K.P.Automation & Control

Beam Load Cell is a durable and accurate sensor used for measuring weight and force in industrial applications Beam Load Cell is widely used in weighing scales platforms and automation systems Beam Load Cell provides stable output and consistent performance under heavy loads Beam Load Cell helps improve measurement accuracy and operational efficiency Beam Load Cell is designed for long term use in demanding environments Beam Load Cell supports reliable load monitoring and safety control Beam Load Cell is easy to install and maintain Beam Load Cell delivers dependable results for industrial weighing solutions and daily operations
RATED LOAD (KG) 5 to 1100

Precision C2/C3

Output Impedance(Ω) 350 + 5

 Composition Error 0.03/0.02

Insulation (MΩ) > 20000

Rated Output(mv/v) 3.0 + 0.2

 Excitation Voltage(V) 5~15(DC)

Non-Linearity (%FS) 0.025

Compensated Temp.(˚C) -10~+50

 Hysteresis (%FS) 0.02

 Use Temp. (˚C) -20~+60

 Repeatability (%FS) 0.02/0.01

 Temp. Effect on Span(%FS) 0.02

 Creep (%FS) 0.03/0.02

Temp. Effect on Zero(%FS) 0.02

 Zero Balance (%FS) + 1.0

Safe Overload(%FS) 120

 Input Impedance(Ω) 400 + 10

 Ultimate Overload(%FS) 150

Beam Load Cell is a durable and accurate sensor used for measuring weight and force in industrial applications Beam Load Cell is widely used in weighing scales platforms and automation systems Beam Load Cell provides stable output and consistent performance under heavy loads Beam Load Cell helps improve measurement accuracy and operational efficiency Beam Load Cell is designed for long term use in demanding environments Beam Load Cell supports reliable load monitoring and safety control Beam Load Cell is easy to install and maintain Beam Load Cell delivers dependable results for industrial weighing solutions and daily operations
RATED LOAD (KG) 100,200,300,500,750 (T) 1, 1.5, 2, 2.5, 3, 5, 7.5, 10
Precision C2/C3
Output Impedance(Ω) 350 + 5
 Composition Error 0.03/0.02
Insulation (MΩ) > 20000
Rated Output(mv/v) 3.0 + 0.2
 Excitation Voltage(V) 5~15(DC)
Non-Linearity (%FS) 0.025
Compensated Temp.(˚C) -10~+50
 Hysteresis (%FS) 0.02
 Use Temp. (˚C) -20~+60
 Repeatability (%FS) 0.02/0.01
 Temp. Effect on Span(%FS) 0.02
 Creep (%FS) 0.03/0.02
Temp. Effect on Zero(%FS) 0.02
 Zero Balance (%FS) + 1.0
Safe Overload(%FS) 120
 Input Impedance(Ω) 400 + 10
 Ultimate Overload(%FS) 150

• Multicoloumn construction
• Hemetically sealed

• Truck scale 
• Hopper Weighing
• Industrial Automation