• Bushing Power Factor

• Overall Power Factor

• Core Excitation

• Leakage Reactance

• Turns Ratio

• Sweep Frequency Response Analysis

• Winding Resistance

• Insulation Resistance

• Oil Screen Test

• Dissolved Gas Analysis

• Generator Step Up

• Substation

• Distribution

• Pad Mounted

• Conservator Type

• Arc Furnace

• Instrument

• Grounding 

• Power Factor

• Insulation Resistance

• Contact Resistance

• Trip Coil Characteristic

• Close Coil Characteristic

• Motion and Travel

• Timing

Assessment of the physical and chemical properties of insulating oil

Dielectric Breakdown

Acidity

Interfacial Tension

Karl Fischer Moisture

Colour Index

Same day turn around avaliable.

• Most problems go undetected until there is an operating failure. Electrical thermography is useful as there is no other preventative maintenance technology or technique that can identify defects such as poorconnections, over loaded cables and faulty electrical equipment as safely and as quickly, whilst causing no interruption to the normal operation of your business.

• What Electrical Distribution Equipment should have Thermographic Inspections?

• Substations, Transformers, Feed Poles, Power Distribution Systems, Main Switchboards,  Disconnects, Service Disconnects for Motors, Machine Control Panels 

Testing of Ground Systems in accordance with IEEE80 and other international standards.

• Determination of Soil Resistivity

• Measure of Rod Resistivity and Resistance to Remote Earth

• Verify Integrity of System Connections

• Validate Simulation Outputs

• Electrical Substations

• Industrial Plants

• Petrochemical Plants

• Commerical Facilites

• Refineries

• Data Centers

• Hospitals 

Studies and Investigations per IEEE 1159

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• Circuit Breaker Tripping

• Relay Operation

• Motor Overheating

• Flickering Lights

• Loss of Data

• Damage to Sensitive Equipment

• Damage Circuit Boards

• Overloaded Circuits and Transformers

• Inconsistent billing

• Sags/Swells

• Overvoltages/Undervoltages

• Transients

• Imbalances

• Fluctuations

• Harmonicas/Interharmonics 

• Over and Under Current

• Over and Under Voltage

• Over and Under Frequency

• Reverse Power

• Transformer Differential

• Motor Differential

• Negative Sequence

• Locked Rotor

• Mechanical Jam

• Loss of Excitation Synchronization

• Loss of Excitation

• Other Protective Functions

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Schweitzer Engineering Laboratories, GE Multilin, ABB, Cutler Hammer, Siemens, Basler, Westinghouse, Beckwith, Schneider

• Physical Inspection

Assessment of the physical condition of both the leather protector and rubber insulating glove, including checks for mechanical and chemical damage, aging and degradation of rubber material internally and externally.​

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• Electrical Withstand

Water soak and electrical withstand test as prescribed by OSHA 1910.137

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• Reporting

Reports are generated for each pair sent to our lab. All electrical and visual inspections are logged and reported. Unique test report for each pair of glove including customer provided identifier.

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Standard turn around time, 5 days.

​Assess equipment which plant is running no need for downtime

• Outdoor Substations

• Circuit Breakers

• Transformers

• Surge Arrestors

• Current Transformers

• Voltage Transformers

• Insulators

• Cable Terminations

• Indoor Switchgear

• Switchgear Bus

• Medium Voltage Cables

• Cable Splices

Assess condition on motors while plant is running.

No need for downtime to assess Motor and Load.

• Power System Deficiences

• Voltage Imbalance

• Current Imbalance

• Voltage Harmonics

• Rotor Bar Conditions

• Rotor Static Eccentricity

• Rotor Dynamic Eccentricity

• Bearing Wear 

• Coupling Defects