Dust Cloud Minimum Ignition Energy Tester
The instruments for determining the Minimum Ignition Energy (MIE) of dust clouds, disperses a certain mass of dust sample into a Hartmann tube using compressed air at a specific pressure to form a dust cloud. The cloud is ignited using a designated spark energy, and a series of tests are conducted to find the dust sample’s MIE. The instrument reflects the sensitivity of dust ignition from an energy perspective and is used to evaluate the potential explosion risk of dust clouds.
Test Parameters
Minimum Ignition Energy
Applicable Fields
Combustible Dust
Keywords
Mie Testing, Dust Explosion Testing, Dust Explosion Properties Testing
Features
Specifications
Applications
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Q&A
Features
Specifications
| Operating Environment | 5℃ to 45℃, <85%RH |
| Standard Mode Spark Energy | 1mJ, 3mJ, 10mJ, 30mJ, 100mJ, 300mJ, 1000mJ, 3000mJ |
| Spark Energy | 1mJ to 3000mJ, customizable in 1mJ steps |
| Charging Voltage | 0 to 15kV |
| Discharge Load | No load, 1mH inductive load |
| Experimental Container | 1.2L Hartmann tube |
| Electrodes | Diameter 2mm tungsten electrodes |
| Electrode Distance | 2mm to 10mm, adjustable |
| Electrode Triggering Method | High voltage relay trigger, moving electrode trigger |
| Ignition Delay Time | 20ms to 180ms, adjustable |
| Powder Pressure | 0.4Mpa to 0.7MPa, adjustable |
| Interface | USB*2 |
| Power Supply | 90V to 260V, 47Hz to 63Hz |
| Power | 300W |
| Dimensions | 840mm × 500mm × 850mm (with exhaust hood), 840mm × 500mm × 460mm (without exhaust hood) |
Applications
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Videos
Instruction
Micro-volume continuous closed flash point meter
VP TE-1000A
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