Product Description
Product details
| Allowable Side Load | 50% |
| Deflection | < 0.5 mm at FSO |
| Environmental Protection Class | IP 68 |
| Finish & Construction | Electro less Nickel Plated Tool Steel |
| Insulation Resistance (50V) | >1000 Mega Ohms |
| Nominal Output | 2.0 m V/V |
| Temp. Compensated Range | 0-60 Degree C |
| Ultimate Overload | 300% of Rated Capacity |
| Insulation Resistance | >1000 Mega Ohms |
| Excitation Voltage | 10 VDC -15 VDC |
| Output Resistance | 700 +- 2 Ohms |
| Input Resistance | 770 +- 20.0 Ohms |
Ball Cup Type Double ended Shear beam Load Cell
| Model | : | | 70610 |
| Capacity | : | | 0-10Tf to 0-40Tf |
| Load Direction | : | | Compression only |
| Type | : | | Double Ended Shear Beam Load Cell , Truck Scale Load Cell , Weigh Bridge Load Cell |
| Application |
| - Truck Weighing
- Weigh Bridge Scale
|
| Description | : | | 70610 is double ended shear beam load cell. It is constructed from high grade tool steel for resistance to heavy shock loads associated with truck weighing. It is electrolysis Nickel plated for corrosion resistance. |
| Features | : | | This cell is designed to load from center through ball cup mechanism which helps for self restoring and self centering for improvement in accuracy. It is offered with full mounting assembly for easy installation. It is fitted with gass discharge tubes for transit voltage protection caused due to lightning or line voltage faults. |
Versatile ApplicationsSuitable for weighing machines, tensile testing devices, machine automation systems, and online tension measurement setups, this load cell is engineered for precision and adaptability in various settings.
Reliable Output and AccuracyThe analog sensor provides a stable 2mV output and achieves an impressive accuracy of 0.025%, ensuring dependable readings for critical industrial and laboratory processes.
FAQs of Ball Cup Type Double ended Shear beam Load Cell:
Q: How does the Ball Cup Type Double Ended Shear Beam Load Cell function in weighing scales?
A: This load cell detects applied force using strain gage technology and converts it into a proportional analog output, enabling highly accurate weight measurements in industrial and commercial weighing scales.
Q: What are the operating and compensated temperature ranges for this load cell?
A: The operating temperature range for the load cell is 050C, while the compensated temperature range is 1050C, ensuring consistent performance within these environments.
Q: Where can I purchase or source this load cell in India?
A: You can obtain this load cell through dealers, distributors, exporters, manufacturers, producers, suppliers, traders, and wholesalers across India specialized in electronic industrial components.
Q: When is this load cell most beneficial to use in machine automation?
A: This load cell is particularly effective in machine automation requiring precise force or tension measurement, especially when deploying systems that demand reliable analog output and high accuracy.
Q: What is the process for integrating this load cell into a weighing machine?
A: Integration involves mounting the load cell onto the weighing platform, connecting the analog output to a signal conditioning circuit, and calibrating the system to ensure accurate readings based on the cells specifications.
Q: What advantages does the double ended shear beam design provide?
A: The double ended shear beam construction improves load distribution, enhances accuracy, and increases resistance to side loads, making the sensor ideal for harsh industrial applications.
Q: How can the output voltage and operating voltage affect performance?
A: The output voltage (2mV) indicates the signal level produced under maximum load, while the operating voltage (510V) powers the strain gage. Proper voltage ensures optimal sensitivity and minimizes signal noise for accurate measurements.