LB13 Column Force Sensors
Technical parameters
Dimensions
| Model: | NF402B |
| Capacity: | 20,50,100,200,300,500N |
| Rated Output: | 2.0±10%mV/V |
| Material: | Stainless steel |
| Protection Class: | IP65 |
Column load cell with flange type body combined is an excellent performance weight measurement device for 5 ton/10 ton to 30 ton load measurement optional. It is made of high-strength alloy steel, which is robust and ensures stable operation in harsh environments.
Column type sensor, Alloy steel material, Pressure measurement, Electronic weighing system
● Column type sensor
● Alloy steel material
● Pressure measurement
● Electronic weighing system
| Model: | NF406 |
| Capacity: | 0.1,0.2,0.5,1,2,5,10,20kN |
| Rated Output: | 2.0±10%mV/V |
| Material: | Stainless steel |
| Protection Class: | IP65 |
| Weight: | 0.3KG |
Product description:
Capacity ：0~200kg
Stainless steel
High stability
Can be installed in small spaces
Stable anti-interference signal
Compared with traditional column sensor, this structure achieve relatively high accuracy in terms of linearity, anti- side, torsional resistance, and azimuth error.
Widely used in auto press assembly, automated assembly, 3C product testing;
New energy product assembly, medical testing, robot, mold assembly and other industrial test, measurement and systems.
Material: stainless steel, Aluminum alloy
Size: Overload Protection High precision
Product Numbers:20232171353
Product description:
Capacity ：0~100N
Material: stainless steel
Type: compression and tension type
Defend grade: IP66.
Application: the compression and tension measurement in insertion force tester, riveting machine, welding machine, hot and cold laminating machine, etc., tensile testing equipment, automation equipment, testing field
Product description:
Capacity ：0~50kg
Stainless steel
High stability
Can be installed in small spaces
Stable anti-interference signal
Compared with traditional column sensor, this structure achieve relatively high accuracy in terms of linearity, anti- side, torsional resistance, and azimuth error