Fuel your performance with the Acuvim-L Series of Multi-Function Power Meters

Need to power up your performance on controlling and monitoring your power distribution system?

Plug into the Acuvim-L series of power meters designed for power metering and monitoring electrical panels and energy consuming devices or systems. Developed for those non-revenue, sub-metering applications in mind, fuel up on all your key electrical measurement parameters with this three phase, multi-functional power and energy sub-meter.

You may remember Mod-Tronic’s ode to our all-star lineup of professional-grade, industrial sensor manufacturers. Now, we put the spotlight on Accuenergy, who is an all-star in its own right, as a value-added power meter manufacturer.

Specifically engineered to gather and transmit data for intelligent power distribution or plant automation systems, Accuenergy’s Acuvim-L power meter works in conjunction with a digital RS485 communication port running Modbus® Protocol to assist with monitoring data.

Harness the power of a high-quality power distribution system, which is increasingly vital for optimal use of electronic loads such as ballasts, computers and variable frequency drives. Applications are endless such as metering distribution feeds, transformers, generators, capacitor banks and motors. The Acuvim-L is ideal for commercial, industrial and utility power quality analysis due to its medium and low voltage systems. Check off your list of the requirements with Acuvim-L specifications here.

Highlights of the features and electric power parameters available on Acuvim-L include:

• True-RMS Measuring Parameter
• 4-quadrant energy
• Power quality analysis
• Over/under limit alarm
• Wide temperature range
• Energy pulse output
• TOU, 4 Tariffs, 12 Seasons, 14 Schedules
• RS485 Modbus option
• CE approved and C-UL listed
• Five year warranty

Optimal options, optimal performance

With the Acuvim-L power analysis option, any phase current or voltage can be displayed and the harmonic content calculated.

By knowing the harmonic distribution, action can be taken to prevent overheated transformers, motors, capacitors, neutral wires and nuisance breaker trips. Redistribution of the system loading can also be determined.

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