Single Ended Beam Load Cell

Model:cantilever beam
Single end beam type weighing sensor is the most common type in the beam sensor family, with a structure similar to a diving board - one end is rigidly fixed, and the other end is a free end used to carry loads.
MOQ:100 pieces
1. Cantilever structure, easy to install and fix, suitable for various weighing platforms
2. Resistant to lateral force and impact, suitable for medium frequency heavy load weighing
3. Fully sealed welding protection, moisture-proof and dustproof, suitable for workshop working conditions
4. Stable accuracy, minimal creep, and good repeatability
5. Standardized size for convenient parallel networking of multiple sensors
6. Support digital output, explosion-proof customization, and interface with instruments PLC
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Description Technical Parameters

Shandong Leheng Instrument Co., Ltd. is one of the most reliable manufacturers and suppliers of single ended beam load cell in China. We ware committed to providing high quality customized products with low price. Please feel free to wholesale cheap single ended beam load cell in stock here from our factory.

 

Description

 

 

Single end beam type weighing sensor is the most common type in the beam sensor family, with a structure similar to a diving board - one end is rigidly fixed, and the other end is a free end used to carry loads. When a load is applied to the free end, the beam undergoes bending deformation, and the resistance strain gauges attached to the surface of the beam stretch or compress accordingly, converting the physical deformation into an electrical signal output proportional to the load.

 

F1-Weighing Sensor

 

Single ended beam sensors are mainly divided into two subtypes in terms of functionality: curved beam sensors measure the bending strain (tension/compression) on the surface of the beam, and shear beam sensors measure the shear strain at the neutral axis of the beam, with stronger resistance to eccentric loads.

From the perspective of measurement principles, single ended beam sensors can refer to both single ended curved beams using bending measurement principles and single ended shear beams (also known as cantilever beams) using shear measurement principles. In practical products, single end shear beam has become the mainstream choice in the industrial field due to its excellent anti eccentric load performance and higher durability.

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We serve a global market, exporting to over 50 countries across North America, South America, the EU, and Southeast Asia. Whether you require standard models or customized solutions, our OEM/ODM capabilities allow us to tailor specifications to your exact needs. With a standard delivery time of just 15 days and full technical support, Leheng is your trusted partner for high-quality weighbridge sensors and industrial weighing solutions.

 

Working Principle

 

The cross-section of the beam varies in a regular manner along the length direction, so that the strain magnitude on the surface of the beam is basically equal when subjected to force. The adhesive position of strain gauges should be loose to simplify the manufacturing process.
Features: Simple structure, high precision, easy installation, suitable for small and medium-sized weighing scenarios such as platform scales, hopper scales, belt scales, etc.

 

Be used in a wide range of industries.

 

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Product detail images

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Product Specifications

 

Parameter Item

Specification Range

Rated Capacity

0.5, 1, 2, 3, 5, 10t

Accuracy Class

C3

Sensitivity

2.0±0.002mV/V

Non‑linearity

≤0.02% F.S

Hysteresis

≤0.02% F.S

Repeatability

≤0.01% F.S

Creep (30 min)

≤0.02% F.S

Compensated Temperature Range

-10~+40℃

Operating Temperature Range

-30~+70℃

Temperature Effect Span

0.002% F.S/℃

Temperature Effect Zero

0.002% F.S/℃

Zero Output

±1% F.S

Input Impedance

350±5Ω

Output Impedance

350±1Ω

Insulation Resistance

≥5000MΩ (50VDC)

Safe Overload

150% F.S

Ultimate Overload

200% F.S

Excitation Voltage

5~12V (DC)

Protection Class

IP67

Material

Alloy steel (Nickel‑plated surface)

Recommended Bolt

Capacity

0.5~3

5

10

Size

M12

M18

M24

Strength class

≥8.8

Tightening torque (N.m)

98

275

700

 

Product drawing

 

 

F1

 

F3-Weighing Sensor

 

 

Be used in a wide range of industries.

 

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Product detail images

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Product detail images

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Product detail images

Product Specifications

 

Parameter Item

Specification Range

Rated Capacity

0.5, 1, 1.5, 2, 2.5, 3, 5, 10t

Accuracy Class

C3

Sensitivity

3.0±0.003

Non‑linearity

≤0.02% F.S

Hysteresis

≤0.02% F.S

Repeatability

≤0.01% F.S

Creep (30 min)

≤0.02% F.S

Compensated Temperature Range

-10~+40℃

Operating Temperature Range

-30~+70℃

Temperature Effect Span

0.002% F.S/℃

Temperature Effect Zero

0.002% F.S/℃

Zero Output

±1% F.S

Input Impedance

350±5Ω

Output Impedance

350±1Ω

Insulation Resistance

≥5000MΩ (50VDC)

Safe Overload

150% F.S

Ultimate Overload

200% F.S

Excitation Voltage

5~12V (DC)

Protection Class

IP67

Material

Alloy steel (Nickel‑plated surface)

Equivalent Product

ZEMIC (H8C) METTLER TOLEDO (SB) HBK (Z7A)

Recommended Bolt

Capacity

0.5~2.5

3~5

10

Size

M12

M18

M24

Strength Class

≥10.9

Tightening Torque (N.m)

98

200

700

Product drawing

 

 

 

F3

 

F5-Weighing Sensor

Be used in a wide range of industries.

 

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Product detail images

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Product detail images

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Product Specifications

 

Parameter Item

Specification Range

Rated Capacity

0.25, 0.5, 1, 2, 3, 5t

Accuracy Class

C3

Sensitivity

2.0±0.002mV/V

Non‑linearity

≤0.02% F.S

Hysteresis

≤0.02% F.S

Repeatability

≤0.01% F.S

Creep (30 min)

≤0.02% F.S

Compensated Temperature Range

-10~+40℃

Operating Temperature Range

-30~+70℃

Temperature Effect Span

0.002% F.S/℃

Temperature Effect Zero

0.002% F.S/℃

Zero Output

±1% F.S

Input Impedance

380±5Ω

Output Impedance

350±1Ω

Insulation Resistance

≥5000MΩ (50VDC)

Safe Overload

150% F.S

Ultimate Overload

200% F.S

Excitation Voltage

5~12V (DC)

Protection Class

IP68

Material

Stainless steel

Equivalent Product

METTLER TOLEDO (HLJ) HBK (HLC)

Recommended Bolt

Capacity

0.25, 0.5, 1, 2

3

5

Size

M12

M14

M18

Strength Class

≥10.9

Tightening Torque (N.m)

98

140

275

Product drawing

 

F5

 

F6-Weighing Sensor

 

Be used in a wide range of industries.

 

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Product detail images

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Product detail images

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Product Specifications

 

Parameter Item

Specification Range

Rated Capacity

50, 100, 200, 250, 300, 500kg

Accuracy Class

C3

Sensitivity

2.0±0.002mV/V

Non‑linearity

≤0.02% F.S

Hysteresis

≤0.02% F.S

Repeatability

≤0.01% F.S

Creep (30 min)

≤0.02% F.S

Compensated Temperature Range

-10~+40℃

Operating Temperature Range

-30~+70℃

Temperature Effect Span

0.002% F.S/℃

Temperature Effect Zero

0.002% F.S/℃

Zero Output

±1% F.S

Input Impedance

350±5Ω /400±20Ω

Output Impedance

350±1Ω

Insulation Resistance

≥5000MΩ (50VDC)

Safe Overload

150% F.S

Ultimate Overload

200% F.S

Excitation Voltage

5~12V (DC)

Protection Class

IP67

Material

Alloy steel (Nickel‑plated surface)

Recommended Bolt

Capacity

50~500

Size

M12

Strength Class

≥8.8

Tightening Torque (N.m)

98

Product drawing

 

F6

F8-Weighing Sensor

 

Be used in a wide range of industries.

 

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Product detail images

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Product detail images

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Product detail images

Product Specifications

 

Parameter Item

Specification Range

Rated Capacity

10, 20, 30, 50, 100, 200, 250, 300, 500kg

Accuracy Class

C3

Sensitivity

2.0±0.02 mV/V

Non‑linearity

≤0.02% F.S

Hysteresis

≤0.02% F.S

Repeatability

≤0.01% F.S

Creep (30 min)

≤0.02% F.S

Compensated Temperature Range

-10~+40℃

Operating Temperature Range

-30~+70℃

Temperature Effect Span

0.002% F.S/℃

Temperature Effect Zero

0.002% F.S/℃

Zero Output

±1% F.S

Input Impedance

380±3Ω

Output Impedance

350±1Ω

Insulation Resistance

≥5000MΩ (50VDC)

Safe Overload

150% F.S

Ultimate Overload

200% F.S

Excitation Voltage

5~12V(DC)

Protection Class

IP68

Material

Alloy steel /stainless steel

Equivalent Product

ZEMIC (BM11/HM11) METTLER TOLEDO (MTB)

Recommended Bolt

Capacity

10~250

300~500

Size

M8

M10

Strength Class

≥8.8

Tightening Torque (N.m)

26

54

Product drawing

 

F8

F9-Weighing Sensor

Be used in a wide range of industries.

 

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Automobile manufacturing

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Automobile manufacturing

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Automobile manufacturing

Product Specifications

 

Parameter Item

Specification Range

Rated Capacity

0.5, 1, 2, 3t

Accuracy Class

C3

Sensitivity

2.0±0.002mV/V

Non‑linearity

≤0.02% F.S

Hysteresis

≤0.02% F.S

Repeatability

≤0.01% F.S

Creep (30 min)

≤0.02% F.S

Compensated Temperature Range

-10~+40℃

Operating Temperature Range

-30~+70℃

Temperature Effect Span

0.002% F.S/℃

Temperature Effect Zero

0.002% F.S/℃

Zero Output

±1% F.S

Input Impedance

380±5Ω

Output Impedance

350±1Ω

Insulation Resistance

≥5000MΩ (50VDC)

Safe Overload

150% F.S

Ultimate Overload

200% F.S

Excitation Voltage

5~12V (DC)

Protection Class

IP67

Material

Alloy steel (Nickel‑plated surface)

Recommended Bolt

Capacity

0.5, 1, 2, 3

Size

M12

Strength Class

≥10.9

Tightening Torque (N.m)

98

 

Product drawing

 

F9

 

Application Areas

Platform scale and platform scale

Weighing of silos, hoppers, and storage tanks

Packaging Machinery and Filling Equipment

Belt scale and conveyor weighing

Measurement and batching system

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Online inspection scale for packaging production line
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Warehouse workshop platform weighbridge
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Farm livestock weighing scale

 

FAQ

Q1: What is the difference between single ended beam and double ended beam sensors?

Single end beam type: fixed at one end and free at the other, with a simple structure and a medium range coverage (usually 110kg~5000kg), suitable for platform scales, hopper weighing and other scenarios. Double end beam type: fixed at both ends and subjected to force in the middle, with a larger range (up to tens to hundreds of tons), suitable for weighing large vehicles such as truck scales and track scales.

Q2: How to choose alloy steel and stainless steel materials?

Nickel plated alloy steel: Low cost, protection level IP67, suitable for dry or general industrial environments. Stainless steel: protection level IP68, can withstand corrosive media and high-pressure water gun flushing, suitable for humid or corrosive environments such as food, chemical, marine engineering, etc.

 

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