Inicio> Lista de Productos> Células de carga por estructural.> Células de carga en miniatura> Sensor de microforcio NH3B8
Sensor de microforcio NH3B8
Sensor de microforcio NH3B8
Sensor de microforcio NH3B8

Sensor de microforcio NH3B8

Obtener el último precio
Tipo de Pago:L/C,T/T,Paypal
Incoterm:FOB,CFR,EXW
Cantidad de pedido mínima:200 Piece/Pieces
transporte:Ocean,Land,Air,express
Hafen:Shenzhen China
Atributos del producto

ModeloNH3B8

MarcaNanhua

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

The file is encrypted. Please fill in the following information to continue accessing it

Sobre nanhua
Descripción

What is Micro Force Sensor?
Micro force sensors represent a specialized subset within the realm of load cells, designed to capture and measure extremely minute forces with exceptional precision. These sensors, while distinct from conventional load cells, operate on similar principles, albeit on a significantly smaller scale. Single point load cells and platform load cells serve as foundational concepts in the development of micro force sensors, aiming to provide highly accurate measurements within tiny force ranges.

The advantage of our micro force sensor (NH3B8)
The sensor is engineered with meticulous attention to detail, leveraging advancements in technology and miniaturization to enable precise detection and analysis of minuscule forces that might otherwise go undetected by standard load cells. The construction of micro force sensors involves specialized materials and components that enable them to detect forces on a microscopic scale. While traditional load cells measure larger forces in kilograms or pounds, micro force sensors are calibrated to measure forces in millinewtons or even micro-newtons. Their miniature size and heightened sensitivity allow them to detect subtle changes in force, making them ideal for applications where precision and accuracy in measuring tiny forces are paramount.

Link with the high accuracy load cell
High accuracy load cells, with their emphasis on precision and reliability, serve as a guiding principle for the design and calibration of micro force sensors. These sensors incorporate innovative techniques akin to high accuracy load cells to ensure consistent and dependable measurement of forces at a micro-level.

Where can use our micro force sensor?
In robotics, micro force sensors contribute to enhancing the dexterity and sensitivity of robotic systems by enabling them to detect and respond to minute external forces. Also, our product widely used in force detection devices with small installation space, such as button feel testers.

 

Features:

Range: 5KG -200KG

 

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 ±0.5 Comprehensive error
sensitivity mv/v 1.0±0.2 Rated output
Zero point output FS ±1% Zero balance
creep %FS/30min ±0.1 Creep
Zero temperature effect %FS/10℃ ±0.1 Temp.effect on zero
Sensitivity temperature influence %FS/10℃ ±0.1 Temp.effect on span
Nonlinear %FS ±0.5 Non-Linearity
Hysteresis %FS ±0.5 Hysteresis
Repeatability %FS ±0.5 Repeatability
Input impedance Ω 350±5 Input resistance
Output impedance Ω 350±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:



  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