REVOLUTIONIZING
POWER AND INDUSTRIAL MONITORING
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
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Used for new installations on panelboard branch circuit monitoring
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Up to 21 circuits per CT strip + 3 auxiliary CT inputs (96 total)
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0.75” and 18mm c-c CT strips
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10mm CT window w/ 100 A range
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Optional presence of voltage sensing for breaker status per circuit via promity detection (patent pending)
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Main input data can be calculated or directly measured using aux. CT inputs
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Available Predictive Circuit Health feature can identify failing power supplies and changes in load characteristics
Branch Circuit Monitoring
New Installations
Branch Circuit Monitoring
Retrofit
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Used for new installations on panelboard branch circuit monitoring
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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
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Monitors power on up to 96 circuits
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Each interface card supports 24 0.33 V solid core and split core CTs as well native Rogowski coils
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Optional presence of voltage sensing (breaker status)
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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
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Accurate non-contact sensing of breaker status
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Works even under no-load conditions
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Available integrated into Branch Circuit Monitoring systems or as a stand-alone module
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Alerts operators instantly to changes in breaker status
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Installs easily on new or retrofit systems
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Works on any breaker type; no auxilliary contacts needed
DC BRANCH CIRCUIT MONITORING
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Monitors power and energy on up to 96 DC circuits
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Optimized for new and retrofit installations with no disruption to critical loads
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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
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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
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Accurate non-contact sensing of breaker status
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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
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Monitors up to 24 input signals
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Access real time or logged data using onboard webserver or cloud application
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Configurable for most input types
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Available with embedded cellular modem for instant connectivity
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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
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Monitors power and energy on up to 96 DC circuits
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Optimized for new and retrofit installations with no disruption to critical loads
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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
ABOUT
INCUSENSE
OUR STORY
Incusense was founded by a group of monitoring industry engineering leaders that understand that power and building monitoring systems can be made better....a lot better. You will find our team working around the clock on our engineering and development, not because we have to, because we want to and our passion to deliver the best solution available.
Based in Portland, Oregon, Incusense is reflective of our regional culture which includes a rich pioneering spirit in technical leadership and a unique corporate culture that allows us to build amazing products in a fraction of time of traditional development cycles.
OUR VISION
Our vision is simple; we make monitoring solutions that are easier to install, easier to connect to and easier get useful data from while delivering a host of unique features that make your system smarter and more reliable.
LEADERSHIP
Incusense was founded by a group of passionate and talented engineers under the leadership of Marc Bowman and Alan Katz.
As the CTO of Veris Industries (Schneider), Marc Bowman’s 20 year tenure oversaw the development of products that took the company from a fledgling sensor manufacturer to a highly profitable industry leader with revenues in excess of $100M.
Alan Katz is industry veteran who oversaw the development of products yielding over $500M in revenues. Focused on sales, marketing and product development, Alan has participated in three highly successful ventures including co-founding a start-up to $60M in revenues as well as leading product development at PDI Inc. which enjoyed a $235M private equity exit.
