SAINT-GOBAIN SageGlas 300-1176-001 Dimensions

The SageGlass Symphony™ Control Panel houses the electronics required to operate SageGlass® insulating glass units
(IGUs). The Control Panel can be ordered in two sizes based upon the number of SageGlass IGUs to be operated.
Conditioned space: 0-104 °F; 0%-90% relative humidity, non-condensing
PRODUCT SHEET
CONTROL PANEL
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SMALL PANEL
LARGE PANEL
Panel
Size
Part
Number
Box Dimensions
Weight Controllers
Max
IGUs
Max
Sq. Ft. Voltage
Max Power
Watts (W)
Width Length Depth
Small 300-1176-001 14.5" 13.5" 2.2" 12 lbs 1 16 800 99-253 350
Large 300-1177-001 17.5" 36.0" 4.2" 32 lbs 1 16 800 99-253 350
Large 300-1177-002 17.5" 36.0" 4.2" 38 lbs 2 32 1600 99-253 700
Large 300-1177-003 17.5" 36.0" 4.2" 43 lbs 3 48 2400 99-253 1050
Large 300-1177-004 17.5" 36.0" 4.2" 50 lbs 4 64 3200 99-253 1400
DIMENSIONS AND SPECIFICATIONS
PRODUCT RATINGS
Industrial Control Equipment
E509394

PACKAGE INCLUDES
1. Control Panel
2. Mounting Screws
TOOLS AND MATERIALS REQUIRED
1. Drill
2. #1 Phillips screwdriver (Large Panel only)
3. #2 Phillips screwdriver (or #2 Phillips drill bit)
4. 1/8” Flat screwdriver
5. 8 mm hex socket nut driver (Small Panel only)
ADDITIONAL SUPPORTING DOCUMENTATION
Refer to SageGlass Product Sheets as they are produced for more in-depth information regarding the control system
components. Reference sageglass.com/resources
SYSTEM REQUIREMENTS
1. All safety related codifications, symbols and instructions that appear in this operating manual or on the equipment
must be strictly followed to ensure the safety of the operating personnel as well as the instrument. If the equipment
is not handled in a manner specified by the manufacturer it might impair the protection provided by the equipment.
2. Control Panels can be placed in plenum or wall areas within a conditioned space. Control Panels must attach to a
mounting surface that can support a fully assembled Control Panel’s weight. Control Panel can be installed in both
vertical and horizontal orientations, to include floor mounted. Mounting the unit overhead (panel cover facing
down) is not permitted.
3. A Control Panel must be mounted within 350 feet of an IGU with 16 AWG 8-Conductor Cable. If Frame Cables are
run directly to the Control Panel, the Control Panel must be within 125 feet of the IGUs.
4. All cables supplied by SageGlass should be conditioned for 24 hours at room temperature prior to installation and
never installed below 32 °F ambient temperature.
5. When unpacking and mounting the Control Panel (Large), it is required to have two people lift and carry the unit for
safety due to fully assembled weight.
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STEP 3:
Remove front cover (1) by loosening thumbscrews (2) and slide
up to disengage hooks (3) until cover stops then pull towards
you to remove it.
STEP 4:
Remove appropriate knock-outs to populate wires inside the enclosure
depending on Control Panel orientation. Use knock-outs (1) for AC and
knock-outs (2) for DC cables.
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SMALL CONTROL PANEL INSTALLATION
STEP 1:
Mark the four holes for placement and drill mounting holes. Use
mounting tabs or drawing dimensions to mark holes prior to drilling.
STEP 2:
Use the appropriate screws provided by SageGlass to mount the
enclosure securely. Insert the screws through the enclosure’s mounting
holes into the mounting surface. If screw anchors are required, install
them in the wall prior to mounting.
(215.9 mm)
8.50”
(406.4 mm)
16.00”
(355.6 mm)
14.00”
(417.4 mm)
16.43”
4X
(5.
1mm)
0.20”
FIGURE 1: INSTALLATION DIMENSIONS
FIGURE 2: COVER REMOVAL
FIGURE 3: KNOCK-OUTS
1
2
3
3
3
2
1
2

STEP 2:
Separate the switch base from the knob operator by unlocking lever (1).
STEP 3:
Strip AC wires back about 3/8”.
STEP 4:
Connect ground wire to Ground terminal (1).
STEP 5:
Connect AC line wires to the Switch. Follow local electrical codes for proper
AC wire routing: 1 and 2 are neutral, 3 and 4 are hot.
STEP 6:
Attach switch back to the AC cover and reattach cover onto the Control Panel.
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STEP 1:
Using 8mm socket remove two nuts (1) (keep to reinstall AC cover) and then
pull AC cover (2) out of panel. Remove dust cap over controllers (not shown).
CONTROL PANEL WIRING - AC CIRCUIT
Only a qualified electrician can install the AC side of the panel.
FIGURE 6: AC CONNECTIONS
FIGURE 7: SWITCH CONNECTIONS
FIGURE 5: SWITCH DISCONNECTING
FIGURE 4: AC COVER REMOVAL
1
1
1
1
24
3
2

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STEP 1:
For termination, remove 1/2” of DC wire insulation.
To insert the wires into the terminals use flat
screwdriver to push on terminal clamp.
STEP 2:
Populate wire terminals (1) with 2-Wire Frame Cables, 4-Wire Frame
Cables or 8-Conductor Cables according to wire color code guide (2)
that is on stickers above and below controller.
CONTROL PANEL WIRING - DC CIRCUIT
FIGURE 8: CONTROLLER LABELING
FIGURE 9: TERMINAL CONNECTION
Refer to appropriate row of wire color code guide
depending on the cables that system is equipped
with and follow the color code.
FIGURE 10: CONTROLLER CONNECTION
CONTROLLER NUMBER
LOCATION (i.e. CP1-1)
2
21 1 1 1
1111

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If it is a 2-Wire Frame Cable, use 2C row of wire color
code guide. One set will be black and red. Each
terminal block can hold two sets.
If it is 8-Conductor Cable, use 8C row of wire color
code guide. It will have two of each set and mount to
the adjacent terminal blocks (i.e. J1 and J2).
If it is 4-Wire Frame Cable, use 4C row of wire color
code guide. One set will be red, black, white and green.
Each terminal block will hold one set.
If system is equipped with mixed cable types,
8-Conductor Cables must go to adjacent terminal blocks
(i.e. J1 and J2), 4-Wire Frame Cable should be connected
to one terminal block and 2-Wire Frame Cable into
terminal block according to the color code.
2C
4C
8C
FIGURE 11: 2-WIRES
2C
4C
8C
FIGURE 12: 4-WIRES
2C
4C
8C
FIGURE 13: 8-CONDUCTOR CABLE
2C
4C
8C
FIGURE 14: MIXED WIRES
STEP 3:
Feed Ethernet cable through knockouts. Connect Ethernet
cable to one of the free Ethernet ports (1) or (2).
STEP 4:
Leave the AC switch in the disconnect/O position.
STEP 5:
Install the Control Panel cover onto the panel.
FIGURE 15: ETHERNET CONNECTION
2
1
4

STEP 3:
Remove front cover (1) by loosening thumbscrews (2) and disengaging
the release hooks (3).
STEP 4:
Remove appropriate knock-outs to populate wires inside the enclosure depending on
Control Panel orientation. Use knock-outs (1) for AC and knock-outs (2) for DC cables.
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LARGE CONTROL PANEL INSTALLATION
STEP 1:
Mark six hole placements and drill mounting holes. Use mounting tabs
or drawing dimensions to mark holes prior to drilling.
STEP 2:
When unpacking and mounting the Control Panel (Large), it is required
to have two people lift and carry the unit for safety due to fully
assembled weight.
Use the appropriate screws provided by SageGlass to mount the
enclosure securely. Insert the screws through the enclosure mounting
holes into the mounting surface. If screw anchors are required, install
them in the wall prior to mounting.
(471.9 mm)
18.58”
(304.8 mm)
12.00”
(304.8 mm)
12.00”
(915.4 mm)
36.04”
(446.8 mm)
17.59”
6X
(5.1 mm)
0.20”
FIGURE 1: INSTALLATION DIMENSIONS
FIGURE 2: COVER REMOVAL
1
3
2
2
FIGURE 3: KNOCK-OUTS
1
1
2
2

STEP 2:
Separate the switch base from the knob operator by unlocking lever (1).
STEP 3:
Strip AC wires back about 3/8”. Route wires through knockout/strain relief.
STEP 4:
Connect ground wire to ground terminal (1).
STEP 5:
Connect AC line wires to the switch. Follow local electrical codes for proper
AC wire routing: 1 and 2 are neutral, 3 and 4 are hot.
STEP 6:
Attach the switch back to the AC cover and reattach the AC cover into the
Control Panel.
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STEP 1:
Loosen screws (1) and AC cover (2) (do not need to remove screws). Slide AC
cover towards controllers and then remove to gain access to switch and
ground terminal. Remove dust cap over controllers (not shown).
CONTROL PANEL WIRING - AC CIRCUIT
Only a qualified electrician can install the AC side of the panel.
FIGURE 6: AC CONNECTIONS
1
FIGURE 7: SWITCH CONNECTIONS
1
3
24
FIGURE 5: SWITCH DISCONNECTING
1
FIGURE 4: AC COVER REMOVAL
1
2

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STEP 1:
Unsnap channel cover (1) to route cables through knock-out to the
appropriate controllers thru channel cut-outs. Leave about five inches
of extra wire as service loop while routing within the channel.
STEP 2:
For termination, remove 1/2” of DC wire insulation. To insert the wires into the
terminals use flat screwdriver to push on terminal clamp.
CONTROL PANEL WIRING - DC CIRCUIT
System can have one, two, three or four controllers in the Control Panel. Figure 8 displays a close up of the controller
labeling and the corresponding information in an example wiring diagram.
Consult project specific wiring diagram for all cable terminations.
Four controller configuration is shown in the following figures.
J1-1RED
RED
BLACK
BLACK
J1-3 WHITE
J1-4 GREEN
J1-1
J1-2
J1-3
J1-4
J2-1
J2-2
J2-3
J2-4
J2-1 BROWN
J2-2 GRAY
J2-3 BLUE
J2-4 YELLOW
RED
BLACK
WHITE
GREEN
BROWN
GRAY
BLUE
YELLOW
J1-1
J1-2
J1-3
J1-4
J2-1
J2-2
J2-3
J2-4
J1-2
A-1
Controller Number Location
(i.e. CP1-1) 8-Conductor
Cable Frame Cable
IGU Ref Tag
CP1-1
S/N: undefined TERMINAL BOX 1
FIGURE 8: CONTROLLER LABELING
FIGURE 10: TERMINAL CONNECTION
FIGURE 9: UNSNAPPING CHANNEL COVER
1

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STEP 3:
Populate wire terminals (1) with 2-Wire Frame Cables,
4-Wire Frame Cables, and/or 8-Conductor Cables
according to the project specific Wiring Diagram and
the wire color code guide that is on sticker (2) below
each terminal’s row. The wire color code guide
between the controllers shall be used for top and
bottom controllers.
Refer to appropriate row of the wire color code
guide depending on cables the system is equipped
with and follow the color code.
If it is a 2-Wire Frame Cable, 2C row of wiring guide is
used. One set will be black and red. Each terminal block
can hold two sets.
If it is 8-Conductor Cable, 8C row of wiring guide is
used. It will have two of each set and mount to the
adjacent terminal blocks (i.e. J1 and J2).
If it is 4-Wire Frame Cable, 4C row of wiring guide is
used. One set will be red, black, white and green. Each
terminal block will hold one set.
If system is equipped with mixed cable types,
8-Conductor Cables must go to adjacent terminal
blocks (i.e. J1 and J2), 4-Wire Frame Cables should be
connected to one terminal block and 2-Wire Frame
Cables should be connected to one terminal block
according to the color code.
2C
8C
2C
4C
8C
2C
4C
8C
FIGURE 11: CONTROLLER CONNECTION
1
1
2
2
1
1
1
1
1
1
2C
4C
8C
FIGURE 12: 2-WIRES
2C
4C
8C
FIGURE 13: 4-WIRES
2C
4C
8C
FIGURE 14: 8-CONDUCTOR CABLES
2C
4C
8C
FIGURE 15: MIXED WIRES