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Estimated Total Savings: 20-40%
Autani’s wireless controls can be pre-installed on fixtures and will not require additional conduit to be run through spaces, which is particularly important for operating healthcare facilities. Since Autani offers a variety of zone and fixture-based controllers, the solution can be tailored to the space to minimize installation time and and disruption to adjoining areas within the facility.

Product Recommendations

  • PPA104S.B1 Line Voltage 20A Bluetooth Zone Control

    • 120-277VAC input
    • Integrated 20A relay
    • Output power up to 2,400W (120VAC), 5,540W (277VAC)
    • UL Plenum Rated
    • 1 HP motor load rated

  • T32P Wireless Thermostat

    Centrally controlled and locally integrated with occupancy sensors. Master schedules can be pushed facility-wide or to target thermostats.

  • WP1025.B1 (5 Button) Battery-Powered Bluetooth Wall Switch

    • Quick push-button control of Keilton+autani devices via Bluetooth
    • Powered by a single CR2032 battery
    • Approximately 10 years battery life
    • Can be wall-mounted or used as portable remote controller
    • Can be linked to a light or light group via the Keilton+autani app

  • IFS108-N.A0 Clip-Mount Panel Sensor

    • Clip-mount allows sensor to attach to luminaire housing
    • 12V sensor with oval shape is ideal form factor for panels
    • Bluetooth PIR analog sensor with Algo2 algorithm to maximize detection without false trigger
    • Allows existing panel and downlight luminaires to upgrade
    to luminaire level lighting control (LLLC)
    • Daylight Harvesting

  • EFS107E.A0 12V Dual-Tech Ceiling Eco Sensor

    • 12VDC input
    • Powered by power packs (PPA102Sx/PPA104Sx) and connected with low voltage cable
    • 600 sq ft room coverage
    • Daylight Harvesting
    • Dual-tech PIR + Ultrasonic technology provides high accuracy and wide coverage

  • RTP - Tee Adaptor

    • Connects from RJ45 to PH2.0
    • Supports daisy chaining of multiple sensors
    NOTE: Only 1st device in daisy chain can be used for daylight harvesting.

Control Strategies

  • Occupancy / Vacancy Sensing

    Turn lights on when occupants are in a space and off when they vacate the space. Alternate Functionality: Partial-on and manual-on modes are supported for additional savings and for more stringent local codes.

  • High-End Trim / Institutional Tuning

    Set the maximum light level based on customer requirements in each space to prevent overlighting.

  • Local Dimming Control

    Permit occupants to lower the light level below the high-end trim for comfort and additional savings.

  • Daylight Harvesting

    Dim lighting when daylight is available. Multiple zones are supported where required by code.

  • HVAC Control

    Manage smart thermostats and sensors to implement temperature setback of HVAC equipment based upon occupancy or timeclock.

  • Plug Load Control

    Manage control of select plug loads for Energy Code Compliance and the elimination of phantom loads when the building is not occupied.

  • Automatic Scheduling & Timeclock*

    Automatically dim or shut off lighting based on centrally managed schedules.
    * Requires Autani Manager or CR02-W.A0.

  • Demand Response*

    Manage lighting and HVAC electrical loads to limit ratchet charges and peak demand pricing periods.
    * Requires Autani Manager.

Business Outcomes

  • Reduce eye strain from over or under lighting to improve the well-being of your staff.
  • Improve environmental comfort where healthy, happy people contribute more while constructing a higher performing healthcare organization.
  • Log space utilization for insights on operational costs.
  • Align energy costs with comfort, occupancy, and safety requirements.
  • Receive better information and alerts regarding critical lighting and HVAC system operations.
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