wheel loader weighing scale

Wheel Loader Weighing Scale – On board Loader.

Description.

CAS Brand ,Wheel Loader Wegihgin Scale From Giri Brothers is the perfect solution , for  correct load every time and prevent from over or underloading your trucks or trains.

Wideley Preffered Partner in Mining, Harbours and other Loading operations. Safe Guards your time and Manpower.

Electronic weighing solution for wheel loaders, excavators, articulated dump trucks.

On Board system it enables the convenience of weighing the material while loading in trucks, loaders etc. It also prevent under/overloading of vehicles, just at the time of loading.

Features of Wheel Loader Weighing Scale.

Durable ABS housing with easy cabin mounting , makes CFS a uniqe Wheel Loader Weighing Scale.

• 16×2 LCD display for messages and weight
• 15 keys front keyboard for easy operation
•  2 digital inputs for proximity sensor
• On board weighing accurate upto (2-3%)
• Print slip using front mount thermal printer (optional)
• Report printing on thermal printer
• Various report options including operator wise
• Pen drive dumping facility to get data in softcopy
• Firmware update using pendrive
• Operator login facility for maximum 9 operators
• 9 Field programmable codes for material name like sand, aggregate
• 9 Field programmable codes for destination
• Multi time loading to achieve target of lifted material
• 50000 records memory

The use of weighing scales on wheel loaders is a specific application in industries such as construction, mining, and agriculture. This application involves integrating weighing technology onto wheel loaders to accurately measure the weight of materials being lifted or loaded. Here are some subtopics related to wheel loader weighing scales:

1. Dynamic Weighing Technology:
   • Explore the dynamic weighing technology used in wheel loader scales. This technology allows for the measurement of weight while the wheel loader is in motion, providing real-time data during the loading process.
2. Load Cells and Sensors:
   • Discuss the types of load cells and sensors used in wheel loader weighing scales. These components are critical for accurately measuring the weight of materials in various operating conditions.
3. Integration with Loader Systems:
   • Examine how weighing scales are integrated into the loader systems of wheel loaders. This includes the connection to the hydraulic system and the user interface for operators.
4. Accuracy and Precision:
   • Highlight the importance of accuracy and precision in wheel loader weighing scales. Discuss how advancements in technology contribute to more precise measurements in challenging environments.
5. Applications in Construction:
   • Explore how wheel loader weighing scales are utilized in construction projects. Discuss the benefits, such as efficient material management, cost savings, and compliance with weight regulations.
6. Mining Operations:
   • Discuss the role of weighing scales on wheel loaders in mining operations. This includes measuring the amount of material extracted, optimizing loading processes, and enhancing productivity.
7. Agricultural Use:
   • Examine how wheel loader weighing scales are employed in agriculture. This could involve measuring the quantity of feed, fertilizers, or other materials loaded onto the loader for various farming activities.
8. Data Logging and Reporting:
   • Discuss the data logging and reporting capabilities of wheel loader weighing scales. This includes the storage of weight data, generation of reports, and integration with broader fleet management systems.
9. Operator Training and User Interface:
   • Explore the training requirements for operators using wheel loader weighing scales. Discuss the design of user interfaces that are intuitive and user-friendly for efficient operation.
10. Legal Compliance:
    • Discuss how wheel loader weighing scales contribute to legal compliance, especially in industries where weight limits and regulations are enforced. Explore how the technology helps prevent overloading and related legal issues.
11. Maintenance and Calibration:
    • Cover the maintenance and calibration procedures for wheel loader weighing scales. Regular calibration is essential to ensure the accuracy and reliability of weight measurements.
12. Cost-Benefit Analysis:
    • Perform a cost-benefit analysis of implementing wheel loader weighing scales. Explore how the initial investment in this technology can lead to long-term cost savings and improved operational efficiency.
13. Environmental Considerations:
    • Discuss how wheel loader weighing scales contribute to environmentally conscious practices. This could involve optimizing loading processes to reduce fuel consumption and minimize environmental impact.
14. Innovations and Future Trends:
    • Explore the latest innovations in wheel loader weighing scales and discuss potential future trends in this technology. This could include advancements in sensors, connectivity, and data analytics.

Scope of  Supply

• Pressure transducers
• Proximity Sensors
• Necessary Mountings
• Cable Set

Advantages

• Precise Advanced Weighing Electronics
• System Accurate upto 2 to 3 %
• Application Specific with All High-tech Features
• Consistent & Convenient
• Rugged & Reliable

Optional Features

•  Thermal Printer
•  GLCD Display
•  SMS Provision
•  Data Integration on Server
•  GPS Tracking
•  Validation

Specifcations of Wheel Loader Weighing Scale.

Microprocessor	32 Bit ARM processor
Memory	32 MB (No. of records approx 50,000)
Clock	120 MHz
Power supply	SMPS with EMI/RFI and Spike Suppressor input filter
Input voltage	12 V power supply
Protection	a) RFI/EMI filter for input power b) Spike Suppressor for input transients
Display	16×2 LCD Display
Indications	Buzzer for fault and data entry
Key board	15-key front mount keypad for data & function entries
COM 1	For computer interface
Serial port (COM 2)	For connecting serial printer
USB port	USB Port configured for pen drive