|
2、 Equipment structure and performance
|
|
Number
|
entry name
|
Specification parameters
|
|
2.1
|
Outer box material
|
Cold rolled steel plate with a thickness of 1.2mm, double-sided spraying, and color code designated by Party A;
|
|
2.2
|
Inner box material
|
SUS304 # stainless steel plate with a thickness of 1.0mm;
|
|
2.3
|
Insulation layer
|
The insulation layer of the entire inner box has a thickness of 100mm, and is made of fire-resistant high-strength PU foam insulation material (which has more heat insulation and fire resistance effects than ordinary PU). The insulation coefficient is less than 0.0212 kcal/m ∙ hr;
|
|
2.4
|
Box door
|
Single door, right door, double-layer silicone rubber sealing strip is used between the door and the box, which is high and low temperature resistant, anti-aging, and ensures the sealing performance. The door frame and the door edge are equipped with anti condensation and anti frost electric heating devices;
|
|
2.5
|
Observation window
|
There is a multi-layer vacuum glass observation window attached to the door, with a visible area greater than W270 * H320mm. It is equipped with an electric heating (automatic adjustment) anti frost and anti condensation device. The outside of the window is a DC 12V LED energy-saving light, allowing you to clearly observe the test status of the test sample inside the box at any time through the observation window;
|
|
2.6
|
Stainless steel hinge
|
High strength stainless steel hinges are installed on the left side of the box door. A single hinge can withstand a continuous force of 3 tons when stretched horizontally, and can be bent in the opposite direction. The two hinges completely deform and merge into one without breaking;
|
|
2.7
|
Stainless steel door lock
|
The door lock adopts a strong stainless steel hook lock, which can withstand a force of 2 tons in one direction;
|
|
2.8
|
Explosion proof chain
|
If a large explosion occurs during the test process and the test box door is blown away, it will cause injuries and other incidents. Therefore, we installed an explosion-proof stainless steel chain with a diameter of 8mm between the door and the door frame. Even if the box door falls off and flies up, this chain is still connected, which will not fly far and cannot cause secondary injuries.
|
|
2.9
|
Explosion proof pressure relief system
|
Install one pressure relief door on the side, with a size of 300 * 300mm. When the pressure inside the box is too high, open the pressure relief door to quickly release the pressure inside the box, ensuring the safety of the equipment;
|
|
2.10
|
Test hole
|
Install 2 sets on each side of each chamber Φ 100MM test holes, a total of 8 sets, with silicone plugs and stainless steel covers;
|
|
2.11
|
Sample rack
|
Height adjustable stainless steel sample holder with 2 layers, surface insulation treatment, load-bearing capacity ≥ 50kg
|
|
2.12
|
Pressure balancing hole
|
Install one set of pressure balancing holes inside the box to balance the pressure inside and outside the box and avoid deformation of the box;
|
|
2.13
|
Castor foot cup
|
The equipment is equipped with 4 sets of universal wheels and foot cups, making it easy to move, fix, and adjust the level of the equipment
|
|
2.14
|
Tricolor lamp
|
Each chamber is equipped with a three color light with a buzzer and operates independently.
|
|
2.15
|
Smoke sensing system
|
Each chamber is connected in parallel with two smoke sensing systems, which can quickly sound and light alarms when smoke is generated inside the box. Due to the high and low temperature circulation inside the box, the smoke sensor is easily damaged. Therefore, installing the smoke sensor outside the box and using a micro air pump to constantly pump the air inside the box into the smoke sensor can avoid damage to the smoke sensor. At the same time, the smoke sensing system is linked with the equipment. When the smoke sensing alarm is triggered, the environmental box stops running, and the blower starts to quickly discharge the smoke;
|
|
2.16
|
Smoke exhaust system
|
There is a smoke exhaust port installed on the back of the box, and a flange connection port with a diameter of 100mm is reserved for the smoke exhaust system pipeline, which is connected to the internal smoke exhaust pipeline of the factory and manually controlled.
|
|
2.17
|
Fire extinguishing system
|
When smoke is generated in the testing area, the equipment automatically monitors it through smoke sensors (using a suction type smoke alarm device to prevent damage to the alarm due to high gas temperature), and turns on the water-based fire extinguisher to manually/automatically extinguish the fire;
|
|
2.18
|
socket
|
One 220V socket is configured on the box side
|
