Explosion Proof Ovens from ATMARS are designed for safe heat treatment and drying processes of materials with high solvent content in industries such as aerospace, chemical, paint and basic materials. A wide variety of explosion-proof oven options are available to you.
Explosion Proof Ovens from ATMARS are designed for safe heat treatment and drying processes of materials with high solvent content in industries such as aerospace, chemical, paint and basic materials. A wide variety of explosion-proof oven options are available to you.
Product Description:
Compared with traditional ovens, the explosion-proof oven can effectively eliminate the explosion caused by baking and prone to expand objects or operations due to excessive internal air pressure oven swelling. ATMARS explosion-proof oven adopts a reliable triple explosion-proof design: explosion-proof port, explosion-proof door locks, and pressure leakage valves.
Product Description:
Compared with traditional ovens, the explosion-proof oven can effectively eliminate the explosion caused by baking and prone to expand objects or operations due to excessive internal air pressure oven swelling. ATMARS explosion-proof oven adopts a reliable triple explosion-proof design: explosion-proof port, explosion-proof door locks, and pressure leakage valves.
*Specifications of AOE series explosion-proof oven | ||
Model |
AOE-90A |
|
Performance |
Temperature Range |
RT +20°C ~ +200°C |
Temperature Fluctuation |
±0.3°C (RT~ +100°C); ±0.4°C (+101°C ~ +200°C) |
|
Temperature Uniformity |
≤ ±1.0°C (RT ~ +100°C); ≤ ±1.5°C (+101°C ~ +200°C) |
|
Temperature Deviation |
≤ ±2.0°C |
|
Heat-up Rate |
RT+20°C ~ +200°C, ≤ 40min |
|
Heating Up And Overshoot |
≤ ±2.0°C |
|
Explosion-Proof Port |
When the test piece items explode, the internal pressure is too large, the explosion-proof port valve will be automatically bounced; the safety exhaust holes can release the pressure that suddenly increases due to explosion in the chamber; With explosion-proof exhaust pipes, protective wire networks, insulation coats, external metal boards |
|
Explosion Door |
Increase the stainless steel chain of the door lock position and the line position, ensuring that even when the door is bounced, the buffer effect is 12MPa |
|
Noise |
≤ 65dB |
|
Volume |
90L |
|
Inner Dimension(mm) |
W450 * H450 * D450mm |
|
Exterior Dimension(mm) |
W790 * H1150 * D720mm |
|
Material |
Interior Material |
SUS 304# stainless steel |
Exterior Material |
Powder Coated Carbon Steel Plates |
|
Insulation Material |
Rock wool |
|
Sealing Material |
Silicone seal |
|
System |
Heater |
Nickel chromium alloy electric wire |
Controller |
Korea ST-570; Program/fixed value operation method; remote communication operation mode |
|
Safety Measures |
Power supply is under-phase protection; the test item ultra-temperature protection is independent; set on the operation panel); the total power leakage protection switch, the heater ultra-temperature protection switch; the control circuit crossing the current fuse protection; the sample power control terminal; explosion detection limit switch; high-temperature door lock detection switch |
|
Accessories |
2 Sets of Stainless Steel Sample Shelves; 1 cable hole; 4 foot wheels. |
|
Equipment Environment |
1. Environmental temperature: +5 ° C ~ +35 ° C; 2. Relative humidity: <85%RH; 3. Atmospheric pressure: 80kPa ~ 106kPa; 4. There are no strong vibrations around |
|
Power Supply |
AC 220 (10%) V (50+0.5) H single phase and two lines+protection ground line |
|
Power |
3.0 KW |
|
▲Custom sizes and configurations are available. |
*Specifications of AOE series explosion-proof oven | ||
Model |
AOE-90A |
|
Performance |
Temperature Range |
RT +20°C ~ +200°C |
Temperature Fluctuation |
±0.3°C (RT~ +100°C); ±0.4°C (+101°C ~ +200°C) |
|
Temperature Uniformity |
≤ ±1.0°C (RT ~ +100°C); ≤ ±1.5°C (+101°C ~ +200°C) |
|
Temperature Deviation |
≤ ±2.0°C |
|
Heat-up Rate |
RT+20°C ~ +200°C, ≤ 40min |
|
Heating Up And Overshoot |
≤ ±2.0°C |
|
Explosion-Proof Port |
When the test piece items explode, the internal pressure is too large, the explosion-proof port valve will be automatically bounced; the safety exhaust holes can release the pressure that suddenly increases due to explosion in the chamber; With explosion-proof exhaust pipes, protective wire networks, insulation coats, external metal boards |
|
Explosion Door |
Increase the stainless steel chain of the door lock position and the line position, ensuring that even when the door is bounced, the buffer effect is 12MPa |
|
Noise |
≤ 65dB |
|
Volume |
90L |
|
Inner Dimension(mm) |
W450 * H450 * D450mm |
|
Exterior Dimension(mm) |
W790 * H1150 * D720mm |
|
Material |
Interior Material |
SUS 304# stainless steel |
Exterior Material |
Powder Coated Carbon Steel Plates |
|
Insulation Material |
Rock wool |
|
Sealing Material |
Silicone seal |
|
System |
Heater |
Nickel chromium alloy electric wire |
Controller |
Korea ST-570; Program/fixed value operation method; remote communication operation mode |
|
Safety Measures |
Power supply is under-phase protection; the test item ultra-temperature protection is independent; set on the operation panel); the total power leakage protection switch, the heater ultra-temperature protection switch; the control circuit crossing the current fuse protection; the sample power control terminal; explosion detection limit switch; high-temperature door lock detection switch |
|
Accessories |
2 Sets of Stainless Steel Sample Shelves; 1 cable hole; 4 foot wheels. |
|
Equipment Environment |
1. Environmental temperature: +5 ° C ~ +35 ° C; 2. Relative humidity: <85%RH; 3. Atmospheric pressure: 80kPa ~ 106kPa; 4. There are no strong vibrations around |
|
Power Supply |
AC 220 (10%) V (50+0.5) H single phase and two lines+protection ground line |
|
Power |
3.0 KW |
|
▲Custom sizes and configurations are available. |