Product Name:Fully automatic vacuum constant temperature box with air blowing (including cooling circulation system)

model:HSFBZK1500L

Main technical parameter indicators (this performance indicator can be measured at an ambient temperature of+5~+35 ℃):
1. Structure:
1.1 Studio size: Effective working size: height 1180mm, width 1150mm, depth 1100mm;
1.2 External dimensions: see schematic diagram;
1.3 Insulation layer thickness: 90mm;
1.4 Supporting feet; 100mm
1.5 Heater location: around the cavity;
1.6 Exhaust port position: Side, controlled by solenoid valve;
1.7 Exhaust port position: equipped with an inflation solenoid valve;
1.8 Door opening method: single door opening;
1.9 Control box position: right side;
1.10 Silicone rubber high-temperature resistant sealing ring;
1.11 Configure a water-cooled circulation system;
1.12 Configure the air circulation system;

2. Main performance:
2.1 Working temperature range: Room temperature+15 ℃~150 ℃;
2.2 Instrument accuracy: ± 1 ℃;
2.3 Temperature uniformity: ± 5 ℃ (empty box, 120 ℃, stable for 2 hours);
2.4 Heating time: ≤ 120 minutes (empty box, 25 ℃~120 ℃); Cooling time: ≤ 240 minutes (empty box, 150 ℃~85 ℃);
2.5 Temperature control method: PID regulation;
2.6 Vacuum degree: Within 30 minutes to 10Pa
2.7 24-hour average air leakage rate: ≤ 100Pa/h;
2.8 Outer surface temperature of the box: ≤ room temperature+20 ℃;

3. Electrical capacity:
3.1 Power Supply: AC380V 3-phase 4-wire 50Hz
3.2 Heating power: 15KW;
3.3 Blowing power: 370W
3.4 Current: 25A
3.5 Air switch capacity: 30A
4. Security device:
4.1 Air switch (to prevent overcurrent and short circuit)
4.2 Overcurrent protection (preventing excessive current)
4.3 Over temperature protection (to prevent the studio temperature from being too high and protect the product), over temperature alarm

5. Other functional requirements that can be met
5.1 The equipment operation control system is controlled by PLC program and can be programmed for more than 9 steps. The touch screen adopts Mitsubishi brand.
5.2 Temperature control: PID control SSR switch is used for temperature control. The temperature sensor adopts K-type double protection shell thermocouple. When the studio temperature exceeds the set value of 5 ℃, stop heating and sound an alarm.
5.3 Safety functions: Heating is equipped with over temperature protection, vacuum alarm, nitrogen pressure alarm, compressed air pressure alarm, cooling water flow alarm, fan overload alarm, emergency stop button, and leakage protection.
5.4 The total weight of the equipment is less than 2500Kg
5.5 The vacuum pump and pipeline shall be provided by the manufacturer.
The 5.6 program can control the interval setting time to charge a certain amount of nitrogen gas, and automatically run after setting the program.
5.7 Vacuum degree and temperature can be freely adjusted, and can be automatically maintained under a fixed temperature and a certain range of vacuum degree conditions.
The equipment control system is controlled by PLC program, with uniform temperature and reliable vacuum degree. Automatic timing: When the temperature rises to the set value, the device starts timing. When the timing reaches the set value, the device stops heating and is in a vacuum holding state. The process has password protection function. PLC can automatically collect and store temperature and vacuum data during the drying process, and record and save them.
5.9 The vacuum pump is automatically controlled by a digital vacuum gauge.
The sealing ring of the door of the 5.10 vacuum box ensures oil and heat resistance, is not easily detached, and is easy to replace.
5.11 The box should have heating tubes on all sides, including the top, bottom, left, and right. Four sets of heating tubes should be controlled using separate thermocouples and PID control units. There is a fan inside the box to ensure uniform temperature distribution, and thermocouples are installed at the fan circulation points to detect and control the temperature under normal atmospheric pressure.
5.12 Provide instructions for equipment operation, maintenance, repair, and common fault analysis.