ZY6248門和卷簾耐火試驗爐測試儀試驗機裝置
Doors and rolling tester machine fire test furnace device
1、符合標準:Conform to the standard:
符合GB/T7633-2008《門和卷簾的耐火試驗方法》
ISO3008-2007《耐火試驗 門和卷簾總成》
GB/T9978.1-2008《建筑構件耐火試驗方法 一部分:通用試驗要求》;
符合NFPA《防火門耐火試驗方法》
In line with the GB/T7633-2008 "doors and rolling of refractory test method"
ISO3008-2007 "fire test Doors and rolling assembly"
GB/T9978.1-2008 "construction fire test method is the first part: the general test requirements;
Meets NFPA fire doors fire test method,
2、適用范圍:Scope of application:
適用于安裝在垂直分隔構件開口處的門和卷簾總成的耐火試驗;如鉸鏈門、樞軸門、水平滑動門、垂直滑動門、(包括鏈接滑
動門和分段門)、卷簾門、其他滑動、折疊門、翻板門、可在墻中移動的板等等的耐火性能試驗。
建筑用有樘門\無樘門和卷簾的
Suitable for installation in the vertical space component of opening doors and rolling assembly fire test;
Such as hinge door, the door pivot vertical, horizontal sliding doors, sliding doors, sliding doors (including
link and sectional door), shutter, other sliding, folding door, shutter door, can move in wall plate and so on
refractory performance test.
Building has grown two millimeters a door has grown two millimeters \ no doors and rolling
3、主要性能參數:The main performance parameters:
1、儀器由耐火試驗爐、氣體流量測量系統、溫度測量系統和壓力測量及控制系統組成;
2、爐體結構采用鋼結構框架,在鋼結構框架中間用耐火磚砌成爐壁,爐壁內側采用耐高溫的隔熱材料,密度大于
1000kg/M3。爐內溫度測試溫度高達1450℃;
3、溫度測量系統分爐內熱電偶、背火面熱電偶、移動熱電偶、環境熱電偶;
4、爐內壓力測量為T形測量探頭,測量精度±2pa;
5、燃燒噴燈在兩側爐壁內嵌,提供爐膛內升溫所需的熱量;
6、觀火孔:在爐體后側壁設有觀火孔,用來觀察試驗時試件受火面和火焰的情況;
7、電氣控制部分:采用嵌入式一體化工控機的MCGS組態軟件和PLC程序,包括:主控界面,爐溫曲線界面,試件溫度界面
,歷史記錄界面和參數確定界面;
8、爐內溫度和壓力控制通過計算機的RS485連接到控制系統實現, 燃燒測試的傳感器如熱電偶和壓力傳感器的直流輸出電
壓轉化為數字形式,然后可以傳遞到計算機系統顯示和存儲;
9、采用多位采集卡,收集各路的溫度、壓力、流量等多方面的數據,經微機分析、處理和控制產生實時再現的燃
燒時的真實信息,并經微機分析判定其的燃燒特性;
1, the instruments by the fire test furnace, gas flow measurement system, temperature measurement system and
pressure measurement and control system;
2, furnace steel frame structure, the structure is in the middle of the steel structure framework with
refractory brick build by laying bricks or stones into the furnace wall, furnace wall inside the use of high
temperature resistant insulation materials, density is greater than 1000 kg/M3. Furnace temperature test
temperature as high as 1450 ℃;
3, points in furnace thermocouple temperature measurement system, back fire surface thermocouple, mobile
thermocouple, thermocouple environment;
4, furnace pressure measurement for T measuring probe, measuring accuracy + / - 2 pa;
5, combustion burner in embedded on both sides of the furnace wall, the heat to provide the temperature in the
hearth;
6, the concept of fire hole: after the furnace wall is equipped with fire hole, used to observing test
specimen by the fire and flame;
7, electrical control part: adopting the integration of embedded industrial control of the MCGS configuration
software and PLC program, including: the main control interface, interface temperature curve, sample
temperature interface, historical records and parameters determine the interface;
8, furnace temperature and pressure control of RS485 is connected to the control system by computer,
combustion test sensors such as thermocouple and pressure sensor of the dc output voltage is converted into
digital form, which can then be passed to the computer system display and storage;
More than 9, with high precision acquisition card, collect each of various data such as temperature, pressure,
flow rate, the computer analysis, processing and real time control of the true information when burning, and
the computer analysis for determining the combustion characteristic;
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