The industrial oven is composed of angle steel and thin steel plate, and the box is reinforced. The outer surface is repainted, and the space between the outer shell and the inner liner is filled with aluminum silicate fibers to form a reliable insulation layer. The industrial oven has a wide range of applications and can dry various industrial materials. It is a universal drying equipment. Automotive parts testing, high-temperature oven repair manufacturer

High temperature hot air circulation drying oven CZ-905B, high temperature hot air circulation drying oven CZ-1005B

characteristic:

Externally treated with SECC steel plate and fine powder baking paint; Internally made of SUS (201304) stainless steel

New high-temperature resistant long axis motor

Turbofan

High-temperature resistant fiber

Overtemperature protection: Strong load automatic power-off system

Circulation method: forced horizontal air supply circulation

Heating method: PID+S.S.R

Temperature range: room temperature+20~500 ℃

Temperature controller: PID microcomputer control

Timer: Warm up timer; Time to cut off heating current

This machine is also equipped with a 400 ℃ oven, which can be selected for execution and compliance with standards and testing methods

GB11158-89 Technical Conditions for High Temperature Test Chamber GB2423.2-89 Specification for High Temperature Test Methods

Product details:

Automotive parts testing, high-temperature oven repair manufacturer

Controller (SP790): Original imported LCD display film key controller,

● Control method: Temperature can be controlled by program alternating control,

● Program group capacity: 300 patterns/300 steps, segment runtime * 99 hours and 59 minutes,

Equipped with power-off memory function, it can continue to perform unfinished tests after power is restored,

Can be connected to an RS232 interface with a computer, allowing for complete recording of temperature test curves.

characteristic:

Externally treated with SECC steel plate and fine powder baking paint; Internally made of SUS stainless steel

New high-temperature resistant long axis motor

Turbofan

Silicon Packing

Overtemperature protection: overload automatic power-off system

Circulation method: forced horizontal air supply circulation

Heating method: PID+S.S.R

Temperature range: Room temperature+20~260 ℃ (300 ℃). Follow the standards and test methods:

GB11158-89 Technical Conditions for High Temperature Test Chamber GB2423.2-89 Specification for High Temperature Test Methods

Daily maintenance

1. Clean the surface and interior dust to keep the machine clean and hygienic.

2. Check if the current on the ammeter is the same as normal. If there is any abnormality, notify the maintenance worker for inspection.

3. If there is a sudden power outage, the heating switch should be turned off to prevent automatic startup when power is restored.

4. Check if the fan is running normally and if there are any abnormal sounds. If there are any, immediately shut down the machine and notify the maintenance worker for inspection.

Monthly maintenance

1. Check if the ventilation opening is blocked and clean the accumulated dust.

2. Whether the fan is running normally and whether it is reversing.

3. The repairman checks if the current is normal.

4. Check if the thermostat is accurate. If not, adjust the static compensation or sensor correction value of the thermostat.

5. Check if the heating tube is damaged and if the circuit is aging.

6. Check whether the delay device is accurate and whether the error is allowed.

7. For more precautions, please contact and communicate with Biao Wang Industrial Equipment.

Choose a temperature 10 degrees higher than the actual usage temperature. According to the process requirements, calculate the actual required temperature difference to ensure the baking effect. For example, if the temperature used is 150 degrees, 220 degrees, 360 degrees, 440 degrees, and the design temperature is set to 500 degrees. 4 temperatures, if they are the same product. It is recommended to use thyristors for control. Different products have slightly larger temperature differences when used at low temperatures. The actual usage effect of 150 degrees and 220 degrees is not as good as that of a low-temperature oven. Using a medium temperature 500 degree oven, the temperature difference for baking at 150 degrees is 2-5 degrees higher than that of a low temperature 250 degree oven. It also depends on the quality of the manufacturer's equipment. Ovens are divided into low temperature (0-250 degrees), medium temperature (250-600 degrees), and high temperature (600-1500 degrees). If the temperature exceeds 1200 degrees, the company recommends using carbon silicon rods for heating, which can be selected according to the process requirements of the product.