximately 15 degrees per minute below 700 ° C
Working dimensions (DxWxH): 200x120x80 (mm)
Dimensions (DxWxH): 350x450x340 (mm)
Net weight/gross weight: 40KG/45KG
Capacity: 1.92L
Input power: 2.5kw
Power supply voltage: 220V
Note: This model does not have programming
- Product Details
- Product manual
Yetuo SX2-2.5-10 Split type Box type Resistance Furnace
Model: SX2-2.5-10
Product Overview:
The split type box type resistance furnace is designed and manufactured by our company with many years of experience. It is used in laboratories of industrial and mining enterprises, colleges and universities, and scientific research units for chemical element analysis and high-temperature heat treatment such as quenching, annealing, and tempering of small steel parts; It can also be used for high-temperature heating such as sintering, dissolution, and analysis of metals, stone tools, and ceramics;
Product features of Yetuo SX2-2.5-10 split type box type resistance furnace
Microcomputer intelligent temperature controller, easy to operate, accurate, reliable, and comprehensive temperature control, with dual digital display of set temperature and measured temperature.
Optional, nine segment programmable controller, can simplify complex testing processes, truly achieve automatic control and operation with clever door structure design. The furnace door is easy to open and close, and after opening, the high temperature on the surface of the furnace door does not face the user, and the furnace door is platform shaped.
Microcomputer PID controller, easy to operate, accurate and reliable temperature control.
Corrosion resistant lightweight furnace ensures long-term use.
A good door seal reduces heat loss and increases the uniformity of temperature inside the furnace.
