DLC Networked Lighting Controls Technical Requirements Version 2.0

DLC Networked Lighting Controls

June 14, 2017

New technical requirements for Interior and Exterior Networked Lighting Control (NLC) systems associated with commercial and industrial buildings, roadways, and exterior environments are here. NLC systems are defined for the purposes of these requirements as the combination of sensors, network interfaces, and controllers that effect lighting changes to luminaires, but does not include the luminaires themselves. Any luminaire-specific control requirements are addressed separately by the DLC’s Solid-State Lighting Technical Requirements and Qualified Products List.

 Please note that NLCs intended for DC (Direct Current) and PoE (Power over Ethernet) luminaires are excluded from the requirements while a corresponding Policy to qualify DC and PoE luminaires for DLC’s SSL QPL is developed.  A future revision of this Technical Requirements document will be modified to accept DC and PoE NLCs in conjunction with the SSL Luminaire DC and PoE Policy.

Table 1 – Interior Lighting Systems

Table 1 provides a Summary of “Required” and “Reported” System Capabilities for Interior Lighting Systems.

 

‘Required’ Interior System Capabilities

‘Reported’ Interior System Capabilities

  • Networking of Luminaires and Devices
  • Occupancy Sensing
  • Daylight Harvesting / Photocell Control
  • High-End Trim
  • Zoning
  • Luminaire and Device Addressability
  • Continuous Dimming
  • Control Persistence
  • Scheduling
  • Energy Monitoring
  • Device Monitoring / Remote Diagnostics
  • Type of User Interface
  • Luminaire Level Lighting Control (LLLC, integrated)
  • Personal Control
  • Load Shedding (DR)
  • Plug Load Control
  • External Systems Integration (e.g. BMS, EMS, HVAC, Lighting, API)
  • Emergency Lighting
  • Security
  • Color Changing / Tuning
  • Start-Up and Configuration Party

 

Table 2 – Exterior Lighting Systems

Table 2 provides a Summary of “Required” and “Reported” System Capabilities for Exterior Lighting Systems.
 

‘Required’ Exterior System Capabilities

‘Reported’ Exterior System Capabilities

  • Networking of Luminaires and Devices
  • Occupancy Sensing AND/OR Traffic Sensing
  • Daylight Harvesting / Photocell Control
  • High-End Trim
  • Zoning
  • Luminaire and Device Addressability
  • Continuous Dimming
  • Scheduling
  • Control Persistence
  • Energy Monitoring
  • Device Monitoring / Remote Diagnostics
  • Type of User Interface
    Load Shedding (DR)
  • External Systems Integration (EMS/BMS/HVAC/Lighting/API)
  • Emergency Lighting
  • Security
  • Color Changing / Tuning
  • Start-Up and Configuration Party

https://www.designlights.org/

Related Articles


Changing Scene


Design

  • Liteline: Splitsville in Hamilton, Ontario – Lighting Project Highlight

    Liteline: Splitsville in Hamilton, Ontario – Lighting Project Highlight

    At Splitsville in Hamilton, Ontario, PEGA is suspended across all 34 lanes, creating a cohesive lighting design throughout the space. Each fixture is paired with OnCloud, enabling independent control and wireless connectivity. OnCloud is a natural fit for this bowling alley. From daily operations to league nights, special events, and private parties, lighting scenes and… Read More…

  • CDm2 LIGHTWORKS: The Real Work of Value Engineering – A Collaborative Approach

    CDm2 LIGHTWORKS: The Real Work of Value Engineering – A Collaborative Approach

    It’s a situation most lighting designers have experienced: a project you spent months designing comes back with a request to review and accept a value engineering package. You’ve seen it time and time again, a package of substitutions with a carrot of cost savings and a deadline. There’s no true value engineering offered, only substitution… Read More…


New Products

  • BeLuce: HAZ-X Q – Hazardous Location LED High Bay

    BeLuce: HAZ-X Q – Hazardous Location LED High Bay

    The HAZ-X Q Series LED High Bay is UL 844 certified for Class I, Division 2, Class II, Division 1 & 2, Class III hazardous locations and is engineered for reliable performance in harsh industrial environments where moisture, dust, corrosion, and vibration may be present. Available in Q1 (20W to 100W) and Q2 (20W to 240W) configurations,… Read More…

  • ABB Emergi-Lite: ECPHR Series – Reach New Heights in Emergency Egress Lighting

    ABB Emergi-Lite: ECPHR Series – Reach New Heights in Emergency Egress Lighting

    The ECPHR Series is a steel egress luminaire designed to work seamlessly with Emergi-Lite mini-inverters, engineered to deliver enhanced performance in high-ceiling environments. Designed with patented LED technology and precision optics, it delivers focused, asymmetric illumination with exceptional uniformity – ensuring a clear path of egress while improving safety and reducing system cost. Read More…