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LGD-3JCK touch screen control building materials flammability test furnace
1、 The combustible testing furnace for building materials, which is controlled by a touch screen, adopts a stainless steel box body. It is an upgraded
Product details
1、 Scope of use
The touch screen controlled building material flammability testing furnace adopts a stainless steel box body, which is an upgraded product with touch screen control, controllable automatic lifting of samples, and adjustable back and forth function of the built-in lamp. It is a high configuration building material combustion level testing instrument produced strictly in accordance with the national standard GB8626-2007. (The red part represents the parameters that are now mandatory for third-party testing units to accept)
The flammability test furnace for building materials is used to directly impact vertically placed samples with a small flame in a normal combustion environment to determine the flammability of building products. The flammability test furnace for building materials utilizes the Kleinbrenner principle from Germany to measure the combustion performance of B-grade building materials under direct impact of a small flame in the vertical direction (i.e. used for determining the combustion performance/flame retardant level of building materials at B-grade).
2、 Product functional features
1. The operation design conforms to ergonomics, and all experiments are completed through touch screen operation, with a high degree of automation. It can store previous test results and access previous test data;
2. Servo motor driven style rack with controllable automatic lifting and lowering;
3. The built-in lamp can be adjusted back and forth;
4.1.5mm stainless steel plate box body;
5.2 Tempered heat-resistant glass door double angle observation test, double (with lock) convenient and practical
6. High voltage automatic ignition, durable combustion;
7. The ignition source can automatically tilt at 45 degrees;
8. The flame height is adjusted through a precision control valve;
9. The sample holder can move up and down, as well as forward and backward;
10. Equipped with two types of sample clamps.
11. Flame measurement ruler;
12. High degree of automation, precise experimental data, and easy operation;
13. Box size: Width 835 x Depth 400 x Height 815mm
14. Material: 1.5mm stainless steel
15. The bottom of the box is a flat natural ventilation opening, which is composed of 5cm * 5cm square ventilation openings (a true 1.5mm thick steel plate ventilation opening, 50mm high) to maintain smooth airflow
16. Exquisite workmanship, truly solder free process
17. Touch screen display:
a. Size: 7-inch effective display size, length 15.5cm, width 8.6cm;
b. Resolution: 800 * 480
c. Communication interface RS232, 3.3V CMOS or TTL, serial port mode
d. Storage capacity: 1G
e. Using pure hardware FPGA driver for display, with "zero" startup time, it can run immediately upon power on
f. Adopting M3+FPGA architecture, M3 is responsible for instruction parsing, FPGA focuses on TFT display, leading in speed and reliability compared to similar solutions
g. The main controller adopts low-energy processors and automatically enters energy-saving mode
3、 Main technical parameters
1. Environmental temperature: 15 ℃~25 ℃;
2. Relative humidity: ≤ 85％；
3. Power supply voltage and power: 220V 50HZ 100W;
4. Gas source: Commercial propane with a purity of not less than 95%, which can also be replaced by liquefied petroleum gas in ordinary tests (users need to provide their own gas source for transportation safety);
5. Apply flame time of 15 seconds to the pattern of the Bunsei lamp
6. Single chip microcontroller control, digital display.
7. The burner aperture is Φ 0.17mm, the flame length of the burner is 20mm ± 2mm, and the burner can be tilted 45 °.
8. Apply a flame (1s-99s s) ± 0.5s to the sample, which can be adjusted arbitrarily with an accuracy of ± 0.2s.
9. Combustible gas source: Propane with a purity of over 95%.
Applicable standards:ISO11925-2:2002 E "Test Method for Flammability of Building Materials"
Design standards:GB/T8626-2007 "Test Method for Flammability of Building Materials"
In addition, GB8626-2007 4.10 requires that the wind speed device be optional. Recently, third-party testing units have mostly made requirements for acceptance, but the wind speed device was not purchased in the early stage and can be added later
The touch screen controlled building material flammability testing furnace adopts a stainless steel box body, which is an upgraded product with touch screen control, controllable automatic lifting of samples, and adjustable back and forth function of the built-in lamp. It is a high configuration building material combustion level testing instrument produced strictly in accordance with the national standard GB8626-2007. (The red part represents the parameters that are now mandatory for third-party testing units to accept)
The flammability test furnace for building materials is used to directly impact vertically placed samples with a small flame in a normal combustion environment to determine the flammability of building products. The flammability test furnace for building materials utilizes the Kleinbrenner principle from Germany to measure the combustion performance of B-grade building materials under direct impact of a small flame in the vertical direction (i.e. used for determining the combustion performance/flame retardant level of building materials at B-grade).
2、 Product functional features
1. The operation design conforms to ergonomics, and all experiments are completed through touch screen operation, with a high degree of automation. It can store previous test results and access previous test data;
2. Servo motor driven style rack with controllable automatic lifting and lowering;
3. The built-in lamp can be adjusted back and forth;
4.1.5mm stainless steel plate box body;
5.2 Tempered heat-resistant glass door double angle observation test, double (with lock) convenient and practical
6. High voltage automatic ignition, durable combustion;
7. The ignition source can automatically tilt at 45 degrees;
8. The flame height is adjusted through a precision control valve;
9. The sample holder can move up and down, as well as forward and backward;
10. Equipped with two types of sample clamps.
11. Flame measurement ruler;
12. High degree of automation, precise experimental data, and easy operation;
13. Box size: Width 835 x Depth 400 x Height 815mm
14. Material: 1.5mm stainless steel
15. The bottom of the box is a flat natural ventilation opening, which is composed of 5cm * 5cm square ventilation openings (a true 1.5mm thick steel plate ventilation opening, 50mm high) to maintain smooth airflow
16. Exquisite workmanship, truly solder free process
17. Touch screen display:
a. Size: 7-inch effective display size, length 15.5cm, width 8.6cm;
b. Resolution: 800 * 480
c. Communication interface RS232, 3.3V CMOS or TTL, serial port mode
d. Storage capacity: 1G
e. Using pure hardware FPGA driver for display, with "zero" startup time, it can run immediately upon power on
f. Adopting M3+FPGA architecture, M3 is responsible for instruction parsing, FPGA focuses on TFT display, leading in speed and reliability compared to similar solutions
g. The main controller adopts low-energy processors and automatically enters energy-saving mode
3、 Main technical parameters
1. Environmental temperature: 15 ℃~25 ℃;
2. Relative humidity: ≤ 85％；
3. Power supply voltage and power: 220V 50HZ 100W;
4. Gas source: Commercial propane with a purity of not less than 95%, which can also be replaced by liquefied petroleum gas in ordinary tests (users need to provide their own gas source for transportation safety);
5. Apply flame time of 15 seconds to the pattern of the Bunsei lamp
6. Single chip microcontroller control, digital display.
7. The burner aperture is Φ 0.17mm, the flame length of the burner is 20mm ± 2mm, and the burner can be tilted 45 °.
8. Apply a flame (1s-99s s) ± 0.5s to the sample, which can be adjusted arbitrarily with an accuracy of ± 0.2s.
9. Combustible gas source: Propane with a purity of over 95%.
Applicable standards:ISO11925-2:2002 E "Test Method for Flammability of Building Materials"
Design standards:GB/T8626-2007 "Test Method for Flammability of Building Materials"
In addition, GB8626-2007 4.10 requires that the wind speed device be optional. Recently, third-party testing units have mostly made requirements for acceptance, but the wind speed device was not purchased in the early stage and can be added later
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