Controls Sequence of Operations
Typical Sequence of Operations for Lighting Control Systems
Lighting controls always seem to be a bit of a moving target, with technologies and codes changing rapidly. We always recommend providing a general narrative in your plans or specs for how the system should function. This helps us to fill in the gaps with all the appropriate parts and pieces to ensure your sequence of operation (SOO) is met.
Below we have provided some standard SOO’s that we see from project to project. Please reach out to us if there are any space types you would like added, or if you have any questions on what we’ve put together so far. You can also download the complete PDF document at the very bottom of this post.
Provide override switches as shown on plan. Owner shall have the ability to adjust and save scenes, and adjust timeclock schedules via touchscreen or software application. Contractor/vendor shall provide dimming language coordination for all fixture types indicated as being dimmed, to ensure coordination with lighting control system.
General – 2015 IECC – Interior & Exterior
Provide photocell and daylight harvesting programming wherever a daylight zone exceeds 150W of lighting. All private offices, storage rooms, conference rooms, and any room less than 300SF shall be provided with vacancy sensor. Provide dimming [A/B switching] for all site lighting between the hours of 10pm and 6am.
Provide UL924 rated transfer devices as required for all fixtures designated as emergency that are connected to a generator or inverter. [Generic note for early drawing sets]
Provide UL924 rated transfer device for all emergency fixtures shown with zoning tags. Emergency fixtures shall be controlled with normal, until loss of power, when fixtures are required to go to 100% output. [Generic note once zoning is shown on plans]
All emergency fixtures shall be unswitched nightlights.
Fixtures are provided with integral batteries. UL924 devices are not required.
All building lobbies shall be provided with dimming [on/off] control and timeclock-based scheduling.
Corridors / Circulation
All building corridors shall be provided with dimming [on/off] time clock-based control.
All building corridors shall be provided with standalone occupancy sensors to automatically sweep lights on when occupied, and sweep lights off when unoccupied.
All building corridors shall be provided with timeclock controls to automatically sweep lights on and off based on building schedule. Provide networked occupancy sensors in corridors for after-hours operation.
All private offices shall be provided with wallbox vacancy sensor with integral 0-10V dimming [on/off] manual controls.
All private offices shall be provided with dimming [on/off] load controllers with X-zones of lighting, and vacancy sensors.
All open office areas shall be controlled via dimming [on/off] timeclock-based control with override switches.
All open office areas shall be controlled via standalone occupancy sensors connected to dimming load controllers. Office shall dim to 50% when unoccupied, and raise to 100% when occupied. Provide dimmable scene control overrides.
All open office areas shall controlled via dimming [on/off] time clock controls to automatically sweep lights on and off based on building schedule. Provide networked occupancy sensors in open office for after-hours operation.
Click below for full .pfd of controls sequence of operations guide. To request additional sequence of operations for other building or space types, email email@example.com