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Designing an Enlighted System
75

Design 101: How to layout an Enlighted system in CAD

Apr 14, 2017

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Page 1: Design 101: How to layout an Enlighted system in CAD

Designing an Enlighted System

Page 2: Design 101: How to layout an Enlighted system in CAD

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Design 101: How to Design an Enlighted Project

•  Submit your questions via the control panel •  Link to recording and slides will be provided to you

Benjamin Lyon For the past 10 years Benjamin Lyon has been passionately involved with promoting sustainability and efficiency in the built environment. As Director of Success at Enlighted, he is actively working with clients and partners to arm them with the knowledge, skills, and tools needed to be successful with Enlighted and bring the world of smart buildings to reality. He holds an MBA from Eller College of Management at The University of Arizona, and a B.S. in Marketing. He is currently pursuing a degree in Engineering from the School of Real Life.

Phil Hall Philip Hall is the Director of Lighting Control Systems and Code Compliance Programs for Enlighted. Philip brings to Enlighted 37 years experience as a Manufacturers Rep for Lighting Control companies, as an Application Engineer, as a Design Build Contractor, field service engineer, consultant, and is certified by the state of California as a Lighting Control Acceptance Test Technician (CLCATT). In his spare time Phil is an accomplished fine art photographer, specializing in classic and custom cars and his work has been shown in galleries and museums across the United States.

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1.  Enlighted: Who? What? Why?

2.  System Overview: Individual component specifications

3.  CAD/Bluebeam Symbols: Overview of Enlighted symbol library

4.  Design Examples by Space Type

5.  Title 24: Code considerations for design layout

Q&A

Agenda

Page 4: Design 101: How to layout an Enlighted system in CAD

Enlighted: Who? What? Why?

Page 5: Design 101: How to layout an Enlighted system in CAD

Designed to Change Everything

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Not your typical Lighting Controls Company

Enlighted is Different

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Enlighted data provides buildings the ability to sense and react to the surrounding environment

Enlighted has the largest best-in-class network capabilities and capacity

Enlighted is a leading digital sensor and data analytics company

Enlighted sensors collect multiple data points within a building providing a digital snapshot of reality

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ü  All-in-one ü  Patented ü  Easy Design ü  Futureproof ü  Interoperable ü Highly Secure ü Redundant

Advanced Sensor

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Makes Smart Buildings a Reality

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•  End User Control

•  Auto Demand Response

•  Color Tuning

•  On-Demand HVAC

•  Blind/AV Control

•  Plug Load

•  Conference Room

•  Asset Tracking

•  Indoor GPS

•  Trade Area Planning

•  Security

•  Medical

•  Emergency

•  Smart Adjust Lighting

Page 11: Design 101: How to layout an Enlighted system in CAD
Page 12: Design 101: How to layout an Enlighted system in CAD

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1,000,000 + Connected Sensors, 36 States, 8 Countries

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COMMUNICATIONS

CONGLOMERATES

TECHNOLOGY

PHARMA

EDUCATION

BANKING

Our Customers

Page 14: Design 101: How to layout an Enlighted system in CAD

Enlighted Components:

Page 15: Design 101: How to layout an Enlighted system in CAD

Enlighted System Components

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Page 16: Design 101: How to layout an Enlighted system in CAD

Enlighted System Components

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Contact Closure

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Durable wireless antenna

Removable bezel (for customizable painting)

Digital Motion

Photocell

Temperature Sensing

Bluetooth 4.0 BLE radio for beaconing (select models)

Threaded base (secure installation)

Local microprocessor and memory

Green or Red LEDs indicate sensor status

Sensor Details

Page 18: Design 101: How to layout an Enlighted system in CAD

Sensor Coverage

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The above coverage pattern applies to Smart Sensor, Fixture Mount Sensor, Compact Sensor, and IP65 Ruggedized Sensor

The PIR technology in each Enlighted sensor utilizes digital infrared to detect movement.

Page 19: Design 101: How to layout an Enlighted system in CAD

High Bay Sensor Coverage

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The above coverage pattern applies to Enlighted High Bay Sensor

Page 20: Design 101: How to layout an Enlighted system in CAD

Pro Tip

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Enlighted Control Unit

•  Interfaces with Enlighted sensor and connects to fixture Driver/Ballast

•  Contains utility grade power meter to monitor fixture level consumption

•  Fails to 100% on

Page 22: Design 101: How to layout an Enlighted system in CAD

Pro Tip

22 TOTAL IN-RUSH CURRENT CANNOT EXCEED 320A PER NEMA-410 GUIDELINES

Page 23: Design 101: How to layout an Enlighted system in CAD

Wireless Room Control

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•  Surface mount design •  Provides manual control of

Enlighted sensors

•  Up to 6 programmable scenes

Page 24: Design 101: How to layout an Enlighted system in CAD

Plug Load Control

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•  Installs in-line with 20A circuits

•  2 legs out (1 controlled, 1 uncontrolled)

•  Meters controlled an uncontrolled line

Page 25: Design 101: How to layout an Enlighted system in CAD

Enlighted Emergency Shunt Relay

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•  Allows for control of Emergency Fixtures

•  UL Rated to comply with code requirements for egress lighting

Page 26: Design 101: How to layout an Enlighted system in CAD

Contact Closure

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•  Integrates the Enlighted system with other equipment throughout the building

•  Four Digital Inputs (dry contacts) •  I/O Interfaces

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Gateway

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•  Enlighted Gateway supports up to 250 connected devices (Sensors, Wireless Switches, Plug Load Controllers)

•  Wireless signal strength of roughly 150 ft. radius in open range

Page 28: Design 101: How to layout an Enlighted system in CAD

Energy Manager

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•  Standard Energy Manager (EM) Features

•  GUI Accessible

•  Configuration and Maintenance

•  Profile Management

•  Data Storage and Trending

•  Supports up to 1,000 Connected Devices

•  Wired Communication To GW •  Cat-5 or Cat-6 Ethernet Connection

from Gateway to the Energy Manager

Page 29: Design 101: How to layout an Enlighted system in CAD

Energy Manager

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•  Standard Energy Manager (EM) Features

•  GUI Accessible

•  Configuration and Maintenance

•  Profile Management

•  Data Storage and Trending

•  Supports up to 1,000 Connected Devices

•  Wired Communication To GW •  Cat-5 or Cat-6 Ethernet Connection

from Gateway to the Energy Manager

Page 30: Design 101: How to layout an Enlighted system in CAD

Energy Manager

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•  Standard Energy Manager (EM) Features

•  GUI Accessible

•  Configuration and Maintenance

•  Profile Management

•  Data Storage and Trending

•  Supports up to 7,000 Connected Devices

•  Wired Communication To GW •  Cat-5 or Cat-6 Ethernet Connection

from Gateway to the Energy Manager

Page 31: Design 101: How to layout an Enlighted system in CAD

Energy Manager

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•  Standard Energy Manager (EM) Features

•  GUI Accessible

•  Configuration and Maintenance

•  Profile Management

•  Data Storage and Trending

•  Supports 18,000 Connected Devices

•  Wired Communication To GW •  Cat-5 or Cat-6 Ethernet Connection

from Gateway to the Energy Manager

Page 32: Design 101: How to layout an Enlighted system in CAD

Energy Manager

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•  Standard Energy Manager (EM) Features

•  GUI Accessible

•  Configuration and Maintenance

•  Profile Management

•  Data Storage and Trending

•  Supports 3,000 to 5,000 connected devices per server

•  Wired Communication To GW •  Cat-5 or Cat-6 Ethernet Connection

from Gateway to the Energy Manager

Page 33: Design 101: How to layout an Enlighted system in CAD

Pro Tip

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Page 34: Design 101: How to layout an Enlighted system in CAD

Fixture Integrated Sensor

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Enlighted Sensor Unit and Control Unit are installed at the fixture manufacturer

Page 35: Design 101: How to layout an Enlighted system in CAD

Enlighted CAD/Bluebeam Symbols

Page 36: Design 101: How to layout an Enlighted system in CAD

Enlighted CAD/Bluebeam Symbols

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Enlighted CAD/Bluebeam Symbols

Page 38: Design 101: How to layout an Enlighted system in CAD

Enlighted Component Layout

Page 39: Design 101: How to layout an Enlighted system in CAD

Emergency Fixtures

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Fixture Integrated Sensors w/ UL924 Relay

Field Install Sensors w/ UL924 Relay

Page 40: Design 101: How to layout an Enlighted system in CAD

Indirect/Direct Fixtures

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Indirect/Direct fixtures have luminaires facing upward and downward on the fixture. To enable individual functionality on an indirect/direct fixture a separate control unit and sensor are required to control the upward facing light as well as the downward facing light. Note each 4’ fixture in the drawing below has 2 SUs and CUs per fixture.

Page 41: Design 101: How to layout an Enlighted system in CAD

Plug Load Control

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Typically located in small office, enclosed areas and open office for code compliance. Located on power plans, icon next to A/C load

Page 42: Design 101: How to layout an Enlighted system in CAD

Private Office

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•  Two 2’ x 4’ recessed troffer fixtures grouped with 1 compact sensor and control unit

•  Grouping indicated by blue line

•  Wireless Room Control located near entry

•  Sensor located to detected movement throughout the space

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Open Office

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•  Emergency Fixtures have are called out

•  Factory integrated sensors

•  Wireless Room Control

Page 44: Design 101: How to layout an Enlighted system in CAD

Conference Room

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•  Factory integrated sensors to reduce

field install labor

•  Wireless Room Control to provide multiple pre-set scenes for presentation mode, etc.

Page 45: Design 101: How to layout an Enlighted system in CAD

Restroom

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•  Multiple recessed can fixtures are grouped together with one sensor and control unit

•  Grouping indicated by blue line connecting fixtures

•  Sensors located near entry

and strategically in the space to provide coverage based on usage of the room

Page 46: Design 101: How to layout an Enlighted system in CAD

Hallway/Corridor

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•  Multiple recessed can fixtures are grouped together with one sensor and control unit

•  Grouping indicated by blue line connecting fixtures

•  Sensors located strategically to provide coverage based on usage

•  Emergency fixtures have UL924 Shunt Relay added

Page 47: Design 101: How to layout an Enlighted system in CAD

Kitchen

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•  Multiple recessed can fixtures are grouped together with one sensor and control unit

•  Grouping indicated by blue line connecting fixtures

•  Wireless Switch located near entry

•  Sensors located strategically to provide coverage based on usage of the room

Page 48: Design 101: How to layout an Enlighted system in CAD
Page 49: Design 101: How to layout an Enlighted system in CAD

Compact Sensor and Control Unit mounted in fixture by fixture manufacture

Page 50: Design 101: How to layout an Enlighted system in CAD

Compact Sensor and Control Unit mounted in fixture by fixture manufacture

Page 51: Design 101: How to layout an Enlighted system in CAD

Compact Sensor and Control Unit mounted in fixture by fixture manufacture

Compact Sensor and Control Unit remote mounted

Page 52: Design 101: How to layout an Enlighted system in CAD

Compact Sensor and Control Unit mounted in fixture by fixture manufacture

Compact Sensor and Control Unit remote mounted

Page 53: Design 101: How to layout an Enlighted system in CAD

Compact Sensor and Control Unit mounted in fixture by fixture manufacture

Compact Sensor and Control Unit remote mounted

Compact Sensor and Control Unit remote mounted controlling multiple fixtures

Page 54: Design 101: How to layout an Enlighted system in CAD

Compact Sensor and Control Unit mounted in fixture by fixture manufacture

Compact Sensor and Control Unit remote mounted

Compact Sensor and Control Unit remote mounted controlling multiple fixtures

Page 55: Design 101: How to layout an Enlighted system in CAD

Compact Sensor and Control Unit mounted in fixture by fixture manufacture

Compact Sensor and Control Unit remote mounted

Compact Sensor and Control Unit remote mounted controlling multiple fixtures

Enlighted Wall Control mounts wirelessly

Page 56: Design 101: How to layout an Enlighted system in CAD

Compact Sensor and Control Unit mounted in fixture by fixture manufacture

Compact Sensor and Control Unit remote mounted

Compact Sensor and Control Unit remote mounted controlling multiple fixtures

Enlighted Wall Control mounts wirelessly

Page 57: Design 101: How to layout an Enlighted system in CAD

Compact Sensor and Control Unit mounted in fixture by fixture manufacture

Compact Sensor and Control Unit remote mounted

Compact Sensor and Control Unit remote mounted controlling multiple fixtures

Enlighted Wall Control mounts wirelessly

Gateway mounted in central location to communicate with sensors and hardwired with CAT5e or 6 to Energy manager via PoE

Page 58: Design 101: How to layout an Enlighted system in CAD

Compact Sensor and Control Unit mounted in fixture by fixture manufacture

Compact Sensor and Control Unit remote mounted

Compact Sensor and Control Unit remote mounted controlling multiple fixtures

Enlighted Wall Control mounts wirelessly

Gateway mounted in central location to communicate with sensors and hardwired with CAT5e or 6 to Energy manager via PoE

Page 59: Design 101: How to layout an Enlighted system in CAD

Compact Sensor and Control Unit mounted in fixture by fixture manufacture

Compact Sensor and Control Unit remote mounted

Compact Sensor and Control Unit remote mounted controlling multiple fixtures

Enlighted Wall Control mounts wirelessly

Gateway mounted in central location to communicate with sensors and hardwired with CAT5e or 6 to Energy manager via PoE

Page 60: Design 101: How to layout an Enlighted system in CAD

Compact Sensor and Control Unit mounted in fixture by fixture manufacture

Compact Sensor and Control Unit remote mounted

Compact Sensor and Control Unit remote mounted controlling multiple fixtures

Enlighted Wall Control mounts wirelessly

Gateway mounted in central location to communicate with sensors and hardwired with CAT5e or 6 to Energy manager via PoE

Enlighted EM and PoE switch mounted in Enlighted Enclosure

Page 61: Design 101: How to layout an Enlighted system in CAD

Compact Sensor and Control Unit mounted in fixture by fixture manufacture

Compact Sensor and Control Unit remote mounted

Compact Sensor and Control Unit remote mounted controlling multiple fixtures

Enlighted Wall Control mounts wirelessly

Gateway mounted in central location to communicate with sensors and hardwired with CAT5e or 6 to Energy manager via PoE

Enlighted EM and PoE switch mounted in Enlighted Enclosure

Page 62: Design 101: How to layout an Enlighted system in CAD

Title 24 Design Considerations

Page 63: Design 101: How to layout an Enlighted system in CAD

Enlighted and Title 24

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Oh my God Title 24 is so complicated what am I to do

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Energy Codes – 5 Parts Required - Sensor, Controller, Wall Control, Plug Load Relay, Energy Manager (gateway and PoE switch to make it work) Fire Codes – Contact Closure Unit – Drive all or selected loads to full

Emergency Codes – UL924 Shunt Load Relay Sequence of Operations – What profile is needed for what room

Code Compliant out of Box

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In the Enlighted Submittal – definitions of terms like, daylighting, task tuning, etc. This serves two purposes – to tell the project team we are programming the system to T24 compliance and to have it signed off. By signing off the submittal it allows Enlighted Field Engineers to do system start-up and programming and the usual “ask the owner how they want it programmed” does not need to occur.

Code Compliant out of Box

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Sequence of Operations

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Occupancy Sensor 130.1(c)

Photo Sensor 130.1(d)

Temperature

Sensor can tell time

On by wall control, automatic shutoff (vacancy) On by Sensor off by Sensor (occupancy) On by time, unoccupied dim to < 50% (part-off) On by wall control, lower to 20% when unoccupied, auto shutoff after hours

Skylight, Primary, Secondary Zones Temperature – not required for lighting

Programming stored in sensor. Day Profile – unoccupied dim to 20%, 50% Night Profile – unoccupied turn off

Sensors

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Control Unit 130.1(b,d,e)

Power Meter in CU 130.1(e)

Full Range 0-10v dimming LV cable to sensor (best if Sensor and CU installed in fixture)

Allows for ADR testing without using any additional tools

Control Unit

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130.1(a) Area Controls On Off 130.1(b) Multi-Level Raise Lower Wireless requires no power. Communicates with up to 100 sensors. Required in enclosed areas > 100 sq ft. Full range dimming with Enlighted Sensor and CU.

Wireless Room Control

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Plug Load Relay 130.5 Installs in junction box Fed by one 20A circuit Two switch legs out (1 controlled, 1 not) Power Meter both legs Wireless Communication to Sensors Can group multiple sensors to control plug load based on occupancy

Plug Load Control

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Energy Manager 130.1(e)

Reporting Functions

BACnet capability Programming and Configuration of Profiles Reporting Functions Power Usage Occupied or Unoccupied Timeout Daylight Usage

Energy Manager

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Simulating a demand response for Acceptance Testing is easy using Enlighted. FIRST! Enlighted is ADR 2.0 compliant. So if the building owner wants to sign up with the local utility for huge energy savings – your ready to go! To test ADR go the ADR screen and initiate DR level 1. The system will reduce the lighting by 15%. Wait 15 minutes and run a report. By using the utilty grade power meters in the CU you can identify savings in rooms, and the whole building energy savings. SAVE A DAY OF TESTING AND CALCULATIONS

Auto Demand Response

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You see, Enlighted really did make it that simple to comply

That Was Easy

Page 74: Design 101: How to layout an Enlighted system in CAD

www.enlightedinc.com

Enlighted. Changes Everything. Thank You

Page 75: Design 101: How to layout an Enlighted system in CAD

Contacts

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Ben.Lyon@ enlightedinc.com

Ben Lyon Director, Customer Success

Phil.Hall@ enlightedinc.com

Phil Hall Director, Code Compliance Programs Joaquin.Ibarra@

enlightedinc.com

Joaquin Ibarra Design Manager

David Jackson Sr. Director, OEM Sales

David.Jackson@ enlightedinc.com