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Last modified by Alexander Mott on 2022/09/20 17:22
From version 7.1
edited by Craig Lewis
on 2020/05/15 16:56
Change comment: There is no comment for this version
To version 9.1
edited by Alexander Mott
on 2020/05/21 17:57
Change comment: There is no comment for this version

Summary

Details

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Title
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1 -GLA-IR-QUATTRO-HD-COM1-24
1 +Steinel GLA-IR-QUATTRO-HD-COM1-24
Author
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1 -XWiki.craig\.lewis@chiefintegrations\.com
1 +XWiki.alexander\.mott@chiefintegrations\.com
Content
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1 -The GLA-IR-QUATTRO-HD-COM1-24 is a ceiling-mounted occupancy sensor. The GLA-IR-QUATTRO-HD-COM1-24 can be used in standalone applications when paired with a GLPP, GLPAC, or GL-IPAC.
1 +The Steinel GLA-IR-QUATTRO-HD-COM1-24 is a ceiling-mounted occupancy sensor. The GLA-IR-QUATTRO-HD-COM1-24 can be used in standalone applications when paired with a GLPP, GLPAC, or GL-IPAC.
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3 3  === Note on GLA-IR-QUATTRO-HD-COM1-24 Power Draw ===
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5 -The listed power draw for GLA-IR-QUATTRO-HD-COM1-24 sensors is 32mA at 24VDC, however Chief Integrations' testing with shipped hardware shows the real-world power draw to be closer to 20mA. While GLPP modules are able to provide 150mA at 24VDC for sensors, applications with up to 4 have been shown to work. (While calculations based on measured power draw would allow for up to 7 sensors on one GLPP, Chief Integrations cannot recommend exceeding manufacturer specifications)
5 +The listed power draw for GLA-IR-QUATTRO-HD-COM1-24 sensors is 32mA at 24VDC, however Chief Integrations' testing with shipped hardware shows the real-world power draw to be closer to 20mA. While GLPP modules are able to provide 150mA at 24VDC for sensors, applications with up to 4 have been shown to work.
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7 -this is sufficient for real-world applications involving 4 GLA-IR-QUATTRO-HD-COM1-24 occupancy sensors.
7 +Note: While calculations based on measured power draw would allow for up to 7 sensors on one GLPP, Chief Integrations cannot recommend exceeding manufacturer specifications.
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9 9  === Detailed Analysis ===
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