Existing reviews of Load Cell Transmitter, Output 0-5V/0-10V/4-20mA/0-20mA
Load cell transmitter is good for s type load cell
After the load cell transmitter is combined with the s type load cell, the external disturbance is much smaller. And the load cell transmitter works very stably. There is no difference between the original transmitter and this load cell transmitter on accuracy. However, the original transmitter is much more expensive than this one.
From:
Lange
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Date:
20/12/2018
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Can I customize the load cell I need?
Can you customize your load cell to be stainless steel?
From:
Parton
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Date:
10/11/2021
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Yes, but the price will be abit higher.
How can the load cell transmitter work normally?
Can your load cell transmitter ATO-LCTR-OA be supplied via 12VDC (battery of 12-14 volts) or does it need an additional DC-DC converter 12V DC to 24V DC power supply for proper operation?
From:
Glenn
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Date:
23/11/2021
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Load cell transmitter (ATO-LCTR-OA) DC input voltage can be DC 18-30V only, and 12-14V DC voltage is relatively low, so we recommend using DC-DC converter 12V to 24VDC with 1A capacity.
Can the output of the load cell be selected on site?
Does the "load cell transmitter, output 0-5V/0-10V/4-20mA/0-20mA" output, so I can choose on site?
From:
Chantalv
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Date:
01/12/2021
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You can choose while ordering which output signal you will be needing not on site, it should be one value "factory selected option."
What is your load cell output signal and sensitivity?
What is your load cell output signal and sensitivity?
From:
Andrewk
|
Date:
16/12/2021
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The load cell output signal is: 0-20mV.
And sensitivity is: 2.0±0.1mV/V.
I’m searching for a signal conditioner for a load cell.
I’m searching for a signal conditioner for a load cell to reduce noise/ other disturbance and improve accuracy on a weighing machine. The load cell has a 10kg capacity, an excitation voltage of 10V, and an output of 0-20mv. I was looking at the ATO-LCTR-DY510 as a potential solution but I’m not sure if it will be compatible with the target machine. Currently, the load cell connects directly to the machine without an external amplifier and I was concerned that the 0-5V output of the transmitter will be too high. Would there be other solutions from ATO (potentially passive or active filters) that could be applicable?
From:
Vivi
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Date:
30/05/2022
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The signal conditioner ATO-LCTR-DY510 of the load cell supports load cells with a capacity of 10kg, an excitation voltage of 10V, and output of 0-20mv, and can output a signal of 0-5V. But we also want to confirm what are the specific factors of on-site interference? And what is the accuracy requirement of the output signal? Please tell us the specific environment used on site so that we can recommend more suitable models.
I have incorrectly configured the load cell transmitter.
How can I factory reset the load cell transmitter?
From:
Izan
|
Date:
27/07/2022
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There is no way to return to the factory state. What you can do is to adjust the output voltage to 0V, and then use this as a reference to get the voltage or current you want by adjusting.
Do you have troubleshooting ideas and/or a manual for both products?
I have an ATO-TQS-SO4 paired with ATO-LCTR-OA rated for 20Nm and an output of 0 - 10V, but I am having trouble using it. No matter how much torque I apply, the voltage output remains the same, even when I apply no torque to the load cell. Do you have troubleshooting ideas and/or a manual for both products?
From:
Peterson
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Date:
27/07/2022
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You need to calibrate the torque sensor ATO-TQS-SO4 and the transmitter ATO-LCTR-OA. The calibration method is similar to calibrating the load cell, you can refer to the manual of the transmitter, see on: https://www.ato.com/Content/doc/Load-cell-transmitter-user-manual-ATO-LCTR-OA.pdf, and a video of a calibrated load cell for your reference, see: https://youtu.be/o3bVCWKPT0s
When calibrating, you need to apply a torque of 5Nm or 10Nm to the torque sensor as a calibration value, and it is similar to the weight (Kg) applied in the video.
May I know where to connect the Reference (+) & (-) ?
With reference to the below, Received the device.
1. Red Excitation
2. Blue - Excitation
3. Yellow Signal
4. Green - Signal
5. White Reference
6. Black – Reference
Above mentioned is the wiring of existing Load cell and in your transmitter, there is only 4 wires. May I know where to connect the Reference (+) & (-) ?
From:
Lay
|
Date:
02/03/2023
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These two cables Reference (+) & (-) can be left unconnected and can be ignored.