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Section K – Appendix – Electrical
Monash University Buildings and Property Division
MONASH DESIGN & CONSTRUCTION STANDARDS
K
Appendix ELECTRICAL
Monash Design & Construction Standards
REVISION
DEPT
REVIEWER/S
1/ April 2016
PLANNING
JL, SB, RB
SERVICES
AF, CM
Monash University
Revision 01, 2016
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Section K – Appendix – Electrical TABLE OF CONTENTS K1 METER NETWORK DIAGRAM ...................................................................................................................... 3 K2 PRE-APPROVED EXTERNAL LIGHT FITTINGS ................................................................................................ 3 K3 LIGHTING CONTROL STRATEGY BY SPACE TYPE ........................................................................................... 3
Monash Design & Construction Standards
Monash University
Revision 01, 2016
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Section K – Appendix – Electrical K1
METER NETWORK DIAGRAM
K2
PRE-APPROVED EXTERNAL LIGHT FITTINGS Versalux – STARLED
Iguzzini – Wow
Weef – RFL500_LED
K3
LIGHTING CONTROL STRATEGY BY SPACE TYPE The purpose of developing a lighting control strategy is to establish consistent a design and performance standard relevant to lighting controls within different space types. To develop a lighting control framework for different space types at Monash University, the following strategies listed in Table 1 were employed. These strategies provide the premise for appropriate lighting control within each space type – defined in Table 2. As a standard, lighting control is to be achieved via local smart sensors that are adjustable by any qualified electrician. Programmable control systems are acceptable subject to Monash approval for space types that require complex functions, e.g. multiple scene settings. Monash Design & Construction Standards Monash University
Revision 01, 2016
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Section K – Appendix – Electrical Daylight harvesting is to be implemented where good day lighting is available, provided space size and other attributes justify its use. In spaces where operable walls are in located, lighting control will need to be reviewed on a case-by-case basis. For all implementation strategies, the position of control devices must enable ease of access for initial installation, wiring and testing, maintenance, removal and replacement of equipment and wiring during the life of the installation. Table 1 Description of the different types of lighting control strategies that are employed in the Monash University lighting control matrix in Table 2. Strategy Control Description Manual On/off switch Local switches to allow occupant on/off control of lights. Manual dimming Local stepped or continuous dimming with the DALI dimming protocol (e.g. for audio visual presentations) Multi-zone switch Local switches to allow occupant on/off control for multiple zones of lights. Override switch Central override of automatic controls Scheduling Time clock on Turn lighting on at pre-set daily time schedule Time clock off Turn lighting off at pre-set daily time schedule Occupancy Presence on/dim/off Detects presence to determine lights on (with motion), off (no motion) or dim then off (no motion) Acoustic on/dim/off Detects sound to determine lights on (with sound), off (no sound) or dim then off (no sound) Absence off Detects the absence of people to switch lighting off Auto-dim/off timer Field adjustable setting that determines how much (mins) time will pass before lights are either dimmed or turned off after last motion is detected Dimmed time (mins) Field adjustable setting that determines how much time lights are dimmed before turning off (where occupancy controlled dimming is utilised) Daylighting On/off Turn lighting off when daylight is detected, or turn lighting on when there is not enough daylight detected in a photocell in applicable zones Continuous dimming Detects using a photocell if the daylight level is too high or low to dim or increase lumen output as required with the DALI dimming protocol. AV AV system Low level or High level interfacing with lighting integration control - TBA regarding the AV functions HVAC HVAC integration Low level or High level interfacing with lighting control - depends on the HVAC system. HVAC integration to be a dedicated output/channel from the lighting control.
Monash Design & Construction Standards Monash University
Revision 01, 2016
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Section K – Appendix – Electrical Table 2 The Monash University lighting control matrix for common University space types, with description of operation and a suggested strategy for implementation.
Computer laboratory
Conference/ Meeting
●
Conference room
●
Meeting
●
○
30
●
15
○
●
15
External Feature Lighting
●
Fitness & rec.
●
Gallery/Museum
●
Kitchen
●
Legend ● Required ○ Where appropriate HVAC integration
AV system integration
Continuous dimming
On/off
HVAC
●
○
●
●
○
●
●
●
●
○
○
1
15
●
External
AV
20
○
●
Daylighting
Dimmed time (mins)
Auto-dim/off timer (mins)
●
Absence off
●
●
Corridor/ circulation
General facility
Acoustic on/dim/off
Amenities
Occupancy
Presence on/dim/off
Time clock off
Time clock on
Scheduling
Override switch
Multi-zone switch
Space Type
Manual dimming
On/off switch
Manual
15
●
●
○
Monash Design & Construction Standards Monash University
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15
○
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○
Operational Description Lights ON via presence detection or sound. Lights stay ON with movement or sound. After no movement or sound for 20 mins, lights turn OFF. Lights ON via switch or presence detection. Lights stay ON with movement. After no movement for 30 mins, lights DIM to minimum level for 1 min, then turn OFF. Lights also OFF via switch. Daylight harvesting active where appropriate. Sensors to be integrated into the HVAC control strategy. Lights ON via switch only. Lights stay ON with movement. After no movement for 15 mins, lights turn OFF via absence detection. Sensors to be integrated into the HVAC control strategy. Depending on the room size and equipment, provide separately zoned lighting that can be dimmed/switched OFF in front of visual displays or provide AV integration if applicable. Entry and junction points: 24 hour lighting utilised where appropriate Remaining lights: Lights ON via presence detection. Lights connected in master/slave configurations for defined spaces. Lights stay ON with movement. After no movement for 15 mins, lights turn off. Lights ON/OFF via presence detection only. Daylight harvesting active where appropriate Lights ON via lux detection or override switch. Lights stay ON when lux is lower than minimum lux threshold. When enough lux is provided by sunlight, lights turn OFF. Lights also OFF via override switch. Lights ON via lux detection or override switch. Lights stay ON when lux is lower than minimum lux threshold. When enough lux is provided by sunlight, lights turn OFF. Lights also OFF via override switch or timeclock. Lights ON via switch or presence detection. Lights stay ON with movement. After no movement for 15 mins, lights turn OFF. Lights also OFF via switch. Daylight harvesting active where appropriate. Sensors to be integrated into the HVAC control strategy. Lights ON via switch. Lights able to be switched ON/OFF in zones, with dimming capabilities. Lights OFF via switch. Lights ON via switch or presence detection. Lights stay ON with movement. After no movement for 15 mins, lights turn OFF. Lights also OFF via switch. Daylight harvesting active where appropriate. Sensors to be integrated into the HVAC control strategy where appropriate.
Suggested Implementation Strategy Easy to set ceiling mounted motion detector with integrated acoustic sensor. Easy to set ceiling mounted motion detector with lighting control and HVAC integration. In areas with daylight harvesting, an easy to set ceiling mounted motion detector with PE cell for continuous dimming. Easy to set ceiling mounted motion detector with lighting control and HVAC integration. Where AV integration is required a programmable lighting control system may be used.
Entry and junction points: 24 hour lighting Remaining lights: Easy to set ceiling mounted long range motion detector with lighting control. In areas with daylight harvesting, an easy to set ceiling mounted motion detector with PE cell for continuous dimming.
Either by easy to set surface mounted PE cell sensor with lighting control, or interface with BAS PE cell sensors if applicable. Easy to set surface mounted photocell sensor with lighting control and interfacing BAS timeclock functionality Easy to set ceiling mounted motion detector with lighting control and HVAC integration. In areas with daylight harvesting, an easy to set ceiling mounted motion detector with PE cell for continuous dimming. Labelled manual wall switches with multi-zones and/or manual dimmers if required. Easy to set ceiling mounted motion detector with lighting control and HVAC integration (if applicable). In areas with daylight harvesting, an easy to set ceiling mounted motion detector with PE cell for continuous dimming.
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Section K – Appendix – Electrical
Staff room
Laboratory/ Studio
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Laboratory
●
Studio
● ●
Non-UFA
15
●
○
● ●
Store room
●
●
○
● ●
Operational Description Lights ON via switch or presence detection. Lights stay ON with movement. After no movement for 15 mins, lights DIM to minimum level for 1 min, then turn OFF. Lights also OFF via switch. Daylight harvesting active where appropriate. Sensors to be integrated into the HVAC control strategy. Lights ON via switch or presence detection. Lights stay ON with movement. After no movement for 15 mins, lights turn OFF. Lights also OFF via switch. Daylight harvesting active where appropriate. Sensors to be integrated into the HVAC control strategy where appropriate. Lights ON/OFF via switch. Daylight harvesting active where appropriate.
Lights ON/OFF via switch only. Lights ON/OFF via switch only.
● ●
●
Plant room Roof access
Legend ● Required ○ Where appropriate
○
●
●
●
15
○
●
●
●
30
●
Lift
Foyer/lobby
HVAC
HVAC integration
1
AV
AV system integration
15
Continuous dimming
Daylighting
On/off
Absence off
Acoustic on/dim/off
●
●
Airlock
Presence on/dim/off
Time clock off
Time clock on
●
●
Workshop
Library
Override switch
●
Occupancy
Dimmed time (mins)
Lounge
Scheduling
Auto-dim/off timer (mins)
General facility (cont'd)
Multi-zone switch
Space Type
Manual dimming
On/off switch
Manual
●
●
Monash Design & Construction Standards Monash University
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15
●
●
○
Lighting operation within library spaces subject to user approval of the lighting design. Lighting control within library spaces to be confirmed at a later date. Lights ON via presence detection. Lights stay ON during operating hours. During after hours, after no movement for 30 mins, lights turn OFF. Lights also OFF via timeclock, provided there is no movement. Daylight harvesting active where appropriate. Dependent on ability for lift to activate sleep mode, where car has lights, ventilation, music and/or video screens off. Lights ON via presence detection. Lights stay ON during operating hours. During after hours, after no movement for 15 mins, lights turn OFF. Lights also OFF via timeclock, provided there is no movement. Daylight harvesting active where appropriate. Lights ON/OFF via switch. Lights ON/OFF via switch. Lights ON via switch only. Lights stay ON with movement. After no movement for 15 mins, lights turn OFF via absence detection.
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Suggested Implementation Strategy Easy to set ceiling mounted motion detector with lighting control and HVAC integration. In areas with daylight harvesting, an easy to set ceiling mounted motion detector with PE cell for continuous dimming. Easy to set ceiling mounted motion detector with lighting control and HVAC integration (if applicable). In areas with daylight harvesting, an easy to set ceiling mounted motion detector with PE cell for continuous dimming. Manual wall switches with multi-zones and/or manual dimmers if required. In areas with daylight harvesting, an easy to set ceiling mounted PE cell detector for continuous dimming. Manual wall switches with multi-zone switching Manual wall switches with multi-zones and/or manual dimmers as required. Decentralised local smart control preferred. A controllable network system may be justified upon Monash BPD approval. Easy to set ceiling mounted motion detector with lighting control and interface with BAS timeclock. In areas with daylight harvesting, an easy to set ceiling mounted PE cell detector for continuous dimming. A controllable network system may be justified upon Monash BPD approval. N/A Easy to set ceiling mounted motion detector with lighting control and interface with BAS timeclock. In areas with daylight harvesting, an easy to set ceiling mounted PE cell detector for continuous dimming. A controllable network system may be justified upon Monash BPD approval. Manual wall switches Manual wall switches Easy to set ceiling mounted motion detector with lighting control.
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Section K – Appendix – Electrical
●
●
HVAC
Legend ● Required ○ Where appropriate HVAC integration
1
AV
AV system integration
15
Continuous dimming
Daylighting
On/off
Absence off
Acoustic on/dim/off
Presence on/dim/off
Time clock off
Time clock on
Override switch
●
Occupancy
Dimmed time (mins)
●
Scheduling
Auto-dim/off timer (mins)
Office (open)
Multi-zone switch
Space Type
Manual dimming
On/off switch
Manual
●
Office Office (private)
Reception
●
●
●
●
Stairs (enclosed)
Teaching
●
Lecture Theatre
Tutorial Rooms
●
●
●
●
●
Monash Design & Construction Standards Monash University
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15
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30
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15
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15
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15
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1
○
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Operational Description Lights ON via switch or presence detection. Lights stay ON with movement. After no movement for 15 mins, lights DIM to minimum level for 1 min, then turn OFF. Lights also OFF via switch. Daylight harvesting active where appropriate. Sensors to be integrated into the HVAC control strategy. Lights ON via switch only. Lights stay ON with movement. After no movement for 15 mins, lights turn OFF via absence detection. Sensors to be integrated into the HVAC control strategy if appropriate. Lights ON via switch only. Lights stay ON with movement. After no movement for 30 mins, lights turn OFF. Daylight harvesting active where appropriate. Sensors to be integrated into the HVAC control strategy. Lights ON via presence detection. Lights connected in master/slave configurations for entire stairwell. Lights stay ON with movement. After no movement for 15 mins, lights turn OFF. Lights ON/OFF via presence detection only. Aisle lights ON via presence detection. All other lights ON via switches. All lights stay ON with movement. After no movement for 15 mins, lights DIM to minimum level for 1 min and then turn OFF. Lights also OFF via switch. Lighting also integrated with AV system and controlled at the lectern with multiple pre-set configurations and designed with Monash University AV design guidelines as supported by eSolutions. Sensors to be integrated into the HVAC control strategy. Lights ON via switch or presence detection. Lights stay ON with movement. After no movement for 15 mins, lights turn OFF. Lights also OFF via switch. Daylight harvesting active where appropriate. Sensors to be integrated into the HVAC control strategy.
Suggested Implementation Strategy Easy to set ceiling mounted motion detector with lighting control and HVAC integration. In areas with daylight harvesting, an easy to set ceiling mounted motion detector with PE cell for continuous dimming. Easy to set ceiling mounted motion detector with lighting control and HVAC integration (if applicable).
Easy to set ceiling mounted motion detector with lighting control and HVAC integration. In areas with daylight harvesting, an easy to set ceiling mounted motion detector with PE cell for continuous dimming. Easy to set ceiling mounted motion detector with lighting control.
A controllable network system may be justified upon Monash BPD approval.
Easy to set ceiling mounted motion detector with lighting control and HVAC integration. In areas with daylight harvesting, an easy to set ceiling mounted motion detector with PE cell for continuous dimming.