Introducing Anyload AN310 Panel Mount Indicator

Anyload Weigh & Measure Inc. (Canada) - Press Release: Introducing Anyload AN310 Panel Mount Indicator

ANYLOAD AN310 Panel Mount Indicator with Touchscreen Display - High-Speed, High-Resolution Weighing for Industrial Automation:

The ANYLOAD AN310 Panel Mount Indicator is a next-generation digital load cell display designed to meet the performance, reliability, and integration demands of modern industrial weighing systems. Whether deployed in process automation, OEM machinery, or PLC-integrated control panels, the AN310 provides accurate, high-speed weight data acquisition in dynamic production environments. 

With a crisp 3.46-inch color IPS touchscreen, ultra-fast 5 kHz sampling rate, and full support for Ethernet (TCP/IP & Modbus TCP), RS-232, and RS-485 (Modbus RTU) communications, the AN310 blends cutting-edge performance with seamless industrial connectivity. 

Use it as a load cell transmitter with local display or a touchscreen controller embedded in an automated process — the AN310 is built to operate under real-world industrial conditions with high uptime and precision. 

Key Features:

High-Speed A/D Conversion:

• 24-bit resolution with up to 5,000 Hz sampling rate
• Accurately captures rapidly fluctuating weight signals in dynamic environments

Vivid IPS Touchscreen Display:

• 3.46” full-color LCD with wide viewing angles  
• Capacitive touchscreen for intuitive navigation and rapid setu

Digital I/O  

• 4 digital inputs, 4 digital outputs  
• Supports automation triggers, alarms, and custom logic control

Multi-Protocol Communication:

• Interfaces: RS-232, RS-485 (Modbus RTU), Ethernet (TCP/IP & Modbus TCP)  
• Compatible with major PLC, SCADA, and HMI systems

Versatile Analog Outputs:

• Supports ±10 V, 0–10 V, 0–5 V, 4–20 mA, and 0–20 mA 
• Enables analog process control and feedback integration

Precision Calibration:

• Up to 10-point linear calibration
• Accepts real load input or digital weight simulation

Security & Integration: 

• Password protection and tiered user access
• Up to 3 calibration backups with one-click restore
• IP40-rated compact enclosure for panel-mount integration

Typical Applications:

The AN310 is ideal for both static and dynamic weighing scenarios, including: 

• Industrial scale and batching systems
• High-speed force measurement and tensile testing
• Mixing, blending, and packaging in food and beverage
• Material dosing in pharmaceutical and chemical processing
• Motion control systems with real-time weight feedback
• PLC-based automation and Industry 4.0 applications 

System Integration:

Thanks to its multi-protocol support and flexible I/O, the AN310 connects easily to: 

• Programmable Logic Controllers (PLCs)
• SCADA systems and industrial HMIs
• IoT-enabled factory networks and smart sensors
• Analog and digital process control environments

It’s a future-ready solution for connected production lines and real-time data systems. 

Performance Advantages:

• Combines user-friendly touchscreen with industrial-grade robustness 
• Drives up to 8 × 350 Ω load cells in parallel
• 16 million internal counts for ultra-fine signal resolution
• Configurable 6-digit display for high-precision readouts 

Why Choose the ANYLOAD AN310? 

The ANYLOAD AN310 is more than a display—it’s a centralized weight processing hub built for modern industrial systems. With a high-speed load cell interface, an intuitive touchscreen, and robust communications—including RS-232, RS-485, and Ethernet (TCP/IP & Modbus TCP)—the AN310 integrates seamlessly into automation platforms and OEM equipment. 

Its fast data capture, advanced calibration tools, and versatile connectivity help reduce setup time, ensure regulatory compliance, and improve process control accuracy. 

Whether you need a touchscreen, panel-mounted weight controller, a load cell display compatible with serial connections, or a fully integrated Ethernet (TCP/IP & Modbus TCP) weighing solution, the AN310 delivers the precision, reliability, and flexibility your application demands. 

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