avante offers wide range of Test & Measurement Solutions for Industrial Maintenance, Process Calibration, Electronic Manufacturing, Design, Repair, Predictive Maintenance, Solar PV plant installation, O&M, Education and R&D. We offer solutions from various world renowned Brands. We look forward to adding more to our range of Industrial Solutions.
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Facom offer non sparking tools made from Cu-Br which can be used in all groups like (I, IIA,IIB,IIC).Moreover Cu-Br tools have more hardness than Al-Br tools which provide better performance as well longer life. Cu-Br is non magnetic hence they are suitable for non magnetic applications as well. The tools available include spanners, hammers, screwdrivers, sockets, chisel, saw blade etc.
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Morningstar’s TriStar MPPT 600V charge controller (TS-MPPT-600V) is a brand new addition to our world-leading TriStar MPPT solar controller family, which was first introduced in 2009 and has become the MPPT controller of choice for many large, global, off-grid PV applications. The TS-MPPT-600V leverages Morningstar’s innovative TrakStar™ MPPT technology and our 20+ years of power electronics engineering excellence, to deliver the widest PV input operating voltage range available in a PV controller. Morningstar’s TrakStar MPPT technology enables the TriStar MPPT 600V charge controller to harvest the maximum energy from the solar array or wind turbine. The high-speed sweeping algorithm minimizes power loss and provides full visibility of the entire power curve from open circuit to battery voltage; ensuring the maximum power point is chosen under all ambient conditions. The TriStar MPPT 600V charge controller uses advanced power electronics to efficiently utilize up to 600 Voc (open circuit voltage) PV or wind to charge 48 Vdc battery systems. Rated for 60 Amps, our TriStar MPPT 600V controller does much more than efficiently charge batteries; it also provides remote communications, data logging, adjustability and metering. In fact, the TriStar MPPT 600V controller is the only 600-volt PV controller to offer open communication protocols and true Ethernet-enabled functionality. The TriStar MPPT 600V charge controller may be purchased with or without a pre-wired DC Disconnect Box. The pre-wired DC Disconnect Box version (model TS-MPPT-60-600V-48-DB) is acceptable for use with positively-grounded or negatively-grounded PV systems and helps to save on installation time and cost. Key Features & Benefits Morningstar’s products are built from the inside out to deliver more than twice the industry average operating life. The TriStar MPPT 600V charge controller delivers high reliability and excellent performance and features: The industry’s best-in-class power efficiency. Morningstar’s advanced 4-stage charging algorithm to optimize battery health Robust thermal, mechanical and electrical design Environmentally optimized and equipped with extensive electronic protections Industry standard open communication protocols and interfaces for system networking, monitoring and communications Superior lightning protection from nearby lightning-induced voltage/current spikes Applications The TriStar MPPT 600V charge controller’s high voltage capability and flexible design enable several application scenarios including: Off-grid PV systems greater than 150 Voc with long wire runs from the array to the controller New installation grid-tie PV systems with battery back-up Retrofitting string PV inverter systems to later add battery back-up without changing the PV array configuration Battery-based Wind systems
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The LED lights need to undergo various High Voltage Test to verify safety aspects. The tests include AC/DC breakdown test, HV withstanding Test, Leakage current, Insulation resistance testing and Ground Bond Testing. GPT-9804 can conduct all these test. The equipment has step function, timer and automatic sequence testing. Single device can take care of all the above tests. Cost effective HV tester from GW Instek also available.
AC powermeter is used for verification of various power parameters like voltage, current drawn, power factor, Total Harmonic distortion when LED Light is powered. This is critical for verification of power parameters of light as per specifications. This is required during design stage as well as quality assurance.
The LED lights dissipation of heat is very critical for trouble free operation. Thermal Imagers can help in studying the flow of heat and pin pointing the hot spots in the light. By studying the images you can easily pin point the trouble area for necessary rectification. Also it helps to study difference in temperature (Delta T) of various LEDs in a fixture under operational condition. Very versatile device for R&D and quality assurance of final product
Electronic DC loads are used for performance testing of LED drivers by simulating the various load conditions in dynamic manner. In combination of AC Power source various power conditions can be simulated and load simulates LED which can help in studying performance of driver units.
