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    Signal Amplifier for Torque Sensor, RS485/0-5V/0-10V/4-20mA

    $126.98
    Signal amplifier for torque sensor supports RS485, 0-5VDC, 0-10VDC, and 4-20mA outputs, with a supply voltage of 12~28VDC and <0.02% linearity. It has low output impedance (<1Ω for voltage), minimal temperature drift (≤0.02%FS/10K), and supports standard loads of ≥10kΩ (voltage) or ≤400Ω (current). With a 3.3V <20mA sensor power supply and input signal range of 0.82mV/V, it ensures stable performance. Operating within 0~60°C and 0%~95%RH, it supports up to 1000m transmission for RS485.
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    SKU: ATO-TQS-FD01
    30-day Returns
    Free Shipping
    Delivery date: 6-12 days

    The signal amplifier supports RS485, 0-5VDC, 0-10VDC, and 4-20mA outputs with 12~28VDC supply, <0.02% linearity, and low impedance. It operates in 0~60°C, supports RS485 up to 1000m, and suits R&D, control, automotive, energy, and mechanical engineering.

    Specification

    Model ATO-FD01
    Input Side
    Output Signal RS485 0~5VDC 0~10VDC 4~20mA
    Supply Voltage 12~28VDC 12~28VDC 12~28VDC 12~28VDC
    Linearity <0.02% <0.02% <0.02% <0.02%
    Output Impedance / <1Ω <1Ω /
    Temperature Drift ≤0.02%FS/10K (23°C reference) ≤0.02%FS/10K ≤0.02%FS/10K ≤0.02%FS/10K
    Standard Load / ≥10kΩ ≥10kΩ ≤400Ω
    Residual Ripple ≤100mV ≤100mV ≤100mV ≤10mV
    Residual Ripple at 400Ω ≤10mV ≤10mV ≤10mV ≤10mV
    Power Circuit Max Current 30mA 30mA 30mA 30mA
    Max Transmission Distance ≤1000m ≤10m ≤10m ≤100m
    Response Frequency ≤10Hz ≤30Hz ≤30Hz ≤30Hz
    Output Side
    Sensor Power Supply 3.3V <20mA
    Power Supply Voltage Temperature Coefficient <25ppm/K (reference temperature 23°C)
    Input Signal 0.8~2mV/V
    Input Impedance 109Ω
    Attached Cable Length 2m
    Environmental Temperature
    Operating Temperature 0~60°C
    Operating Humidity 0%~95%RH (Non-condensing)
    Total Weight ≈160g (including 2m cable)
    Material
    Material (Housing) 6061 Aluminum
    Connector Material Inner: PUR Polyurethane
    Outer: PVC Polyvinyl Chloride (Black)
    Pin Material: Copper Alloy
    Locking Mechanism: Yellow Copper Lock
    Sealing Material: FKM (Fluoroelastomer)
    Cable Material PUR Polyurethane (Black), 5-core shielded cable Ø4±0.2mm


    Feature

    • Signal Amplification: Enhances the torque sensor signal to ensure stable and accurate transmission.
    • Improved Anti-Interference Capability: Effectively minimizes the impact of external electrical noise, providing more reliable measurements.
    • High Measurement Accuracy: Increases the precision of torque sensor outputs, suitable for applications requiring detailed and accurate data.
    • Extended Transmission Distance: Boosts the signal strength to support longer-distance transmission without loss of data integrity.
    • Multiple Output Options: Supports RS485, 0-5V, 0-10V, and 4-20mA output signals, making it compatible with various systems and devices.
    • Wide Voltage Support: Can operate effectively across a range of power supply voltages for greater flexibility.
    • Data Integrity: Ensures minimal signal distortion, preserving data quality during amplification and transmission.

    Dimensions

    Signal amplifier for torque sensor size

    Wiring Diagram

    Signal amplifier for torque sensor wiring diagram

    Shielded wire iconRepresents shielded cable. All marked grounding points must be effectively grounded. It is recommended to use shielded dual-core signal cables. To avoid ground loops, the shielding layer should adopt single-ended grounding. At the pressure transmitter end, the shielding layer should be left floating, and grounded at the control cabinet end.

    Application

    Application for research and development, measurement, control and control technology, vehicle technology, energy and environmental technology, mechanical engineering.

    Signal amplifier for torque sensor application

    Tips: Are there any special considerations for using the amplifier?

    For optimal performance, it is recommended to use shielded cables to minimize electromagnetic interference. Grounding the shielding layer at one end (single-ended grounding) can further reduce potential ground loops, which may affect signal quality. Additionally, proper installation within the specified environmental conditions ensures long-term reliability and accuracy.

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