Shaanxi Hanzhong Weighing Sensor H6E-C3-50KG-2B-S1 Electronic Weighing Sensor
Category:
electron/Sensors, sensitive components/Pressure sensor
Model:
H6E-C3-50KG-2B-S1
Brand:
TURCK/Turck
brand:
TURCK/Turck
model:
H6E-C3-50KG-2B-S1
output signal:
Simulated type
Physical properties of materials:
semiconductor
Material crystal structure:
single crystal
material:
ceramics
pressure type:
Negative pressure sensor
Processing & Customization:
No
margin of error:
zero point zero zero three
accuracy:
C3
Operating Temperature:
-30`+70
insulation resistance:
five thousand
load impedance:
five thousand
permitted Overload :
one hundred and fifty
response time:
zero point zero two
stability:
zero point zero three
sensitivity:
two
linearity:
zero point zero three
hysteresis:
zero point zero two
Is it imported:
No
quantity:
one hundred and twenty-three
QQ:
two billion forty-three million one hundred and eight thousand five hundred and twenty
manufacturer:
Shenzhen Youzhongli Technology Co., Ltd
Retail Price
210.00USD
重量
kg
- Product Description
-
brand TURCK/Turck
model H6E-C3-50KG-2B-S1
output signal Simulated type
Physical properties of materials semiconductor
Material crystal structure single crystal
material ceramics
pressure type Negative pressure sensor
Processing & Customization No
margin of error zero point zero zero three
accuracy C3
Operating Temperature -30`+70
insulation resistance five thousand
load impedance five thousand
permitted Overload one hundred and fifty
response time zero point zero two
stability zero point zero three
sensitivity two
linearity zero point zero three
hysteresis zero point zero two
Is it imported No
quantity one hundred and twenty-three
QQ two billion forty-three million one hundred and eight thousand five hundred and twenty
manufacturer Shenzhen Youzhongli Technology Co., Ltd
Description :
Shaanxi Hanzhong Weighing Sensor H6E-C3-50KG-2B-S1 Electronic Weighing Sensor Product IntroductionYOLO-LOADCELL, a brand of Youzhongli, produces weighing sensors and various weighing modules that can be used for single item weighing and ingredient system weighing control. It can output communication and analog signal connection to the control system. It has high accuracy (0.05%~0.1%) and good stability (annual stability of 0.03%). Aluminum alloy material, alloy steel material, stainless steel material, explosion-proof type, etc. can be selected according to the on-site environment. Force sensor, used for various small space force measurement, large hydraulic equipment force measurement, tension and pressure calibration measurement, can be matched with various digital displays, tension and pressure controllers, and standard force measuring instruments.
With the advancement of technology, electronic scales made from weighing sensors have been widely used in various industries, achieving fast and accurate weighing of materials. Especially with the emergence of microprocessors and the continuous improvement of industrial production process automation, weighing sensors have become a necessary device in process control. In the past, they were used for weight measurement of large tanks, hoppers, crane scales, car scales, and other weighing control that could not be weighed, as well as in batching systems for mixing and distributing multiple raw materials, automatic detection in production processes, and powder feeding control. Now, weighing sensors are almost used in all weighing fields.
Traditionally, load sensors are a collective term for weighing sensors and force sensors, used to evaluate their metrological characteristics based on individual parameters. The old national standard combines the two types of sensors, "weighing" and "force measuring", which have completely different application objects and environmental conditions, without distinguishing between testing and evaluation methods. The old national standard has a total of 21 indicators, all of which are tested at room temperature; The accuracy level of the weighing sensor can be determined by using the errors in six indicators: nonlinearity, hysteresis error, repeatability error, creep, zero temperature additional error, and rated output temperature additional error, which are 0.02, 0.03, and 0.05, respectively. .. 1.0 represents.
The principle of a weighing sensor is to convert the gravity on the measured object into a measurable output signal in a certain proportion. Considering the impact of gravity acceleration and air buoyancy on conversion in different usage locations, the performance indicators of weighing sensors mainly include linear error, hysteresis error, repeatability error, creep, zero temperature characteristics, and sensitivity temperature characteristics. In various weighing instruments and quality measurement systems.
NA4-60KG NA4-100KG NA4-200KG NA4-250KG NA4-300KG NA4-500KG
NA4-800KG
NA5-60KG NA5-100KG NA5-200KG NA5-250KG NA5-300KG NA5-500KG
NA5-800KG
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Key words:- H6E-C3-50KG-2B-S1
