Condition Monitoring Services

Pioneers in the industry, we offer condition monitoring services, lube oil ferrography services, vibration analysis services, cat 3 vibration analyst, ultrasound emission analysis services and vibration analyst level 3 from India.

Condition Monitoring Services

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Approx. Rs 4,800 / Unit Get Latest Price

Service Details:

Type of Equipment	Load Bearing Machine
Service Type	Machine Condition
Condition Type	Process Definition
Testing Sector	Equipment
Test Location	On Site
Course Include	Transmission
Periodic Review Required	Yes
Testimonial Format	Hardcopy
Testing Type	Random Vibration
Application/Usage	Steel and Power Plant

The results of these tests yield information that can save maintenance dollars, avoid unnecessary repairs, and help lower repair costs. Particles, moisture, soot, heat, air, glycol, fuel, detergents and process fluids are all contaminants commonly found in industrial lubricants and hydraulic fluids.

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Lube Oil Ferrography Services

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Approx. Rs 4,500 / Unit Get Latest Price

Service Details:

Testing Standards	ASTM
Standard Certificates Required	Yes
Monitoring Test Type	Contamination Testing
Analytical Service Frequency	3 Months
Preferred Audit Location	Off-Site Testing
Audit Type	Third Party
Sampling Procurement Service Required	Yes
Application/Usage	Manufacturing

The results of these tests yield information that can save maintenance dollars, avoid unnecessary repairs, and help lower repair costs. Particles, moisture, soot, heat, air, glycol, fuel, detergents and process fluids are all contaminants commonly found in industrial lubricants and hydraulic fluids.

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Vibration Analysis Services

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Approx. Rs 18,000 / Day Get Latest Price

Service Details:

Application/Usage	Industrial
Analytical Service Frequency	3 Months
Specific Problem/Issue	Detecting Fan Problem
Testing Type	Condition Monitoring
Audit Type	Third Party
Preferred Audit Location	On-Site Testing
Balancing Service For	Fans, Power Turbines, Rotating equipments

The most commonly used method for rotating machines is called vibration analysis. Measurements can be taken on machine bearing casings with seismic or piezo-electric transducers to measure the casing vibrations, and on the vast majority of critical machines, with eddy-current transducers that directly observe the rotating shafts to measure the radial (and axial) vibration of the shaft. The level of vibration can be compared with historical baseline values such as former start-ups and shutdowns, and in some cases established standards such as load changes, to assess the severity

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Cat 3 Vibration Analyst

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Approx. Rs 21,000 / Day Get Latest Price

Service Details:

Application/Usage	Industrial
Analytical Service Frequency	One Time Requirement
Certification Required	No
Testing Type	Equipment Diagnostics
Audit Type	Third Party
Preferred Audit Location	On-Site Testing

If machines exhibit unacceptably strong vibrations, how they are caused is the question, which faces the operator and manufacturer.

Of course, sources of vibration can be found by the step-by-step replacement of components, such as drive motor, coupling, bearing, drive shaft or gearbox. This procedure is however expensive since it requires a very large stock of replacement parts and possibly many parts are replaced which are still completely in order.

Only a method of approach that places a systematic determination of the causes of vibration before replacement of machine parts is economically justifiable. A proved method for this is frequency analysis. In this, the existing mixture of vibrations is split up into its separate components. The origin is determined from the frequencies of the partial vibrations.

The most commonly used method for rotating machines is called vibration analysis. Measurements can be taken on machine bearing casings with seismic or piezo-electric transducers to measure the casing vibrations, and on the vast majority of critical machines, with eddy-current transducers that directly observe the rotating shafts to measure the radial (and axial) vibration of the shaft. The level of vibration can be compared with historical baseline values such as former start-ups and shutdowns, and in some cases established standards such as load changes, to assess the severity.

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Ultrasound Emission analysis services

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Approx. Rs 18,000 / Day Get Latest Price

Service Details:

Minimum Order Quantity	1 Day
Service Type	Machine Condition
Type of Equipment	Load Bearing Machine
Condition Type	Process Definition
Testing Sector	Equipment
Periodic Review Required	Yes
Course Include	Emission
Testimonial Format	E-Mail
Application/Usage	Steel and Power Plant

Every defect in its incipient stage emmits ultrasound and that can be captured with the help of ultrasound instruments. These ultrasound are of range 36 Khz to 40Khz and can not be audible by us, so to make it audible ultrasound instrument use hytrodyne process and also represent them through graphs. this method is used to check lubrication, HT panels, plain bearing, slow speed machine bearings and so on.

Additional Information:

Pay Mode Terms: T/T (Bank Transfer)

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Vibration Analyst Level 3

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Approx. Rs 40,000 / Person Get Latest Price

Service Details:

Usage/Application	Industrial
Testing Type	Condition Monitoring
Preferred Audit Location	On-Site Testing
Analytical Service Frequency	One Time Requirement
Specific Problem/Issue	Gear Fault

If machines exhibit unacceptably strong vibrations, how they are caused is the question, which faces the operator and manufacturer.

Of course, sources of vibration can be found by the step-by-step replacement of components, such as drive motor, coupling, bearing, drive shaft or gearbox. This procedure is however expensive since it requires a very large stock of replacement parts and possibly many parts are replaced which are still completely in order.

Only a method of approach that places a systematic determination of the causes of vibration before replacement of machine parts is economically justifiable. A proved method for this is frequency analysis. In this, the existing mixture of vibrations is split up into its separate components. The origin is determined from the frequencies of the partial vibrations.

The most commonly used method for rotating machines is called vibration analysis. Measurements can be taken on machine bearing casings with seismic or piezo-electric transducers to measure the casing vibrations, and on the vast majority of critical machines, with eddy-current transducers that directly observe the rotating shafts to measure the radial (and axial) vibration of the shaft. The level of vibration can be compared with historical baseline values such as former start-ups and shutdowns, and in some cases established standards such as load changes, to assess the severity.

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*Your information is safe with us.

Wear Debris Analysis Services

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Approx. Rs 4,500 / Unit Get Latest Price

Service Details:

Testing Standards	ASTM
Monitoring Test Type	Contamination Testing
Analytical Service Frequency	3 Months
Preferred Audit Location	Off-Site Testing
Testing Type	Viscosity Test
Audit Type	Third Party
Certification Required	Yes

The results of these tests yield information that can save maintenance dollars, avoid unnecessary repairs, and help lower repair costs. Particles, moisture, soot, heat, air, glycol, fuel, detergents and process fluids are all contaminants commonly found in industrial lubricants and hydraulic fluids.

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Industrial Ultrasound Analysis

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Approx. Rs 18,000 / Day Get Latest Price

Service Details:

Type of Industry / Business	Ultrasound Analysis
Mode of Service	Online
Type of Service Provider	Individual Consultant

Ultrasounds can be very precisely measured. Differences in intensity as the waves travel through a medium or body can be quantified. So various phenomena that can influence the working and quality of machines and systems adversely can be clearly identified – often without interrupting their operation.

High-frequency sounds are also more directional than lower frequency. This makes it easier to pinpoint the source even in the presence of other background noise.

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