Tension Load Cell Amplifier Transmitter (Klt 2020)

The KLT 2020 Tension Load Cell Amplifier Transmitter is a precision instrument designed for tension measurement applications in industries such as printing, textile, and packaging. It is specifically built to convert the low-level signals from load cells into measurable output signals, ensuring that tension control systems perform with high accuracy. Key Technical Features:

• Input Signal: Accepts load cell input in the range of 0 to ±20 mV, ideal for use with strain gauge-based load cells in tension measurement.
• Amplification Range: Amplifies the load cell signal to provide an output voltage of 0 to ±10 V, offering high resolution for precise control.
• Excitation Voltage: The amplifier provides a regulated 10 V DC (9 to 13 V DC) excitation voltage to the load cell, ensuring stable and reliable signal amplification.
• Output Signals: Offers a 0 to ±10 V DC output, making it compatible with most PLCs, controllers, and measurement devices.
• Power Supply: Operates on a 24 V DC power supply with a voltage range from 20 to 30 V DC, allowing for flexible integration into existing systems.
• Temperature Range: Functional in temperatures ranging from 0°C to 60°C, suitable for industrial environments with moderate temperature fluctuations.
• Protection Class: Rated IP 00, which is suitable for indoor installations. For increased protection, it can be housed in IP 54-rated enclosures.
• Mounting Options: Designed for top-hat rail (DIN EN 50022) mounting, ensuring easy installation in control panels.
• Weight: The device is lightweight at 0.14 kg, contributing to ease of integration into compact spaces.

Applications:

• Slitter Machines: Accurately measures and controls tension in slitting processes.
• Flexographic Printing Machines: Provides precise tension monitoring during the printing process.
• Rotogravure Printing Machines: Ensures accurate control for high-speed printing applications.

Advantages:

• Precision Tension Control: Ensures exact tension measurements for better process control.
• Stable Performance: Low temperature drift and high linearity ensure consistent performance across varying conditions.
• Custom Calibration: Equipped with internal calibration features for fine-tuning and optimization without the need for reference weights.