Medical Hot Air Oven IC Chip Industrial Constant Temperature Oven PCB Ceramic Automotive Parts Ink Industrial Oven
1. Introduction:
A hot air circulation oven generally has a heating tube, and an oven with a circulation fan can be called a hot air circulation oven. Because no matter what structure of the oven, whether the wind direction is horizontal or vertical, in the final analysis, it is hot air circulating inside, so it can be commonly referred to as a hot air circulation oven
2. Working principle:
The air circulation system of the hot air circulation oven adopts a fan circulation air supply method, with uniform air circulation. The air source of the hot air circulation oven is driven by a circulating air supply motor (using a contactless switch) to drive the wind wheel. The hot air is sent out through the heater, and then through the air duct to the inner chamber of the oven. The used air is sucked into the air duct to become the air source for further circulation. Heating is used to ensure the uniformity of indoor temperature. When the temperature value swings due to the action of opening and closing the door, the supply air circulation system quickly returns to the operating system until the set temperature value is reached
3. Purpose:
The hot air circulation oven is used for heating, curing, drying, and dehydration of materials in industries such as medicine, chemical, food, agricultural and sideline products, aquatic products, and light industry. Such as raw materials, traditional Chinese medicine drinking water, extracts, powders, granules, dehydrated vegetables, etc
4. Scope of application:
The hot air oven is suitable for baking items with chemical gases and food processing to be baked, curing ink, drying spray film, etc. Widely applicable for precision baking, drying, water return, preheating, shaping, processing, etc. in electronics, motors, communication, electroplating, plastics, hardware and chemical engineering, instruments, printing, pharmaceutical, PCB board, powder, impregnation, spraying, glass, wooden building materials, etc; Internal heat circulation ensures even heating of baked items.
Specifications
Model |
Inner size (W * D * H, mm) |
External dimensions (W * D * H, mm) |
Power specifications |
Gate-type |
Maximum temperature ℃ |
Temperature homogeneity |
Operation panel position |
SIMY -1 |
450*400*400 |
750*580*980 |
220V 3KVA |
Simple gate |
200 |
±2% |
lower part |
SIMY -2 |
500*500*600 |
800*690*1280 |
380V 5KVA |
Simple gate |
200 |
+2% |
Superjacent |
SIMY -2F-2D |
600*500*450 |
1240*690*1480 |
380V 7KVA |
Double door and double control |
200 |
+2% |
Double box to the right |
SIMY -2F-3D |
700*500*400 |
1340*990*1580 |
380V 9KVA |
Three doors and three controls |
200 |
±2% |
Offside |
SIMY -2F-4D |
360*600*450 |
1550*790*1680 |
380V 12KVA |
Four door four control |
200 |
±2% |
Offside |
SIMY -3 |
620*500*900 |
980*690*1580 |
380V 6KVA |
Simple gate |
200 |
+2% |
Superjacent |
SIMY -3F |
600*600*600 |
9B0*790*1280 |
380V 6KVA |
Simple gate |
200 |
12% |
Offside |
SIMY -3F-2D |
700*640*600 |
1350*850*1680 |
380V 9KVA |
Double door and double control |
200 |
+2% |
Double box to the right |
SIMY -3F-2D |
700*700*500 |
1350*950*1620 |
380V 9KVA |
Double door and double control |
200 |
±2% |
Double box to the right |