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    Rotary Torque Sensor, Non-Contact, Shaft to Shaft, 0.05-300000 Nm

    Rotary Torque Sensor, Non-Contact, Shaft to Shaft, 0.05-300000 Nm

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    $1,015.34
    Rotary torque sensor is a non-contact torque sensor with two shafts and shaft keys, a male plug and a mounting base. Shaft torque sensors have a capacity range from 0.05 Nm/50 Nm/2000 Nm/10000 Nm to 300000 Nm. It can be applied to torque/rotary speed/power measurement of AC/DC motor, gear motor and diesel generator for a long-term.
    SKU: ATO-TQS-D01
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    Delivery date: 15-20 days
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    Micro Rotary Torque Sensor for Dynamic Torque Measurement, 0.1-5 Nm

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    SKU: ATO-TQS-D02
    Rotary torque sensor is a strain gauge sensor for dynamic micro torque measurement. It has two shafts, a 5 pin male plug and no mounting base. Micro torque sensors have a capacity range from 0.1 Nm/0.2 Nm/0.3 Nm/0.5 Nm/1 Nm/3 Nm to 5 Nm. Rotary torque sensor can measure both forward and reverse torque.

    Rotary torque sensors have capacity range from 0.05 Nm, 0.2 Nm, 5 Nm, 20 Nm, 100 Nm, 200 Nm, 300 Nm, 500 Nm, 1000 Nm, 2000 Nm, 5000 Nm, 10000 Nm, 20000 Nm, 50000 Nm to 300000 Nm. Torque sensor capacity can be customized according to customer requirements.
    After purchasing one ATO torque sensor, you can buy a special digital panel meter to obtain readings directly, or buy a f/I or f/V transmitter to transmit frequency signal to 4-20mA/1-5V signal.

    Specification:

    Model ATO-TQS-DYN-201
    Shipping weight 5~1000kg
    Capacity range * 0-0.05 Nm ~ 0-300000 Nm
    Accuracy * ±0.1%FS, ±0.2%FS, ±0.5%F.S
    Power supply * ±15V DC (≥50mA), 24V DC
    Output signal * 10kHz±5kHz, 4-20mA, 1-5V
    Speed range 0-3000rpm, 0-6000rpm, 0-8000rpm, maximum speed 10000rpm
    Speed signal 60 pulse/turn (measuring range＞10000 Nm, it will reach 180 pulse/turn)
    Temperature drift on zero ＜0.2%F.S/10℃
    Operating temperature -30℃~+90℃
    Humidity 0~90%RH
    Insulation resistance ＞500MΩ
    Stability 0.3%FS/year
    Safety overload 150%F.S
    Breaking load 200%F.S
    Bridge voltage DC 10V
    Material Alloy steel
    Protection class IP65
    Electrical connection circular connector
    Cable length 2m (Φ5mm)

    Rotary torque sensor dimension (5~500 Nm):
    Rotary torque sensor 5-500 Nm dimension

    Capacity Dimension (mm)
    ΦD Φd L L1 E e C A H h B F s Speed Key size (L*W*H)
    5~100 Nm 78 18 188 28 72 11 M8 128 115 54 80 94 10 10000 single key 23*6*2
    200 Nm 88 28 207 35 72 11 M8 133 124 60 80 103.5 10 8000 single key 29*8*7
    500 Nm 98 38 240 45 72 11 M8 146 142 65 80 120 10 7000 double keys 38*10*8

    Rotary torque sensor dimension (1000~300000 Nm):
    Rotary torque sensor 1000-300000 Nm dimension

    Capacity Dimension (mm)
    ΦD Φd L L1 E A H h B F s c Speed Key size (L*W*H)
    1000 Nm 108 48 275 60 69 149 152 70 90 137.5 15 11 6300 double keys 50*14*9
    2000 Nm 118 55 298 70 69 152 164 77 124 149 15 11 5600 double keys 60*16*10
    5000 Nm 143 75 356 100 68 150 188 90 146 178 15 13 4800 double keys 93*20*12
    10000~20000 Nm 158 98 388 118 80 146 215 109 170 194 15 13 4000 double keys 109*28*16
    50000 Nm 215 140 451 135 79 171 265 138 170 225.5 15 17 2800 double keys 123*36*20
    100000 Nm 247 180 572 180 90 156 305 162 250 261 25 17 2200 double keys 166*45*25
    150000 Nm 350 235 900 315 220 250 420 220 250 450 25 17 2000 double keys 315*56*32
    200000 Nm 360 255 900 320 220 210 446 240 250 450 25 17 1800 double keys 320*56*32
    300000 Nm 416 295 900 325 220 224 480 250 268 450 25 17 1800 double keys 325*70*36

    Rotary torque sensor installation:
    Rotary torque sensor horizontal installation and vertical installation
    Tips: How to install a rotary torque sensor?
    The steps of torque sensor installation:

    1. According to the connection form of the shaft and the length of the rotary torque sensor, determine the distance between the prime mover and the load. Adjust the distance between the axes of the prime motor and the load relative to the base level, enable the axes concentricity to be less than Φ0.03 mm. Fix the original motor and load on the base level.
    2. Install the couplings on the shafts respectively.
    3. Adjust the distance between the torque sensor and the base level, enable the concentricity of their axis (torque sensor, motor and load) to be less than Φ0.03 mm, and fix the torque sensor on the base level.
    4. Tighten the coupling and complete the installation.

    The requirements of torque sensor installation:

    1. Power equipment, torque sensor, and load equipment should be installed on a stable foundation to avoid excessive vibration, otherwise, data instability, measurement accuracy reduction, and even damage to the dynamic torque sensor will probably occur.
    2. Choose the elastic pin coupling or rigid coupling for connection. When the vibration is serious or the concentricity is greater than 0.05mm, it is recommended to use a flexible coupling and install a bearing support at the left and right ends of the torque sensor.
    3. Adjust the centre height and concentricity of the power equipment, load, and torque sensor separately, which is required to be lower than 0.05mm, and then fix.

    Matters needing attention:

    1. The torque sensor should be installed in an environment where the ambient temperature is 0 ℃ ~ 60 ℃, the relative humidity is less than 90%, and there is no flammable or explosive product.
    2. It is not suggested to be installed in an environment with strong electromagnetic interference.
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