Loadcell S Type
LC2013
An loadcell s type, also known as an s load cell, is a highly versatile and widely used force sensor. Its name is derived from its distinctive "S" shape. These s load cells are designed to measure both tension (pulling) and compression (pushing) forces, making them an ideal solution for a vast range of industrial weighing and force measurement applications.
Straight from Our Factory, Customized for Your Needs.
Brand Name: Saintbond
Product Orgin: China
Item No.: LC2013
Shipping Port: Ningbbo,Or designated by the customer
Payment:100% payment before shipment
Capacities:100kg~50t
Material: Alloy / Stainless Steel
Protection Class:IP67/68
Your Application, Our Custom Load Cell Solution:
✅ Alloy /stainless stell construction: We can customize raw materials based on what the customer needs;
✅ Capacity, Size, & Output
✅ Cable Length;
✅ ODM/OEM;
✅ Logo customization
✅ Weighing Accessories: Amplifier, Digital Signal RS232 or RS485, Weighing Indicator.
Straight from Our Factory, Customized for Your Needs.
Brand Name: Saintbond
Product Orgin: China
Item No.: LC2013
Shipping Port: Ningbbo,Or designated by the customer
Payment:100% payment before shipment
Capacities:100kg~50t
Material: Alloy / Stainless Steel
Protection Class:IP67/68
Your Application, Our Custom Load Cell Solution:
✅ Alloy /stainless stell construction: We can customize raw materials based on what the customer needs;
✅ Capacity, Size, & Output
✅ Cable Length;
✅ ODM/OEM;
✅ Logo customization
✅ Weighing Accessories: Amplifier, Digital Signal RS232 or RS485, Weighing Indicator.
Delivery
EXW FOB
minimum order
2
Supply Ability
20000 / Month
Country of Origin
China
Stock Time
30Day
Quantity:
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An loadcell s type, also known as an s load cell, is a highly versatile and widely used force sensor. Its name is derived from its distinctive"S"shape. These s load cells are designed to measure both tension (pulling) and compression (pushing) forces, making them an ideal solution for a vast range of industrial weighing and force measurement applications.
They are renowned for their robustness, high accuracy, and compact design, which allows for easy installation in space-constrained environments.
LC2013 S Shape Load Cell Dimension:mm
| Capacity | ΦA | B | ΦC | E | M |
| ( Ton) | (mm) | (mm) | |||
| 100/200/300/500/1000kg | 44 | 88 | 28 | 26 | M16×1.5 |
| 1/2/3/5t | 58 | 112 | 38 | 44 | M24×3 |
| 10t | 84 | 160 | 60 | 58 | M36×4 |
| 20/30/50t | 88 | 156 | 68.5 | 76 | M36×4 |
LC2013 S Shape Load Cell Technical Parameter:
| Capacity | 100kg~50t | Output Impedance | 350±5Ω |
| Rated output | 2.0±10%mV/V | Input Impedance | 350±20Ω |
| Zero Output | ±1%F.S. | Insulation | >5000MΩ/10VDC |
| Non-Linear | 0.05%F.S. | Operating voltage | 5-15v |
| Hysteresis | 0.05%F.S. | Excitation max | 10V |
| Repeatability | 0.05%F.S. | Operating temperature range | -20-80℃ |
| Creep(30min) | 0.05%F.S. | Safety overload | 150% |
| Temp.effect on output | 0.05% F.S./10ºC | Ultimate overload | 200% |
| Temp.effect on zero | 0.05% F.S./10ºC | Material | Alloy /Stainless steel |
How S Shape Load Cell Works?
S load cells operate on the strain gauge principle. Inside the s load cell:
Strain Gauges: Precision electrical resistors are bonded to the narrow, specially machined section of the beam.
Force Application: When a force (tension or compression) is applied, the beam deforms elastically.
Resistance Change: This deformation causes the strain gauges to stretch or compress, changing their electrical resistance.
Signal Output: The strain gauges are connected in a Wheatstone bridge configuration. The minute changes in resistance are converted into a small, proportional millivolt (mV) output signal.
Interpretation:This signal is then sent to a weight indicator or controller, which amplifies and converts it into a readable digital display (e.g., kg, lb, N).
S load cells operate on the strain gauge principle. Inside the s load cell:
Strain Gauges: Precision electrical resistors are bonded to the narrow, specially machined section of the beam.
Force Application: When a force (tension or compression) is applied, the beam deforms elastically.
Resistance Change: This deformation causes the strain gauges to stretch or compress, changing their electrical resistance.
Signal Output: The strain gauges are connected in a Wheatstone bridge configuration. The minute changes in resistance are converted into a small, proportional millivolt (mV) output signal.
Interpretation:This signal is then sent to a weight indicator or controller, which amplifies and converts it into a readable digital display (e.g., kg, lb, N).
LC2013 S Shape Load Cell Typical Applications:
S Shape Load Cells are used across numerous industries:
þ Industrial Weighing:
Tank and hopper weighing
Silo and bin weighing
Overhead crane scales
Force measurement in production machinery
þ Tension Applications:
Cable and wire tension monitoring
Winch and pull testing
Safety rope and harness testing
þProcess Control:
Batching and filling systems
Material testing machines
þ Logistics & Automation:
Automated hanging conveyor systems
Robotic arm force feedback
S Shape Load Cells are used across numerous industries:
þ Industrial Weighing:
Tank and hopper weighing
Silo and bin weighing
Overhead crane scales
Force measurement in production machinery
þ Tension Applications:
Cable and wire tension monitoring
Winch and pull testing
Safety rope and harness testing
þProcess Control:
Batching and filling systems
Material testing machines
þ Logistics & Automation:
Automated hanging conveyor systems
Robotic arm force feedback
In summary, the loadcell s type,/ s load cell is a fundamental, reliable, and flexible solution for precise force and weight measurement. Its unique combination of dual-force capability, robust construction, and compact design makes it a top choice for engineers and system integrators worldwide.
