Specifications

8
quickstart guide
GL-IPAC-SW8
www.crestron.com
888.273.7876 201.767.3400
Specifications subject to
change without notice.
GL-IPAC-SW8
Crestron Green Light
®
Integrated Switching System
For Regulatory Compliance information, refer to Doc. 7401.
QUICKSTART DOC. 7389B (2036222, Sheet 4 of 7) 01.14
4
Setup: Occupancy Sensors (Continued)
Photo Sensors: “Photocell List” Screen
Select Photo Sensors from the “Setup” menu to enter the “Photocell List”
screen. The screen displays the available photo sensors. The
GL-IPAC-SW8 has two types of sensors:
• 4 internal (Sensors 5 through 8)
• 10 external non-system sensors wired directly to a Cresnet
occupancy sensor (Sensors B0.2 through B9.2)
• 10 external non-system sensors wired to a Cresnet GLS-SIM
(Sensors C0.2 through C9.2)
Press Loads to assign loads to particular sensors.
Photo Sensors: “Ctrl Type” Screen
The control type assigns what the sensor is going to do to the specific
loads it is assigned to. There are three options: On/Off, Hi/Lo/Off, and
Hi/Med/Lo/Off.
• On/Off determines when the photo sensor turns lights on after
ambient light levels drop below the assigned threshold and when
the photo sensors turn lights off after ambient light levels rise above
the assigned threshold.
• Hi/Lo/Off allows the user to assign specific loads to the “Lo” and
“Hi” settings. If ambient light levels exceed the upper threshold, all
loads are turned off. When ambient light levels drop below the
upper threshold, “Lo” loads are turned on. When the ambient light
levels drop below the lower threshold, “Hi” loads are also turned on.
• Hi/Med/Lo/Off allows the user to assign specific loads to the “Lo” and “Med” settings. If ambient light levels rise above the
upper threshold, all loads are turned off. If ambient light levels drop below the upper threshold, “Lo” loads are turned on. If
ambient light levels drop below the second threshold, “Med” loads are turned on and “Lo” loads are turned off. If ambient
light levels drop below the last threshold, both “Lo” and “Med” loads are turned on to their high setting.
Highlight the desired option and press Next to adjust the threshold associated with the setting.
Photo Sensors: “Select range (fc)” Screen
Highlight the desired sensor on the “Photocell List” screen using the up
and down arrows and then press Setup to configure the sensor.
The screen provides three lighting levels in foot-candles (fc). For open
loop sensors (GLS-LOL) select 3-300 (GLS-LOL), 30-3000 (GLS-LOL),
or 60-6000 (GLS-LOL) depending on the lighting level required to trigger
an action. Settings on the “Select range (fc)” screen must match jumper
settings on the GLS-LOL.
Other photo sensors should be assigned to 0-1000 (Other).
Press Next to advance to the “Ctrl Type” screen.
On the “Sensor Load Assignment” screen loads L1.1 through L1.8 are
displayed. For an external panel the loads are listed L2.1 through
L2.56. The first digit represents the panel and the second digit
represents the load. Next to panel and load, in parenthesis, functions
already assigned to that sensor display as single letters. A “p”
designates photo sensor assignment. An “o” designates occupancy
sensor assignment. The occupancy sensor that is assigned to the load
is listed on the right side of the screen. If no sensor has been assigned
“- - -” is displayed.
To assign an occupancy sensor to a load, select Edit then use the up
and down buttons to select the occupancy sensor. Press Set to confirm
the selection. Press Mode to assign an action to the load:
• On/Off turns the load on and off based upon occupancy or vacancy.
• Off Only turns the load off based upon vacancy.
• Auto/Off allows the sensor to detect occupancy and then checks the ambient light levels to determine if the lights should be
turned on. When vacancy is detected, lights turn completely off.
The illustration shows two different sensors assigned to two different loads. They function as follows:
• Sensor 2 turns load 1 on panel 1 off.
• Sensor 3 turns load 2 on panel 1 on or off depending on occupancy or vacancy state.
Multi allows multiple occupancy sensors to be grouped together. This allows multiple occupancy sensors to monitor large areas and
work together to ensure the area is occupied or vacant before taking action. When one occupancy sensor detects motion, the area
is assumed to be occupied. All connected occupancy sensors in a group must go vacant for the vacancy action to trigger.
OK saves the assignments and returns to the “Setup” menu.
SelectMode Edit OK
Sensor Load Assignment
L 1.1 (p,o) = Sensor 2 (Off Only)
L 1.2 (p,o) = Sensor 3 (On/Off)
L 1.3 (p) = - - -
Multi
From the “Sensor Load Assignment” Screen press Multi to enter to
“Occ Multi” screen.
On the “Occ Multi” screen Groups 1 through 10 are displayed. The first
digit in parenthesis indicates how many sensors are assigned to each
group. If no sensor has been assigned to the group, “0” is displayed
inside the parenthesis.
To assign an occupancy sensor to a group, use the up and down
buttons to select the sensor group and then select Edit. Then use the
up and down buttons to highlight the occupancy sensor and then Enter
to select it. Press Set to add the sensor to the group. The number of
sensors in the group is indicated within the parenthesis.
OK saves the assignments and returns to the “Sensor Load
Assignment” menu.
Next
3-300(GLS-LOL)
30-3000(GLS-LOL)
60-6000(GLS-LOL)
0-1000(Other)
Select
range
(fc)
Int.5
SelectNext
Next
On/Off
Hi/Lo/Off
Hi/Med/Lo/Off
Ctrl
Type
Int.6
SelectNext
Setup
Loads
Sensor 5
Sensor 6
Sensor 7
Sensor 8
Photo
-cell
List
Exit
Occupancy Sensors: “Sensor C0.1 Test” Screen
From the “Occ Sensr List” screen, highlight an external sensor
connected to a GLS-SIM using the up and down arrows and press
Test to enter the test screen.
Set the type of sensor on the GLS-SIM using the DIP switches. Refer
to the GLS-SIM Operations and Installation Guide (Doc. 6768)
available at www.crestron.com/manuals.
Status shows the current sensor state based on the set type.
Press OK to return to the “Occ Sensor List” screen.
OK
Sensor C0.1 Test
Set type on GLS-SIM
Status=Inactve
Photo Sensors
(Continued on following page)
Edit
Group 1 (2)
Group 2 (3)
Group 3 (4)
Group 4 (0)
Occ
Multi
OK