Availability: | |
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Model | GA3202 |
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Heating Steps | 9 Steps |
Temperature Range (Nominal Temperature) | 20℃-3000℃ |
Slope Heating Time | 0-999s |
Heating Holding Time | 1s~999s (the sum of both time should be less than 999 seconds) |
Inert Gas Needed | Argon, pressure of entry larger than 0.3Mpa |
Cooling Water | Tap water or cycling water, flow rate no less than 2L/min |
Output | LCD |
Power Source | 220V±22V, 50Hz±1Hz, 3A 220V±22V, 50Hz±1Hz, 30A |
Power | 5.1kW for 220V on about 2700℃ |
Ambient Temperature | +10℃ - +30℃ |
Relative Humidity | Less than 85% |
Instrument Rating Power | 7.2kW |
Gas pressure alarm, furnace overheated alarm | |
Interface with Atomic absorption spectrophotometer, autosampler and RS232 | |
High-power temperature heating function (1000℃~2700℃) | |
Test sample together with atom absorption equipment. Cd ≤1×10^-12g; Cu ≤1×10^-10g |
Model | GA3202 |
---|---|
Heating Steps | 9 Steps |
Temperature Range (Nominal Temperature) | 20℃-3000℃ |
Slope Heating Time | 0-999s |
Heating Holding Time | 1s~999s (the sum of both time should be less than 999 seconds) |
Inert Gas Needed | Argon, pressure of entry larger than 0.3Mpa |
Cooling Water | Tap water or cycling water, flow rate no less than 2L/min |
Output | LCD |
Power Source | 220V±22V, 50Hz±1Hz, 3A 220V±22V, 50Hz±1Hz, 30A |
Power | 5.1kW for 220V on about 2700℃ |
Ambient Temperature | +10℃ - +30℃ |
Relative Humidity | Less than 85% |
Instrument Rating Power | 7.2kW |
Gas pressure alarm, furnace overheated alarm | |
Interface with Atomic absorption spectrophotometer, autosampler and RS232 | |
High-power temperature heating function (1000℃~2700℃) | |
Test sample together with atom absorption equipment. Cd ≤1×10^-12g; Cu ≤1×10^-10g |