X
Taidacent HX760 Strain Gauge Load Cell Amplifier
Taidacent HX760 Strain Gauge Load Cell Amplifier
Taidacent HX760 Strain Gauge Load Cell Amplifier
Taidacent HX760 Strain Gauge Load Cell Amplifier
Taidacent HX760 Strain Gauge Load Cell Amplifier
Taidacent HX760 Strain Gauge Load Cell Amplifier

Taidacent HX760 Strain Gauge Load Cell Amplifier 4-20mA Load Cell Transmitter 0-10V Weight Transmitter Linear Differential Input Voltage

Product ID : 39669644
2.5 out of 5 stars


Galleon Product ID 39669644
Shipping Weight 0.04 lbs
I think this is wrong?
Model
Manufacturer Taidacent
Shipping Dimension 4.02 x 2.48 x 0.31 inches
I think this is wrong?
-
Product is Out of Stock as of Jan, 24 2024
Want to monitor availability?
of brand new stock?
or
Need this item ASAP?
Check if this is available on Amazon
or available in other sites
Send us the link so we can buy for you

Pay with

Taidacent HX760 Strain Gauge Load Cell Amplifier Features

  • This is an electronic scale module that works by converting the measured change into a change in resistance value and then converting it into an electrical signal output.

  • The advantages of this module: simple structure, convenient use, stable performance, reliability, high sensitivity and fast measurement speed.

  • Widely used in many fields such as aviation, machinery, electric power, chemical engineering, construction, medicine, etc., commonly used to measure force, pressure, displacement, strain, torque, acceleration, etc.

  • Differential input voltage ±20mv;4-20ma Load Cell Transmitter

  • 0-10v Weight Transmitter Linear; 24-bit A/D converter chip


About Taidacent HX760 Strain Gauge Load Cell Amplifier

an electronic scale module that works by converting the measured change into a change in resistance value and then converting it into an electrical signal output. The advantages of this module: simple structure, convenient use, stable performance, reliability, high sensitivity and fast measurement speed. Widely used in many fields such as aviation, machinery, electric power, chemical engineering, construction, medicine, etc., commonly used to measure force, pressure, displacement, strain, torque, acceleration, etc.