Titan Controls HyperioN 2 User manual

HyperioN®2
Wireless Environmental / Lighting
Master Controller
Instruction Manual
www.titancontrols.net
Product #702880

2
Hyperion®2 Table of Contents
Overview................................................................................................4
Figure 1: Control Network....................................................................... 5
Quick Set Up Guide ..............................................................................6
Figure 2: Master Controller ......................................................................5
Control Description ..............................................................................7
Daytime and Nighttime Defined................................................................7
Wireless Communication .........................................................................7
Daytime Control.......................................................................................7
Controlling Relative Humidity (RH) ........................................................7
Controlling Temperature .......................................................................8
Controlling CO2...................................................................................8
Nighttime Control ....................................................................................8
Controlling Relative Humidity (RH) ........................................................8
Controlling Temperature .......................................................................8
Controlling CO2...................................................................................8
Lighting Control .......................................................................................9
Light Odometer Feature ..........................................................................9
Alternate Exhaust Daytime/Nighttime Control...........................................9
Controlling RH with Alternate Exhaust Feature Enabled ...........................9
Checking and Adjusting the Hyperion®2 Settings ..........................10
Checking the Hyperion®2 Control Parameters ......................................10
Figure 3: Hyperion®2 Remote Control ...................................................10
Light Timing Adjustments ......................................................................10
Table 1: On Period Settings for Hyperion®2 Lighting Control .................11
Resetting the Light Odometer (Change bulb icon)..................................11
Setting the Current Time........................................................................12
Battery Replacement .............................................................................13
Temperature Setting ..............................................................................13
CO2and RH Settings.............................................................................14
Alternate Exhaust Mode ........................................................................14
Restoring Factory Default Settings.........................................................14
Codes and Errors ...............................................................................15
Over Temperature Shutoff......................................................................15
High Temperature Condition ..................................................................15
Low Temperature Condition...................................................................15
High Humidity Condition ........................................................................16
Low Humidity Condition ........................................................................16
High CO2Concentration Condition ........................................................16

3
Empty CO2Tank Condition.....................................................................16
No Measured Light Condition ................................................................16
No Measured Darkness Condition .........................................................16
Lighting Schedule Interrupted Condition ................................................17
Temperature Sensor Error......................................................................17
RH Sensor Errors ..................................................................................17
CO2Sensor Error...................................................................................17
Real Time Clock Error............................................................................17
Table 2: Remote Control Remote Control Codes ...................................18
Remote Sensor LED..............................................................................18
Table 3: Remote Sensor Module LED Codes .........................................19
Calibration...........................................................................................20
CO2Calibration .....................................................................................20
Figure 4: Bottom View of Remote Sensor ..............................................20
Hyperion®2 Wireless Control Network ............................................21
Normal Operation ..................................................................................21
Wireless Control Network Error .............................................................21
Table 4: Remote Controller Network Messages......................................21
Remote Controller Behavior...................................................................22
Remote Sensor Behavior ......................................................................22
Range Testing........................................................................................22
Rebuilding the Wireless Network ..........................................................23
Installation Diagram ...............................................................................23
Factory Defaults and Control Limits .......................................................24
Temperature .........................................................................................24
Humidity ...............................................................................................24
CO2.......................................................................................................24
Warranty Information .........................................................................24
Troubleshooting Tips .........................................................................26
Controller Specifications ..................................................................26
Service and Repair Program ............................................................27

4
Overview
Titan Controls®brings to you the most complete grow room controller
available in the industry today! The Hyperion®2 features 4 – 240V AC
outlets for a garden lighting systems as well as a complete wireless
environmental controller. The Hyperion®2 Controller uses three modules:
the remote sensor, master controller, and remote controller, to form a
wireless control network (refer to Figure 1). The Hyperion®2 is equipped
with transceivers that operate in the non-licensed 2.4 GHz frequency band
and are FCC (USA), IC (Canada), and ETSI (Europe) compliant. The remote
sensor and remote controller communicate wirelessly and allow remote
monitoring and control of a room’s environment. All control parameters are
changed over the wireless network via the user interface.
The Hyperion®2 remote sensor is equipped with CO2, relative humidity,
temperature, and light sensors. The room’s environment is controlled by
relay outputs located on the master controller. These outputs are used to
control ventilation fans, a dehumidification unit, a CO2generator or CO2
regulator & tank system, and a 240V AC four light system.
Separate Daytime and Nighttime control parameters are used to keep the
room’s environment at optimum growing conditions throughout a 24-hour
period.
The Hyperion 2 is the complete solution to your indoor gardening
requirements!

5
120V AC
Circuit
Remote
Controller
Exhaust
Power: 40 Amps/240V AC/60Hz
Light
Exhaust
Output

6
Quick Set up Guide
The Hyperion®2 Control is set up with default Daytime and Nighttime
control parameters that enable it to be used immediately out of the box. To
quickly set up the Hyperion®2, follow these instructions (use Figures 1 and
2 for reference):
NOTE: For best results have Hyperion®2 installed by a certified Electrician.
1. Mount the remote sensor in the desired location; be sure the photo
cell is directly exposed to the grow lights.
2. Mount the master controller in the desired location. Verify that the
breaker controlling this Hyperion®2 is in the OFF position.
3. Plug the RJ-45 network cable into the master controller and remote sensor.
4. Plug equipment into the appropriate outputs of the master controller
(refer to Figure 2): - Ventilation fan to the output labeled ‘Exhaust
Output’. - Dehumidification gear into the output labeled ‘Dehumidify
Output’. - CO2Generator or CO2Regulator into the ‘CO2Output’.
Finally, plug 240V AC ballasts into ‘240 Volt Power Output’ receptacles.
5. Provide power to the master controller; this will also provide power to the
remote sensor (via the network cable). The LED on the remote sensor
will flash yellow and begin controlling the room’s environment. The
yellow LED indicates that the remote sensor is searching for the remote
controller over the wireless network (refer to Table 3 in the Remote
Sensor Moldule LED section of this document for more information).
6. Bring the remote controller in close proximity to the remote sensor so
that both the display and the remote sensor’s LED (shown in Figure 1)
are visible. Plug in the power supply to 120V AC power; the display
will flash while it initializes and searches for the remote sensor over the
wireless network when the remote sensor and remote controller have
successfully established wireless communication, the remote sensor’s
LED will change from flashing yellow to flashing green as described
in Table 3. The remote controller will then stop flashing and begin
showing the current readings in the grow roomA.
7. Unplug the remote controller and move it to the desired location. The
Hyperion®2 will continue to control the room’s environment even when
the remote controller is unpluggedB(refer to the Hyperion®2 Wireless
Control Network section of this document for further information). To
test the signal strength of the Hyperion®2’s control network refer to
Range Testing in the Hyperion®2 - Wireless Control Network section of
this document.
A. If the modules are unable to link-up and form the control network, follow the Rebuilding the Wireless Network procedure in the Hyperion®2
Wireless Control Network section.
B. A list of the Hyperion®2 default control parameters is listed in the Factory Defaults and Control Limits section of this document. To make
adjustments to the Hyperion®2 settings, refer to the Checking and Adjusting the Hyperion®2 Settings section of this document.

7
Control Description
Daytime and Nighttime Defined
The remote sensor has a photocell that it is used to determine if the
controller will operate in Daytime or Nighttime mode. For the purpose of
this document, Daytime is defined as the time when the remote sensor
senses light and Nighttime is when it does not sense light in the room: The
actual time-of-day does not contribute to Daytime or Nighttime modes of
the Hyperion®2 Control.
The Hyperion®2 is preset with default Daytime and Nighttime control
parameters (shown in Factory Defaults and Control Limits section of this
document) that enable it to be used immediately out of the box.
Wireless Communication:
The Hyperion®2 uses a wireless control network to communicate between
the sensor and remote controllers (shown in Figure 1). The Hyperion®2
will control the room’s environment even if the wireless communication
between the two modules is interrupted (more details on the Wireless
Control Network are given in the Wireless Control Network section of this
document). Issues with the Wireless Control Network are reported by both
remote controller and remote sensor (refer to the Wireless Control Network
Issues description in the Hyperion®2 Control Network section of this
document for further information).
Daytime Control:
The Hyperion®2 uses the Daytime control parameters to keep its
environment at the desired levels. During the Daytime, the LED on the
remote sensor will be illuminated but will flash momentarily every three-
seconds and the Hyperion®2 remote controller will show the day symbol
for MODE in the upper right-hand corner.
Controlling Relative Humidity (RH):
If the room’s RH rises above the RH setpoint by the amount of the
hysteresis setting (the setpoint plus 2%), the Dehumidification output will
activate. This output will remain on until the room’s RH drops below the
setpoint setting (the setpoint minus 2%).
Controlling Temperature:
If the temperature climbs above the desired setpoint by the amount of the
hysteresis setting (the setpoint plus 3° F), the controller will defeat the CO2
output and activate the Exhaust output. The exhaust fan will remain on and
the CO2will remain off until the temperature falls below the setpoint by the
hysteresis setting amount (setpoint minus 3° F): at this point the controller
will then turn off the Exhaust output and allow the CO2output to control as
described in the following Controlling CO2section.

8
Controlling CO2:
During the Daytime, when the CO2reading drops below the setpoint
minus the hysteresis (the setpoint minus 100 ppm), the CO2output will
be activated. The CO2output will remain on until the reading rises to the
desired setpoint. When the CO2reading reaches the setpoint the output
will then turn off. Each time the Exhaust output is activated, the CO2
output will automatically be turned off to prevent wasteful venting of CO2.
Nighttime Control:
During the Nighttime, the Hyperion®2 uses the Nighttime control setpoints
to keep its environment at the desired levels. During Nighttime mode, the
LED on the remote sensor will be off but quickly flash every three seconds,
and the Hyperion®2 remote controller will show the night symbol for MODE
in the upper right-hand corner.
Controlling Relative Humidity (RH):
The Hyperion®2 maintains its environment’s RH as described in the
Daytime Control section; however, it will use a separate Nighttime
setpoint. This allows the user to tightly control the RH to provide an
ideal growing environment.
Controlling Temperature:
The Hyperion®2 maintains its environment’s temperature as described
in the Daytime Control section; however, it will use a separate
Nighttime setpoint. This allows the user to accurately control the
temperature to provide an ideal growing environment during day and
night conditions.
Controlling CO2:
During Nighttime, the CO2output is never active: the environment’s
CO2levels are controlled by ventilation (instead of enrichment). If the
CO2levels climb above the Nighttime setpoint, the Exhaust output will
activate to lower CO2levels below Nighttime CO2setpoint.
Lighting Control:
The Hyperion®2 lighting controller is specifically designed for operation
of an indoor garden lighting system. The controller will operate your lights
for any sequence over a 24-hour period. The controller can handle up to
a maximum of four (4) 1000 watt HID metal halide, high pressure sodium
(HPS), ceramic (LEC) or LED grow lights. The Hyperion® 2 lighting controller
provides up to 20 amps of capacity on a standard 240 Volt circuit.

9
Light Odometer Feature (Change Bulbs Icon):
The Hyperion®2 monitors the total time the lights output has been enabled.
After 4,000 hours the remote controller will show the change bulbs icon.
This is used to indicate that the grow lights may be approaching the end of
their useful life.
Alternate Exhaust Daytime/Nighttime Control:
The Hyperion®2 has an Alternate Exhaust mode: this mode changes how
the Hyperion® 2 controls humidity inside the room. While the Hyperion®2 is
in the Alternate Exhaust mode, the Dehumidification output is deactivated
completely. Details on how to enable/disable this feature are given in
Alternate Exhaust Mode in the Checking and Adjusting the Hyperion®2
Settings section of this document.
Controlling RH with Alternate Exhaust Feature Enabled:
If the room’s RH rises above the RH setpoint by the amount of the
hysteresis setting (or the setpoint plus 2%), the Exhaust output will activate.
This output will remain on until the room’s RH drops below the setpoint
by the hysteresis setting (the setpoint minus 2%). There is still a separate
Daytime and Nighttime setpoint.
The Exhaust output is also activated by the temperature and CO2Nighttime
settings as described in Normal Daytime/Nighttime Control.
NOTE: The CO2output is always defeated when the Exhaust output
is activated.

10
Checking and Adjusting the Hyperion® 2 Settings
Checking the Hyperion®2 Control Parameters:
1. Press and hold the Menu button
until the first parameter (LIGHTS)
begins to blink.
2. Use the Menu button to cycle
through each of the parameters.
The current setting for each
parameter will be displayed
as the setting is selected. The
settings available are:
a. LIGHTS
b. TIME
c. DAY TEMP
d. NIGHT TEMP
e. DAY CO2
f. NIGHT CO2
g. DAY RH
h. NIGHT RH
i. ALTERNATE EXHAUST
MODE ENABLE/DISABLE
NOTE: After 5 seconds with no buttons pressed the display will stop
blinking and the system will return to normal function.
Light Timing Adjustment:
To avoid making any changes, allow 5 seconds with no buttons pressed at
any time during this procedure: the display will stop blinking and the system
will return to normal operation.
1. Follow steps in the ‘Checking The Hyperion®2 Control Parameters’
and select LIGHTS. Press the Select button and ON PERIOD will begin
to blink.
2. Use the Up and Down buttons to cycle through and select the
desired on period then press the Select button. Refer to Table 1 for a
description of the ON PERIOD settings.
NOTE:
*If ON or OFF is selected for the ON PERIOD the display will go blank
before returning to normal operation and the lights will be set to the
chosen state indefinitely.
*If Custom is selected for the ON PERIOD proceed to step 3.
*If either 12 HRS or 18 HRS is selected for the ON PERIOD skip to step 4.
Figure 3: Remote Controller
LIGHTS: ONOFF
STATUS MODE
NightDay
ON PERIOD: 12 hrs. 18 hrs. Custom
CODE
NETWORK
Low Battery
88
88:88
888
8880
88
AM
PM
PPM
%
ºF
ºC
hrs.
88
Menu Up Down Select

11
Table 1: On Period Settings for Hyperion®2 Lighting Control
ON PERIOD Description
12 hrs. Flowering: lights stay on for 12 hours in a 24-hour
period.
18 hrs. Vegetative: lights stay on for 18 hours in a 24-hour
period.
Custom Duration can be changed from 1 to 23 hours in a
24-hour period.
ON Lights will remain on indefinitely.
OFF Lights will remain off indefinitely.
3. Use the Up and Down buttons to adjust the desired custom ON PERIOD.
This setting can be adjusted from 1 to 23 hours in increments of 1 hour.
Press the Select button and the hours of the time will begin to blink.
4. Use the Up and Down buttons to adjust the hour of the scheduled time
for the lights to be activated. Note that adjustments to the hours will
also change the AM/PM icons. Press the Select button and the minute
portion of the time begins to blink.
5. Use the Up and Down buttons to adjust the minutes of the scheduled
time for lights to be activated. Press the Select button and the screen
will go blank. The lighting schedule is now saved and the display will
resume normal operation. No changes are saved until this step has
been completed.
Resetting the Light Odometer (Change bulbs Icon):
The Hyperion®2 monitors the total time the lights output has been enabled.
After 4,000 hours the remote controller will show the Change bulbs icon.
This is used to indicate that the light bulbs may be approaching the end of
their useful life.
To check the current amount of time logged on the light odometer, follow
these steps:
1. Press the Menu button until the LIGHTS setting begins to blink.
2. Press and hold the Up and Down buttons for 3 seconds: the display
will go blank.
3. Release the Up and Down buttons: the display will show the
current number of hours of the Light Odometer where the time is
normally displayed.
4. After 5 seconds with no buttons pressed, the display will go back to
showing the room’s current readings.

12
To Reset the Light Odometer and Clear the Change Bulbs Icon:
1. Follows steps 1 through 3 (on page 11) to display the current number
of hours logged on the light odometer.
2. Press and hold the Select button for 5 seconds while the display is
showing the current odometer reading. The displayed reading will be
reset to 0 and the Change bulbs icon will be cleared.
NOTE:
*It’s recommended you reset the light Odometer every time you replace
your lamps.
*The remote controller will not show the current time if the Low Battery icon
is displayed: this will also prevent the Hyperion®2 from running the lighting
schedule. Refer to the SETTING THE CURRENT TIME section below for
instruction on how to replace the battery and reset the remote controller’s
time.
Setting the Current Time:
To avoid making any changes, allow 5 seconds with no buttons pressed at
any time during this procedure: the display will stop blinking and the system
will return to normal operation.
1. Follow the steps in the ‘Checking The Hyperion®2 Control Parameters’
section and select TIME.
2. Press the Select button and the hours will begin to flash.
3. Use the Up and Down buttons to adjust the hours to the correct value.
The AM/PM icons will change with adjustments to the hours. When the
correct hour has been selected, press the Select button and minutes
will begin to flash.
4. Use the Up and Down buttons to adjust the minutes to the correct
value. Press the Select button and the display will go blank
momentarily to indicate the time adjustment has been completed.

13
Battery Replacement:
The remote controller uses a standard BR2325 lithium coin cell battery to
keep time while it is unplugged: this battery typically last 10+ years before
replacement is necessary. When the battery’s charge had been depleted,
the Low Battery icon will appear on the display and the time will show
dashes. To replace the battery follow these steps:
1. Unplug the remote controller and open the enclosure to access the
battery. The battery will be visible on the back of the circuit board.
DO NOT CHANGE THE BATTERY WHILE THE REMOTE
CONTROLLER IS CONNECTED TO POWER!
2. Carefully remove the battery and insert a new BR2325 battery in the
correct orientation: the positive side (+) of the battery should be facing up.
3. Reassemble the enclosure and plug in the remote controller. The time
will continue to display dashes and the Low Battery icon until the time
has been reset.
4. Set the correct time by following ‘Setting the Current Time’ instructions
listed above. Once the time has been set the Low Battery icon will be
cleared. Note that the lighting schedule will not run until the time has
been set and the Low Battery icon has been cleared.
Temperature Setting:
To avoid making any changes, allow 5 seconds with no buttons pressed at
any time during this procedure: the display will stop blinking and the system
will return to normal operation.
1. Follow the steps in the Checking The Hyperion®2 Control Parameters
section and select either the Daytime or Nighttime TEMP parameter.
2. Press the Select button and the temperature units will begin to flash.
3. Press the Up or Down button to toggle between° F and° C. When the
desired unit is selected, press the Select button and the temperature
setting will blink.
4. Use the Up and Down buttons to adjust the setpoint to the
desired temperature.
5. Press the Select button and the screen will go blank. The temperature
setting is now saved and the display will resume normal operation. No
changes are stored until this step is complete.

14
CO2and RH Settings:
To avoid making any changes, allow 5 seconds with no buttons pressed at
any time during this procedure: the display will stop blinking and the system
will return to normal operation.
1. Follow steps in the Checking The Hyperion®2 Control Parameters
section and select Daytime or Nighttime setting of either the CO2or RH
parameter.
2. Press the Select button and the current setting will begin to blink.
3. Use the Up and Down buttons to adjust the setpoint to the desired level.
4. Press the Select button and the screen will go blank. The setting has
now been saved and the display will resume normal operation. No
changes are stored until this step has been completed.
Alternate Exhaust Mode:
It is possible to change how the Hyperion®2 controls the dehumidification
of a room by enabling the Alternate Exhaust mode. Please refer to Alternate
Exhaust Daytime/Nighttime Control in the Control Description section of
this document for more information.
To enable/disable this feature follow the steps below:
1. Enter the adjustment menu on the remote controller by pressing and
holding the Menu button until the LIGHTS setting begins to flash.
2. Cycle through the settings by pressing the Menu button until both
TEMP and RH begin flashing. A number (1 or 2) will also be flashing:
this number indicates the current mode.
3. To change from normal mode to alternate exhaust mode while TEMP &
RH are flashing: Press Select, then press Down button to display “2”.
Now the Hyperion®2 is in Alternate Exhaust mode. To change back to
Normal mode press select, then press Up button to display “1”. Now
the Hyperion®2 is in Normal Exhaust mode.
Restoring Factory Default Settings:
To restore all factory default settings (shown in the Factory Defaults and
Control Limits section of this document), press and hold both the Menu
and Select buttons simultaneously for 5 seconds. The display will go blank,
the controller will reset and all the factory default settings will be restored.
1= Normal Mode
(separate designated outputs used to
control temperature and RH).
2 = Alternate Exhaust Mode
(both temperature and RH are
controlled with the Exhaust output).

15
Codes and Errors
Each of the conditions or errors described below has a code that is shown
on the remote controller and can be used to identify the condition. Table
2, located on page 18, is a complete list of the codes reported by the
Hyperion®2’s remote controller.
The Hyperion®2’s remote sensor is equipped with the tricolor LED that can
also be used to determine the Hyperion®2’s current status: a description of
the LED’s behavior is given in Table 3, located on page 19.
Over Temperature Shutoff:
The Hyperion®2 constantly monitors the room’s temperature. If the room’s
temperature climbs to 95° F and the Hyperion®2 has the Light output
active, it will enable the Over Temperature feature.
The Over Temperature feature will automatically turn off the Lights output
and activate the Exhaust output. The Lights output will remain off for a
minimum of 15 minutes. The display will show CODE 1 while this feature is
active and the remote sensor’s LED will rapidly flash green or yellow (see
Table 3, page 19 for more information). Once 15 minutes has passed, and
if the temperature has dropped to 86° F or less (Exhaust output will remain
on until the temperature setpoint has been reached), the Lights output
will turn on and the controller will resume normal operation. The actual on
time of the lights will be shortened slightly by this feature because time
will continue to be kept while this is in effect: the overall lighting “on” time
duration always remains the same.
If the Over Temperature feature was activated, the Hyperion®2 will display
CODE 10 (see Table 2, page 18) after the lighting schedule is completed.
Refer to the Lighting Schedule Interrupted Condition section for more
information.
High Temperature Condition:
The High Temperature warning is shown if the room’s temperature climbs
to 95° F and remains there for 30 minutes while the Light output is off. The
remote controller will show CODE 2 to indicate this condition has occurred.
This condition will automatically be cleared when the room’s temperature
drops below 86° F. The Exhaust output is enabled and will remain on until
the temperature as dropped to the desired setpoint.
Low Temperature Condition:
The Low Temperature warning is enabled when the room’s temperature
drops below 45° F and remains there for 30 minutes. The remote controller
will show CODE 3 until the temperature rises above 45° F.

16
High Humidity Condition:
The Hyperion®2 displays a High Humidity warning by showing CODE 4:
this occurs when the room’s RH rises above 80% and remains there for 30
minutes. This condition is automatically cleared when the RH drops below
80%.
Low Humidity Condition:
The Hyperion®2 displays a Low Humidity warning by showing CODE 5:
this occurs when the room’s RH drops below 30% and remains there for 30
minutes. This condition is automatically cleared when the RH rises above 30%.
High CO2Concentration Condition:
If the CO2levels of the room rise above 5000 ppm, the Hyperion®2 will display
CODE 6. This condition is cleared when the CO2levels drop below 5000 ppm.
Empty CO2Tank Condition:
This feature informs the user when the CO2tank used to enrich the room
is empty. During the Daytime, if the CO2level is below the desired setpoint
(minus hysteresis) for 30 minutes or more, the Hyperion®2 will display
CODE 7. This condition is cleared when the CO2levels rise to the desired
setpoint.
No Measured Light Condition:
When the Hyperion®2 is set to have the Lights output active, the remote
sensor should detect light and begin using the Daytime control parameters.
If the light output has been active for 15 minutes and the remote sensor
does not measure light, it will display CODE 8 in the lower right-hand
corner of the screen. This is a useful feature that can inform the user that
there may be something wrong with the lights or that the remote sensor
is not placed properly. This code is automatically cleared when the photo
sensor detects light during daylight period.
No Measured Darkness Condition:
When the Hyperion®2 is set to have the Lights output off, the remote
sensor should NOT detect light and use the Nighttime control parameters.
If the light output has been off for at least 15 minutes and the remote
sensor measures light, it will display CODE 9 in the lower right-hand
corner of the screen. This is a useful feature that can inform the user that
unwanted light is present inside the room. This code is automatically
cleared when no light is detected.

17
Lighting Schedule Interrupted Condition:
If the Hyperion®2 has been set to run a lighting schedule and the schedule
was interrupted for any reason (including a power failure), the remote
controller will show a CODE 10. This indicates that the lights were not on
for the entire scheduled time. The condition will automatically be cleared
when the next lighting schedule begins; this condition is also cleared if a
new lighting schedule is set.
Temperature Sensor Error:
If the Hyperion®2’s remote sensor is unable to get readings from its
temperature sensor it will turn off all load outputs. The remote sensor’s
LED will flash red twice periodically and the remote controller will show
CODE 20. If the problem is resolved, the controller will return to normal
functionality.
RH Sensor Errors:
If the Hyperion®2’s remote sensor is unable to get readings from its RH
sensor it will turn off all load outputs. The remote sensor’s LED will flash
red once periodically and the remote controller will show CODE 21. If the
problem is resolved, the controller will return to normal functionality.
If the RH detector of the Hyperion®2’s remote sensor becomes saturated
with water, accurate readings are not possible. If this happens, all
load outputs will be disabled. The remote sensor’s LED will flash once
periodically and the remote controller will show CODE 22. Once the
remote sensor has dried out and accurate readings are possible, this
error condition will automatically be cleared and the controller will return to
normal functionality.
CO2Sensor Error:
If the Hyperion®2 is unable to get CO2readings from the CO2sensor, it will
turn off all load outputs. The remote sensors LED will flash red three times
periodically and the remote controller will show CODE 23. If the problem is
resolved, the controller will return to normal functionality.
Real Time Clock Error:
If the Hyperion®2’s remote sensor is unable to communicate with the on-
board real time clock (RTC), the load outputs will be disabled. The remote
sensor’s LED will flash red four times periodically and the remote controller
will show CODE 24. If the issue is resolved, the controller will resume
normal operation.

18
Table 2: Remote Control Remote Control Codes
Code # Code Type Description
Code 1 Over Temperature Temperature is greater than or equal to 95° F while
the Lights Output is enabled.
Code 2 High Temperature Temperature is greater than or equal to 95° F for
an excess of 30 minutes while the Lights output is
disabled.
Code 3 Low Temperature Temperature is less than or equal to 45° F for an
excess of 30 minutes.
Code 4 High Humidity Humidity above 80% for an excess of 30 minutes.
Code 5 Low Humidity Humidity below 30% for an excess of 30 minutes.
Code 6 High CO2CO2is greater than or equal to 5000 ppm.
Code 7 Empty CO2Tank Injecting CO2for an excess of 30 minutes and CO2
levels have not reached setpoint (daytime mode
only).
Code 8 No Measured Light Light output has been enabled for a minimum of 15
minutes and no light is detected.
Code 9 No Measured Darkness Light output has been disabled for a minimum of 15
minutes and light is detected.
Code 10 Power Interrupted Unable to complete lighting schedule (power outage
likely).
Code 20 Temperature Sensor Error Sensor module is unable to get temperature reading
from temperature detector.
Code 21 RH Sensor Error Sensor module is unable to get RH reading from
detector.
Code 22 RH Sensor Saturated Sensor module has detected that RH detector is
saturated.
Code 23 CO2Sensor Error Sensor module is unable to get CO2readings from
CO2detector.
Code 24 RTC Error Remote Control is unable to get time from the real
time clock.
Remote Sensor LED:
The tri-colored LED on the remote sensor is used to display the status
of the Hyperion®2 by: color, flashes, and blinking frequency. In general,
a green LED indicates the controller is functioning normally. When the
LED is yellow, it indicates that there is a problem with the wireless
communication. A red LED is used to indicate an error with the controller
or one of its sensors. Refer to Table 3 for further details.

19
Table 3: Remote Sensor Module LED Codes
LED Code Meaning
Green: Solid on (no flashes).
(see CO2Calibration section)
Calibration of CO2sensor was
successful.
Green: Normally on, flashes off
twice.
Daytime mode and functioning
normally.
Green: Normally off with two green
flashes.
Nighttime mode and functioning
normally.
Green: Continuous blinking. High Temperature Shutoff feature is
active.
Yellow: Solid on (no flashes). Rebuilding Wireless Network: see
REBUILDING THE WIRELESS
NETWORK in the Hyperion®2
Control Network section of this
document for more information.
Yellow: Normally on, flashes off
twice.
Daytime mode: unable to
communicate with Hyperion®2
Remote Control.
Yellow: Normally off with two yellow
flashes.
Nighttime mode: unable to
communicate with Hyperion®2
Remote Control.
Yellow: Continuous blinking. High Temperature Shutoff feature is
active: unable to communicate with
the Hyperion®2 Remote Control.
Red: Solid on (no flashes).
(see CO2Calibration section)
Unable to calibrate CO2sensor.
Red: 1 flash. RH sensor not functioning.
Red: 2 flashes. Temperature sensor not function-
ing.
Red: 3 flashes. CO2sensor not functioning.
Alternating: LED color changes
green, yellow, red.
CO2sensor is being calibrated
(takes about 15 minutes).

20
Calibration
CO2Calibration:
The Hyperion®2 remote sensor is equipped with two buttons located on
the bottom of the unit. It normally requires calibration approximately
every 3 years. The button on the left (Figure 4) is used to place the
controller into CO2Calibration mode: the Hyperion®2’s CO2sensor will
automatically calibrate to normal outside air CO2concentration. To properly
calibrate the CO2sensor, simply follow these steps:
1. Move the remote sensor to an outside area where CO2pollution is at
a minimum: Do not attempt to calibrate the CO2sensor indoors, while
breathing directly on the unit, next to a running vehicle, near animals, etc.
2. Power up the remote sensor: attach the remote sensor to the master
controller, then plug the master controller into a 120V AC power source.
3. Insert a small, non-metallic item, such as a toothpick, through the
CO2calibration buttonhole (shown in Figure 4) and press the calibration
button for approximately three seconds. The LED will begin alternating
green, yellow, and red to indicate the CO2sensor is being calibrated.
4. Allow time for the calibration sequence to complete; this usually takes
approximately 15 minutes. Upon completion, the LED will illuminate
solid green if the CO2calibration was successful or solid red if it
was unable to calibrate properly. Upon completion of the calibration
sequence, the Hyperion®2 will not resume controlling the room’s
environment until it has received acknowledgment of the calibration
results.
NOTE: Calibrating to outside air provides a good approximate
calibration. The accuracy of the calibration will be determined by the
quality of the air that the CO2sensor is exposed to during this process.
Figure 4: Bottom View of Remote Sensor