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TIME7240 portable vibration analyzer

Product ID：CLQTczy029

Price: Please inquire PDF Format

Supply Ability:650 SETS/MON

Port:SHENZHEN

Product Introduction
Consulting

Model NumberTIME7240

Brand NameBEIJINGSHIDAIZHIFENG

Payment TermsT/T, paypal

TIME7240 portable vibration analyzer
Introduction
With the development of science and technology and production, the working intensity of mechanical equipment is continuously increasing, the production efficiency and automation are getting higher and higher, and the equipment is more complicated, the relationship between each part is getting closer and closer, and often a small failure occurs in a chain reaction. The entire equipment and even the environment related to the equipment suffered catastrophic destruction. This not only caused huge economic losses, but also endangered personal safety, with extremely serious consequences. Therefore, it is extremely important to use equipment failure vibration analysis technology to ensure that the equipment operates reliably and effectively.
As an important tool for condition monitoring and fault diagnosis of rotating machinery, vibration analyzer has been promoted and applied in industrial and mining fields. Especially, the cause of faults through vibration spectrum analysis has been accepted by most field technicians. The vibration analyzer first collects the vibration signal through the data collector. The raw data generally obtained is in the form of a time-domain waveform. The time-domain waveform is intuitive and easy to understand. It has obvious characteristics for certain fault signal waveforms. For analysis, such as imbalance, misalignment, and impact are most obvious on the time-domain waveform.
Features
There are five measurement modes: three-parameter measurement mode, dynamic time domain waveform measurement mode, dynamic spectrum measurement mode, data acquisition mode, and speed measurement mode;
Can measure 1 － 2 channel spectrum, time domain waveform;
It can measure peak acceleration, effective value of velocity and peak-to-peak displacement;
The user can set the filter passband cut-off frequency according to their own needs, with a step size of 100Hz;
It can dynamically display the measured vibration waveform (time domain waveform) in real time;
Vibration spectrum can be displayed dynamically;
Can analyze the axis trajectory;
The photoelectric speed sensor can obtain accurate equipment speed value;
Continuous data collection within 20 seconds;
Simple fault diagnosis can be carried out: when the measured value exceeds the warning value, a warning is issued, and when the alarm value is exceeded, an alarm is given;
It has powerful data management and browsing functions: there are 50 storage points in total, and the storage capacity under each point number is unlimited (data is stored in the form of files). Can browse the vibration parameter value, vibration waveform, vibration spectrum, continuous data acquisition data and speed value;
Battery: Lithium battery, long use time, can be charged and used, safe and reliable (equipped with automatic protection device);
Color LCD display, automatic shutdown function, buzzer alarm, etc.
Technical Parameters

Acceleration probe sensitivity (mVrms / g)	Measurement parameters	Measuring range
1.0 – 9.9 (piezoelectric sensor)	Acceleration (m / s2)	1 – 2,000
	Speed (mm / s)	1 – 2,000
	Displacement (μm)	10 – 20,000
10 – 99 (standard probe)	Acceleration (m / s2)	0.1 – 200
	Speed (mm / s)	0.1 – 200
	Displacement (μm)	1 – 2,000
Frequency Range	Acceleration: 5Hz to 10,000Hz Speed: 5Hz ~ 1,000Hz Position shift: 5Hz ~ 500Hz
range of rotation	300 ～60000 RPM(The speed change is less than ± 2%)
Allowable error	±5%
temperature range	0℃～40℃
Humidity range	≤80％RH

Introduction
With the development of science and technology and production, the working intensity of mechanical equipment is continuously increasing, the production efficiency and automation are getting higher and higher, and the equipment is more complicated, the relationship between each part is getting closer and closer, and often a small failure occurs in a chain reaction. The entire equipment and even the environment related to the equipment suffered catastrophic destruction. This not only caused huge economic losses, but also endangered personal safety, with extremely serious consequences. Therefore, it is extremely important to use equipment failure vibration analysis technology to ensure that the equipment operates reliably and effectively.
As an important tool for condition monitoring and fault diagnosis of rotating machinery, vibration analyzer has been promoted and applied in industrial and mining fields. Especially, the cause of faults through vibration spectrum analysis has been accepted by most field technicians. The vibration analyzer first collects the vibration signal through the data collector. The raw data generally obtained is in the form of a time-domain waveform. The time-domain waveform is intuitive and easy to understand. It has obvious characteristics for certain fault signal waveforms. For analysis, such as imbalance, misalignment, and impact are most obvious on the time-domain waveform.