© 2018 Incusense    Patent Pending

REVOLUTIONIZING

POWER AND INDUSTRIAL MONITORING

The Incusense Core Module™ monitors up to 96 circuits, installs in minutes and provides instant access to data.

  • Detailed power and energy monitoring per circuit including waveform capture and THD 

  • Access real time and logged data via on-board web server 

  • Exclusive features including presence of voltage detection (breaker status) and Predictive Circuit Health algorithms

Incusense is redefining Energy Monitoring with a next generation technology that simplifies installation and connectivity while providing instant access to data in a user friendly format. The versatile Core Module TM system is a single monitoring solution with peripherals optimized for Branch Circuit and Multi-Circuit Monitoring applications designed to reduce the cost and complexity associated with legacy multi-circuit monitors.

 

MONITORING SOLUTIONS

MONITORING SOLUTIONS

  • Used for new installations on panelboard branch circuit monitoring

  • Up to 21 circuits per CT strip + 3 auxiliary CT inputs (96 total)

  • 0.75” and 18mm c-c CT strips 

  • 10mm CT window w/ 100 A range

  • Optional presence of voltage sensing for breaker status per circuit via promity detection (patent pending)

  • Main input data can be calculated or directly measured using aux. CT inputs

  • Available Predictive Circuit Health feature can identify failing power supplies and changes in load characteristics 

Branch Circuit Monitoring
New Installations

Branch Circuit Monitoring
Retrofit

  • Used for new installations on  panelboard branch circuit monitoring

  • Up to 21 circuits per CT strip + 3 auxiliary CT inputs (96 total)

  • 0.75” and 18mm c-c CT strips 
    10mm CT window w/ 100 A range

  • Optional presence of voltage sensing 
    for breaker status per circuit via proximity detection (patent pending)

  • Main input data can be calculated or directly measured using aux. CT inputs

  • Available Predictive Circuit Health feature can identify failing power supplies and changes in load characteristics 

Multi-Circuit Monitoring

  • Monitors power on up to 96 circuits 

  • Each interface card supports 24  0.33 V solid core and split core CTs as well native Rogowski coils 

  • Optional presence of voltage sensing (breaker status)

  • Available Predictive Circuit Health feature can identify failing power supplies and changes in load characteristics

Universal Input Gateway

Presence of Voltage Detection

DC Branch Circuit Monitoring

PRESENCE of VOLTAGE DETECTION

  • Accurate non-contact sensing of breaker status

  • Works even under no-load conditions

  • Available integrated into Branch Circuit Monitoring systems or as a stand-alone module 

  • Alerts operators instantly to changes in breaker status

  • Installs easily on new or retrofit systems

  • Works on any breaker type; no auxilliary contacts needed

DC BRANCH CIRCUIT MONITORING

  • Monitors power and energy on up to 96 DC circuits

  • Optimized for new and retrofit installations with no disruption to critical loads

  • Options for solid core, split core sensors up to 5,000 A.

 

Branch Circuit Monitoring - New Installations

Branch Circuit Monitoring - New Installations

Monitor all circuits on new panelboards

  • Used for new installations on panelboard branch circuit monitoring

  • Up to 21 circuits per CT strip + 3 auxiliary CT inputs (96 total)

  • 0.75” and 18mm c-c CT strips 

  • 10mm CT window w/ 100 A range

  • Optional presence of voltage sensing for breaker status per circuit via proximity detection
    (patent pending)

  • Main input data can be calculated or directly measured using auxilliary CT inputs

  • Available Predictive Circuit Health feature can identify failing power supplies and changes in load characteristics 

Branch Circuit Monitoring - Retrofit Installations

Monitor all circuits on existing panelboards

  • Used for new installations on  panelboard branch circuit monitoring

  • Up to 21 circuits per CT strip + 3 auxiliary CT inputs (96 total)

  • 0.75” and 18mm c-c CT strips 
    10mm CT window w/ 100 A range

  • Optional presence of voltage sensing 
    for breaker status per circuit via proximity detection (patent pending)

  • Main input data can be calculated or directly measured using aux. CT inputs

  • Available Predictive Circuit Health feature can identify failing power supplies and changes in load characteristics 

Mult-Circuit Monitoring - Retrofit Installations

Monitor power on up to 96 circuits on any equipment

  • Monitors power on up to 96 circuits 

  • Each interface card supports 24  0.33 V solid core and split core CTs as well native Rogowski coils 

  • Optional presence of voltage sensing (breaker status)

  • Available Predictive Circuit Health feature can identify failing power supplies and changes in load characteristics

Presence of Voltage Detection - Breaker Status Monitoring

Monitor breaker status using non-contact voltage sensing arrays 

  • Accurate non-contact sensing of breaker status

  • Works even under no-load conditions

  • Available integrated into Branch Circuit Monitoring systems or as a stand-alone module 

  • Alerts operators instantly to changes in breaker status

  • Installs easily on new or retrofit systems

  • Works on any breaker type; no auxilliary contacts needed

   Universal Input Gateway

Monitor and log any signal inputs and view online or over a network 

  • Monitors up to 24 input signals

  • Access real time or logged data using onboard webserver or cloud application

  • Configurable for most input types 

  • Available with embedded cellular modem for instant connectivity

  • Replaces PLCs, power supplies, gateways and monitoring software  with a single affordable solution

DC Branch Circuit Monitoring

Universal Input Gateway

Monitor up to 96 existing DC branch circuits without interruption to loads

  • Monitors power and energy on up to 96 DC circuits

  • Optimized for new and retrofit installations with no disruption to critical loads

  • Options for solid core, split core sensors up to 5,000 A.

USE CASES

Colocation Data Centers

A critical requirement of any co-location data center is to monitor the health and energy usage of each branch circuit

Demand Management

Sub-metering allows managing loads to avoid peak demand charges

Switchgear / Power Distribution

All switchgear and power distribution requires a level of sub-metering

Energy Use Allocation

Larger buildings and campuses require a means of allocating energy usage for costing purposes

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Lighting / HVAC Energy Optimization

Sub-metering is required to provide the needed resolution to initiate and verify most energy efficiency upgrades

Tenant Sub-metering

Commercial facilities are increasingly using sub-metering to allocate costs 

Circuit / Load Health

Critical facilities use sub-metering to verify performance of critical loads

High End Residential

High end residential automation systems can utilize branch circuit sub-metering

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