TAL221 Miniature load cell
INTRODUCTION:
| Capacity | ||
| 100, 150, 200 | g | 0.6 ± 0.15 mV/V |
| 300,500,750 | g | 0.7 ± 0.15 mV/V |
| 1000,1500 | g | 1.0 ± 0.15 mV/V |
| Accuracy | %FS | 0.05 |
| Recommend excitation | Vdc | ≤6 |
| Electrical connection | wire | 4 color wire, Ø0.6 × 110 mm |
HT SENSOR / TAL221 / Miniature load cell
Product description:Features:
Capacity ： 100~750g
Material: aluminum-alloy
Type: Parallel beam type
Defend grade: IP65
Application : body scales, hand scales, kitchen scales,postal scales, fishing scales, baby body scales and other micro electronic weighing systems.
Used in auto press assembly, automatic assembly, 3C product testing;New energy product assembly, medical testing, robotics;
Mold assembly and other industrial test, measurement and control systems, etc.
Material: stainless steel
Size: Small size, Large range, Shock proof
Widely used in auto press assembly, automated assembly, 3C product testing;
New energy product assembly, medical testing, robotics, mold assembly;
And other industrial test, measurement and control systems, etc.
Material: stainless steel, High precision
Size: Small size, Flat mountable
Product Numbers:TAL226
Product description:
Capacity ： 0.5~25kg
Material: aluminum
Type: Parallel beam type
Surface anodized and anti-corrosion
Defend grade: IP65
Application: Electronic top scale, floor scale, balance and industrial weighing system
It is widely used in key force test and various key switch test of various 3C products such as computers;
Various insertion force tests, medical tests, and other industrial tests have high dynamic response frequencies.
Material: stainless steel
Size: S type, With overload protection function
Used in manufacturing processes such as injection molding and extrusion;
Automobile press assembly, automated assembly, 3C product testing,
New energy product assembly, medical testing, robotics,Mold assembly and other industrial test, measurement and control systems;
Material: stainless steel Customizable high temp.
Size: Ultra-thin size
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
Size: miniature, Large range
Widely used in auto press assembly, automated assembly, 3C product testing,
New energy product assembly, medical testing, robotics;High dynamic response frequency.
Material: stainless steel, Customizable high temperature performance
Size: Small size, Low height
It can be applied to auto press assembly, automated assembly, 3C product testing,New energy product assembly, medical testing, robotics, mold assembly, and other industrial testing;
Material: stainless steel
Size: Small size, Low height
Widely used in auto press assembly, automated assembly, 3C product testing;New energy product assembly, medical testing, robotics;
Mold assembly and other industrial test, measurement and control systems, etc.
Material: stainless steel, High temperature performance can be determine, Customizable high temperature performance
Size: Thin design, Large range
Model 11 (tension/compression) subminiature load cell is designed to measure load ranges from 150 g to 1000 lb. With subminiature dimensions, including diameters from .50 in to 0.75 in and height of 0.38 in, these units are easily incorporated into systems having limited space. The model achieves a non-linearity and hysteresis of 0.5 % full scale respectively and a frequency response of up to 58 kHz. A balance module is included in the load cell’s lead wire cable for zero balance, and should not be removed.
Used in auto press assembly, automated assembly, 3C product testing New energy product assembly, medical testing, robotics, etc.
Model LFH-7I subminiature load cell is a low profile force transducer for applications with minimal space and high capacity requirements. This transducer utilizes foil strain gages to measure compression loads of up to 10,000 lb and achieves accuracy of ±0.7 % full scale. The top of the load cell is the area where the force is applied and the base ring of the load cell must be placed on a hard, machine-ground flat surface to obtain optimum accuracy.