Download Section 26 09 00 - Wired Control System

SECTION 26 09 00
SageGlass WIRED CONTROL SYSTEM - INSTRUMENTATION AND CONTROL FOR
ELECTRICAL SYSTEM
PART 1 - GENERAL
1.1
SUMMARY
A.
Section includes:
1.
B.
1.2
Control system for use with SageGlass® insulating glass units.
Related Sections:
1.
Section 08 88 00 - Special Function Glazing.
2.
Division 25 - Integrated Automation.
3.
Division 26 - Electrical.
DEFINITIONS
A.
IGU: Insulating Glass Unit.
B.
IGU Pigtail: Cable that extends from individual insulating glass units.
C.
Frame Cable: Cable that runs through framing system and connects IGU Pigtail to low voltage
wiring on interior of building.
D.
Interior Daylight Sensor: A Photosensor mounted on or near the interior of the framing system to
measure the amount of light coming through SageGlass® glazing; used for automatic control of
tint level to achieve consistent daylighting.
E.
Exterior Daylight Sensor: A Photosensor mounted on or near the exterior of the framing system
to measure available daylight; used for automatic control of tint level to achieve consistent
daylighting.
F.
Sensor Cable: Cable that runs through framing system and connects Daylight Sensor to low
voltage wiring on interior of building.
G.
SageGlass® Switch: Wall-mounted two-button control interface of SageGlass® glass units.
H.
SageGlass® Controller: Control module for up to 6 SageGlass® IGU’s or Daylight Sensors.
I.
I/O Controller: Control module for analog/digital inputs and outputs.
J.
System Integration Module: Programmable control module with a variety of automation
interfaces, including optional BACnet and LonWorks modules which allow access to the
SageGlass® control system.
K.
Control Panel: Enclosure for SageGlass® IGU controls which mounts to an indoor surface or
may be recessed in a wall for flush mounting; includes flush mount cover.
SAGE Electrochromics Guide Specification
SageGlass WIRED CONTROL SYSTEM INSTRUMENTATION AND CONTROL FOR ELECTRICAL SYSTEM
ASL-047.8
Section 26 09 00 - 1 of 9
L.
12-conductor Cable: Cable which runs from the SageGlass® Controller to the Terminal Box
(maximum length of 300ft) in installations where more than 125 feet of wiring is required between
Control Panels and SageGlass® IGUs.
M.
Terminal Box: Junction Box where 12-conductor Cables are connected to Frame Cables;
mounts to an indoor surface or may be recessed in a wall for flush mounting; includes flushmount cover.
N.
SageBus™: Communications bus between SageGlass® control products.
O.
SageBus™ Cable: Cable which runs between SageGlass® control products allowing
communications (maximum length in daisy-chain configuration is 1500ft).
P.
Backplane: An assembly, mounted inside a SageGlass® Control panel, with sockets for up to
four SageGlass® controllers and wiring connections for IGUs, power supplies, and sensors.
Q.
24V Power Supply: A UL listed, NEC Class 2 power supply which provides safe, low-voltage
power from the AC mains for use with SageGlass® Controllers.
R.
12V Power Supply: A UL listed, NEC Class 2 power supply which provides safe, low-voltage
power from the AC mains for use with SageGlass® System Integration Modules and Switches.
1.3
SYSTEM DESCRIPTION
A.
Basic Controls
1.
Each SageGlass® Controller controls and monitors up to six SageGlass® IGUs or Daylight
Sensors.
2.
SageGlass® Controller channels will be configured into multiple zones for independent
operation of specific areas of the glazing.
EDIT NOTE: DELETE ONE OF THE FOLLOWING
3.
System is configured for two tint levels (fully tinted and fully clear).
4.
System is configured for four tint levels (fully tinted, fully clear, and two intermediate).
EDIT NOTE: DELETE AUTOMATION AND INTERFACE COMPONENTS NOT USED ON PROJECT
B.
Automation
1.
SageGlass® controllers will be configured to automatically maintain daylight at a target
brightness range by monitoring a Daylight Sensor.
2.
A System Integration Module will automatically control one or more zones based on some
combination of time, solar time (referenced to sunrise, sunset or solar noon) and sensor
levels (e.g., light, occupancy, or temperature).
C.
User Interface
1.
SageGlass® Switches provide local control of one or more control zones to specific tint levels.
2.
SageGlass® Switches permit specific control zones to be locally switched between automatic
and manual over-ride modes.
D.
System Integration
1.
A System Integration Module enables integration with other automation systems using
BACnet, LonWorks, and serial interfaces.
SAGE Electrochromics Guide Specification
SageGlass WIRED CONTROL SYSTEM INSTRUMENTATION AND CONTROL FOR ELECTRICAL SYSTEM
ASL-047.8
Section 26 09 00 - 2 of 9
EDIT NOTE: USE THE FOLLOWING IF INTEGRATION WITH LIGHTING CONTROL SYSTEM IS REQUIRED
1.
1.4
Electrochromic control system is integrated with lighting control system to provide
synchronized light management per the Sequence of Operations defined by the design team.
a.
Occupancy sensor information shall be shared between the lighting and Electrochromic
control systems.
b.
A physical link at the controller level shall be used to connect the lighting and
Electrochromic glazing control systems to allow communication and coordination
between the two systems.
SUBMITTALS
Product Data: SAGE Electrochromics’ Product Data sheets including installation instructions.
A.
EDIT NOTE: USE THE FOLLOWING IF INTEGRATION WITH LIGHTING CONTROL SYSTEM IS REQUIRED
B.
Sequence of Operations: Provide Sequence of Operations that defines under what conditions
(e.g. occupancy, time of day, heating or cooling mode, presence of glare etc.).
C.
Previous projects: Provide information on two examples of prior installations which have been
operating for at least one year where the solutions from the lighting control manufacturer and
electrochromic manufacturer are successfully integrated.
SHOP DRAWINGS NOT PROVIDED BY SAGE ELECTROCHROMICS. THESE NEED TO BE PROVIDED BY OTHERS.
D.
1.5
Shop Drawings: Indicate wiring diagram, connections to Frame Cables, and other related
connections. Indicate locations of materials and routing of wiring.
QUALITY ASSURANCE
A.
Pre-Installation Meetings: Conduct pre-installation meeting or teleconference with the following
parties in attendance:
1.
Architect, Contractor, glazing contractor, framing manufacturer, SAGE Electrochromics,
electrical contractor, automation engineer, and other parties related to Work of this Section, to
review procedures, schedules, safety, and coordination with other elements of Project.
EDIT NOTE: USE THE FOLLOWING IF INTEGRATION WITH LIGHTING CONTROL SYSTEM IS REQUIRED
B.
Manufacturers of lighting control system and electrochromic glazing must have a track record of
working together. They shall provide at least two examples of prior installations which have been
operating for at least one year where the solutions from the two companies are successfully
integrated.
C.
Manufacturers of lighting control system and electrochromic glazing are responsible for
delivering the Sequence of Operations as defined by design team
1.6
DELIVERY, STORAGE, AND HANDLING
A.
Comply with SAGE Electrochromics’ instruction for receiving, handling, storing, and protecting
materials.
B.
Deliver materials in SAGE Electrochromics’ original, unopened, undamaged containers with
identification labels intact.
C.
Store materials in original packaging, protected from exposure to harmful environmental
conditions, including static electricity.
SAGE Electrochromics Guide Specification
SageGlass WIRED CONTROL SYSTEM INSTRUMENTATION AND CONTROL FOR ELECTRICAL SYSTEM
ASL-047.8
Section 26 09 00 - 3 of 9
D.
1.7
All cables supplied by SAGE Electrochromics should be conditioned for 24 hours at room
temperature prior to installation and never installed below 32 degrees F (0 degrees C) ambient
temperature.
PROJECT / SITE CONDITIONS
A.
Verify location of Control Panels and SageGlass Switches within building.
B.
Verify locations of Terminal Boxes (if used) near IGUs.
C.
Verify penetration locations of Frame/Sensor Cables into building.
D.
The SageGlass® control system must be installed in an indoor, climate-controlled environment.
E.
Once installed, cables supplied by SAGE Electrochromics must not be routinely exposed to
sunlight, even through glass.
1.8
WARRANTY
A.
Warrant SageGlass® controls against defects in material or workmanship for a period of five
years from the date of shipping of the Controls from manufacturer per the manufacturer’s
warranty.
PART 2 - PRODUCTS
2.1
MATERIALS
EDIT NOTE: DELETE THE FOLLOWING CONTROL SYSTEM IF NOT REQUIRED ON PROJECT.
A.
SageGlass® Panel Mounted Control System:
1.
SageGlass® Switch:
a.
Power specifications
1)
2)
3)
b.
Dimensions
1)
2)
3)
c.
Optional accessories
1)
2)
2.
Peak Power: 1 watt.
Max input voltage: 12 volts DC.
Max input current: 0.1 amp.
Height: 4.1 inch (10.4 cm).
Width: 1.75 inch (4.45 cm).
Depth: 1.0 inch (2.54 cm).
Bright white designer-style faceplate to fit installed single gang
boxes. Supplied by SAGE Electrochromics.
Single gang boxes to house SageGlass® Switches. Supplied
by Electrical Contractor.
SageGlass® Controller (One SageGlass® Controller required for every 3-6 SageGlass®
IGUs, depending on the number of sub-panes per IGU):
a.
Power specifications
1)
Electrical Peak Power: 80 watts.
2)
Maximum Input Voltage: 24 volts DC.
3)
Maximum Input Current: 3.3 amps.
4)
Maximum Output Voltage: 16 volts DC.
5)
Maximum Output Current (per channel): 2.5 amps.
SAGE Electrochromics Guide Specification
SageGlass WIRED CONTROL SYSTEM INSTRUMENTATION AND CONTROL FOR ELECTRICAL SYSTEM
ASL-047.8
Section 26 09 00 - 4 of 9
b.
Dimensions
1)
2)
3)
3.
Height: 2.75 inch (7.0 cm).
Width: 4.25 inch (10.8 cm).
Depth: 0.38 inch (1.0 cm).
I/O controller (requires one backplane slot; provides analog/digital inputs and outputs):
a.
Power specifications
1)
Electrical Peak Power: 80 watts.
2)
Maximum Input Voltage: 24 volts DC.
3)
Maximum Input Current: 3.3 amps.
4)
Maximum Output Voltage: 22 volts DC.
5)
Maximum Output Current (per channel): 90 mA.
EDIT NOTE: USE THE FOLLOWING IF INTEGRATION INTO BUILDING AUTOMATION SYSTEMS SUCH AS LIGHTING CONTROLS
THROUGH DRY CONTACT INPUT IS REQUIRED
b.
1)
Dry Contact Input. One channel of the I/O Controller Card
provides 5VDC to one terminal of up to 11 independent contact
closure inputs.
1)
2)
3)
Height: 2.75 inch (7.0 cm).
Width: 4.25 inch (10.8 cm).
Depth: 0.38 inch (1.0 cm).
Dimensions
4.
Backplane (attaches into Control Panel; one required for each one to four SageGlass®
Controllers in a Control Panel, depending on IGU size and configuration).
a.
Length: 3.75 in (9.5 cm).
b.
Width: 7.5 inch (19 cm).
c.
Depth: 1.0 in (2.5 cm).
5.
24V Power Supply (one required for each Backplane in a panel):
a.
Power Specifications
1)
UL Listed, Class 2.
2)
Max input Power: 110 watts.
3)
Input voltage: 99 - 253 volts AC, 50/60 Hz.
4)
Max output power: 91.2 watts.
5)
Output voltage: 24 volts DC.
6)
Max output current: 3.8. amps.
b.
Dimensions
1)
Length: 3.6” (9.1 cm).
2)
Width: 3.5” (9.0 cm).
3)
Depth: 2.2” (5.6 cm).
6.
12V Power Supply (one required for each System Integration Module and/or network of
SageGlass® Switches):
a.
Power Specifications
1)
UL Listed, Class 2.
2)
Max input Power: 65 watts.
3)
Input voltage: 99 – 253 volts AC, 50/60 Hz.
4)
Max output power: 54 watts.
5)
Output voltage: 12 volts DC.
6)
Max output current: 4.5 amps.
SAGE Electrochromics Guide Specification
SageGlass WIRED CONTROL SYSTEM INSTRUMENTATION AND CONTROL FOR ELECTRICAL SYSTEM
ASL-047.8
Section 26 09 00 - 5 of 9
b.
Dimensions
1)
2)
3)
7.
System Integration Module:
a.
Power Specifications:
1)
2)
3)
b.
Dimensions:
1)
2)
3)
c.
Interfaces:
1)
2)
Length: 3.6” (9.1 cm).
Width: 2.8” (7.1 cm).
Depth: 2.2” (5.6 cm).
Peak Power: 60 watts.
Maximum Input Voltage: 12 volts DC.
Maximum Input Current: 1 amp.
Height: 6 inch (15 cm).
Width: 7.5 inch (19 cm).
Depth: 1.5 inch (3.8 cm).
RS-232.
Ethernet.
Optional interface capabilities:
3)
BACnet MS/TP or IP.
4)
LonWorks.
8.
Exterior Daylight Sensor
a.
Photosensor.
b.
Illuminance ranges: 0-1000 fc.
c.
Power specifications
1)
Max input voltage: 24V DC.
2)
Output voltage: 0-10V DC.
d.
Dimensions
1)
Diameter: 1.5 inches (5.1 cm).
2)
Depth: 2.7 inches (3.0 cm).
e.
Color: White .
9.
Interior Daylight Sensor
a.
Photosensor.
b.
Illuminance ranges: 0-3.2 klux, 0-32 klux, 0-65 klux.
c.
Power specifications
1)
Max input voltage: 24V DC.
2)
Output voltage: 0-10V DC.
d.
Dimensions
1)
Diameter: 2.0 inches (5.1 cm).
2)
Depth: 1.2 inches (3.0 cm).
e.
Color: White.
EDIT NOTE: DELETE PANEL SIZES NOT REQUIRED ON PROJECT.
10.
Small Panel:
a.
Dimensions (without cover)
1)
Height: 23.3 inch (59.1 cm).
2)
Width: 14.3 inch (36.2 cm).
3)
Depth: 3.8 inch (9.5 cm).
b.
Dimensions (including cover)
SAGE Electrochromics Guide Specification
SageGlass WIRED CONTROL SYSTEM INSTRUMENTATION AND CONTROL FOR ELECTRICAL SYSTEM
ASL-047.8
Section 26 09 00 - 6 of 9
c.
d.
e.
1)
2)
3)
Height: 26.2 inch (66.4 cm).
Width: 17.2 inch (43.6 cm).
Depth: 4.9 inch (12.5 cm).
1)
Three Backplanes or two Backplanes and one System
Integration Module.
Three 24V or 12V power supplies.
Capacity:
2)
Color: White.
Includes flush-mount cover.
11.
Medium Panel:
a.
Dimensions (without cover)
1)
Height: 35.3 inch (89.5 cm).
2)
Width: 17.5 inch (44.4 cm).
3)
Depth: 3.8 inch (9.5 cm).
b.
Dimensions (including cover)
1)
Height: 38.2 inch (96.9 cm).
2)
Width: 20.4 inch (51.8 cm).
3)
Depth: 4.9 inch (12.5 cm).
c.
Capacity:
1)
Six Backplanes or five Backplanes and one System Integration
Module.
2)
Six 24V or 12V power supplies.
d.
Color: White.
e.
Includes flush-mount cover.
12.
Large Panel:
a.
Dimensions (without cover)
1)
Height: 51.3 inch (130.2 cm).
2)
Width: 17.5 inch (44.4 cm).
3)
Depth: 3.8 inch (9.5 cm).
b.
Dimensions (including cover)
1)
Height: 54.2 inch (137.5 cm).
2)
Width: 20.4 inch (51.8 cm).
3)
Depth: 4.9 inch (12.5 cm).
c.
Capacity:
1)
Nine Backplanes and one System Integration Module.
2)
Ten 24V or 12V power supplies.
d.
Color: White.
e.
Includes flush-mount cover.
13.
Terminal Box:
a.
Terminal Box Enclosure:
1)
Height: 10 inch (25.4 cm).
2)
Width: 14.4 inch (36.58 cm).
3)
Depth: 2.5 (6.35 cm).
4)
Capacity: 4 12-conductor Cables.
5)
Color: White.
6)
Terminal block type: Screw terminals.
b.
Terminal Box Cover:
1)
Height: 11.25 inch (28.58 cm).
SAGE Electrochromics Guide Specification
SageGlass WIRED CONTROL SYSTEM INSTRUMENTATION AND CONTROL FOR ELECTRICAL SYSTEM
ASL-047.8
Section 26 09 00 - 7 of 9
c.
d.
2)
Width: 15.63 inch (39.7 cm).
Color: White.
Includes flush-mount cover.
EDIT NOTE: DELETE THE FOLLOWING CONTROL SYSTEM IF NOT REQUIRED ON PROJECT.
14.
B.
SageGlass® AT-410S Solo Output Module Control System (integrated two button switch with
a four output controller):
a.
Power specifications
1)
Peak Power: 40 watts.
2)
Maximum Input Voltage: 12 volts DC.
3)
Maximum Input Current: 3.4 amps.
4)
Fuse Rating: 4 amps.
5)
Maximum Output Voltage: 12 volts DC.
6)
Maximum Output Current (per channel): 1 amp.
b.
Dimensions
1)
Height: 4.1 inches (10.4 cm).
2)
Width: 1.75 inches (4.45 cm).
3)
Depth: 1 inch (2.54 cm).
c.
Power Supply:
1)
UL Listed, Class 2.
2)
Max input power: 70 watts.
3)
Input voltage: 90-305 volts AC, 50/60 Hz.
4)
Max output power: 60 watts.
5)
Max output voltage: 12 volts DC.
6)
Max output current: 5 amps.
d.
Optional accessories
1)
Bright white designer-style faceplate to fit installed single gang
boxes. Supplied by SAGE Electrochromics.
2)
Single gang boxes to house SageGlass® Switches. Supplied
by Electrical Contractor.
Class 2 Wiring:
1.
12-conductor Cable: Twelve conductor 16 or 18 AWG cable. Cable is of type Plenum PVC,
CMP/CL2P insulation which complies with the typical requirements of the NEC and applicable
building codes for Class 2 low voltage DC circuits.
2.
SageBus™ Cable: Four-conductor cable containing an 18 AWG power pair and a 22 AWG
twisted/shielded data pair. Cable is of type Plenum PVC, CMP/CL2P insulation and complies
with the typical requirements of the NEC and applicable building codes for Class 2 low voltage
DC circuits.
THE FOLLOWING MATERIAL IS NOT FURNISHED BY SAGE ELECTROCHROMICS.
CONTRACTOR.
C.
THESE NEED TO BE PROVIDED BY
120V AC Wiring: 120V AC,15A or 20A service to each control enclosure.
PART 3 - EXECUTION
3.1
INSTALLATION
A.
Cross functional team required.
SAGE Electrochromics Guide Specification
SageGlass WIRED CONTROL SYSTEM INSTRUMENTATION AND CONTROL FOR ELECTRICAL SYSTEM
ASL-047.8
Section 26 09 00 - 8 of 9
B.
Ensure that equipment, conduit, gang boxes, and other related materials are installed and ready
to receive Work of this Section.
C.
Install products per SAGE’s instructions.
D.
Install SageGlass® Switches, Interior Daylight Sensors, Terminal Boxes and Panels in an indoor,
climate-controlled environment.
E.
Ensure Control Panels and Terminal Boxes are installed so as to be accessible.
F.
Ensure 12-Conductor Cable runs between Control Panels and Terminal Boxes do not exceed the
lengths shown in the following table, based on the length of Frame Cables used (top row):
Standard Frame Cables
Cable lengths in feet
50
75
125
12-Conductor Cable Maximum (AWG18)
200
125
0
12-Conductor Cable Maximum (AWG16)
300
200
0
G.
Ensure total SageBus™ Cable run between Control Panels and SageGlass® Switches is no
longer than 1500 feet.
H.
Ensure SageBus™ Cable connects all SageGlass® Switches and Control Panels in a daisychain configuration.
I.
Ensure SageBus™ Cable has been properly terminated at each end of line, using the jumpers
on the SageGlass® controller, SageGlass® Switch and System Integration Module.
J.
Install SageGlass® Switches in standard single or multi- gang wall mounted junction box.
3.2
COMMISSIONING
A.
Before start-up of SageGlass® system, conduct visual inspection to verify system is installed per
code and in working order. Verify proper wire connections to and from equipment and insulating
glass units.
B.
When system is in start-up, conduct an overall system test and verify system is operating per
system SAGE’s operating instructions.
EDIT NOTE: USE THE FOLLOWING IF INTEGRATION WITH LIGHTING CONTROL SYSTEM IS REQUIRED
C.
The electrochromic and lighting control systems shall be commissioned together to verify the
Sequence of Operations by the lighting control system and the electrochromic glass
manufacturers.
END OF SECTION
THE INFORMATION CONTAINED IN THIS PUBLICATION IS OFFERED FOR ASSISTANCE IN THE SPECIFICATION OF
SAGEGLASS® PRODUCTS. IT IS NOT INTENDED TO BE COMPLETE AND SAGE ELECTROCHROMICS DOES NOT ASSUME ANY
RESPONSIBILITY FOR THE ADEQUACY OF THE SPECIFICATION FOR A PARTICULAR APPLICATION. DUE TO CONTINUAL
RESEARCH AND PRODUCT IMPROVEMENT, THE SPECIFICATIONS ARE SUBJECT TO CHANGE WITHOUT NOTICE AND
WITHOUT INCURRING OBLIGATION. ACTUAL PERFORMANCE MAY VARY IN SPECIFIC APPLICATIONS. AN APPROPRIATE AND
QUALIFIED DESIGN PROFESSIONAL MUST VERIFY SUITABILITY OF THE PRODUCT FOR USE IN A PARTICULAR APPLICATION,
AS WELL AS REVIEW FINAL SPECIFICATIONS. TO OBTAIN UP-TO-DATE INFORMATION RELEVANT TO YOUR SPECIFIC
PROJECT OR WARRANTY INFORMATION, CONTACT SAGE ELECTROCHROMICS.
SAGE Electrochromics Guide Specification
SageGlass WIRED CONTROL SYSTEM INSTRUMENTATION AND CONTROL FOR ELECTRICAL SYSTEM
ASL-047.8
Section 26 09 00 - 9 of 9