LVDT Sensor

5 out of 5 based on 4 reviews | Write a review

$894.62

LVDT displacement sensor combines sensor, oscillator, demodulator and filter in one, large stroke, high accuracy, good stability, anti-interference ability, high temperature resistance, non contact measurement, easy to install.

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SKU: ATO-LVDT

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Delivery date: 6-12 days

LVDT (Linear Variable Differential Transformer) sensor can directly change the amount of mechanical changes into a standard electrical signal for computer data acquisition or PLC process control. It is a powerful tool to detect and analyze the displacement, distance, elongation, movement, thickness, vibration, expansion, liquid level, compression, strain and other physical quantities. LVDT displacement sensor can be not only used with the instruments, but also used alone.

Applications: LVDT sensors are widely used in aviation, electric power, petrochemical industry, machinery, military, textile, automobile, coal industry, seismologic surveillance, universities, research institutes and other fields.
Specification:

Basics	Model	ATO-LVDT
	Weight	50g-10kg
	Effective stroke *	0-1000mm
Technical parameters	Accuracy *	0.05%, 0.1%, 0.2%, 0.3%, 0.5%, 1%F.S.
	Highest resolution	0.01μm
	Power supply *	DC 12V, 15V, 24V
	Output signal *	DC 4-20mA, DC 0-5V, 0-10V
	Sensitivity	2.5～50mV/mm
	Sensitivity drift	Zero: 0.01%F.S./℃, full scale: 0.025%F.S./℃
	Load impedance	20KΩ
	Dynamic frequency	0-200Hz
	Protection class	IP67
	Operating temperature	-20℃~70℃ or contact us for customization -40℃~150℃
	Type of operation *	Spring loaded type (Measuring range below 200mm), pull rod type, separate core type

Product dimensions for difference type of operation:
1. Spring loaded type

Working stroke (mm)	5	10	25	30	50	100	150	200	300	400	500	600	700	800	1000
Working stroke (mm)	±2.5	±5	±12.5	±15	±25	±50	±75	±100	±150	±200	±250	±300	±350	±400	±500
A (mm)	152	178	198	239	303	353	403	504	703	804	879	987	1029	1093	1326
B (mm)	28mm
C (mm)	20mm or 26mm

2. Pull rod type / Separate core type

For pull rod type:

Working stroke (mm)	5	10	25	30	50	100	150	200	300	400	500	600	700	800	1000
Working stroke (mm)	±2.5	±5	±12.5	±15	±25	±50	±75	±100	±150	±200	±250	±300	±350	±400	±500
A (mm)	152	178	198	239	303	353	403	504	703	804	879	987	1029	1093	1326
B (mm)	25mm
C (mm)	20mm or 26mm

For separate core type:

Working stroke (mm)	2.5	5	10	15	25	60	100	250	500
A (mm)	80	90	110	130	170	210	290	500	840
B (mm)	20	30	40	40	70	80	120	150	220
P (mm)	21	26	36	46	66	86	126	231	401

Existing reviews of LVDT Sensor

Precision at its Best

The LVDT Sensor has truly impressed me with its precision and accuracy. I rely on this sensor for critical measurements in my industrial applications, and it has never let me down. Its ability to provide consistent and reliable measurements, even in challenging environments, is remarkable. The build quality is top-notch, and it's evident that this sensor is designed for durability.

From: Samuel | Date: 01/09/2023

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Problems in sensor use

I need assistance in using the 50 mm sensor with a signal conditioner. When calibrating the indicating lights do not change when prong is pushed.

From: Alob | Date: 04/04/2023

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ATO Responded

1. Please connect the sensor to the power, find the scale point (black marking line), and start to push the sensor's telescopic shaft. Please use a multimeter to measure whether the current changes in the range of 4-20mA. The sensor has a zero position and a black mark line. When the sensor rod is pushed to this position, it should be around 4mA, and then continue to push inward, that is, it will slowly change from 4mA to 20mA.
2. Wiring method: directly connect the red wire of our sensor to the positive pole of 24V, the black wire to the negative pole of 24V, then connect the yellow wire to the mA gear of the multimeter, and connect the common terminal of the multimeter to the negative pole of 24V.
3. The indicator light does not change, what is your plug indicator light for? We can just visually observe the sensor current, because the output is 4-20mA, if the current of the multimeter changes to 4-20mA when the sensor is pushed, then there is no problem with the sensor. Otherwise, it is not our sensor problem.

Please guide me.

We have purchased ATO-800 along with tension and compression load cell and R485. We could successfully run the DAQ system software to read the values from the load cell.
Now, I am interested plugging in an LVDT with my experimental setup and want to read the displacement values using ATO-800 and DAQ system. I already have a 2 inch LVDT which fits well with the experimental design. Please guide me if I can somehow use some other software to read displacement values using ATO-800 too because it allows me to take readings in milliseconds. Or if there is something else I can do about it. The readout logger, I currently have allows me to go as low as 1 second only.

From: Mubarak | Date: 27/07/2022

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ATO Responded

This ATO-800 is usually used to measure load cells, and it can only receive MV signal. If the output signal of your LVDT sensor is MV, it can be used, otherwise it can't. May I ask what signal your LVDT sensor outputs?

LVDT sensor meets my needs

This LVDT sensor purchased from the ATO.com online store satisfies my needs very well. I am a physics enthusiast and have a strong interest in physics. This LVDT sensor can detect and analyze various physical quantities. I like to use it to study physics. This is my most satisfying shopping.

From: Muddy | Date: 02/03/2021

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