SMART MOTOR SENSOR (SMS)

The condition of all your electric motors at your disposal

anytime anywhere.

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SMART MOTOR SENSOR

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INTRODUCTION.

FEATURES.

SMS is the sensor designed by Test Motors for the online predictive maintenance of electric motors, very easy to install and start up.

MONITORING SMS allows to monitor, in a simple way, all the motors of your production process at a very competitive price and predict your failures.

EASY INSTALLATION

SMS can be installed on any motor, new or used, in 5 minutes, even with the motor running .

WIRELESS COMMUNICATION

The sensor works with Wi-Fi communication and is powered by a battery of one year of autonomy.

PREDICTION OF FAULTS.

SMS predicts motor’s failures from the Test Motors Cloud, and sends a notice through the mobile or web application.

INDICATED FOR:

• Standard low voltage IEC motors. • IEC frame from 90 to 400 and power from 0,37kW to 500 kW. • Squirrel cage motors. • Motors driven with frequency inverter or direct to line.

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HOW DOES IT WORK.

SENSOR SMS monitors the vibration parameters of the motor, temperature, speed, electrical parameters and the operating parameters of the machine .

1 2 FAULT PREDICTION

The parameters are sent to the Test Motors Cloud, where “Smatr_Soft”, the expert system, predicts faults.

WEB PLATAFORM For monitoring the status of the motors, reception fault messages and displaying parameters monitored and characteristic of the motor.

3 MOBILE APP

To configure the sensor, the communications network and receive alarm faults messages.

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THE DETECTED FAILURES ARE:

• Power supply problems. • Motor insulation problems. • Problems in the rotor bars and SC – Ring. • Imbalance of the rotor. • Rotor – Stator eccentricity. • Bearing problems. • Motor misalignment. • Ventilation system problems. • Structural problems. • Operation: overload, abnormal process, loss of performance.

SENSOR INSTALLATION.

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The costumer receives the sensor and can perform the installation even with the motor running.

Fit the fixing clips to the motor frame, by a screwdriver using the cooling fins.

Once the staples are fixed, a bicomponent adhesive is added to ensure the connection between the sensor and the motor.

SENSOR CONFIGURATION.

The client must download the Smart Motor Sensor application available for iOS and Android.

Once the application is installed, the client must enter the sensor reference data.

The customer must enter the motor data, available on the motor nameplate.

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CONFIGURATION OF THE COMMUNICATIONS NETWORKS. 1 2

Finally, the configuration of the Wi-Fi network that will cover the device has to be made.

Now the sensor sends data to the Test Motors Cloud, and the motor status is monitored.

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WEB PLATAFORM: Test Motors Cloud.

Geolocation.

The client has located all the motors monitored with the sensor, represented on a map, trough the website.

Parameters. This screen indicates the parameters of the motor nameplate, previously entered by the customer. In addition, the battery status of the device can be displayed, as well as the motor operating data.

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Motor Status. This screen corresponds to the indication of the state in which the different components or parts of the motor are located. In it you can see the alarms messages detected by the SMS sensor : • Power supply problems. • Motor insulation problems. • Problems in the rotor bars and SC – Ring. • Imbalance of the rotor. • Rotor – Stator eccentricity. • Bearing problems. • Motor misalignment. • Ventilation system problems. • Structural problems. • Operation: overload, abnormal process, loss of performance.

Graphics.

We have all the data monitored by the sensor, both in waveform, frequency spectrum or RMS values: •Vibrations X and Z. •Temperature. •Speed. •Number of starts. •Motor current.* •Motor load (%).* •Motor power.* •Energy consumption.* •Motor torque.* •Efficiency.* •Power factor.* •Hours of operation.

WEB PLATAFORM: Test Motors Cloud.

*SMS installed in origin electric motor.

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MOBILE APP: SMS App.

Geolocation.

Parameters.

Motor Status.

Graphics.

With the Test Motor’s Smartphone application, the customer receives a alarm message when there is a new fault in any motor monitored with the sensor.

Graphics

Alerts

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TECHNICAL SPECIFICATIONS

Temperature measurement.

•Measurement range:-40ºC to +150ºC . •Resolution: 0.0625ºC. •Accuracy: +/- 0.5ºC.

Vibration measurement.

•Amplitude range:+/- 40g. •Frequency range: 1Hz – 6kHz. •Detection type: WAVEFORM, FFT, RMS. •2 axis vibration, axial and radial.

Wireless communication.

•Network standard: Wi-Fi b/g/n. •Radio standard: IEEE 802.11 b/g/n. •Frequency: 2.4 GHz. •Range (nominal): >50m.

•Battery type: 4xAA Lithium Batteries. •Estimated battery lifetime: 1 year. •The sensor measures the parameters every 20 minutes.

Power. Environmental.

•Temperature: - Operation: -40ºC to +85ºC. - Storage: 50ºC maximum, to avoid energy leakage from lithium batteries. •IP class: IP55 (IP66 in process).

Physical.

•Weigh: 0.5 Kg. •Case material: ABS. •Mounting: Cooling fins.

Certifications / Standards: CE

www.testmotors.com info@testmotors.com (+34) 93 582 02 52

Av. Parc Tecnològic, 3 - 08290 Cerdanyola del Vallès Barcelona - SPAIN

R.7_Ed. 201906

SMS Smart Motor Sensor

TEST MOTORS