Static and Dynamic Strain Testing System

Product Details
Customization: Available
Transport Package: Standard Export Packing
Specification: ISO
Gold Member Since 2010

Suppliers with verified business licenses

Audited Supplier

Audited by an independent third-party inspection agency

Importers and Exporters
The supplier has import and export rights
High Repeat Buyers Choice
More than 50% of buyers repeatedly choose the supplier
Years of Export Experience
The export experience of the supplier is more than 10 years
Experienced Team
The supplier has 8 foreign trading staff(s) and 3 staff(s) with over 6 years of overseas trading experience
to see all verified strength labels (20)
  • Static and Dynamic Strain Testing System
  • Static and Dynamic Strain Testing System
Find Similar Products

Basic Info.

Model NO.
Static and Dynamic Strain Testing System
Trademark
TBT
Origin
Nanjing, China
HS Code
90158790
Production Capacity
50sets/Month

Product Description

Static and Dynamic Strain Testing System
 
Static and Dynamic Strain Testing System
The system using advanced means of data transmission, Combination of static and dynamic strain gauge strain gauge characteristics.Suitable for measuring slowly changing physical, Built-in high-speed ARM CPU. Real-time digital filtering,Constitute the analog filter + high-performance digital filter anti-aliasing filter,Higher accuracy, Each channel individually AD,The channel signal synchronous sampling, synchronous transmission, real-time display, real-time storage.
Technical Specifications
1. A single collection box measuring points:8,16
2. Single computer can control the maximum number of points measured:128
3. Instrument interface:USB2.0
4. Synchronization:Synchronous Clock Generator
5. Expansion mode:Serial
6. Communication distance between modules:100m
7. Maximum sampling frequency:200Hz
8. A/DResolution:24bit
9. Sampling frequency:1,2,5,10,20,50,100,200(Hz)Sub-file switching
10. Full-scale value:±3000με,±30000μεSub-file switching
11. Systematic Uncertainty:0.53με
12. Time drift<3μV/h
13. Temperature drift: <1μV/ºC
14. Range of self-balancing:±10000με
15. Supply Voltage:DC 2V±0.1%
16. Power supply:AC 220V±(10%) 50Hz(±2%), DC 12V(9-18V)
17. Power:25W
18. Dimensions:300mm×218mm×100mm(8) 341mm×300mm×100mm(16)
Use
1 Wiring Method:
(1)1/4bridge Wiring(Mode 1)
To compensate for side "B" terminal at the copper off, With a wire connection from work side "Vi-" terminal and the compensate for side "D" terminal, Channel work side "Vi +" at the push of copper,The work piece receiving work side "+ Eg" "Vi +" side.
 
(2)1/2bridge Wiring(Mode2):
       Work with a wire connection terminal "Vi-" and the compensation side of the terminal space, Compensation at the end of copper into the terminal space, Work Terminal "Vi +" at the push of copper, The working end "+ Eg" "Vi +" then the work piece, Compensation side "A", "B" received compensation piece.
 
(3)1/2bridge Wiring(Mode3 and Mode4):
     Strain gauge wiring: Work with a wire connection terminal on "Vi-" terminal to the compensation terminal on the "D" terminal; Work side-side and compensate for all the copper off, The working end of the "+ Eg" and "Vi +" then a work piece; The working end "Vi +" and "-Eg" take another piece of work.
Sensor wiring:Work with the wire end of "Vi-" and the compensation pin "D" side connection;
Work off all the copper side and compensation, The half-bridge sensor "is the power input" received the instruments of the "+ Eg" on; "Negative power supply input," received the instrument "-Eg" on;
 
 

(4)Full-bridge Wiring(Mode5 and Mode6):
    Strain gauge wiring: To work off all the copper side and compensation, The working end "+ Eg" and "Vi +", "Vi +" and "-Eg", "-Eg" and "Vi-", "+ Eg" and "Vi-" all by one strain gauge.
 
Sensor wiring: To work off all the copper side and compensation, The full-bridge sensor "is the power input" received the instruments of the "+ Eg" on; "Negative power supply input," received the instrument "-Eg" on; "Is the signal output," received the instrument of "Vi +" on; "Negative signal output terminal" connected equipment "Vi-" on;
  
2 Voltage test:
     To work off all the copper side and compensation, "Vi +" positive signal input terminal,"Vi-" negative signal input terminal, The software is set to voltage input.
3 Panel diagram:
 
A:Power Switch
B:220V AC
C:GND
D:Full-scale value indicator
E:Compensation for end
F:Fan
G:RS-485 Extended Interface
H:Sample Indicators
I:USB Interface
J:Power LED
K:Work side
L:Voltage input terminal
 
4  Software operation process
 
Road type
 Bridge type refers to the strain in the bridge, Depending on the test conditions, Strain gauge and the number of different ways.
 
No. Name and purpose Field examples
Mode 1 1/4 bridge
For measurement of simple tension or compression bending strain
 
 
Mode 2 1/2 bridge(A work piece,A compensator)
Suitable for harsh environments than the simple measurement of tension or compression bending strain
 
 
Mode 3 1/2 bridge(Two work piece,)
For large changes in ambient temperature measurement in case of simple tension or compression bending strain
 
 
Mode 4 1/2 bridge(Two work piece,)
For measuring bending strain only, eliminating the tensile and compressive strain
 
 
Mode 5 Full-bridge(Four work piece)
Only measured for tensile and compressive strain
 
Mode 6 Full-bridge(Four work piece)
For measuring bending strain only
 
 
 
Standard Packing list
1 Static and dynamic strain testing system                                     1
2 Power cord                                                              1
3 Certificate                                                               1
4 USB communication cable                                                  1
5 Manual                                                                 1
6 Software CD                                                             1
 

Send your message to this supplier

*From:
*To:
*Message:

Enter between 20 to 4,000 characters.

This is not what you are looking for? Post a Sourcing Request Now
Contact Supplier