Product Description
Double Ended Shear Beam Load Cell
Double Ended Shear Beam Dynamic Load Cell is designed for equipments with electric capacity of 10000-45000 Kilograms (kg) which provide them good protection & long lasting life. This is used for low profile gadgets such as weighing bridges & silos to name a few. The industrial load cell is rust resistance, strong, stable and smooth in appearance with perfect dimension.
Capacities: 10 - 100 M.T
- Low profile for Weighbrides and silos
- Electroless nickel plated alloy steel construction.
- IP67 protection.
- Complete environmental protection.
SPECIFICATION
STANDARD CAPACITIES
|
:10,15,20,30,45,75,100 |
| EXCITATION VOLATAGE |
:10VDC TO 15VDC
|
RATED OUTPUT
|
:3.0 mv/v
|
INPUT RESISTANCE
|
:700 +- 20 Ohms
|
OUTPUT RESISTANCE
|
:770 +- 7.0 Ohms
|
CREEP (30 MINUTES)
|
:<+- 0.03% Fso
|
ZERO BALANCE
|
:+-1.0% Fso
|
NON-REPEATABILITY
|
:<+-0.01% Fso |
HYSTERESIS
|
:<+-0.02% Fso |
NON-LINEARITY
|
:<+-0.25% Fso |
SAFE OVER LOAD
|
:150% Of Rated Capacity
|
ULTIMATE OVER LOAD
|
:300% Of Rated Capacity |
ALLOWABLE SIDE LOAD
|
:50% Of Rated Capacity |
TEMPERATURE EFFECT ON O.P.
|
:<0.0015% Fso% oC
|
TEMPERATURE EFFECT ON ZERO
|
:<0.0020% Fso% oC |
ENVIRONMENTAL PROTECTION
|
:IP 66
|
High Capacity and Superior AccuracyDesigned to handle heavy loads up to 45,000 kg with dependable accuracy ranging from 0.1% to 0.5%, this load cell is ideal for industrial weighing and force measurement tasks. Its double-ended shear beam design ensures optimal signal integrity and long-term performance, even under demanding operational conditions.
Wide Operating and Storage RangeWith a storage temperature range of -40C to +85C and uncompromised accuracy across compensated temperatures from -10C to +70C, this load cell maintains performance in varied environments. Robust nickel-plated construction enhances corrosion resistance for long-lasting outdoor or indoor use.
Versatile Application and Ease of IntegrationSuitable for various weighing systems and force measurement setups, this load cell operates on 10-24VDC, is easily integrated with analog monitor displays, and supports seamless installation in both new and existing apparatus. Its compact, ring-type form factor allows for flexible placement and reliable functionality.
FAQs of Ring Type Double Ended Shear Beam Load Cell:
Q: How is the Ring Type Double Ended Shear Beam Load Cell typically installed in weighing apparatus?
A: This load cell is usually mounted at both ends using dedicated fixtures, allowing it to effectively sense shear forces when a load is applied. Its ring-type structure is designed for easy integration into industrial weighing platforms and mechanical force measurement systems.
Q: What applications are most suitable for this load cells capacity and features?
A: With a capacity range of 10,000 to 45,000 kg, high accuracy, and robust steel construction, the load cell is ideal for heavy-duty industrial weighing equipment, force monitoring in material testing machines, truck and rail scales, and other force measurement implementations.
Q: When should I consider using this model over other load cell types?
A: Opt for this ring type double ended shear beam load cell when you require precise, repeatable measurements in high-capacity loads, particularly where bidirectional force sensing and resistance to environmental extremes are critical for reliable system operation.
Q: Where can this load cell be used considering its environmental specifications?
A: Thanks to its electroless nickel plating and temperature compensation features, this load cell is suitable for demanding environments including warehouses, factories, outdoor installations, and processing facilities, where temperature fluctuations and potential corrosion may otherwise impact performance.
Q: What is the process for calibrating the load cell for accurate readings?
A: Calibration involves connecting the load cell to a suitable analog indicator, applying known loads, and adjusting the readout to match these reference values, following standard industry calibration procedures for optimal accuracy.
Q: How does the products accuracy benefit industrial weighing processes?
A: The high precision (0.1% to 0.5%) ensures minimal measurement errors, resulting in reliable data collection for process control, quality assurance, and inventory management, ultimately contributing to improved operational efficiency in industrial environments.