ASHRAE 90.1 2010 vs IECC 2012 Presented by: Raphael Almeida CDT, - - PowerPoint PPT Presentation

ASHRAE 90.1 2010 vs IECC 2012 Presented by: Raphael Almeida – CDT, LEED GA Territory Manager NYC/NJ

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DLM Definition

■ Intelligent Distributed Lighting Control system for Commercial Applications that:

■ automatically configure for maximum energy savings ■ plug together quickly and easily for error free installation ■ meet and exceed energy code requirement…

Room and Plug Load Controllers Occupancy Sensors Daylighting Sensors Switches Accessories, and more…

3

Wiring Diagram: The Present!

THE FUTURE

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Programming

Push n’ Learn & LCD Screens Segment Manager Web Based

• r
• r

LMCT-100 Handheld Remote LMCS Software Room Setup

• r

Select Products

Room Controllers

LMRC-100 Level = On/Off* LMRC-210 Level = On/Off & 0-10v Dimming* LMRC-220 Level = On/Off & Forward Phase Dimming* vs. vs.

Room Controllers – LMRC-100 Series

• Switching Only - 1 and 2 relays

– LMRC101 – Single Relay – LMRC 102 – Dual Relay

• Multi-function push buttons

– Configuration – Manual Relay Override

• 3 RJ-45 Ports
• 120/277V, 50/60Hz
• 150mA

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Enhanced Room Controllers - LMRC-210 series

• 3 SKU’s - On/Off or 0-10V, 1 thru 3 relays

– LMRC-211, Single Relay – LMRC-212, Dual Relay – LMRC-213, Triple relay

• (1) 0-10V output per relay
• Higher ratings than LMRC-100
• 250mA
• 4 RJ45 ports
• Current Monitoring

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LMRC-220 Series Digital Universal RC

• Single and Dual Relay RCs available:

– LMRC-221, Single Relay – LMRC-222, Dual Relay

• Current monitoring capability
• 3 selectable dimming curves to choose
• Applications: Conference and training rooms,

executive offices, restaurants and art galleries

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Ceiling Sensors

Passive Infrared (PIR) Ultrasonic Dual Technology (PIR/Ultrasonic)

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Ceiling Sensors

Passive Infrared (PIR) Ultrasonic Dual Technology (PIR/Ultrasonic) Ceiling Corner

LMPC-100 LMUC-100 LMDC-100 LMPX-100 LMDX-100

• LMPC-100-5

– DLM Passive Infrared Occupancy Sensor that can provide coverage from mounting heights up to 40 feet – Programmable with LMCT- 100 Wireless Commissioning Tool and/or LMCS software – Can be configured to comply with Partial On/Off Occupancy Control per Title 24 (2013) for Warehouses

Coverage Pattern

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On/Off and Dimming Wall Switches

Any Button can be On/Off or a Scene Paddles can “include or exclude” any Load Engraving is an option

Plug Load Controllers

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Plug Load

LMPL-101 = On/Off LMPL-201 = On/Off and Current Monitor

vs.

Plug Load Control for Cubicle Furniture

• LMPL-301DK provides a pre-installed plug load control

solution for cubicle furniture

• Connects to LMPD-102 occupancy sensor via Cat5e cable
• Contains network bridge to allow for connection to the rest of

the DLM global network

Select Products

Photocells

Zones can be On/Off, Bilevel, Trilevel or Dimming vs.

Single Zone (Closed Loop) Up to 3 Zones (Open Loop)

vs.

Single Zone (Dual Loop)

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Daylighting Sensors

• LMLS 400 - Closed Loop (Daylight and Electric Light)
• On/Off, Bi-Level, Tri-Level, and Dimming
• Single Zone
• Ceiling or Fixture Installation
• Auto Commissioning - push button
• LMLS 500 - Open Loop (Daylight only)
• Single/Multiple Zones (up to 3 zones)
• Ceiling or Skylight Mount
• LMLS 600 - Dual Loop (Daylight and Electric

Light)

• Single Zone
• Skylight Mount (mounting arm included)
• Auto Commissioning - push button

Photocell reads light level in space.

1

Sends command to change light level.

2

Single Zone

Feedback closes the loop.

3

Concepts & Features | Close Loop

Single or Multi Zones

Photocell reads daylight.

1

Sends command to change light level.

2

No Feedback. The loop is not closed. Therefore, an “open loop.”

3

Concepts & Features | Open Loop

The closed loop photosensor provides control based on the ambient light level.

1

However, if the LMLS-600 detects occupant interference the open loop sensor takes control.

2

Single Zone

Concepts & Features | Dual Loop

And every night following auto calibration, the closed loop sensor resumes control.

3

UL-924 Emergency Switching Solution

Use an ELCU-200

– Emergency Load Follows state of the Branch Circuit – If Normal Power fails the Emergency Lighting is forced “On”

Use with Inverters and Generators

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Digital Lighting Management

■ New Components:

■ Wall Switch Occupancy Sensors ■ Local Network Interfaces ■ New LMCP Lighting Control Panel

Room and Plug Load Controllers Occupancy Sensors Daylighting Sensors Switches Accessories, and more…

LMPW/LMDW: DLM Wall Switch Occ Sensors

• Switch Types

– LMPW-101: 1-Button PIR Only – LMPW-102: 2-Button PIR Only – LMDW-101: 1-Button Dual Tech – LMDW-102: 2-Button Dual Tech

• Require Room Controller to provide

control of lighting and/or plug loads

DLM Interface Devices

• LMDI-100: Serial Data Interface
• LMIO-101: Input/Output Device
• LMIO-102: Partition Interface
• LMIO-301: Digital Photocell Input Module
• LMRL-100: Isolated Relay Interface

LMDI-100: Serial Data Interface

• Facilitates combining DLM with A/V and shade control systems
• Message options include queries, such as:

– Load status – Occupancy sensor status – Power reading and other parameter data – Scene recall or load operation

LMIO-102: Partition Interface

• The LMIO-102 Digital Partition Interface automatically coordinates

lighting controls in flexible spaces with up to four movable walls equipped with contact closures.

• Up to 16 load profiles may be configured using Push n’ Learn or
• ther DLM configuration tools.
• If a remote wall-mounted status display is required, the interface

may be used in conjunction with an LMPS-104 Digital Partition Switch.

Select Products LMCP Relay Panels

Exterior Lights Open Offices Common Areas

LMCP Relay Panel Interior

Note: Do not unplug the DB9 cables when panel is running IR Port

PAGE 31

Direct Overrides

• Direct Relay Override Terminals
• 2 wire momentary ONLY

– New Construct use LVSW-10x switches – Upgrades with 3-wire momentary – combine On and Off wires – No direct wired Occupancy Sensors

PAGE 33

Key Ideas – It’s DLM…

• Think of it as “Big A** Room Controller”
• Connectivity via Cat 5e to DLM devices including all

Occupancy Sensors, Switches, and Interior Photocells

• Can connect to all other DLM Room Controllers
• Standard DLM Functions

– PnG to reset – PnL to assign relays to buttons, sensors, etc

• Most features accessed with LMCT Handheld Remote
• Future - Will be able to use LMCS to program
• Future – Will see connected devices in the SegMan

PAGE 35

Key Ideas - …but it’s also a Relay Panel with unique features!

• Allows for direct wired 2-wire momentary

switches

• LMRD relay override buttons act like direct wired

switches when panel is operating normally

– Follows normal and afterhours time delays – Supports “Direct Access” Load Assignment during PnL – Supports Smartwiring via Group 1-8 buttons or LMCT

• LMCP Panel can control GE RR7 & RR9 relays!

– GE TLC, SWS, Horton, and LI panel kits available soon

• Don’t connect panels via Cat 5e

PAGE 36

LMCP Panel allows for creation of DLM Local Networks…

Channel A Channel B …even Dimming Room Controllers! Note you CAN add Room Controllers…

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* 2 Cat 5e Networks in one device

… and LMCPs can be part of a larger Segment Network.

LM-MSTP 1.5 pair MS/TP wire White/Black/Green twisted, shielded Daisy Chain all Rooms

End of Line Terminating Resistors required (via LMPI jumper) End of Line Terminating Resistor required PAGE 38

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DLM Retrofit Relay Panel Option

• Bring current/future control capabilities to legacy installations
• Class 2 only installation
• Compatible with WattStopper, Horton Controls, GE SWS & TLC panels
• Provides scalability on DLM technology platform for expansion into a

complete digital control infrastructure

• New Dip Switch setting on the LMPI board to properly handle GE vs. HDR

Relays

NEW! LMCP Kits

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LMCP Retrofit Kits

Kits for: GE = LMCP-GE8, -GE24, GE-48 (banks of 12 relays) LI = LMCP-LI12, -LI24, -LI48

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LMCP Retrofit Kits

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LMCP Retrofit Kits

LMCP adds “Area” level control to the DLM System

Room

Private Office Open Office Conference Room Classroom

Whole Building

Floor Building Campus

Area

Gym Atriums Exterior Lights

PAGE 44

DLM Segment Network Connectivity

Connects Room-based Controls and Lighting Control Panel for Centralized Management

Networks of Standalone DLM Rooms

• Each room has an LMBC-300 and unique data objects for

integration

• Each room is individually addressed for identification by the

front end system

• Each room maintains its standalone behavior (SOO)

Network Components

• DLM Rooms use an LMBC-300 Network Bridge…
• …To connect to a LM-MSTP BACnet Segment Network wire…
• …That connects multiple rooms to a Segment Manager

LMBC-300 Network Bridge

• CAT5 connection to DLM Room like any other DLM device

– Makes a DLM Room a Native BACnet device – Automatically creates BACnet data objects – Automatically creates unique addresses – Addresses may be changed via LMCT

LMSM-* Segment Manager

• Parameter status and configuration for DLM Room devices
• Grouping for scheduling like behaviors
• Astronomic, time-based, and photocell based scheduling
• Configurable data object integration through BACnet/IP

Building the Export Table

• Right click in the tree to add a BACnet
• bject to the export table object list

One Integrators View…

One Integrators View…

BACnet Object List

DLM Networks Can Scale Up, Too!

4th Floor 3rd Floor 2nd Floor 1st Floor

DLM Networks Can Scale Up, Too!

• Homerun each NB-ROUTER to the

appropriate floor

• NB-SWITCH’s used to connect NB-

ROUTER’s to the Segment Manager

• Customer only sees 1 IP address for

the Segment Manager

LMCS – Configuration Software

• Ability to save

configurations for each individual space controlled by DLM devices

• Allows for

firmware upgrades to provide the latest functionality to existing DLM spaces

• Provides access to

every DLM device parameter

Small Private Offices Large Private Offices Conference Rooms Small Restrooms Large Restrooms Breakrooms Utility/Storage Rooms Open Office Areas

Small Private Office

( < 100 ft2 )

• §130.1(b): Multi-

Level Controls (Dimming Req)

• §130.1(a)1-3: Area

Controls (Step Uniformity)

• §130.1(c)5: Indoor

Lighting Controls (Mandatory Sensors)

• §130.5(d): Plug

Loads

• Room not included

in §130.1(e): Indoor Lighting Controls (Demand Response Ready)

a a

LMRC-101

0-10v Dimming

LMPL-101

Plug Load Controller

LMDW-102

Dual Tech Wall/Dim Switch Occ Sensor

Medium Private Office

• §130.1(b): Multi-

Level Controls (Dimming Req)

• §130.1(a)1-3: Area

Controls (Step Uniformity)

• §130.1(c)5: Indoor

Lighting Controls (Mandatory Sensors)

• §130.5(d): Plug

Loads

• §130.1(e): Indoor

Lighting Controls (Demand Response Ready) Optional for this space:

• §120.2(e)1:

Mechanical Controls

a a

LMRC-211

0-10v Dimming

LMPL-101

Plug Load Controller

LMBC-300

BACnet Bridge Module

LMDW-102

Dual Tech Wall/Dim Switch Occ Sensor

Large Private Office

• §130.1(b): Multi-

Level Controls (Dimming Req)

• §130.1(a)1-3: Area

Controls (Step Uniformity)

• §130.1(c)5: Indoor

Lighting Controls (Mandatory Sensors)

• §130.5(d): Plug

Loads

• §130.1(e): Indoor

Lighting Controls (Demand Response Ready) Optional for this space:

• §120.2(e)1:

Mechanical Controls

LMDC-100

360°Dual Tech Occ Sensor

LMRC-212

2 Load 0-10v Dimming

LMPL-101

Plug Load Controller

LMBC-300

BACnet Bridge Module

LMDM-101

Dimmer Rocker Switch

• r

LMDX-100

Xner Mount Dual Tech Occ Sensor

a b a b

LMSW-101

1-Button Switch for On/Off

Small Conference Room

LMRC-212

2 Load 0-10v Dimming

LMPL-101

Plug Load Controller

LMBC-300

BACnet Bridge Module

LMSW-105

5-Button Scene Switch for On/Off/Dimming

LMPX-100

Xner Mount PIR Occ Sensor

• §130.1(b): Multi-

Level Controls (Dimming Req)

• §130.1(a)1-3: Area

Controls (Step Uniformity)

• §130.1(c)5: Indoor

Lighting Controls (Mandatory Sensors)

• §130.5(d): Plug

Loads

• §130.1(e): Indoor

Lighting Controls (Demand Response Ready)

• §120.2(e)1:

Mechanical Controls

a a b a, b

Large Conference Room

LMDC-100

360°Dual Tech Occ Sensor

LMRC-213

3 Load 0-10v Dimming

LMPL-101

Plug Load Controller

LMBC-300

BACnet Bridge Module

LMSW-101

1-Button Switch for On/Off

• r

LMDX-100

Xner Mount Dual Tech Occ Sensor

• §130.1(b): Multi-

Level Controls (Dimming Req)

• §130.1(a)1-3: Area

Controls (Step Uniformity)

• §130.1(c)5: Indoor

Lighting Controls (Mandatory Sensors)

• §130.1 (d)2D:

Daylight

• §130.5(d): Plug

Loads

• §130.1(e): Indoor

Lighting Controls (Demand Response Ready)

• §120.2(e)1:

Mechanical Controls

b c d

LMRC-101

1 Load On/Off

LMSW-105

5-Button Scene Switch for On/Off/Dimming

a

LMLS-400

Closed Loop Photosensor

Small Private Restroom

• §130.1(a)1-3: Area

Controls (Independent Control)

• §130.1(c)1: Shut-off

Controls (Automatic Shut-Off)

• §130.1(c)2-4: Shut-
• ff Controls (Timer

Switch Option)

• §130.1(e): Indoor

Lighting Controls (Demand Response Ready) Optional for this space:

• §120.2(e)1:

Mechanical Controls

LMRC-101

1 Load On/Off

TS-400 LMBC-300

BACnet Bridge Module

LMPW-101

PIR Wall/Dim Switch Occ Sensor

LMPL-100

Plug Load Controller

Wall Switch Sensors Ceiling Sensors

PW-100 LMPX-100

Xner Mount PIR Occ Sensor

Large Restrooms

3rd Party Key Switch LMRC-101

1 Load On/Off

LMIO-101

Input/Output Module

• §130.1(a)1-3: Area

Controls (Independent Control)

• §130.1(c)1: Shut-off

Controls (Automatic Shut-Off) Optional for this space:

• §120.2(e)1:

Mechanical Controls

LMUC-100-2

360°Ultrasonic Occ Sensor

LMRL-100

Isolated Relay Module

3rd Party Key Switch LMRC-101

1 Load On/Off

LMIO-101

Input/Output Module

LMUC-100-2

360°Ultrasonic Occ Sensor

LMRL-100

Isolated Relay Module

LMPC-100

360°PIR Occ Sensor

LMPC-100

360°PIR Occ Sensor

Breakroom/Kitchen

• §130.1(b): Multi-

Level Controls (Dimming Req)

• §130.1(a)1-3: Area

Controls (Step Uniformity)

• §130.1(c)5: Indoor

Lighting Controls (Mandatory Sensors)

• §130.5(d): Plug

Loads

• §130.1(e): Indoor

Lighting Controls (Demand Response Ready) Optional for this space:

• §120.2(e)1:

Mechanical Controls

LMRC-211

1 Load 0-10v Dimming

LMPL-101

Plug Load Controller

LMBC-300

BACnet Bridge Module

LMDM-101

Dimmer Rocker Switch

LMPX-100

Xner Mount Dual Tech Occ Sensor

ELCU-200

UL-924 Control for Emergency a a

Open Offices - 8x8 Cubicles

• §130.1(b): Multi-Level

Controls (Dimming Req)

• §130.1(a)1-3: Area

Controls (Step Uniformity)

• §130.1(c)1: Shut-off

Controls

• §130.1 (d)2D: Daylight
• §130.5(d): Plug Loads
• §130.1(e): Indoor Lighting Controls

(Demand Response Ready) Optional for this space:

• §120.2(e)1: Mechanical Controls

LMUC-100-3

360°Ultrasonic Occ Sensor

LMRC-213

3 Load 0-10v Dimming

LMPL-101

Plug Load Controller

LMBC-300

BACnet Bridge Module

LMDM-101

Dimmer Rocker Switch

LMLS-400

Closed Loop Photosensor

a b c

ELCU-200

UL-924 Control for Emergency

Utility Room

UW-100

Small Private Offices Large Private Offices Conference Rooms Small Restrooms Large Restrooms Breakrooms Utility/Storage Rooms Open Office Areas

Partial ON/OFF Sensor (w/ Auto Off)

Space Requirements

Warehouse Aisles & Open Areas

• Sensor required for Hi/Lo ≥ 50% during the

day, turn off when vacant

• If LPD ≤ 80% area LPD, ≥ 40% reduction
• If metal halide, ≥ 40% reduction

Library Stack Aisles

• ne end ≥ 10 ft, and

both ends ≥ 20 ft

• Sensor required for Hi/Lo ≥ 50% during the

day, turn off when vacant

• Independent zones for each aisle

Corridors & Stairwells

• Sensor required for Hi/Lo (at least 50%)

during the day in each separate space and shall be automatically activated from all designed paths of egress §130.1(c)6: Indoor Lighting Controls

Small Private Offices Large Private Offices Conference Rooms Small Restrooms Large Restrooms Breakrooms Utility/Storage Rooms Open Office Areas Corridors/Common Areas * Sensor Required Spaces * * * * *

• Guideform

Specifications on WS Website

– 16950 – 260923

Specification

Resources -> Download Center -> Specifications -> DLM

Reflected Ceiling Diagram

• Locate Occupancy

Sensor(s)

• Room Controller

– ID of Switchlegs

• Photocell

– Single Zone (Closed Loop) – 3 Zone (Open Loop)

• Wall Switches
• Optional Detail

Wiring Reference

g,h

Reflected Ceiling Diagram

• WS CAD Resource Library…Dynamic Symbols

Wiring Details

• Box Mounting Sizes
• Cat 5e Cables
• Switch Schedules

– Wall Switch Station – Photocells

• Seq. of Operation

Mount on 4” Sq. Deep Box

Switch Button Engraving Load LMSW-103 1 Open Area 50% a, b 2 Open Area 50% b 3 Window c Dimmer Button Engraving Include LMDM-101 1 Window c

Revit “Families” are currently available for all

– DLM Components – Wall Switch Occupancy Sensors

Design Tools -> BIM Objects -> DLM or Wall Switch Sensors

Single Line

• Illustrates entire scope of project
• Details out scope of work

Room & Line Voltage: Elect Front End: Elect or Mech MS/TP: Elect or Mech

Pre-Install Meeting

Questions / Comments???

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