Product Description
Miniature Load Cell
Model | : | | 60610 |
| Capacity | : | | 0-100Gmf to 0-2000Gmf |
| Load Direction | : | | Compression only |
| Type | : | | Miniature Load Cell,Single Point Load Cell,Off Center Load Cell,Bending Beam Load Cell,Jewelery Load Cell |
| Industries |
| - Weighing
- Textile
- Batch Weigh
- Bagging Machinery's
|
| Application |
| - Bag Weighing Machine
- Bench Scale
- Check Weighing
- Counting Scale
- Medical Instrumentation
- Postal Scale
- Precision Jewelery Scale
- Small Bagging Machines
- Thread Tension Measurement
|
| Description | : | | 60610 is strain gage based load cell with temperature compensated range of 0 to 60 Deg.C. It is designed for low eccentric load sensitivity for 120 mm dia.platter. This is constructed from aluminum alloy and is light weight suitable for portable scales. |
| Features | : | | It is available from 100 Gmf. to 2000 Gmf.capacity. This is very much suited for precision jewelery scale applications. This cell is supplied with all mounting hard wares with over and under load protecting bracket. |
Exceptional Accuracy and ReliabilityEngineered for high-precision measurements, this miniature load cell achieves up to 0.05% full-scale accuracy. Its resistance strain gauge design ensures minimal error, making it an ideal choice for sensitive weight and force detection in both industrial automation and research environments.
Compact Design for Versatile ApplicationsThe miniature build allows seamless integration into space-constrained setups. Suitable for force testing devices, robotic equipment, or specialized manufacturing, its small form factor does not compromise on performance or reliability, expanding its application scope significantly.
Trusted Support and Distribution across IndiaWith a robust network in India, we provide not only competitive pricing and supply reliability but also technical assistance, tailored solutions, and swift after-sales service. Our team is committed to fostering long-term partnerships across dealer, distributor, and industrial sectors.
FAQs of Miniature Load Cell:
Q: How does the resistance strain gauge theory benefit the miniature load cells performance?
A: The resistance strain gauge technology converts mechanical deformation into a measurable electrical signal, resulting in highly accurate and stable force measurement. This ensures the load cell offers consistent and reliable readings, even in demanding and compact environments.
Q: What are the common usage scenarios for this miniature load cell?
A: Common applications include industrial automation, precise laboratory weight measurement, force feedback in robotics, and integration within test machines where space constraints are a concern. Its compact form factor allows for flexible placement in various equipment.
Q: When should I use a load cell with 0.05% F.S. accuracy?
A: You should opt for this high-accuracy load cell when precise force or weight measurement is critical, such as in materials testing, quality assurance labs, or precision manufacturing processes where minimal measurement error can impact outcomes.
Q: Where can I purchase or source this miniature load cell in India?
A: You can purchase the miniature load cell from authorized dealers, distributors, manufacturers, suppliers, traders, and wholesalers throughout India. We offer comprehensive coverage and support to ensure timely delivery and service nationwide.
Q: What is the process for integrating this load cell into existing systems?
A: Integration involves connecting the load cell to a compatible power supply (5V DC) and signal processing unit capable of reading a 0.5 mV/V output. Ensure proper calibration to maintain accuracy and connect per the applications mechanical requirements.
Q: How can users benefit from its 350 Ohm resistance and 0.5 mV/V output voltage?
A: The 350 Ohm resistance optimizes electrical compatibility with standard instrumentation while the 0.5 mV/V output enables precise signal processing, contributing to both ease of integration and high-fidelity data acquisition in measurement systems.