K.P.Automation & Control

A pancake type load cell is a precision electromechanical transducer designed for the accurate measurement of static and dynamic forces in compression and/or tension. The load cell features a low-profile, circular (disc-shaped) geometry, which enables installation in confined spaces while maintaining high mechanical strength and measurement stability.

The sensing element is manufactured from high-strength alloy steel or stainless steel, carefully heat-treated to ensure elastic behavior within the rated load range. The internal structure is optimized using stress-analysis techniques to concentrate strain in controlled regions. Foil strain gauges are bonded at these high-strain locations and interconnected in a full Wheatstone bridge configuration, providing high sensitivity, temperature compensation, and excellent common-mode noise rejection.

When an external force is applied, the elastic deformation of the sensing element causes a proportional change in the resistance of the strain gauges. This results in a differential millivolt output (mV/V) proportional to the applied load when excited with a stable DC voltage. The output signal is suitable for amplification using precision instrumentation amplifiers or load cell indicators.

Pancake load cells offer high accuracy, low deflection, and excellent long-term stability. Their compact design ensures uniform stress distribution and minimizes bending moments, making them ideal for applications requiring precise force measurement under constrained mounting conditions.

The load cells are calibrated at the factory according to international standards, ensuring linear response across the full rated capacity. Compensation techniques are applied to reduce the effects of non-linearity, hysteresis, creep, and temperature variation.

• Rated Capacity: From low-range (1 kN) to very high loads (5,000 kN or higher)

• Rated Output (Sensitivity): Typically 2.0 mV/V (±0.1 mV/V)

• Excitation Voltage:

  • Recommended: 5 to 10 VDC

  • Maximum: 15 VDC

• Zero Balance: ±1 % of full-scale output

• Input Resistance: 350 Ω or 700 Ω (model dependent)

• Output Resistance: 350 Ω or 700 Ω

• Insulation Resistance: ≥ 2,000 MΩ at 50 VDC

• Combined Error: ≤ ±0.05 % FS

• Non-Linearity: ≤ ±0.03 % FS

• Hysteresis: ≤ ±0.03 % FS

• Repeatability: ≤ ±0.02 % FS

• Creep (30 minutes): ≤ ±0.03 % FS

• Temperature Effect on Output: ≤ ±0.02 % FS / 10 °C

• Temperature Effect on Zero: ≤ ±0.02 % FS / 10 °C

• Construction: Hermetically sealed or environmentally protected

• Material Options: Nickel-plated alloy steel or stainless steel

• Overload Protection:

  • Safe Overload: 120 % of rated capacity

  • Ultimate Overload: 150 % of rated capacity

• Deflection at Rated Load: Typically ≤ 0.5 mm

• Protection Class: IP65 to IP68

• Operating Temperature Range: −20 °C to +80 °C

The mechanical structure is optimized to withstand high axial stress while minimizing sensitivity to parasitic forces such as shear and bending. Pancake load cells typically exhibit high overload tolerance, protecting the sensor from accidental load spikes.

Environmental protection is achieved through sealing techniques that prevent moisture, dust, and contaminants from affecting the strain gauge circuitry. Depending on the model, the sensor may be suitable for indoor industrial use or harsh outdoor conditions.

Allowable Overload: ≥ 120 % of rated capacity

Maximum Overload: ≥ 150 % of rated capacity

Protection Rating: IP65 to IP68

Operating Temperature Range: −40 °C to +85 °C

Installation and System Integration

Pancake load cells are installed using central mounting features or load distribution interfaces, ensuring that force is applied concentrically through the sensing axis. Proper surface flatness and alignment are critical for maintaining specified accuracy. Accessories such as load buttons, spherical seats, or thrust plates are often used to improve load transfer and reduce measurement error.

The sensor output is compatible with standard industrial electronics, including PLC analog inputs, dedicated load cell amplifiers, and high-resolution data acquisition systems.

RATED LOAD (T) 0.5,1,2,3,5,10,15,20,30

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

 A pancake type load cell is a precision force transducer with a low-profile, circular geometry, designed for accurate compression and/or tension force measurement. The sensing element is machined from high-strength alloy steel or stainless steel and instrumented with bonded foil strain gauges configured in a full Wheatstone bridge.

When a load is applied, elastic deformation of the sensing element causes a proportional change in strain gauge resistance, producing a differential output voltage relative to the excitation voltage.

The pancake design provides high stiffness, excellent load distribution, and minimal deflection, making it suitable for applications requiring high accuracy in limited installation space.

Typical Technical Specifications

Rated Capacity: 1 kN to 5,000 kN (custom ranges available)

Rated Output (Sensitivity): 1.5 – 3.0 mV/V

Excitation Voltage:

Recommended: 5 – 10 VDC

Maximum: 15 VDC

Accuracy Class: ±0.03 % to ±0.1 % of full scale

Non-Linearity: ≤ ±0.03 % FS

Hysteresis: ≤ ±0.03 % FS

Repeatability: ≤ ±0.02 % FS

Creep (30 min): ≤ ±0.03 % FS

Zero Balance: ±1 % FS

Safe Overload: 120 % of rated capacity

Ultimate Overload: 150 % of rated capacity

Electrical Characteristics

Input Resistance: 350 Ω ±10 Ω (typical)

Output Resistance: 350 Ω ±10 Ω (typical)

Insulation Resistance: ≥ 2,000 MΩ at 50 VDC

Temperature Effect on Output: ≤ ±0.02 % FS / 10 °C

Temperature Effect on Zero: ≤ ±0.02 % FS / 10 °C

Mechanical & Environmental Specifications

Material: Alloy steel (nickel-plated) or stainless steel

Protection Class: IP65 to IP68 (depending on model)

Operating Temperature Range: −20 °C to +80 °C

Mounting: Central threaded hole or through-hole design

Load Direction: Compression and/or tension

Typical Applications

Material testing machines

Press force monitoring

Industrial weighing systems

Structural load measurement

Automation and robotics

RATED LOAD (KG) 100,200,300,500,750 (T) 1, 2, 2.5, 3, 5, 7.5, 10, 15, 20, 25, 30, 50.

A pancake type load cell is a flat, disc-shaped force sensing device engineered for precise measurement of high mechanical loads where installation height is restricted. Due to its geometry, the sensor can withstand large axial forces while maintaining a compact form factor and minimal elastic deformation.

The load cell body is precision-machined from high-grade alloy steel or corrosion-resistant stainless steel. Its internal stress pattern is carefully controlled through geometric profiling to ensure predictable strain behavior under load. Metal foil strain gauges are permanently bonded to critical strain zones and connected in a balanced Wheatstone bridge circuit, enabling accurate conversion of mechanical force into a low-level electrical output.

When powered by a regulated DC excitation voltage, the load cell generates an output signal proportional to the applied force, expressed in millivolts per volt (mV/V). This ratiometric output allows stable operation even with minor excitation voltage variations, making the sensor compatible with standard signal conditioners, PLC modules, and digital indicators.

Measurement Performance

Pancake load cells are designed for high load capacity with excellent linearity across the full measurement range. Their symmetrical design reduces sensitivity to eccentric loading and improves measurement repeatability. The sensors are factory-calibrated using traceable standards to ensure consistent output and interchangeability.

Advanced temperature compensation techniques are applied to minimize thermal effects on both zero balance and span, allowing reliable performance in demanding industrial environments.

The Button Load Cell from KP Automation & Control is a compact and precise sensor designed to measure compressive forces in industrial applications. The Button Load Cell provides high accuracy, stable output, and reliable performance for automation systems, testing machines, and weighing equipment. Built for durability and long-term use, the Button Load Cell ensures improved measurement efficiency and operational safety. With KP Automation & Control, it is easy to install and integrate, delivering consistent and dependable results for daily industrial force measurement and control applications.
We supply supreme quality Button Load Cell with the most superior standards and performance available.

Specifications:

1. Silo, Tank, Vessel Weighing
2. Low Profile, extremely compact loading assembly
3. Allows Vessel expansion & contraction
4. Integral Jacking Facility
5. 1000 division accuracy
6. Environmental Protection IP68/ IP69K
7. Allowance for Angular Mis-alignment

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) 10, 20, 30, 50, 100, 200, 300, 500

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

• Crane Load Cells are reliable sensors designed to measure and monitor lifting loads accurately in crane and hoist applications Crane Load Cells help ensure safe lifting operations by providing real time load information Crane Load Cells are widely used in construction ports warehouses and industrial facilities Crane Load Cells deliver stable output high accuracy and durable performance Crane Load Cells help prevent overload conditions improve efficiency and enhance safety Crane Load Cells are easy to install and suitable for heavy duty environments Crane Load Cells provide dependable results and long term reliability for daily lifting and material handling operations
• 6 Digit Seven Segment Display
• Manual / Auto Tare facility available
• Power Supply -230 VAC 50 HZ
• Accuracy -0.02 % of Full Scale accuracy
• Easy to Panel Mount-Software calibration 
• filling machine controller    
• PLC through calibration also availabe

• 4  Relay Setpoint
• 3 Input
• Linear Output - 0-10volt DC  or 4-20 ma DC
• RS485 modbus communication 
• Size 96mm×96mm                                     48 mm x 96 mm                                 dinrail controller with display                 dinrail analogue without display                 
• 100 % Quality Assurance Product
• contact number - 

We Also provide Customer to Customize Product .

RATED LOAD (KG) 100,200,300,500,750 (T) 1, 2, 2.5, 3, 5, 7.5, 10, 20

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

Button Type Load Cell is a compact and precise sensor designed to measure compressive force in limited space applications Button Type Load Cell is commonly used in industrial automation testing equipment and weighing systems Button Type Load Cell provides high accuracy stable output and reliable performance Button Type Load Cell is built for durability and long term use under heavy loads Button Type Load Cell helps improve measurement efficiency and operational safety Button Type Load Cell is easy to install and integrate into systems Button Type Load Cell delivers consistent and dependable results for daily industrial force measurement applications
RATED LOAD (KG) 100,200,300,500,750 (T) 1, 2, 2.5, 3, 5, 7.5, 10, 20

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

The S Type Load Cell from KP Automation & Control is a high precision sensor designed to measure both tension and compression forces accurately in industrial applications. The S Type Load Cell provides stable output, reliable performance, and long-term durability for demanding environments. It is widely used in crane scales, material testing machines, and force measurement systems. With KP Automation & Control, the S Type Load Cell ensures improved operational efficiency, precise measurement, and enhanced safety. Easy to install and integrate, the S Type Load Cell delivers consistent and dependable results for industrial weighing and force monitoring needs.We supply finest quality S-Type Load Cell with the most supreme standards and performance available

Features:

1. Simple low cost installation
2. Corrosion Resistant
3. High quality steel load sensor
4. Fully potted & sealed to IP67
5. High quality tool steel construction
6. Industry standard configuration
7. Tension & Compression testing
8. Tank & Vessel Weighing
9. Bag filling machines
10. Concrete batching equipments & conveyors 

Single Point Load Cell is a precise sensor designed to measure weight accurately at a single point in industrial and commercial applications Single Point Load Cell is commonly used in platform scales, bench scales, and retail weighing systems Single Point Load Cell provides stable output, high accuracy, and reliable performance Single Point Load Cell helps improve measurement efficiency, reduce errors, and enhance operational safety Single Point Load Cell is built for durability and long term use Single Point Load Cell supports easy installation and integration Single Point Load Cell delivers consistent and dependable results for daily weighing and force measurement needs
We deal in most finest quality Single Point Load Cell with the top class standards and performance available

Specifications:

1. Single Point Platform Scales
2. Checkweighing Scales
3. Bench, Counting & Deli Scales
4. Hopper Scales
5. Netweighing
6. Ideal for Harsh Environment Applications
7. Low Profile & High Precision

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
We manufacture high-quality load cells designed for high accuracy, reliability, and long-term stability. Our load cells are engineered using precision strain gauge technology and undergo strict quality control to ensure consistent performance in industrial environments.

We also provide customized load cell solutions tailored to specific applications, mounting requirements, environmental conditions, and output specifications. Our engineering team works closely with customers to deliver optimal solutions for unique measurement needs.

• From 5 kg to 5 tons

• Weighing systems

• Batch and filling systems

• Packing machines

• Testing equipment

• Industrial automation

• Custom weighing applications

• 6 Digit Seven Segment Display
• Manual / Auto Tare facility available
• Power Supply -230 VAC 50 HZ
• Accuracy -0.02 % of Full Scale accuracy
• Easy to Panel Mount-Software calibration 
• filling machine controller    
• PLC through calibration also availabe

• 4  Relay Setpoint
• 3 Input
• Linear Output - 0-10volt DC  or 4-20 ma DC
• RS485 modbus communication 
• Size 96mm×96mm                                     48 mm x 96 mm                                 dinrail controller with display                 dinrail analogue without display                 
• 100 % Quality Assurance Product
• contact number - 

We Also provide Customer to Customize Product .

Bellow Type Load Cell is a specialized sensor designed to measure compressive forces accurately while compensating for misalignment and side loads Bellow Type Load Cell is commonly used in industrial weighing systems testing machines and process control equipment Bellow Type Load Cell provides stable output, high accuracy, and reliable performance Bellow Type Load Cell helps improve measurement precision, operational efficiency, and safety Bellow Type Load Cell is built for durability and long term use in demanding environments Bellow Type Load Cell supports easy installation and integration Bellow Type Load Cell delivers consistent and dependable results for daily industrial weighing and force monitoring applications
RATED LOAD (KG) 10, 20, 30, 50, 100, 200, 300, 500

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

Accuracy Class 3000 n. OIML

Load Cell Capacity (Emax) 5kg , 10kg, 20kg, 30kg, 50kg,75kg, 100kg, 150kg, 200kg, 250kg, 300kg, 500kg

Rated Output (Sn) 2 mV/V ± 0.1 %**

Combined Error < ± 0.017%

Non-repeatability < ± 0.015%

Minimum load cell verification interval (vmin) = Emax / Y Emax / 10000 kg

Creep (30 minutes) < ± 0.016%

Temperature Effect on Zero Balance < ± 0.002 % Sn / ˚C

Temperature Effect on Span < ± 0.0012% Sn / ˚C

Compensated Temperature Range 0 to +50 ˚C

Operating Temperature Range -30 to +70 ˚C

Safe Overload 200 % Emax

 Ultimate Overload 300 % Emax

 Zero Balance < ± 2 % Sn

 Input Resistance 400 Ω ± 20

Output Resistance 350 Ω ± 3

Insulation Resistance > 5000 MΩ @ 100V

 Recommended Supply Voltage 5-15 V

Maximum Supply Voltage 15 V

Environmental Protection IP68 / IP69K

Maximum deflection at Emax 0.2-0.4 mm

Cable Length 3 m

 Cable Material: Polyurethane

Nominal Shipping Weight 0.5 kg

Accuracy Class 6000 n. OIML

Load Cell Capacity (Emax)

50kg, 75kg, 100kg, 150kg, 200kg, 250kg

Rated Output (Sn) 2 mV/V ± 0.1 %**

Combined Error  < ± 0.008%

Non-repeatability < ± 0.01%

Minimum load cell verification interval (vmin) = Emax / Y Emax / 18000kg

Creep (30 minutes) < ± 0.008%

Temperature Effect on Zero Balance < ± 0.001 % Sn / ˚C

Temperature Effect on Span < ± 0.0006 % Sn / ˚C

Compensated Temperature Range 0 to +50 ˚C

Operating Temperature Range -30 to +70 ˚C

Safe Overload 200 % Emax

 Ultimate Overload 300 % Emax

 Zero Balance < ± 2 % Sn

 Input Resistance 400 Ω ± 20

Output Resistance 350 Ω ± 3

Insulation Resistance > 5000 MΩ @ 100V

 Recommended Supply Voltage 5-15 V

Maximum Supply Voltage 15 V

Environmental Protection IP68 / IP69K

Maximum deflection at Emax 0.2-0.4 mm

Cable Length 3 m

 Cable Material: Polyurethane

Nominal Shipping Weight 0.5 kg

RATED LOAD (KG) 100,200,300,500,750 (T) 1, 2, 2.5, 3, 5, 7.5, 10, 20

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

The Compression Type Load Cells from KP Automation & Control are precision sensors designed to measure compressive forces accurately in industrial and commercial applications. These Compression Type Load Cells provide stable output, high accuracy, and reliable performance for weighing systems, testing machines, and process control equipment. With KP Automation & Control, they improve operational efficiency, enhance measurement precision, and ensure safety in demanding environments. Built for durability and long-term use, Compression Type Load Cells are easy to install and integrate, delivering consistent and dependable results for daily industrial force and weight monitoring applications.
Features:

• Stainless Steel Construction
• Weighbridge & Tensile Testing
• Industrial Automation
• Self-Restoring Design
• Environmental protection Class IP68
• Provided with anti-rotation mechanism

The Button Type Loadcell from KP Automation & Control is a compact and high-precision sensor designed to measure compressive forces accurately in industrial applications. This Button Type Loadcell provides stable output, reliable performance, and long-term durability, making it ideal for automation systems, testing equipment, and weighing applications. With KP Automation & Control, the Button Type Loadcell ensures improved measurement accuracy, operational efficiency, and safety. Easy to install and integrate, it delivers consistent and dependable results for daily industrial force measurement and control operations.
We are manufacturing high Quality load cell with high accuracy. 
we are provide customize load cell for customize application.
our load cell capacity range
5kg to 300T

Capacity: 10 ton,15 ton, 20 ton, 30 ton, 40 ton, 50 ton, 60 ton 100 ton, 200 ton, 400 ton, 600 ton, 800 ton, 1000 ton

Rated Output 2 ** 2.0 ± 0.5% mV/V

Accuracy Class 4000 - n. OIML

Recommended Supply Voltage 5-15 V

Maximum Supply Voltage 15 V

Safe Overload 150 %

Combined Error < ±0.013 or < ±0.05%

Non-Repeatability < ±0.015%

Output at Zero Load ±2.0

Input Resistance 800  W ± 5

Output Resistance 705 W ± 5

Operational Temperature Range -50 to +70 °C

Compensated Temperature Range 0 to +50 °C

Temperature Coefficient on Zero < ±0.002 % */ °C

Temperature Coefficient on Span < ±0.0012 % */ °C or < ±0.0036 % */ °C

Creep Error (30 minutes) < ±0.012 % or < ±0.048 %

Environmental Protection IP68/ IP69k

Cable Length 20 m

Cable Material : Polyurethane

 Insulation Resistance  >5000 MW @100DC

A load cell converts a force such as tension, compression, pressure, or torque into an electrical signal that can be measured and standardized. It is a force transducer. As the force applied to the load cell increases, the electrical signal changes proportionally. The most common types of load cell are pneumatic, hydraulic, and strain gauges.

Single Point Loadcell is a high precision sensor designed to measure weight accurately at a single point in industrial and commercial applications Single Point Loadcell is commonly used in platform scales, bench scales, and retail weighing systems Single Point Loadcell provides stable output, reliable performance, and high accuracy Single Point Loadcell helps improve operational efficiency, reduce errors, and ensure safe measurement Single Point Loadcell is built for durability and long term use Single Point Loadcell supports easy installation and system integration Single Point Loadcell delivers consistent and dependable results for daily industrial and commercial weighing applications
We are manufacturing high Quality load cell with high accuracy. 
we are provide customize load cell for customize application.
Our product range 5 kg to 5 ton.

These load cells typically use strain gauge technology, bonded to a metal elastic element. When force is applied, the strain gauges deform proportionally, producing an electrical signal that corresponds to the applied load.

Pancake load cells are widely used in industrial weighing, material testing machines, presses, robotics, and force monitoring systems. They offer high stiffness, good overload capacity, and stable output over long periods.

Key Features:

• Low-profile, compact design

• Suitable for compression and/or tension measurement

• High accuracy and repeatability

• Robust construction for industrial environments

• Available in a wide range of capacities

Applications:

• Weighing systems

• Hydraulic and mechanical presses

• Material testing equipment

• Automation and robotics

• Structural load monitoring

RATED LOAD (KG) 100,200,300,500,750 (T) 1, 2, 2.5, 3, 5, 7.5, 10, 15, 20, 25, 30, 50

 Precision C2/C3

Output Impedance(Ω) 700 + 5

 Composition Error 0.03/0.02

Insulation (MΩ) > 20000

Rated Output(mv/v) 2.0 + 0.001

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) 750 + 10

 Ultimate Overload(%FS) 150

• Multicoloumn construction
• Hemetically sealed

• Truck scale 
• Hopper Weighing
• Industrial Automation

S Type Load Cell is a versatile sensor designed to measure both tension and compression forces accurately in industrial applications S Type Load Cell is commonly used in crane scales material testing and force measurement systems S Type Load Cell provides stable output, high accuracy, and reliable performance S Type Load Cell helps improve operational efficiency, safety, and measurement precision S Type Load Cell is built for durability and long term use in demanding environments S Type Load Cell supports easy installation and integration S Type Load Cell delivers consistent and dependable results for daily industrial weighing and force monitoring applications
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