NQ and NF Measurement and Verification Panelboards (MVP)

NF and NQ Measurement and Verification Panelboards (MVP) panelboards with HDPM6000 high density power metering enable monitoring of the incoming mains and all outgoing feeders in final distribution panelboards. The HDPM6000 head unit serves as a stand-alone power quality meter and the foundational unit for the entire HDPM6000 range of devices. It provides voltage waveform capture, data logging, and communications via Ethernet, Modbus, SNMP, and BACnet. Current transformers (CTs) can be connected to the head unit to monitor the incoming main phase and neutral cables.

HDPM6000S24 CT strips and click-in CTs enable the monitoring of up to 87 outgoing feeder wires in a single panelboard and up to 165 branch circuits in a two-section panelboard.

Factory Assembled System

SE Advantage may be used to select NQ MVP panelboards for applications at 240, 208Y/120, or 120/240 Vac, and may be available in a wide variety of configurations, with main lugs or a main circuit breaker up to 600 A. NF MVP panelboards are available for three-phase and single-phase applications up to 480Y/277 Vac, with lugs or a main circuit breaker up to 800 A.

• Branch circuits up to 125 Amperes (2-pole and 3-pole), up to 70 A 1-pole

• NEMA Type 1, 2, or 3R/5/12 enclosures

• Sub-feed lugs up to 400 A

• Feed-thru lugs up to 600 A

• Sub-feed circuit breakers up to 600 A

• Barriers between line power and electronics for building code compliance

MVP Panelboards support a wide variety of applications and can be easily integrated into an EcoStruxure™ system to manage energy in almost any building.

• Accurately correlate and/or bill for circuit- and process-specific costs, keep users accountable for energy use.

• Gather and analyze consumption data to identify patterns, target energy efficiency measures and verify results, identify waste and opportunities to reduce energy.

• Analyze and interpret power quality data to useful information, improve system-wide performance, and help determine causes of equipment malfunction.

• View current and historic circuit-focused energy bills, compare use across circuits and discover trends over time.

• Support compliance to ASHRAE 90.1, International Energy Conservation Code, California Energy Code (Title 24), Washington State Energy Code, etc.