2137.57, PEL 105 Power and Energy LoggersAEMC's Model PEL 105 is a simple to use, power and energy data logger that monitors both traditional and renewable energy sources. It monitors and records power, energy, cost and harmonics locally or from anywhere in the world. The PEL 105 is built into a waterproof case with an IP67 rating designed for outdoor use and is ideal for pole mounting. This product is perfect for electricians, engineers and contractors doing work in the areas of building and system monitoring and upgrades, including compliance to article 220.87 of the NEC, as well as overall energy audits and incoming power monitoring. It is available with an Android™ App to configure, view and capture data wirelessly. Bluetooth and Wi-Fi wireless communication provides the operator with the ability to work from a safe distance away from dangerous voltages and currents without the need to wear PPE gear.Includes:Extra-large tool bag, accessory pouch5 ft USB cablefive 10 ft. black voltage leads(waterproof cap) with alligator clipspower adapter 110/230V with US power cord9.6V NiMH battery12 color-coded input ID markers,SD-card (8GB)USB SD-card readerquick start user guideUSB stick supplied with DataView ® software and user manual.FeaturesWaterproof IP67 rated including the current sensors5 voltage and 4 current measurement inputsMeasures volts, amps, watts, VARs, kWh, power factor and harmonics out to the 50thTrack energy costs including time of useWi-Fi, Bluetooth Class 1, USB, LAN and Ethernet communication built inPowered from phase inputs up to 1000VAC or from a wall receptacleUser selectable storage rates and demand intervalsPole mountableCan be configured directly from the front panel, through the DataView® control panel or the free Android AppSatisfies the recommendations of NEC 220.87Minimal programming requiredAutomatic recognition of the connected current sensors/probes1000V CAT IVDataView® software for data storage, real-time display, analysis and report generationApplicationsMeasures efficiency and finds areas for potential savingsAssign energy costs to departments or operationsTrack peak demand periods and find opportunities for surcharge reductionsDetermine present capacity and circumvent unnecessary electrical expansion costsVerify the reliability and operation of electrical machineryImprove response time to solve power related problemsTrack energy availability and reliability of supplyBaseline studies for system upgrades in high-rise and office buildings.