My associate, Paul Gelling, populating the front panel of Collabworx/Sensyr Energy Monitoring AC Power Distribution and Network Hub which will be used as part of a smart building system in the Syracuse University Center of Excellence building located in downtown Syracuse, New York. The system will be used to monitor energy in a cubicle to analyze the way people use energy in an office situation. All eight outlets will be switchable over the Internet using an embedded controller with solid state relays. Total energy consumption will be monitored and logged, for the purpose of determining whether or not the smart building system can actually save energy when providing personal environmental monitoring and adjustments. Because this cabinet cover is not perfectly flat, it was a challenge to machine the text without making it too shallow or cutting completely through the box. We used one box as a test unit and finally found that a depth of 5/100ths worked well and set the zero point on the Z axis at the highest part of the lid. Links to related sites: System Design and Implementation: www.sensyr.com http Boxes are going Center of Excellence: www.syracusecoe.org Imservice CNC router available at www.imwsrv.com CNC Machining Done by www.berezintechnologies.com
This blog supports WSOP
Posts Tagged ‘State Relays’
Part Three of Energy Monitoring Box
Saturday, March 6th, 2010
Part Two of Energy Monitoring Box
Sunday, February 28th, 2010
My associate, Paul Gelling, populating the front panel of Collabworx/Sensyr Energy Monitoring AC Power Distribution and Network Hub which will be used as part of a smart building system in the Syracuse University Center of Excellence building located in downtown Syracuse, New York. The system will be used to monitor energy in a cubicle to analyze the way people use energy in an office situation. All eight outlets will be switchable over the Internet using an embedded controller with solid state relays. Total energy consumption will be monitored and logged, for the purpose of determining whether or not the smart building system can actually save energy when providing personal environmental monitoring and adjustments. Because this cabinet cover is not perfectly flat, it was a challenge to machine the text without making it too shallow or cutting completely through the box. We used one box as a test unit and finally found that a depth of 5/100ths worked well and set the zero point on the Z axis at the highest part of the lid. Links to related sites: System Design and Implementation: www.sensyr.com http Boxes are going Center of Excellence: www.syracusecoe.org Imservice CNC router available at www.imwsrv.com CNC Machining Done by www.berezintechnologies.com
This blog supports WSOP
Part One of Energy Monitoring Box
Tuesday, February 16th, 2010
cncing the front panel of Collabworx/Sensyr Energy Monitoring AC Power Distribution and Network Hub which will be used as part of a smart building system in the Syracuse University Center of Excellence building located in downtown Syracuse, New York. The system will be used to monitor energy in a cubicle to analyze the way people use energy in an office situation. All eight outlets will be switchable over the Internet using an embedded controller with solid state relays. Total energy consumption will be monitored and logged, for the purpose of determining whether or not the smart building system can actually save energy when providing personal environmental monitoring and adjustments. Because this cabinet cover is not perfectly flat, it was a challenge to machine the text without making it too shallow or cutting completely through the box. We used one box as a test unit and finally found that a depth of 5/100ths worked well and set the zero point on the Z axis at the highest part of the lid. Links to related sites: System Design and Implementation: www.sensyr.com http Boxes are going Center of Excellence: www.syracusecoe.org Imservice CNC router available at www.imwsrv.com CNC Machining Done by www.berezintechnologies.com
This blog supports WSOP