Product Description
Product details
| Cable Length (4 Core Screened) | 5 Meters |
| Insulation Resistance (50 VDC) | > 1000 Mega Ohms |
| Temp. Compensated Range | Upto 60 Degree C |
| Excitation Voltage | 10 VDC -15 VDC |
| Output Resistance | 700 +- 5 Ohms |
| Input Resistance | 770 +- 20 Ohms |
| Load Capacity | 250kgf to 500TF |
| Brand | ADI ARTECH TRANSDUCERS PVT LTD |
| Nominal Sensitivity | 2 mv/v |
| Type | Pin Type. |
| Usage/Application | Industrial |
Load Pin Double Ended Shear Beam Type Load Cell
| Model | : | | 70510 |
| Capacity | : | | 0 - 0.5Tf to 0 - 400Tf |
| Load Direction | : | | Tension & Compression - Universal |
| Type | : | | Axle Pin Double ended Shear Beam Load / Force Transducer |
| Industries |
| - Elevator & Lift Manufacturing
- Weighing
- Fertilizer , Cement , Chemical , Steel industries
- Shipbuilding
- Robotics
- Bridge & Road Building
- R & D Establishments
- Port Trust
- Pharmaceutical
- Machine Building
- Crane Manufacturing
|
| Application |
| - Anchor Force Measurement
- Cargo Handling in Ship Yards
- Clevis Pin Replacement
|
| Description | : | | 70510 is Axle Pin designed as double ended shear beam load / force transducer. It is strain gage based sensor with full temperature compensation over 0 - 60 Deg.C. It is constructed from SS 17-4 ph grade for corrosion and shock load resistance. This axle load pin is provided with slot for keeper plate for load direction ,anti rotation and retaining purposes. |
| Features | : | | 70510 Axle Pin is available from 0 - 0.5Tf to 0 - 500Tf capacities. This can be customized as per specific requirements. |
| Electronic Instrumentation / Software | : | | Compatible Electronic Systems are available optionally- Stand alone digital display indicator. Analog signal converter - 0 - 10 VDC or 4 - 20 mA for PLC interface. Digital signal converter - RS-232 , RS-485 or MOD BUS RTU Protocol to interface with computer or other processing equipment. Data acquisition system and software. Please contact us for more details. |
Superior Strain Gage TechnologyThis load cell leverages strain gage-based shear beam technology for accurate and consistent force and weight measurement. The unique double-ended design ensures enhanced stability and reliability, making it ideal for heavy-duty industrial environments and precision applications.
Wide Temperature and Voltage RangeDesigned to perform in diverse conditions, this sensor is temperature compensated from 10C to 50C and can operate within 0C to 50C. Its flexibility in operating voltage (5-10V) allows seamless integration into various industrial control systems.
FAQs of Load Pin Double Ended Shear Beam Type Load Cell:
Q: How does the Load Pin Double Ended Shear Beam Type Load Cell function?
A: This load cell works by detecting changes in electrical resistance using strain gages when force is applied to the shear beam. The resulting strain generates an analog output voltage proportional to the weight or force on the load cell.
Q: What are the advantages of using this strain gage-based load cell in industrial applications?
A: It provides high accuracy, reliable measurement, and consistent performance across varied environments, thanks to its double-ended shear beam design and temperature compensation. This makes it suitable for demanding industrial weighing and force monitoring uses.
Q: When should this load cell be selected over other types?
A: This product is recommended when you require precise analog output, robust temperature tolerance, and dependable performance in environments ranging from 0C to 50C, such as in weighing scales, automation, and structural load testing.
Q: Where can I purchase this Load Pin Double Ended Shear Beam Type Load Cell in India?
A: It is available through authorized dealers, distributors, exporters, manufacturers, producers, suppliers, traders, and wholesalers throughout India, ensuring extensive accessibility for various industries.
Q: What is the process for installing the load cell in an industrial setup?
A: Installation typically involves mounting the load cell securely at the specified location, connecting electrical wiring according to standard resistance sensor protocols, and calibrating the output to match system requirements.
Q: How should the load cell be stored when not in use?
A: For optimal preservation, the load cell should be kept within the storage temperature range of 0C to 60C and shielded from moisture, extreme humidity, and mechanical shock.
Q: What benefits can users expect from this load cell?
A: Users will benefit from robust measurement accuracy, reliable analog signal output, and stability under variable operating conditions, which are crucial for quality control and process efficiency in industrial applications.