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Suzhou TESTech Instrument Technologies Co., Ltd.

ISO 834, Fire Test, Flammable Test manufacturer / supplier in China, offering Vertical Fire Testing Furnace En1363-1, ISO 834 (FTech-EN1363-1), Perspiration Fastness Testing Machine, ISO105 (FTech-ISO105), Nbs Smoke Density Chamber and so on.

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Supplier Homepage Product Building Material Fire Tester Vertical Fire Testing Furnace En1363-1, ISO 834 (FTech-EN1363-1)

Vertical Fire Testing Furnace En1363-1, ISO 834 (FTech-EN1363-1)

FOB Price: US $1,000-9,000 / Piece
Min. Order: 1 Piece
Min. Order FOB Price
1 Piece US $1,000-9,000/ Piece
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Port: Shanghai, China
Production Capacity: 100
Payment Terms: L/C, T/T

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Basic Info
  • Model NO.: FTech-EN1363-1
  • Mass Scope of Workpiece: <900kg
  • Maxcapacity: <1000KN
  • Load Way: Electronic Load
  • Display: Digital
  • Weight: 100-500Kg
  • Oil Cylinder Position: Top
  • Trademark: TESTech
  • Specification: 2000*800*2000
  • HS Code: 90248000
  • Max Diameter of Workpiece: <500mm
  • Type: Material Testing Machine
  • Accuracy Grade: 0.5
  • Loading Method: Static Load
  • Control: Computer Control
  • Power Source: AC220V
  • Theory: Oxygen Consumption
  • Transport Package: Wooden Package
  • Origin: China
Product Description
                     Vertical Fire Testing Furnace En1363-1, ISO 834 (FTech-EN1363-1)
Company Profile               
TESTech Instrument(Suzhou) Technologies is founded by engineering professionals familiar with the highest international standard of quality, reliability and service.  We are committed to meeting and serving the comprehensive needs of industry and research labs in the testing and development of fire-prevention and retardant materials, systems and instruments.  Whether you need fire test equipment development, production, sales or service, contact us for one-stop solution. We're China's best fire-testing resource, so let us exceed your expectations!
Our major products include flame retardant testing instrument for building materials,cables and wires,Plastic Products,exterior wall thermal insulation materials,doors and windows,house furnishings, flooring materials,ornament materials, fire retardant coating,building elements,firefighting devices,ships,and so on.At the same time,we provide professional combustion test boxes as well as the project design, construction, technical consultation, training and other professional services.
 Vertical Fire Testing Furnace En1363-1, ISO 834 (FTech-EN1363-1)
Description:
Fire resistance performance of material provide important information for evaluation samples and Assembly properties. Testech Vertical Fire Testing Furnace is a quantitative method of material vertical position and ability to withstand high temperatures. This furnaces can be used for evaluation of fire resistant products, such as walls, doors, air dampers, connections and infiltration sealing agent. Evaluation samples a number of features, including load-carrying capacity, fire control, heat transfer, and so on.
The fire resistance test furnace is designed to comply with the relevant parts of building materials in fire resistance test of EN1363-1,1363-2 hydrocarbon curve and relevant requirements of ISO standard 834, and is similar to other States of the relevant provisions. The equipment was specifically designed and after years of improvement, formed a kind of test specimens configuring reliable and accurate methods and necessary part of the combustion chamber, which can be placed on the combustion chamber contains samples of various types of restrictive framework. The control at a specific time, temperature and pressure conditions, the response to heating of the sample to evaluate specific performance standards.
The furnace in the production and installation of lining and tested in the factory, According to your preset function, disassemble into parts packed into trailers suitable for heavy transport.



Model:FTech-EN1363-1
Standards:EN1363-1,ISO 834 
Design features:
•The inner space of this fire resistance test furnace is 3000mm (w) x 3000mm (h) x 1300mm (d), Lined with 1400 class insulation bricks, refractory filling block and the slag plate.furnace top laying with special-shaped brick and lined with refractory material in situ.
• In some regions apply diatomaceous earth insulation and the super thermal insulation material at low temperature, in a hazardous area area and base of the combustion chamber all for to cement the connection as much as possible using the 42% dense alumina refractory brick lining in the 6-hour high temperature during the test will provide sufficient insulation.
• Fixation of available customized vertical test samples for testing
• Refractory insulation brick used in heat-resistant lining, refractory filling block and the slag plate
• Top shop special-shaped brick and lined with refractory material
• Furnace using low carbon steel, reinforced with c channel steel and h-beams, steel resolve hot deformation
• Sample fixed boxes mounted on the furnace front, fixed by four sets of doors
• Cold noodles with inorganic fiber pad, heat-resistant insulated bricks along the wall pad, shop in situ high temperature block
• Four observation port is located on the long side of the wall, use a heat-resistant quartz glass, clever, convenient operators watch the whole sample in a test case
• Air cooler insulating frame lightweight aluminum fiberboard sliding doors without using a observation port, slide the door blocking the oven available in the heat
• Twelve specialized luminous flame burner. Each fuel burners are fitted with flame supervision devices to ensure combustion combustion safety
• Use button switches at any time automatically inserted into the mouth, according to the preset heat curve light burning mouth, such as the BS 476-DI20-24bu, EN 1363 and IMO the hydrocarbon curve. Manual control can be lit to specify burning mouth burning mouth.
• The three genuine leaks smoke cross section is circular, each of which contains an airlock. These three air brakes is a round of high-level stainless steel structure and its shaft water cooling. Flue liner here for biodegradable ceramic fiber material.
• Furnace using low carbon steel, reinforced with c channel steel and h-beams, solve the thermal deformation of the steel issue, designed as a strong deformation structures. Strengthening plates for burners, hole, thermocouples, pressure and monitoring points provide holes. Steel frame is designed to ensure that you have considered the use function. The durable nature of the equipment to ensure its life expectancy in a test environment.
 
Technical feature:
In line with the latest regulations of the thermocouple, location and design.
Would provide the nine thermocouples in the posterior wall of the furnace. Accessories in the packaging, we will supply the right kind of nickel-iron alloy pipes, to support the delivery of the thermocouple.
In line with the latest regulations of pressure points, location and design.

Place 2 on each side of the combustion chamber wall of nickel-iron alloy pipes, end of the tube "t" shape. Pressure points are all connected to the field wiring of inverter.
LP gas industrial high temperature light soft flame burner.

Burner upright position, 6 on each side wall about burning mouth. Burning mouth using LPG. Equipped with all fire safety systems, intermittent ignition systems, and temperature sensors.
Lifting frame and the fixed sample box.
Two sets of frameworks used in vertical samples. High temperature resistance of precast blocks arranged in a stainless steel frame, high temperature and lining. These frameworks are to be load-bearing framework. Another separate lifting with two side hooks for lifting samples box to the furnace. Vertical and horizontal sample box easily into the furnace.
Refractory lining of the connection pipe and chimney.
Chimneys made of low carbon steel 9mm, the former 6m with heat-resistant inner lining. On top of the chimney into the furnace high temperature at least 3 metres from the location, but also according to the required specifications for design of chimney.
Burner air intake fan.
Combustion air system is pumping well before the current test.
Temperature sensors and pressure gauge.
Equipped with 9 K-type thermocouple, one flat type thermocouple, a pressure gauge and a thermocouple at normal temperature for assembly.
Observation window

After four in the furnace wall, made of heat-resistant glass, air cooled, connect the supply tubes and stainless steel insulated thermal panels. Alternatives to the viewers is the aperture of the camera.
Motorized Pressure Controlled Dampers
Gas will go through three openings into the ducts to the furnace back, then to theflue of a common ground. The three air brake is driven by the motor,control the pressure of combustion chamber . The air brake has to be cooled by water and it requires customers to provide water and drainage.
Electrical installation
All solenoid valves, safe box, spark plugs, fire detectors, vacuum and overpressure switch, electric valves and lock in the security limit switch will be made to connect field wiring terminal junction box by the installation engineer.
PLC and computer control

PLC systems formed by Siemens PLC CPU and SIEMENS Compatible Remote I/O. Fire data management software is written according to customer's requirements to collect and store test data.It meets BS 476 part 20-24, EN 1363 and IMO hydrocarbon curve heating requirements. Other standard time temperature curves can also be programmed into the system in advance. The PLC controller includes a built-in operating interface, including the required recording and programming capabilities, as well as the necessary motor starter for all systems. The system programming can heat the curve in the real time and shows the boiler control system on computer screen.
Data recording system with dual recording

Record the data on the computer and during the test period, it displays the real time analysis data of the test samples. The device can spread its screen display on a standard computer network and any computer connected to the network can log in to the test information. The facility can be used to provide test data to observers in the laboratory. All records are automatically saved to another computer.
Manual control
The furnace can be operated manually. The complete ignition system is not in any way dependent on the operation of the control computer. Press the clear start button to light the stove. A series of light instructions to clear the sequence correctly. Once they are on a separate burner Control Panel lighting up all the available at the pre-set time burner. If the furnace is not lit during that period, the system will have to be removed. Each region of the position of the air and gas damper motor can be adjusted individually or by a group of the main control regulation. During the test, the safety of the furnace is monitored by a set of interlocking devices, each of which has its own indicator light. The interlocking devices are closed, so that the linkage of the furnace closure is captured and maintained to the manual reset ignition sequence and an audible alarm device installed.

Technical specifications:
Channel--a total of 240, bipolar difference
Connector-- 4 mm round socket (per channel 2). Other types of requirements are available
Input range--DC voltage of 5 mv , 50mv , 500 mv, 5000mv (software programmable)
Basic resolution--21 bit
Basic accuracy--0.005%FS
Measuring speed --1 ms to 3 seconds (software programmable)
Cold-junction compensation--Absolute compensation +0.1ºC
Computer interface--RS485 75 ohm twisted pair
Power supply--200-240 VAC or 100 -130VAC or 24VAC 40 -70Hz
Power consumption--7VA
 

 
 
 
 


 
 
 
 

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