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Product Description:
The TA-20 is a general-purpose signal amplifier compatible with tension sensors from various manufacturers. It features a touchscreen interface for real-time tension measurement display. Powered by a wide 10-30V voltage supply, it provides a precise 10V excitation voltage to the sensor.
The TA-20 features a modular design for easy disassembly. Its compact size and lightweight design allow for embedded installation or standard 35mm DIN rail mounting. It is simple to use, reliable, and has strong anti-interference capabilities, making it a cost-effective tension signal amplifier.
Product Features:
The TA-20 is a general-purpose signal amplifier compatible with tension sensors from various manufacturers.
It features one-button quick calibration and zeroing, eliminating drift caused by potentiometers over time and temperature changes.
Tension signals can be converted into various standard outputs for user selection.
Touchscreen interface displays real-time tension measurements.
Features overvoltage, overcurrent, and short-circuit protection.
10-30V wide voltage power supply, precise 1 0V excitation voltage source output to power the sensor.
Suitable for 1m V/ V -4mV/ V sensitivity sensors.
Low noise, high precision.
All interfaces have surge protection, power and signal electrical isolation, and good anti-interference performance.
Modular design for easy disassembly, small size, lightweight, embedded installation or standard 3 5 mm DIN rail mounting, simple and easy to use.
Product Parameters:
Power Supply Voltage |
24VDC±30% |
Sensor Signal Input |
0mV-40mV |
Power Consumption |
5W |
Sensor Excitation Voltage |
10VDC ± 1%, current <80mA |
Tension Output |
0V-10V voltage output. Maximum output capacity 5mA, load resistance >2kΩ. 4mA-20mA current output. Loop resistance 500Ω. |
Accuracy |
Typical 0.03 % FS, Maximum 0.1 %FS |
Sensor Resistance |
350Ω-1000Ω |
Ambient Temperature |
0°C to 50°C |
Calibration Range |
30-100% |
Ambient Humidity |
Maximum relative humidity 95% (non-condensing) |
Dimensions and Installation Diagram:
Electrical Wiring Diagram:
Notes:
- When connecting one full-bridge sensor, connect the positive pole of the sensor excitation power supply to E+, the negative pole to E-, and the shield to SH. Signals are connected to S1+ and S1-. Pay attention to signal polarity.
- When connecting two full-bridge sensors, connect the positive poles of the sensor excitation power supply in parallel to E+, the negative poles in parallel to E-, and the shields in parallel to SH. Signals are connected to S1+, S1-, S2+, S2-. Pay attention to signal polarity.
- When connecting two half-bridge sensors, connect the positive pole of the sensor excitation power supply to E+, the negative pole to E-, and the shield to SH. Signals are connected to S1+ and S1-. Pay attention to signal polarity.
Application Industries:
Printing Industry , Packaging Industry , Plastics Industry , Papermaking Industry , Cable Industry , Textile Industry , Food Processing Industry , Metallurgy Industry , Semiconductor Industry etc.
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