Product Description
Description :
- 20210-MINI is strain gage based force sensor constructed from Steel Alloy.
- Its operating temperature is 10 TO 50 C.
- It is compact and light weight and easy to install.
- This is applied to economy hanging scales, hand held force gages and controlled feed systems.
- It is universal load cell with tension and compression measurements.
Features :
- Only 100 Kgf. Capacity is offered
- Complete environmental protection -meets to IP 65 class for gage area
- Light weight and compact
Applications :
- Hand held force gages
- Medical instrumentation
- Controlled feed systems
- Test equipment
- Thread tension control in textile industry
- Hanging scales
Performance Specification :
Standard Capacities | 100 Kgf |
Excitation Voltage | 10 VDC- Maximum 15 VDC |
Nominal Output | 1.5 to 2.0 m V/ V |
Non - Linearity | < + 0.5% FSO (Full Scale Output) |
Non Repeatability | < + 0.2% FSO |
Creep (30 minutes) | < + 0.05% FSO |
Zero Balance | + 1.0% FSO |
Input Resistance | 350 Ohms |
Output Resistance | 350 Ohms |
Insulation Resistance (50 VDC) | > 1000 Mega Ohms |
Safe Overload of Rated Capacity | 150% |
Cable Length (4 Core Screened) | 300mm |
Temp Range-operating | 10 ~ 50 oC |
Temperature Effect on Output | < 0.1 % FSO/ oC |
Temperature Effect on Zero | < 0.15% FSO/ oC |
Deflection | < 0.5 mm at FSO |
Finish & Construction | Alloy Steel |
Environmental Protection Class | Meets to IP 65 |
Electrical Termination :
+Input | Red |
+Output | Green |
-Input | Black |
-Output | White |
Shield |
Versatile Precision for Industrial ApplicationsEngineered for versatility, the 20210-MINI S Beam Load Cell excels in hopper weighing, suspended load monitoring, and force measurement. Its miniature design and strain gauge technology allow for seamless integration even in space-constrained locations. The high capacity range and overload protection ensure stable operation in diverse settings, while the IP66 rating guarantees resilience in demanding industrial environments.
Durability and Reliable PerformanceThe load cells alloy steel construction underpins its durability, supporting safe overloads of up to 150% and enduring ultimate overloads at 200% of its rated capacity. Its wide operational and storage temperature ranges make it suitable for varied climates, while the compensated temperature feature maintains consistent accuracy. With a 2-meter cable and through hole mounting, installation is straightforward and adaptable.
FAQs of 20210-MINI S Beam Load Cell:
Q: How is the 20210-MINI S Beam Load Cell installed for industrial applications?
A: The load cell features a through hole mounting design that ensures secure and straightforward installation. It can be fitted onto hoppers, suspended structures, or force measurement setups, making it adaptable for various industrial uses.
Q: What advantages does the IP66 rating offer for this load cell?
A: An IP66 ingress protection rating guarantees that the load cell is dust-tight and can withstand powerful water jets, enhancing its operational reliability in harsh or wet environments commonly found in industrial settings.
Q: When should I use the 20210-MINI S Beam Load Cell in my process?
A: Deploy this load cell when precise force or weight measurements are essential, particularly in hopper weighing, suspended loads, or other force measurement tasks where accuracy and durability are paramount.
Q: Where can I source the 20210-MINI S Beam Load Cell in India?
A: This load cell is readily available through authorized dealers, distributors, exporters, producers, suppliers, traders, and wholesalers throughout India, ensuring easy access and support.
Q: What is the accuracy range and how does it benefit my measurement tasks?
A: The 20210-MINI S delivers a high accuracy rate of 0.02% to 0.05% of full scale, ensuring dependable and repeatable measurements even in critical applications, thereby reducing errors and improving process control.
Q: How is the device powered and what output does it provide?
A: The unit operates on a 10 VDC excitation voltage and provides an analog output of 2.0 mV/V. This output can be easily interfaced with standard instrumentation or data acquisition systems used in industrial automation.