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JB-117 Insulation Material Testing Machine
JB-117 Insulation Material Testing Machine
Product details
Brand: Jiubin
model: JB-117
Name: Thermal Insulation Material Testing Machine
1、 Product Overview:
This testing machine uses a miniature imported electric motor from Taiwan as its power source; Adopting advanced chip integration technology and a professionally designed PCI data acquisition amplification and control system, the amplification of experimental force and deformation, and A/D conversion process have achieved dual display control and fully digital adjustment of display.
The machine can meet the following requirements: molded polystyrene foamed plastic board GB/T6343 DBJ01-38 GB/T8811, rigid polyurethane foamed plastic GB/T6343 DBJ01-38, adhesive powder polyphenylene granule insulation slurry JG158-2004, adhesive DBJ01-63, interface agent DBJ01-63, anti crack mortar for plastering DBJ01-63, polyurethane facing board GB/T6342, JC/T547 (the test base material is polyurethane decorative panel), ceramic tile adhesive JC/T547, polymer cement polystyrene insulation board GB/T6342, caulking agent DBJ01-6, in line with national standards: GB8813-88 Compression test method of rigid foamed plastic GB8812-88 Bending test method of rigid foamed plastic, JC-T547-2005 ceramic tile adhesive, JG149-2003 expanded polystyrene board thin plastering external insulation system, DBJ01-63-2002 quality inspection standard of polymer mortar for external insulation of external wall, JG158-2004 adhesive powder polystyrene particle external insulation system for external wall, GB-T6343-1995 determination of apparent (volume) density of foamed plastic and rubber, JC 623 insulation board steel wire mesh, DBJ/T01-38 alkali resistant glass fiber gridding cloth and other standards require mechanical tests such as compression and tension of insulation materials. Various insulation materials can be tested and analyzed for compression, bonding strength, and other performance, and can automatically complete tests such as deformation measurement and deformation testing. According to standards such as GB, JIS, ASTM, DIN, ISO, etc., the maximum test force value, fracture force value, yield strength, upper and lower yield strength, tensile strength, compressive strength, elongation at break, tensile modulus of elasticity, bending modulus of elasticity, and other test data of certain materials can also be automatically obtained.
2、 Experimental function:
Our company's newly developed and upgraded tensile testing machine software can reach the advanced level of similar international products. The lifting and lowering of the fully computer-controlled testing machine can achieve an accuracy of ± 0.3%, including tensile strength test, compressive strength test, three-point bending test, shear strength test, fracture strength, yield point strength, tensile strength, elongation at constant load, etc.
3、 Structural principle:
This machine adopts an electromechanical integration design, mainly composed of force sensors, transmitters, microcomputer processors, load drivers, computers, and color inkjet printers. High precision speed regulating motors can be set to five test speeds. All integrated components are connected through plug-in connections. The floor standing model has a uniform design and coating that takes into account the principles of modern industrial design and ergonomics.
4、 Function and Function:
The computer controls and displays the entire process and curve of the experiment, and the microcomputer automatically transmits the experiment settings and data. Users can modify the test report according to their own requirements, output standard reports, and accurately grasp quality control parameters through the superposition analysis of grouped test curves. The multi-modal data query function can enable managers to clearly grasp the development and changing trends of quality control. Specially designed software features enable testers to quantitatively grasp the state parameters of key points in the application process of test materials, accurately adjust the process and control production.
5、 Technical parameters:
6、 Main configuration:
model: JB-117
Name: Thermal Insulation Material Testing Machine
1、 Product Overview:
This testing machine uses a miniature imported electric motor from Taiwan as its power source; Adopting advanced chip integration technology and a professionally designed PCI data acquisition amplification and control system, the amplification of experimental force and deformation, and A/D conversion process have achieved dual display control and fully digital adjustment of display.
The machine can meet the following requirements: molded polystyrene foamed plastic board GB/T6343 DBJ01-38 GB/T8811, rigid polyurethane foamed plastic GB/T6343 DBJ01-38, adhesive powder polyphenylene granule insulation slurry JG158-2004, adhesive DBJ01-63, interface agent DBJ01-63, anti crack mortar for plastering DBJ01-63, polyurethane facing board GB/T6342, JC/T547 (the test base material is polyurethane decorative panel), ceramic tile adhesive JC/T547, polymer cement polystyrene insulation board GB/T6342, caulking agent DBJ01-6, in line with national standards: GB8813-88 Compression test method of rigid foamed plastic GB8812-88 Bending test method of rigid foamed plastic, JC-T547-2005 ceramic tile adhesive, JG149-2003 expanded polystyrene board thin plastering external insulation system, DBJ01-63-2002 quality inspection standard of polymer mortar for external insulation of external wall, JG158-2004 adhesive powder polystyrene particle external insulation system for external wall, GB-T6343-1995 determination of apparent (volume) density of foamed plastic and rubber, JC 623 insulation board steel wire mesh, DBJ/T01-38 alkali resistant glass fiber gridding cloth and other standards require mechanical tests such as compression and tension of insulation materials. Various insulation materials can be tested and analyzed for compression, bonding strength, and other performance, and can automatically complete tests such as deformation measurement and deformation testing. According to standards such as GB, JIS, ASTM, DIN, ISO, etc., the maximum test force value, fracture force value, yield strength, upper and lower yield strength, tensile strength, compressive strength, elongation at break, tensile modulus of elasticity, bending modulus of elasticity, and other test data of certain materials can also be automatically obtained.
2、 Experimental function:
Our company's newly developed and upgraded tensile testing machine software can reach the advanced level of similar international products. The lifting and lowering of the fully computer-controlled testing machine can achieve an accuracy of ± 0.3%, including tensile strength test, compressive strength test, three-point bending test, shear strength test, fracture strength, yield point strength, tensile strength, elongation at constant load, etc.
3、 Structural principle:
This machine adopts an electromechanical integration design, mainly composed of force sensors, transmitters, microcomputer processors, load drivers, computers, and color inkjet printers. High precision speed regulating motors can be set to five test speeds. All integrated components are connected through plug-in connections. The floor standing model has a uniform design and coating that takes into account the principles of modern industrial design and ergonomics.
4、 Function and Function:
The computer controls and displays the entire process and curve of the experiment, and the microcomputer automatically transmits the experiment settings and data. Users can modify the test report according to their own requirements, output standard reports, and accurately grasp quality control parameters through the superposition analysis of grouped test curves. The multi-modal data query function can enable managers to clearly grasp the development and changing trends of quality control. Specially designed software features enable testers to quantitatively grasp the state parameters of key points in the application process of test materials, accurately adjust the process and control production.
5、 Technical parameters:
|
Maximum test force |
20kN |
|
Accurate measurement range of experimental force |
0～20 kN |
|
Accuracy of experimental force measurement |
±0.3% |
|
Displacement speed control range |
0.00~500mm/min, speed grading setting |
|
Tensile testing space |
0～1000mm |
|
Compression test space |
0～1000mm |
|
Test space width |
0～360mm |
|
Power supply power |
2kW，220V，50Hz |
|
One set of stretching aids for insulation materials |
|
5 pieces of mortar stretching attachments+clamps |
|
Special compression attachments for insulation materials |
|
10 pieces of specialized stretching attachments for insulation materials |
|
Thermal insulation material forming frame |
|
Alignment template |
|
Anti bending attachment |
| ESP board stretching attachment |
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