Existing reviews of Rotary Torque Sensor, Non-Contact, Shaft to Shaft, 0.05-300000 Nm
Views on rotary torque sensor
I am using your rotary torque sensor, I connected the sensor with the information you kindly send me, I am reading mv, but my controller needs 0 to 5V. What is your thinking about it?
From:
Avid
|
Date:
17/06/2021
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Use our digital load cell amplifier. SKU: ATO-LCTR-OAR so can get 0-5V signal.
Questions about rotary torque sensor
I am using your rotary torque sensor. I connected the sensor with the information you kindly sent me. I am reading mV, but my controller needs 0 to 5V. What are you thinking about it?
From:
Magw
|
Date:
14/11/2021
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Use our digital load cell amplifier >>> SKU: ATO-LCTR-OAR. So I can get a 0-5V signal.
Torque sensor parameters and performance issues
I want to buy 5 of your ATO torque sensors, output /-5V. When I checked its user manual, I found that there are pins 7 (RPM ) and 8 (RPM-) on the last page to read the machine speed in RPM.
1. What is the voltage level of these pins?
2. How to use my microcontroller to read these pins to calculate the machine speed?
From:
Drdoug
|
Date:
22/11/2021
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1. The voltage level of these pins is 5V.
2. The single-chip microcomputer can use the counter or external interrupt to read the speed signal. It is recommended that the single-chip microcomputer increase optical coupling isolation to reduce interference.
Hello, I would like to consult your rotary torque sensor.
Hello, I am planning to use your rotary torque sensor in line with a stepper motor to measure torque applied to electrical connectors. I have noticed that some similar test bench layouts utilize a brake or clutch in conjunction with the transducer. Can you explain to me why this might be necessary? The torque we are applying is small (Max 7-8 n*m). We are also using a stepper motor to reverse directions during the testing process. Do you think it would be necessary to use an eddy current brake or clutch with this rotary torque transducer to obtain accurate and consistent measurements or do you think the use of a stepper motor may eliminate the need for the use of a brake or clutch? Also, can you recommend shaft couplings for this type of application? I couldn't find much information on the use of clutches and brakes with torque sensors/transducers. Any help will be greatly appreciated. Thanks.
From:
Tracy
|
Date:
13/12/2021
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If the rotary torque sensor is only used to measure the torque of the electrical connector, there is no need to use a brake or clutch in combination with the sensor. Generally, the brake is used to test the driving torque of the motor.
I want to know about your torque sensor.
Can your torque sensor be setup such that one end is connected to the motor while the other end is connected to nothing? What sort of reading will I get if this is the case?
From:
Munge
|
Date:
17/12/2021
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Unfortunately, it can't be connected like this, because if the other end is not connected, there will be no data to compare between the input and output, and the reading will be abnormal.
Is rotary torque sensor minimum 0.03% or 0.3%?
Thanks. Did you mean to say minimum 0.03% or 0.3%?
I had the option to select 0.1% on the website.
From:
Betty
|
Date:
06/04/2023
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The range of 500Nm and below is 0.1%, and the range of more than 500Nm is 0.3%.
Can you customize this torque sensor capacity range?
Our requirement is up to 3400Nm. If we go with the 3000Nm unit, and exceed the torque on the shaft for short duration, will we damage the sensor?
Is it possible to customize the unit to have a capacity range of ~5 to 3500Nm with accuracy of ±0.02% of F.S.?
From:
doro
|
Date:
06/04/2023
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Unfortunately, we do Not provide such a high-precision load cell customization.
The highest accuracy can be customized to 0.3%.
Can rotary torque sensor handle any axial load?
A few questions on the item below:
Can it handle any axial load? If so, how much and can it measure axial load in addition to torque and speed?
What is the data output frequency? It is indicated as 60 pulses/turn, so does it mean that it will give 6000 pulses per minute if operating at 100rpm, i.e. 100 pulses per second, or 100 Hz? And then at maximum 4800rpm, it will have a output frequency of 4800 Hz? Does it come with any warranty?
What is the lead time for shipping to Edmonton, Alberta, Canada?
From:
amora
|
Date:
07/04/2023
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1. It can handle the axial load. The magnitude of the load is related to the magnitude of the torque range. But it cannot measure axial load.
2. Yes, 60 pulses/turn. If operating at 100rpm, it will give 6000 pulses per minute. When at maximum 4800rpm, it will have a output frequency of 4800 Hz.
3. We provide a warranty of 18 months, except for man-made damage.