Features
The PowerLogic PM5000 series power meters are the new benchmark in affordable, precision metering. It is the ideal fit for high-end cost management applications, providing the measurement capabilities needed to allocate energy usage, perform tenant metering and sub-billing, pin-point energy savings, optimize equipment efficiency and utilization, and perform a high level assessment of the power quality in an electrical network.
Characteristics
- Accuracy class 0.2S (PM5500 models) and 0.5S (PM5100, PM5300 models) for active energy metering
- Compliance to regulations EN50470-1/3 (MID), IEC 61557-12, IEC 62053-21/22, IEC 62053-23
- Dual Ethernet ports (PM5500 models) to daisy chain meters together – less wiring, simpler installation
- Onboard web pages (PM5500 models) for viewing real-time and logged information
- Data logging (PM5300, PM5500 models) locally in non-volatile memory ensures that information is not lost during a power or communications outage
- Multiple tariffs (PM5300, PM5500 models) give you flexibility in your billing structure
- Individual harmonics in addition to THD and TDD to help locate the source of disturbances
- Graphical display with intuitive menu-driven navigation means information is easy to locate and read
- Compact design, two clips for mounting
- Four current inputs (PM5500 models)
- Extended voltage range (direct connection up to 690 V L-L)
- BTL-approved BACnet/IP protocol (PM5500 models) simplify meter integration into new or existing BMS systems
- ModBus TCP and BACnet IP protocols (PM5500 models) allow more than one system to communicate with the same meter at the same time
- Real-time clock with battery back up
Benefits
End user benefits
- Comprehensive, consistent and superior performance with compliance to international metering standard IEC 61557
- Precision metering & sub-billing thanks to energy metering compliance to IEC 61052/53 ranging from 0.5S to 0.2S
- Help save on energy costs through demand logging with timestamp, alarms and relays
- Billing flexibility with compliance to MID and support for up to 8 different tariffs
- Improve electrical network management with power quality analysis features
- Ease of use with intuitive menu-driven navigation and support for 8 different languages
- Complete WAGES monitoring due to 4 Digital Inputs & 2 Digital outputs (solid state)
- Seamless integration with StruxureWare Power Monitoring Expert 7 power management software
- Ease of installation thanks to numerous design features means less time to install and more savings
- Ease of programming due to an enhanced, intuitive, menu-driven graphical user-interface
- Cost effectiveness for the price sensitive panel builder, as a single product or product family can meet the majority of requirements
- Aesthetically pleasing offer to help boost the panel builders’ image and reputation
- Simplified ordering for a comprehensive set of features in the best combinations – no feature overlap with option modules
- Ease of integration into larger systems and solutions with dual Ethernet and proper protocols, thus saving them time (and money)
- Ease of setup thanks to the intuitive menu navigation on the graphical display, including phasor wiring validation, and onboard web pages
- Cost effectiveness since a single product (or product family) that can meet the majority of system requirements
Applications
The PowerLogic PM5000 series meters are capable of essential cost management applications:
- Cost allocation to aggregate energy consumption of all utilities (i.e., WAGES) and allocate costs per area, per usage, per shift, or per time within the same facility
- Sub billing to charge tenants for individually measured utility (i.e., WAGES) usage
- Bill checking to verify that the utility only charged for actual energy usage
The PowerLogic PM5000 series meters are also ideal for sub-metering applications, as the meters track real-time power conditions and monitor control functions, provide basic power quality values, and monitor equipment and network status in an effort to increase network reliability and power availability.
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