DX8364 Building Component Fire Resistance Test Vertical Furnace and Horizontal Furnace (EN13381-8)
Horizontal furnace:
Test Scope:
- Reinforced concrete load-bearing walls with a single-sided fire area of 3000×3000 (mm), steel structure load-bearing walls with protective layer (fire-retardant coatings), light steel keel plate load-bearing walls, glulam load-bearing walls, etc., and temperature determination of selected points with different sections and different widths inside the wall.
2. Fire resistance test of non-bearing reconstructed fittings. Intelligent test device for fire resistance of non-load-bearing wall
The net size of the furnace is 4200×4800×1500 (mm), and the fire area of the specimen is 4200×4800 (mm)
Test scope: It can detect the fire resistance performance of symmetrical and asymmetrical structural samples under the same working conditions at the same time, such as: fireproof doors and windows, glass, fireproof plugging materials, etc., and can also carry out fire resistance tests on large fireproof partitions and fireproof partition components such as super-large firewalls, fireproof glass partition walls and fireproof roller shutters, with high efficiency, and can test several different or similar samples at the same time.
3. Intelligent test device for fire resistance of load-bearing column,
The net size of the furnace is 3000×3000×4700 (mm), and the fire height of the specimen is 3000~4600mm (the total height of the column is 3600~5200mm). The maximum cross-sectional size of the specimen is 800 mm× 800 mm or Φ800 mm.
The total axial load is 15000kN, and the upper and lower eccentric loads are 1000kN each.
Horizontal furnace:
Test Scope:
- Reinforced concrete load-bearing walls with a single-sided fire area of 3000×3000 (mm), steel structure load-bearing walls with protective layer (fire-retardant coatings), light steel keel plate load-bearing walls, glulam load-bearing walls, etc., and temperature determination of selected points with different sections and different widths inside the wall.
2. Fire resistance test of non-bearing reconstructed fittings. Intelligent test device for fire resistance of non-load-bearing wall
The net size of the furnace is 4200×4800×1500 (mm), and the fire area of the specimen is 4200×4800 (mm)
Test scope: It can detect the fire resistance performance of symmetrical and asymmetrical structural samples under the same working conditions at the same time, such as: fireproof doors and windows, glass, fireproof plugging materials, etc., and can also carry out fire resistance tests on large fireproof partitions and fireproof partition components such as super-large firewalls, fireproof glass partition walls and fireproof roller shutters, with high efficiency, and can test several different or similar samples at the same time.
3. Intelligent test device for fire resistance of load-bearing column,
The net size of the furnace is 3000×3000×4700 (mm), and the fire height of the specimen is 3000~4600mm (the total height of the column is 3600~5200mm). The maximum cross-sectional size of the specimen is 800 mm× 800 mm or Φ800 mm.
The total axial load is 15000kN, and the upper and lower eccentric loads are 1000kN each.
Scope of application: It is suitable for load-bearing and non-load-bearing components such as walls, beams, columns, floor, ceilings and roofs, and other structures, accessories or structures can be used as references. This testing machine is suitable for the test of all components of GB/T9978.1~9 and ISO834-1~9 standards.
Scope of application: It is suitable for load-bearing and non-load-bearing components such as walls, beams, columns, floor, ceilings and roofs, and other structures, accessories or structures can be used as references. This testing machine is suitable for the test of all components of GB/T9978.1~9 and ISO834-1~9 standards.
Main parameters:
Laboratory: 4.5M(length)x4.5M(width)x3.5M(height), the indoor use of high temperature insulation materials.
Loading device: Mechanical loading is adopted to move the overhead crane in the building. Homogeneous, central, pivotal, or eccentric loading can be simulated.
Supporting frame: connected to a wedge bracket on the frame by four rollers.
Thermocouples: including furnace thermocouples, backside heat couples, mobile thermocouples, internal thermocouples, and ambient temperature thermocouples are distributed in various areas.
Furnace pressure measurement probe: T-shaped measuring probe, measurement accuracy ± 2Pa
Specimen gap measuring probe: 6mm diameter ± 0.1mm diameter ±0.2mm diameter
Combustion system: gas distribution system (within 10 meters), flamethrower (not less than 20) and regulating valves
Combustion gas source: propane with purity of more than 95%, liquefied gas (provided by the user)
Gas flow: 0~100L/min Measurement accuracy 2.5 grade
Air flow: 0~50m3/min Measurement accuracy≤±0.5m3/min
Gas tank capacity: ≥50kg×6
Furnace temperature control system: the maximum sampling point is 10 points
ventilation system and control damper, etc
Measuring range of radiant heat on the backfire surface of the specimen: 0~10W/cm2
The temperature and pressure control in the furnace is realized by connecting the RS485 of the computer to the control system, and the DC output voltage of the combustion test sensors such as thermocouples and pressure sensors is converted into digital form, which can then be transmitted to the computer system for display and storage.
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