Column Waterproof Compression Load Cell Weighing System 5kg To 2T
Features :
- Model:F1820
- Capacity: 5kg~2t
- Simple structure, easy to install
- High comprehensive precision, high stability
- Small deflection
- Delicate structure, Low profile
- Made of stainless steel
Description:
F1820 compression load cell is designed for low profile compression service.
Its capacities range from 5kg to 2t, F1820 only has one size, the diameter is 40mm and the height is 24mm.
It comes complete with 1.5m of load cell cable.
It is easy to test the compression force.
Stainless steel construction. Fully welded seal with stainless steel cover for hostile environment applications. Compact size with low profile.
As the cable outlet is pressing nut, the protection class can be IP 67.
The apperance is customizable.
F1820 is suitable for a wide range of applications including testing or weighing systems, and it can be put into the device, in order to monitor the force. Measure the force in the limited space. Widely used for industrial measurement and control, R&D and other applications.
Application:
Used for mechanical assembling, stamping force test and control which precision requirements are undemanding.
Transient force measurement and control of dynamic stamping.
Technical parameters:
|
Specifications |
Technique |
|
Rated output |
1.5±10%mV/V |
|
Zero balance |
±2% F.S. |
|
Non-linearity |
0.5% F.S. |
|
Hysteresis |
0.2% F.S. |
|
Repeatability |
0.2% F.S. |
|
Creep (30min) |
0.1% F.S. |
|
Temp. effect on output |
0.05% F.S. / 10ºC |
|
Temp. effect on zero |
0.05% F.S. / 10ºC |
|
Input impedance |
385±10Ω |
|
Output impedance |
350±5Ω |
|
Insulation |
≥5000MΩ/ 100VDC |
|
Recommended excitation |
10V |
|
Maximum excitation |
15V |
|
Compensated temp. range |
- 10~60ºC |
|
Operation temp. range |
- 20~80ºC |
|
Safe overload |
150% F.S. |
|
Ultimate overload |
200% F.S. |
|
Cable size |
Ø4×1500 mm |
|
Protection class |
IP67 |
|
Cable color code |
Input: Red(+) Black(-); Output: Green(+) White(-); |
Size and capacity:
Schematic Wiring Diagram :
