Inicio> Lista de Productos> Células de carga por estructural.> Células de carga de un solo punto> Sensor de microforcio NH3B9
Sensor de microforcio NH3B9
Sensor de microforcio NH3B9
Sensor de microforcio NH3B9

Sensor de microforcio NH3B9

Obtener el último precio
Tipo de Pago:L/C,T/T,Paypal
Incoterm:FOB,CFR,EXW
Cantidad de pedido mínima:2 Piece/Pieces
transporte:Ocean,Land,Air,express
Hafen:Shenzhen China
Atributos del producto

ModeloNH3B9

MarcaNanhua

Lugar De Origenporcelana

UtilizarSENSOR DE PRESIÓN

SalidaSENSOR Analógico

Tipo De AmplificadorEstándar

JackCosa análoga

Embalaje y entrega
Unidades de venta : Piece/Pieces
Tipo de paquete : cada uno en carcasa de plástico, docenas en una caja de cartón externa
Sobre nanhua
Descripción

About our product

Introducing our Micro Force Sensor, a groundbreaking innovation in the realm of load cells, specifically engineered to detect and measure infinitesimal forces with unparalleled accuracy. This sensor represents a remarkable fusion of load cell technology, drawing inspiration from the precision principles of single point load cells, platform load cells, and high accuracy load cells to achieve exceptional sensitivity and reliability in measuring minute forces.

Crafted with precision engineering, our Micro Force Sensor operates on the fundamental concepts of load cells but is tailored to detect forces at a micro-scale level, providing insights into forces previously beyond the reach of standard load cells. Its design incorporates elements reminiscent of single point load cells, enabling precise force measurement at specific locations, while embracing the principles of platform load cells to ensure uniform and consistent force detection across the sensor's surface.

Where will Micro Force Sensor be useful?

This sensor serves as an invaluable tool across a multitude of industries and applications where measuring micro-level forces is essential. In biomedical research, it enables the study of cellular mechanics and delicate forces within biological systems, contributing to advancements in understanding cellular behavior. In microelectronics, our sensor facilitates the meticulous assessment of tiny forces critical in the assembly and functionality of microcomponents, ensuring the integrity of electronic devices.

Moreover, in robotics and materials science, the Micro Force Sensor plays a pivotal role in enhancing the sensitivity and accuracy of robotic systems while aiding in the characterization of material properties at the micro-level. Its exceptional precision and sensitivity offer researchers and engineers a window into previously imperceptible forces, enabling groundbreaking advancements and innovative applications.

Why choose us?

Built with state-of-the-art materials and cutting-edge calibration techniques, our Micro Force Sensor guarantees durability, reliability, and sustained accuracy even under demanding conditions. Its miniature form factor and heightened sensitivity allow for unparalleled detection and analysis of forces at the micro-scale, opening new avenues for scientific exploration and technological breakthroughs.

In summary, our Micro Force Sensor represents the pinnacle of load cell innovation, harnessing the core principles of single point load cells, platform load cells, and high accuracy load cells to deliver unmatched precision in measuring micro-forces. Its versatility, reliability, and precision position it as an indispensable tool across industries, empowering researchers, engineers, and innovators to delve into the microscopic world of forces with unprecedented accuracy and insight.

Features:

Range: 5-200KG

Widely used in automated force measuring devices such as robot hand grasping and filling

Structure: stainless steel material, micro structure

Appearance: waterproof and sealed


  Wiring method:



 Technical parameter table:

PARAMETERS
Sensor Range KG 5-200 Rated load
Comprehensive error FS 0.10% Comprehensive error
sensitivity mv/v 1.0±0.2 Rated output
Zero point output FS ±1% Zero balance
creep %FS/30min 0.10% Creep
Zero temperature effect %FS/10℃ 0.10% Temp.effect on zero
Sensitivity temperature influence %FS/10℃ 0.10% Temp.effect on span
Nonlinear %FS 0.10% Non-Linearity
Hysteresis %FS 0.10% Hysteresis
Repeatability %FS 0.10% Repeatability
Input impedance Ω 750±5 Input resistance
Output impedance Ω 750±5 output resistance
insulation resistance ≥5000(100V) Insulation resistance
Temperature compensation range -10-40 Compensated temp.range
Operating temperature range -35-65 Use temp.range
Excitation voltage V 5-12(DC) Excitation voltage
Safe overload range % 150 Safe overload

Overall dimensions:

33


  And More


load cell application


20210330_163517_001


096430a96ad01be943ece9a7a537c29


Realizar consulta
*
*

We will contact you immediately

Fill in more information so that we can get in touch with you faster

Privacy statement: Your privacy is very important to Us. Our company promises not to disclose your personal information to any external company with out your explicit permission.

Enviar