M 890-00039 rev.03
SUPERCOOL 1000
Temperature Controller
User’s manual
N/A
N/A
6
5
4
3
2
1
C
7
12
11
10
9
8
MODIFY
WATER USAGE MONITO RING
PUMP RUN TIME
PUMP MAINTENANCE
INSTALLAT ION
TEST MODE
RH COMPENSATION
& DUST CONTROL
ALARM
SETTINGS
F A N GROUP 3
F A N GROUP 2
MISTING
TIME & DAT E
CURRENT
CONDITIONS
F A N GROUP 1
MISTING - MANUAL MODE
RUNNING PUMP
MAINTENANCE REQUIRED
MISTING MISTING
DRAINING
MISTING FOR DUST CONTROL
MIST SHUT OFF HIGH RH
MIST SHUT OFF NIGHTIME
RH COMPENSAT ION ACTIVE
ACTIVE FAN GROUP 1
ACTIVE FAN GROUP 2
ACTIVE FAN GROUP 3
ALARMS
TEMPERAT URE
DEFECTIVE PROBE
WATER SPILL
NO WATER
LOW WATER PRESSURE
FA N 1FA N 2FA N 3MISTING P UMP
ALARMS
1000
REV. 00
2
SUPERCOOL-1000 rev.03
SUPERCOOL-1000
WARNI NGS
The warranty can be void if this product is
used in a manner not specified by the manufacturer.
Every effort has been made to ensure that
this manual is complete, accurate and upto-date. The information contained in it is
however subject to change without notice
due to further developments.
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SUPERCOOL-1000 rev.03
SUPERCOOL-1000
TABLE OF CONTENTS
1. INTRODUCTION ............................ 4
1.1. Precautions ................................... 4
1.2. Symbols of the Manual ................... 4
2. FEATURES .................................... 5
3. LOCATION OF THE CONTROLS ....... 6
4. INSTALLATION ............................. 7
4.1. Mounting Instructions .................... 7
4.2. Connections .................................. 7
4.2.1. Probe Inputs ............................ 7
4.2.2. Alarm Connection ..................... 7
5. TIME & DATE ............................... 8
6. MONITORING FUNCTIONS ............. 8
6.1. Current Conditions ......................... 8
6.1.1. History .................................... 8
6.1.1.1. Temperature of the Probe Sets used
by the Outputs ....................................8
6.1.2. Individual Probe History ............. 9
6.1.3. Outside T° Probe History ........... 9
6.1.4. Humidity Sensor History for the
Outputs ................................. 10
6.1.5. Individual Humidity Probe History ..
10
6.2. Stress Index ................................ 11
6.3. Pump Run Time ........................... 11
6.4. Pump Maintenance ...................... 11
6.4.1. Maintenance Done .................. 11
6.4.2. Total Run Time & Reminder Mes-
sage Frequency ...................... 12
6.5. Water Usage ............................... 12
7. USER SETUP ............................... 13
8. FAN GROUPS ............................. 16
8.1. Principle of Operation ................... 16
8.2. Fan Group Parameters .................. 17
8.2.1. Temperature-Based Fans .......... 17
8.2.2. Humidity-Based Fans ............... 17
9. MIST ......................................... 18
9.1. Principle of Operation ................... 18
9.2. Mist Timers ................................ 18
9.3. Typical Application ...................... 19
9.4. Humidity Compensation ............... 20
9.4.1. Principle of Operation .............. 20
9.4.2. Compensation Adjustments ...... 21
9.5. Dust Control .............................. 22
10. MANUAL MODE .......................... 22
11. TEST MODE ................................ 23
12. ALARM SETTINGS ....................... 24
12.1. Temperature Alarms .................... 24
12.2. Defective Probe Alarm .................. 24
12.3. Water Shortage ........................... 25
12.4. Water Spills ............................... 25
12.5. Low Water Pressure ..................... 26
13. TECHNICAL SPECIFICATIONS ....... 27
14. MEMORY CARD .......................... 28
15. INSTALLATION REPORT ............... 30
16. INDEX ........................................ 32
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SUPERCOOL-1000 rev.03
SUPERCOOL-1000
INTRODUCTION1.
Precautions1.1.
WARNING: Read and save these instructions!
Safety may be jeopardized if the equipment
is used in a manner not specified by the
manufacturer. Carefully read and keep the
following instructions for future reference.
We strongly recommend installing supplementary ventilation as well as a backup
thermostat on at least one fan stage (refer to
the wiring diagram enclosed with this user's
manual to connect the thermostat).
Although fuses at the input and outputs of
the controller protect its circuits in case of
an overload or over-voltage, we recommend
installing an additional protection device on
the controller’s supply circuit.
The room temperature where the controller
is located must always remain between 32°F
and 104°F (0°C to 40°C). Indoor use only!
To avoid exposing the controller to harmful
gases or excessive humidity, it is preferable
to install it in a corridor.
If the equipment is used in a manner not
specified by the manufacturer, the protection
provided by the equipment may be impaired.
Do not spray water on the controller! In
order to clean the control, wipe it with a
damp cloth.
The controller should be opened and inspected
once a year for moisture. Proper care will extend the life of the control.
Before servicing or cleaning unit, switch
power off at service panel and lock the
switch disconnecting means to prevent
power from being switched accidentally.
When the service disconnecting means
cannot be locked, securely fasten a
prominent warning device, such as a
tag, to the service panel.
1.2. Symbols of the Manual
Warning. Read the following text
carefully; it contains important
information which, if ignored, may
cause the controller to operate
improperly.
High Voltage. Hazard of electrical
shock. Read the message and follow
the instructions carefully.
Pay attention. The following text
contains very useful information.
Both direct and alternating current
(AC/DC).
Direct current (DC).
Alternating current (AC).
Fuse
For Customer Use: Enter below the serial
number located on the side of the alarm
system and keep this information for future
reference.
Model: SUPERCOOL-1000
Serial number:
Date installed:
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SUPERCOOL-1000 rev.03
SUPERCOOL-1000
FEATURES2.
The SUPERCOOL-1000 is an electronic device
used to control the humidity level and room
temperature in livestock buildings. It allows
the user to cool the building and maintain a
specified humidity level by operating ventilation and mist cooling equipment. It can
control one mist cooling zone and three fan
stages. The main features of the SUPERCOOL-1000 are as follows:
Large LCD Display — The large LCD display
gives the current readings and displays the
parameters. Refer to the next section of this
manual for further information about the parameters that are shown on this display.
P i l o t L i gh t s — Pilot lights indicating the state
of outputs allow the user to monitor the
operation of the system without having to
enter the building.
Removable Connectors — The inputs' connection is now made easier by removing the
connectors from the main board.
Manual Control — The mist cooling valve
and pump can be manually activated using a
switch located on the side of the controller.
Dust Control Cycle — When mist units are
not required for reducing room temperature,
they can be operated either continuously or
intermittently to reduce the level of dust in
the room.
Humidity Compensation — Operating times
for mist timers can be automatically adjusted
as a function of humidity levels in the building.
Probe Inputs — Up to 6 temperature probes,
1 outside temperature probe and 3 humidity
sensors can be connected to the controller
in order to obtain a more accurate reading of
the average room temperature and humidity
level.
Probe Readings Recorded For Past Days —
Minimum and maximum readings from temperature and humidity probes are recorded for
the current day and the past six days.
Monitoring Of Water Consumption — A
pulse input is available to monitor daily water consumption for the current day and the
past six days.
Maintenance Reminder Function — A message reminding the user to perform pump
maintenance can be signalled after the pump
has been in operation for a specified time.
Alarm Management — Alarms are provided
for defective probes and other system functions. Alarm states are kept in memory until
acknowledged even if an alarm situation has
been rectified.
Password Protection — A password feature
can be enabled to restrict access to the controller setup functions.
Backup Battery — A backup battery allows
the unit to keep time in case of a power
failure.
Overload And Overvoltage Protection — Resettable fuses are provided at low-voltage
inputs and outputs of the controller to protect its circuitry in the case of an overload
or overvoltage.
Computer Control — The controller can be
connected to a computer, thus making it
possible to centralize the management of
information and diversify control strategies.
Test Mode — A test mode allows you to
simulate temperature changes and verify
controller performance.
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SUPERCOOL-1000 rev.03
SUPERCOOL-1000
3. LOCATION OF THE
CONTROLS
N/A
N/A
6
5
4
3
2
1
C
7
12
11
10
9
8
WATER USAGE MONITO RING
PUMP RUN TIME
PUMP MAINTENANCE
INSTALLAT ION
TEST MODE
RH COMPENSATION
& DUST CONTROL
ALARM
SETTINGS
FA N GROUP 3
FA N GROUP 2
MISTING
TIME & DAT E
CURRENT
CONDITIONS
FA N GROUP 1
MISTING - MANUAL MODE
RUNNING PUMP
MAINTENANCE REQUIRED
MISTING MISTING
DRAINING
MISTING FOR DUST CONTROL
MIST SHUT OFF HIGH RH
MIST SHUT OFF NIGHTIME
RH COMPENSAT ION ACTIVE
ACTIVE FAN GROUP 1
ACTIVE FAN GROUP 2
ACTIVE FAN GROUP 3
ALARMS
TEMPERAT URE
DEFECTIVE PROBE
WATER SPILL
NO WATER
LOW WATER PRESSURE
FA N 1FA N 2FA N 3MISTING P UMP
ALARMS
LCD Display
Navigation &
Adjustment
Keys
LED display
Output
Status LEDs
Current
Condition
Arrow Keys
MODIFY
Button
LED Display — The display on the top left
corner of the faceplate shows the current
room temperature averaged over all selected
temperature probes. It can also display the
average hum i d i t y level of the selec t e d h u m i dity sensors. Refer to the User Setup chapter
to select the sensors.
LCD Display — The LCD display on the right
shows the current readings and parameters
to be adjusted when you select a function.
The three keys besides the display are used to
edit parameters and step through the display.
When the parameters for a given function
cannot all be presented at once on the display, arrows are displayed on the right hand
side to indicate that additional parameters
can be displayed using the arrow keys. After
5 minutes of inactivity, the display returns to
the room's average temperature reading.
Adj u s t men t a n d n a v i g a tio n a r r o w keys — The
arrow keys that are located at the upper right
corner are used to scroll the LCD display
when all parameters cannot be presented all
at once. These keys are also used to change
a parameter's value once the MODIFY key
has been pressed.
Cu r r e n t c o n di t i o n b u tto n — This button gives
a quick access to the current conditions in the
barn (temperature, humidity level, etc.)
Cu r r e n t c o ndi t i o n a rrow ke y s — These arrows
are used to access the sub-menus located in
the CURRENT CONDITION's menu.
Adjusting a Parameter — Press the MODIFY
key to edit a parameter, the parameter then
flashes on the display. This means that it
can now be modified by using the up and
down-arrow keys that are located beside
the display.
Output Status LEDs — LEDs at the left side
of the control panel give the status of each
output. When the LED is turned on, the output is activated; when the LED is turned off,
the output is deactivated. The mist output
pilot light turns on during the ON time of the
misting timer; it flashes during the OFF time
of the misting timer and is turned off when
no timer is active.
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SUPERCOOL-1000 rev.03
SUPERCOOL-1000
INSTALLATION4.
4.1. Mounting Instructions
Open the latch and lift the cover. Remove
the black caps located on each of the four
mounting holes. Mount the enclosure on
the wall using four screws. Be sure the
electrical knockouts are at the bottom of
the enclosure in order to prevent water from
entering the controller. Insert the screws in
the mounting holes and tighten. Fasten the
four black caps provided with the controller
onto the four mounting holes. The enclosure
must be mounted in a location that will allow
the cover to be completely opened right up
against the wall.
4.2. Connections
Refer to the wiring diagram enclosed with
this user's manual to connect the controller.
Use the electrical knockouts provided at the
bottom of the enclosure. Do not make additional holes in the enclosure, particularly
on the side of the enclosure when using a
computer communication module.
All wiring must be done by an authorized electrician and must comply with
applicable codes, laws and regulations.
Be sure power is off before doing any
wiring to avoid electrical shocks and
equipment damage.
Do not install rigid conduit into electrical
knockouts. Only nylon cable glands are
permitted for cable or wire fastening.
The controller has no power-on switch.
An external switch or circuit breaker
shall be included in the building installation to interrupt power to L and N
electric power lines. It shall be in close
proximity to the equipment and within
easy reach of the operator. It shall be
marked as the disconnecting device for
the equipment.
Note that the input terminals can be
taken off from the main board to make
the connections easier.
4.2.1. Probe Inputs
Probes operate at low voltage and are isolated
from the supply. Make sure that probe cables
remain isolated from all high voltage sources.
In particular, do not route the probe cables
through the same electrical knockout as other
cables. Do not connect the shield from the
probe cable to a terminal or a ground.
Extending a probe: Each probe can be extended up to 500 feet (150 meters).
To extend a probe: Use a shielded cable of
outside diameter between 0.245 and 0.260
in (6.22 and 6.60 mm) (the cable dimensions
should not be under 18 AWG) to ensure the
cable entry is liquid tight. Do not ground
the shielding.
It is preferable to solder the cable joint to
ensure a proper contact between the two
cables.
Do not run probe cables next to other
power cables. When crossing over other
cables, cross at 90°.
4.2.2. Alarm Connection
There are two types of alarms on the market.
One type activates when current is cut off at
its input, whereas the other activates when
current is supplied at its input. For an alarm
of the first type, use the NC terminal as
shown on the wiring diagram. For an alarm
of the second type, use the NO terminal.
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SUPERCOOL-1000 rev.03
SUPERCOOL-1000
5. TIME & DATE
Press 1.
7
- TIME & DATE. The current
time and date are displayed.
12:00:00 PM
01/31/200X
Press MODIFY. The hours flash on the 2.
display. Use the arrow keys to set the hours.
Press MODIFY. The minutes flash on the display. Use the arrow keys to set the minutes.
Press MODIFY once again. The seconds flash
on the display. Use the arrow keys to adjust
the seconds to the desired value.
Press MODIFY. The month flashes. Use 3.
the arrow keys to set the month. Press
MODIFY, the day flashes. Use the arrow
keys to set the day. Press MODIFY once
again, the year flashes. Use the arrow keys
to set the year.
MONITORING FUNCTIONS6.
6.1. Current Conditions
6.1.1. History
Temperature of the Probe 6.1.1.1.
Sets used by the Outputs
Press 1.
C
- CURRENT CONDITIONS.
Press the current condition down-arrow 2.
key to select the temperature reading of the
desired misting or ventilation output (Mist
T°, Fan #1-3 T°). The output's average temperature is displayed. The output's active
temperature probes flash on the display.
Mist T° 80.0 °F
Pr.Act: 123456
Press on the navigation down-arrow key, 3.
today's minimum temperature, as read by the
output's probes, is displayed along with the
time and date.
Mist T° 12/04/XX
Min 79.2 12:06P
Press on the navigation down-arrow key, 4.
today's maximum temperature, as read by
the output's probes, is displayed along with
the time and date.
Mist T° 12/04/XX
Max 85.3 5:06P
Press on the navigation down-arrow key 5.
to scroll the display. The minimum and maximum readings of the output's temperature
probes are displayed for the current day and
for the past 6 days.
Press on the navigation down-arrow key 6.
again to display the current reading of the
temperature probes.
1: 84.5 2: 84.0
3: 84.0 4: 83.5
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SUPERCOOL-1000 rev.03
SUPERCOOL-1000
6.1.2. Individual Probe History
Press 1.
C
- CURRENT CONDITIONS.
The room temperature is displayed. The
probes that have been chosen to measure this
average temperature are flashing on screen
(refer to the User Setup chapter to select the
room temperature probes).
Avg.T°: 84.0°F
Pr.Act:123456
Press the current condition down-arrow 2.
key. The minimum and maximum temperature
recorded by the room temperature probes
are displayed for the current day and for the
past 6 days.
Avg.T° 12/04/XX
Min 80.6 12:00A
Keep pressing the navigation down- arrow 3.
key, the current temperature of each probe
is displayed.
1: 84.5 2: 84.0
3: 84.0 4: 83.5
Keep pressing the navigation down-arrow 4.
key, today's minimum temperature, as read
by the first temperature probe, is displayed
along with the time and date.
Probe 1 12/04/XX
Min 79.5 1:51A
Press on the navigation down-arrow key, 5.
today's maximum temperature, as read by
the first probe, is displayed along with the
time and date.
Probe 1 12/04/XX
Max 86.0 4:28P
Press on the navigation down- arrow 6.
key to scroll the display. The minimum and
maximum readings of all individual probes
are displayed for the current day and for the
past 6 days.
6.1.3. Outside T° Probe History
Press 1.
C
- CURRENT CONDITIONS.
Press the current condition down-arrow 2.
key to select the current reading of the outside temperature probe.
Out T° 64.2°F
Press the current condition down-arrow 3.
key. Today's minimum outside temperatures
is displayed along with the time and date.
Out T° 12/04/XX
Min 58.4°F 12:00A
Press the current condition down-arrow 4.
key. Today's maximum outside temperatures
is displayed along with the time and date.
Out T° 12/04/XX
Max 64.4°F 12:00A
Keep pressing the navigation down- arrow 5.
key. The minimum and maximum readings of
the outside temperature sensor are displayed
for the past six days.
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SUPERCOOL-1000 rev.03
SUPERCOOL-1000
6.1.4. Humidity Sensor History for
the Outputs
Press 1.
C
- CURRENT CONDITIONS.
Press the current condition down-arrow 2.
key to select the relative humidity reading of
the desired misting or ventilation output (Mist
RH, Fan 1-3 RH). The output's average humidity level, as read by the selected sensors,
is displayed. The output's active humidity
sensors flash on the display.
Mist RH 60%
Pr.Act: 123
Press on the navigation down-arrow key, 3.
today's minimum humidity level, as read by
the output's sensors, is displayed along with
the time and date.
Mist RH 12/04/XX
Min 60% 5:22P
Press on the navigation down-arrow key, 4.
today's maximum humidity level, as read by
the output's sensors, is displayed along with
the time and date.
Mist RH 16/04/XX
Max 85% 10:18A
Press o n the navigation down-arrow 5.
key to scroll the display. The minimum and
maximum humidity readings of the output's
sensors for the current day and for the past
6 days are displayed.
Press on the navigation down-arrow key 6.
again to display the current readings of the
output's humidity sensors.
1: 50 2: 55
3. 60
6.1.5. Individual Humidity Probe
History
Press 1.
C
- CURRENT CONDITIONS.
Press the current condition down-arrow 2.
key to select the average humidity display.
Avg. RH 72%
Pr.Act:123
Press the current condition down-arrow 3.
key. The minimum and maximum humidity
levels, as read by the room's RH probes, are
displayed for the current day and for the past
6 days. The sensors that have been chosen
for this purpose flash on the display (refer to
the User Setup chapter to select the room's
humidity sensors).
Avg.RH 12/04/XX
Min 58% 12:00A
Keep pressing the navigation down- arrow 4.
key, the current humidity reading of each
probe is displayed.
1: 55 2: 50
3: 54
Keep pressing the navigation down- arrow 5.
key, today's minimum humidity level, as read
by the first humidity probe, is displayed along
with the time and date.
RH 1 12/07/XX
Min 40 1:51A
Press on the navigation down-arrow key, 6.
today's maximum humidity level, as read by
the first probe, is displayed along with the
time and date.
RH 1 12/07/XX
Max 60 4:28P
Press o n the navigation down-a rrow 7.
key to scroll the display. The minimum and
maximum readings of all individual probes
for the current day and for the past 6 days
are displayed.
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SUPERCOOL-1000 rev.03
SUPERCOOL-1000
6.2. Stress Index
The stress index is the sum of the temperature in deg r e e s F a h renh e i t a n d the relative hu midity. For example, a temperature of 75°F
and a relative humidity of 63% gives a stress
index of 138. This value is an indication of the
animals' comfort level. The lower the number
is, the higher the comfort level is.
Press 1.
C
- CURRENT CONDITIONS.
Press the current condition down-arrow 2.
key to select the stress index of the mist
output (Mist SI).
Mist SI 64
Press on the navigation down-arrow key, 3.
today's minimum stress index level is displayed along with the time and date.
Mist SI 02/03/XX
Min 25 11:00A
Press on the navigation down-arrow key, 4.
today's maximum stress index level is displayed along with the time and date.
Mist SI 02/03/XX
Max 72 12:24A
Press on the navigation down- arrow 5.
key to scroll the display. The minimum and
maximum readings of the stress index for
the current day and for the past 6 days are
displayed.
6.3. Pump Run Time
A daily history record of pump run times is
available for the current day and the previous
six days. Refer to following section to display
total pump run time.
Press1. 9 - PUMP RUN TIME.
The pump run time is displayed. Use the 2.
down-arrow key to scroll the display.
12/07/xx 3hr
12/06/xx 3hr
Pump Maintenance6.4.
A message reminding the user that pump
maintenance is required can be signalled after
the pump has operated a specified time. The
user specifies the number of pump operating hours before maintenance is required.
The “MAINTENANCE REQUIRED” pilot light
flashes when the specified operating time
has been reached.
Maintenance Done6.4.1.
The following procedure indicates to the
controller that pump maintenance has been
performed. The total pump operating time
is then reset.
Press1. 10 - PUMP RUN TIME.
Maintenance
done? No
The message 2. “Maintenance done?” is
displayed on screen. Select “ Yes” if the
maintenance has been done.
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Total Run Time & Reminder 6.4.2.
Message Frequency
Press1. 10 - PUMP RUN TIME.
Press the down-arrow key. The total run 2.
time of the pump is displayed.
Pump total
runtime 17h
Press the down-arrow key once again. 3.
The frequency for performing pump maintenance is displayed in hours. This is the pump
operating time required before the reminder
message is signalled. Use the adjustment
keys to adjust the value. It ranges from 10
to 30,000 hours (in steps of 10 hours).
Pump maintenance
after: 400hr
6.5. Water Usage
The controller has a pulse input to monitor
the daily water consumption. The daily water
consumption is displayed for the current day
and for the previous six days.
Press1. 8 - WATER USAGE MONITORING.
Today's water consumption is displayed.
*Available if a water meter has been enabled in the
Installation menu (see User Setup).
Press the down-arrow key and scroll the 2.
disp l a y. T he water cons u m p t i on for the previ ous six days is displayed.
12/07/xx 27lit
12/06/xx 32lit
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SUPERCOOL-1000
7. USER SETUP
The following section describes how to
customize the controller for your particular
application. Normally, this setup needs to be
done only once. A worksheet is available at
the end of this manual to write down your
parameter settings.
Press1. 11 - INSTALLATION.
The following parameters are presented below in the order they appear on the display.
The installer's password must first be entered
to access these menus. To modify a parameter, press MODIFY then use the arrow keys
to change it. When you are finished adjusting
a parameter, press MODIFY to validate the
new value and to return to the display mode.
Press the down-arrow key to move to the
next parameter.
Time Format — AM-PM or 24 hours mode.
Time format
AM-PM
Temperature Units — Fahrenheit (F°) of
Celsius (°C) degrees.
Temp. units
°F
# of Temperature Probes — Select the number
of temperature sensors in use. Adjustable
from 1 to 6 sensors.
# T° probes
6
Relative Humidity (RH) Probe — Select the
number of humidity sensors in use. Adjustable from 0 to 3 sensors.
#RH Probes
3
Ou t s i d e Te m p e r atur e P r o b e — Select "Yes" to
enable the outside temperature sensor.
Use Out T°
Probe ? Yes
Mist Temperature probes — The mist output's
activation is based on the average reading of
the selected temperature probes; the probes
that are enabled for this purpose flash on the
display. Press MODIFY then use the adjustment buttons to set the status of each temperature probe for the activation of the mist
output. *Only the probes that are enabled above
are available. Note that at least 1 temperature probe
must be assigned to the mist output. If no selection
is made, the output will operate according to the
temperature reading of the 1st probe.
Mist T° probes
123456
Mist Humidity Probe — The mist output's
relative humidity functions are performed
following the average humidity reading of the
selected sensors; the probes that are enabled
for this purpose flash on the display. Press
MODIFY then use the adjustment buttons to
set the status of each temperature probe for
the ac t i v a t i o n o f t h e m i s t outpu t . *Available if
at least one humidity probe is enabled above.
Mist RH probes
123
Mist Dust Control — Select "Yes" to enable
the dust control option. This feature allows
to activate the mis t o u t p u t to maintai n a min i mum humidity level at all time, even when
the mist outputs are not used to cool down
the air. *Available if at least one humidity probe is
assigned to the mist output above.
Use dust control ? Yes
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SUPERCOOL-1000
Mist Relative Humidity Compensation — Select "Yes" to enable the humidity compensation option on the mist output. This feature
allows an automatic control of the mist timer,
based on the humidity level in the room.
*Available if at least one humidity probe is assigned
to the mist output above.
Use RH Compensation ? Yes
Mist shutoff with RH — Select "Yes" to
enable the mist shutoff option. This feature
allows to stop the mist output when the humidity level in the room is too high. *Available
if at least one humidity probe is assigned to the mist
output above.
Mist shut off
with RH ? Yes
Mist Shutoff Set Point — If the mist shutoff
function is enabled above, select the humidity level above which the mist output is
deactivated.
Mist shut off
RH Setp 80%
Mist Shutdown at Night — Select “Yes"
to disable mist output over a given time
period.
Mist shut off
night? Yes
Day / Night starts at — If the night's shutoff
function is enabled above, define a time
period during which the mist output is disabled.
Night starts at
6:00P
Day starts at
7:00A
# Fan groups — Select the proper number
of fan groups (stages). Adjustable from 1
to 3 groups.
#Fan group
3
Fan Groups 1-3 – Operation mode — Select
the proper operation mode of each fan group:
the fans' activation can either be based on the
temperature (T°) or on the humidity level in
the room (RH). *Available if at least one humidity
probe is enabled above.
Fan group #1
mode : RH
Fan Groups 1-3 Humidity Probes — If a fan
group's activation is based on the humidity
level, the controller uses the average reading
of the selected humidity sensor to operate the
fans. Press MODIFY then use the adjustment
buttons to set the status of each humidity
probe for the activation of the fan group.
*This option is only available if the fan group's
activation is based on the humidity level.
Fan #1 RH probes
123
Fan Groups 1-3 Temperature Probes
If the fan group's activation is based on the
Temperature — The controller uses the aver-
age reading of the chosen temperature probes
to activate the selected fan output.
Fan #1 T° probes
123456
If the fan group's activation is based on the humidity level — The controller uses the average
temperature of these probes either to start
the selected fan group when the temperature
is too high (critical T°) or to stop it when the
temperature is too low (minimum T°), without
considering the humidity level.
15
SUPERCOOL-1000 rev.03
SUPERCOOL-1000
• Press MODIFY then use the adjustment
buttons to set the status of each temperature
probe. *Only the probes that are enabled above
are available.
Water meter — Select "Yes" to enable a
water meter.
Use Water meter?
Yes
Water's measurement unit — S e lec t th e m e a surement units of the water consumption:
liters or gallons. *This option is available if the
water meter is enabled above.
Water meter unit
lit
Water Meter's Calibration — Amount of water
per pulse. *This option is available if the water
meter is enabled above.
Water unit/pulse
3
Water pressure switch — Select "Yes" to
enable a water pressure switch.
Use water press.
switch? Yes
Pr e s s u re switch co n t a c t — Select which type
of contact is used by the pressure switch
when the water pressure is at an acceptable level: Normally open (NO) or Normally
closed (NC).
Type of press.
switch NC
Dr a i n Va l v e D e l a y — Adjust the delay required
to drain water from supply lines when the
drain valve is opened. Adjustable from 0 to
60 seconds.
Draining time
15sec
Room temperature display — The red digital
display at the left handside of the controller
shows the average temperature of selected
temperature probes. Press MODIFY then use
the adj u s t ment bu t tons to sele c t t h e t e m p era ture probes that are used for the display of the
average room temperature. *Only the probes
that are enabled above are available.
T° Probe display
123456
Humidity level display — The red digital
display at the left handside of the controller
can display the average reading of selected
humidity sensors. Press MODIFY then use
the adjustment buttons to select the humidity
sensors that are used to display the average
humidity level. *Only the humidity sensors that
are enabled above are available.
RH Probe display
123
Change Password — The user can define a
password to restrict access to certain functions (INSTALLATION and TEST MODE). The
password must be entered each time one of
these functions is selected. When the correct
password is entered, it does not need to be
reentered until the display times out (i.e. after
15 minutes of inactivity). The password is a
sequence of three numbers from 0 to 99. To
disable the password feature, set the password to 0, 0, 0. By default, the password is
set to 0, 0, 0.
New password ?
** ** **
• Press MODIFY. The first two digits of the
password flash on the display.
The new password must be entered, one
number at a time. Use the arrow keys to enter
the first number. Press MODIFY to step to
the next number. Use the arrow keys to enter
the second number, etc.
Program Version Number — The program
version of your controller is displayed.
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SUPERCOOL-1000 rev.03
SUPERCOOL-1000
8. FAN GROUPS
Principle of Operation8.1.
The controller can control three groups (or
stages) of On/Off fans. The activation of these
fans can either be based on room temperature or on the relative humidity level in the
building.
• Fan Groups Based on the Humidity Level —
The fan groups are activated or deactivated
as a function of the humidity level. They can
either run when the humidity level gets too
low or when it gets too high. To use the fan
groups on low humidity conditions, set the
Start % to a lower value than the Stop %;
to use the fans on high humidity conditions,
do the opposite.
Each fan group refers to the average humidity
reading of its respective humidity sensors.
Refer to the Installation menu to assign these
sensors.
Critical & Minimum Temperatures:
As a protection, a high and a low temperature
limits can be defined to activate or deactivate
all fan outputs in case the room temperature
gets out of range. This protection feature
does not take into account the humidity level
in the room.
Temperature-based
Fan Groups
Fan Group
Status
Room T° Stop T°
Off
On
Start T°
Humidity-based
Fan Groups
Fans on High RH levels
(Start RH% > Stop RH%)
Fans on Low RH Levels
(Start RH% < Stop RH%)
Fan Group
Status
Fan Group
Status
RH Level (%)
RH Level (%)
Stop %
Start %
Off
Off
On
On
Start %
Stop %
Refer to the Installation menu to select
the proper operating mode.
• Fan Groups Based on the Room Temperature — The fan groups are activated or de-
activated as a function of temperature. Each
fan group refers to the average temperature
reading of its respective humidity sensors: it
starts running when the temperature reaches
the Start T° and stop when the temperature
falls to the Stop temperature. Refer to the
Installation menu to assign temperature sensors to the fan groups.
The start temperatures are defined with respect to each other. This means that when
one of these values is adjusted, the start
temperatures of all consecutive fan groups
are adjusted by the same amount.
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8.2. Fan Group Parameters
Fan parameters vary according to the fan
group operating mode. Refer to the User
Setup chapter to select the appropriate mode:
cooling based on temperature readings or
cooling based on humidity readings.
Temperature-Based Fans8.2.1.
Press1.
1
- FAN GROUP 1
2
- FAN GROUP 2
or
3
- FAN GROUP 3
Start 75.0°F
Stop 74.0°F
Set the output's start and stop tempera-2.
tures using the adjustment buttons. They
can be adjusted from -40 °F to 120 °F (-40
to 48.9 °C). The output's start temperature
must be at least 0.3 °F (0.2 °C) higher than
the output's stop temperature. *Accessible
if the fan group's activation is based on the temperature.
Humidity-Based Fans8.2.2.
Press1.
1
- FAN GROUP 1
2
- FAN GROUP 2
or
3
- FAN GROUP 3
Start 60%
Stop 50%
Set the output's start and stop humidity 2.
levels using the adjustment buttons. Adjustable from 0 to 100%.
Press the down-arrow key. The minimum 3.
allowable temperature for the output's activation is displayed. Set it to the desired value
using the adjustment buttons. Adjustable
from -40 °F to 120 °F (-40 to 48.9 °C).
*Accessible if the fan group's activation is based on
the humidity level.
Minimum T°
60.0°F
Press the down-arrow key. The critical 4.
temperature is displayed: the output is activated if the room temperature is higher
than this value; the humidity level is not
taken into account. Adjustable from 0.5 °F
(0.3 °C) above the minimum temperature to
120 °F (48.9 °C).
Critical T°
80.0°F
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9. MIST
Principle of Operation9.1.
The controller has one output for mist cooling. This output is activated using a timer
(time on/time off). During the ON time, the
main valve on the mist output opens and the
pump is started. During the OFF time, the
pump is turned off, the mist valve is closed
and the drain valve is opened during a short
delay to drain the water remaining in the
supply lines. This prevents the nozzles from
dripping. The figure on the following page
shows a typical application.
9.2. Mist Timers
The mist output has 4 separate timers: the
timer selection is based on the average temperature reading from probes assigned to
the output, as shown in the following graph
(refer to the User setup chapter to perform
probe assignments).
Mist Timers
Timer
Status
Average
T°
Timer 1 On
Timer 1 Stop T°
Timer 2 Stop T°
Timer 3 Stop T°
Timer 4 Stop T°
Timer 2 On
Timer 1 Off
Timer 1 Start T°
Timer 2 Start T°
Timer 3 Start T°
Timer 4 Start T°
Timer 2 Off
Timer 3 Off
Timer 3 On
Timer 4 Off
Timer 4 On
The timers operate using On time and OFF
time values. These values can be automatically adjusted according to the humidity level
in the building. Refer to the chapter “Humidity
Compensation” for more information on this
feature.
Press1. 1 - MISTING.
Adjust the start and stop temperatures 2.
of the first timer using the adjustment keys.
These temperatures range from -40.0 to
120.0°F (-40.0 to 48.9°C). The stop temperature must be at least 0.3°F (0.2°C) less
than the start temperature.
Start 1 75.0°F
Stop 1 74.0°F
Press the down-arrow key. The time 3.
on and time off values of the first timer are
displayed.
ON 1: 0:30m:s
OFF1: 1:00m:s
Adjust the on and off times of the first 4.
timer using the adjustment keys. The On
Tim e val u e s r a n g es from 5 secon d s to 15 m i n utes; the Off Time value ranges from 0 to
15 minutes, in increments of 15 seconds.
Press the down-arrow key and adjust the 5.
temperatures and timer values for timers 2,
3 and 4.
Start 2 77.0°F
Stop 2 76.0°F
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9.3. Typical Application
0
0
1
2
0
6
9
9
9
4
1
1
0
5
6
Pump Pressure
Switch
Filters
Water
Meter
Mist
Valve
Drain
Valve
Manual
Drain
Valve
Nozzles
Water's
entry
point
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9.4. Humidity Compensation
The timer's running time value can be automatically adjusted based on the humidity
level in the building. Refer to the User Setup
chapter to enable this feature.
Principle of Operation9.4.1.
Dry Weather Compensation:
When the humidity level is low, the timer's
stop time values are decreased to increase
the frequency of mist cycles.
The user specifies a percentage decrease to
apply to the time off value during mist cycles.
This decrease is spread over a humidity interval defined by the user. The following graph
illustrates this:
Note: The compensated time off cannot be
less than 15 seconds. If the compensation
requires that the time off value be less than
15 seconds, time off is set to 0 seconds and
the mist units operate continuously.
Wet Weather Compensation:
When the humidity level exceeds the high
humidity compensation set point, the timer's
running time value is decreased. This decreases the duration of misting while maintaining the frequency of the mist cycles.
The user specifies a percentage decrease to
apply to the running time (On Time) value
during mist cycles. This decrease is spread
over a humidity interval defined by the user.
The following graph illustrates this:
Note: The compensated time on value cannot
be less than 5 seconds. If the compensation
requires that the On Time value be less than
5 seconds, the On Time is set to 0 seconds
and the mist units come to a stop.
Dry Weather
Compensation
RH Level
(%)
Compensation
to 50% RH
Compensation
from 60% RH
Compen-
sated
Regular
Stop
Time
% of
decrease
The Stop Time portion
of th e t im er c ha ng es ac cording to the humidity
level in the room.
Wet Weather
Compensation
RH Level
(%)
Compensation
from 80% RH
Compensation
to 90% RH
Compen-
sated
Regular
Run
Time
% of
decrease
The Run Time portion
of th e t im er c ha ng es ac cording to the humidity
level in the room.
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9.4.2. Compensation Adjustments
The following parameters can only be accessed
if humidity compensation has been enabled in
the controller installation menu (see User Setup
chapter).
Press1. 6 - RH COMPENSATION.
Low RH Compens.
from: 60 to 50
Press MODIFY. The humidity level below 2.
which compensation is enabled flashes on the
display. Adjust it to the desired value using
the adjustment keys.
Press MODIFY. The humidity level at 3.
which mist cycles operate using the minimum
time off value flashes on the display. Adjust
it to the desired value using the adjustment
keys. This parameter must be at least 3%
less than the starting humidity level for low
humidity compensation.
Press the down-arrow key. The maximum 4.
percentage decrease in time off for mist
cycles during low humidity compensation is
displayed. Adjust the parameter to the desired
value using the adjustment keys.
%Drop OFF time
Low RH: 50%
Press the down-arrow key. The hi humid-5.
ity compensation range is displayed.
High RH Comp.
from: 80 to: 90
Press MODIFY. The humidity level above 6.
which high humidity compensation flashes
on the display. Adjust it to the desired value
using the adjustment keys.
Press MODIFY. The humidity level at 7.
which mist cycles operate using the minimum
time on value flashes on the display. Adjust
it to the desired value using the adjustment
keys. This parameter must be at least 3%
greater than the starting humidity level for
high humidity compensation.
Press the down-arrow key. The maximum 8.
percentage decrease in time on for mist
cycles during high humidity compensation is
displayed. Adjust the parameter to the desired
value using the adjustment keys.
%Drop ON time
High RH 50%
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9.5. Dust Control
When the mist output is not used for cooling,
it can be used to keep dust at acceptable
levels. This feature allows you to activate the
output using a timer when the humidity level
is low and the room temperature does not
require that misters be activated. In addition,
a security temperature can be defined to stop
the dust control when the room temperature
is too low.
The following menus can only be accessed
if dust control is enabled in the installation
menu (see User Setup chapter).
Press1. 6 - RH COMPENSATION & DUST
CONTROL.
Low RH Compens.
from: 60 to 50
Press the down-arrow key to select the 2.
menu “Dust Control RH Setp”. This is the
humidity set point below which the mist
output is activated for dust control.
Dust Control
RH Setp 20%
Press the down-arrow key. The timer 3.
parameters used by the mist output for dust
control are displayed. Adjust time on and
time off values as required using the adjustment keys. Values range from 0 to 15 minutes in increments of 15 seconds.
ON time: 0:30m:s
OFFtime: 1:00m:s
Press the down-arrow key. The security 4.
temperature is displayed. The dust control
stops being effective if the room temperature
decreases below this limit.
Security temperature 60.0°F
10. MANUAL MODE
You can manually control the mist output.
When the manual mode is on, the mist output is exclusively controlled by the bypass
switch located on the side of the controller's
enclosure.
The bypass switch is always functional.
Before using it, be sure to select the
manual mode for the mist output on
the controller ! (see below)
Enabling the Manual Mode:
Press and hold the • MIST – MANUAL
MODE key for 2 seconds.
When the manual mode is selected, the
MANUAL MODE pilot light flashes on the
control panel.
Disabling the Manual Mode:
Press and hold the • MIST – MANUAL
MODE key for 2 seconds.
When the manual mode is disabled, the
MANUAL MODE pilot light turns off and the
mist output starts working normally.
If the mist output is already running
when selecting the manual mode, the
drain valve will open to drain excess
water. WAIT UNTIL THE DRAIN VALVE
CLOSES BEFORE TRIPPING THE BYPASS SWITCH!
Bypass
Switch
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11. TEST MODE
A test mode allows you to simulate temperature and humidity level changes and verify
controller performance. In test mode, the
temperature and humidity probe inputs are
turned off, allowing the user to change the
temperature and humidity level that are used
by the controller to operate the outputs. The
controller operates as before using the new
temperature settings.
Activating the test mode:
Press1. 12 - TEST MODE.
The test mode status is displayed. Use 2.
the adjustment buttons to enable it.
Test mode
Off
Press the down-arrow key. The simulated 3.
temperature is displayed. Use the adjustment buttons to set it to the desired value.
*This parameter is only accessible if the test mode
is enabled above
T° bypass
64.2°F
Press the down-arrow key to display the 4.
simulated humidity level and then set it to
the desired value with the adjustment buttons. *This parameter is only displayed if the test
mode is enabled above and if at least one humidity
sensor is enabled in the installation menu (see User
Setup chapter).
Humidity bypass
50%
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SUPERCOOL-1000 rev.03
SUPERCOOL-1000
ALARM SETTINGS12.
The controller sets off an alarm in the case
of a power failure, a fault in the supply circuit
or a high or low temperature and other type
of system failures.
When an alarm occurs, the corresponding led
on the ALARM output status is turned on.
The alarm conditions are as follows:
- Defective Probe
- Temperature alarm
- Low water pressure
- No water
- Water Spill alarm
Another alarm situation occurs when power
to controller fails. In this case, the alarm
relay is activated.
12.1. Temperature Alarms
When the average temperature in a mist
zone exceeds the high or low temperature
set points, an alarm is sounded. This type
of alarm deactivates the mist outputs. The
alarm must be acknowledged in order for the
controller to resume its normal operations.
Press1. 5 - ALARM SETTINGS.
Low: 65.0°F
High: 95.0°F
Use the adjustment keys to adjust the 2.
high and low alarm limits.
12.2. Defective Probe Alarm
Wh e n a te m p e r a ture or humi d i t y sens o r i s de fective, an alarm is sounded and the outputs'
activation becomes based on the average
reading of their other assigned sensors. If
only one sensor was assigned to an output,
the output then stops functioning.
To identify a defective temperature
probe
Press 1.
C
- CURRENT CONDITIONS.
Press on the navigation down-arrow key 2.
to reach the individual probe display. Dashes
are displayed instead of a reading when the
probe is defective.
Avg T°: 81.4
Probes: 123456
1: 81.2 2: 81.3
3: 82.0 4: ----
To identify a defective humidity
probe
Press 1.
C
- CURRENT CONDITIONS.
Press the current condition down-arrow 2.
key to reach the average humidity display.
Press on the navigation down-arrow key 3.
to reach the individual probe display. Dashes
are displayed instead of a reading when the
probe is defective.
Avg RH: 51%
Probes: 123
1: 50 2: 52
3: ----
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SUPERCOOL-1000 rev.03
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12.3. Water Shortage
If a water meter is connected to the controller, a minimum flow rate over a given time
period can be defined. An alarm is sounded
if the flow rate is less than this limit value
when the pump is turned on.
Press1. 5 - ALARM SETTINGS.
Press the down-arrow key to select the 2.
“Alarm for low pressure” parameter. *This
parameter is only accessible if a water meter is
enabled in the installation menu.
Alarm for low
pressure ? Yes
Use the adjustment keys to enable this 3.
type of alarm.
Press the down-arrow key. The minimum 4.
water quantity is displayed. It ranges from
0 to 10 (liters or gallons depending on the
units selected).
No water - min.
flow : 1L
Press the down-arrow key. The time in-5.
terval corresponding to the minimum water
quantity is displayed. It ranges from 1 to
10 minutes.
Delay for min.
flow : 2min
Use the adjustment keys to adjust the 6.
time interval to the desired value.
12.4. Water Spills
If a water meter is connected to the controller, a maximum flow rate can be defined. An
alarm is sounded if the flow rate exceeds this
limit. Refer to the chapter on Initialization to
activate a water meter.
Press1. 5 - ALARM SETTINGS.
Press the down-arrow key to select the 2.
“Water Spill Alarm” parameter. *This param-
eter is only accessible if a water meter is enabled in
the installation menu.
Alarm for water
spill ? No
Use the adjustment keys to enable this 3.
type of alarm.
Press the down-arrow key. The maximum 4.
allowable flow rate over a 15 minute period
is displayed (in liters or gallons depending on
the units selected during installation).
Maximum flow
(15min) 50L
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12.5. Low Water Pressure
If a pressure gauge is used, the controller can
trigger an alarm if the water pressure drops.
When a low water pressure situation occurs,
the controller disables the mist output and
then waits for the pressure to re-establish. If
it does not restore in the minute that follows,
the controller sounds the alarm. The user
must then take the proper corrective actions
and must acknowledge the alarm.
If the water pressure re-establishes itself
before the 1-minute delay, the controller then
launches another delay before reactivating
the mist output; the water pressure must be
maintained until the end of this delay for the
mist output to restart.
The controller can also disable the mist output and trigger an alarm if too many pressure
fluctuations cause the mist output to stop
and restart over and over again. When this
type of alarm occurs, the controller disables
the mist output definitively and waits for the
user to acknowledge the alarm. The number
of times the mist output can stop and restart
running must be defined by the user.
Press1. 5 - ALARM SETTINGS.
Press the down-arrow key to select the 2.
“L ow Water Pres s u r e A l a rm” parame te r. *This
parameter is only accessible if a water gauge is
enabled in the installation menu.
Alarm for low
pressure ? Yes
Use the adjustment keys to enable this 3.
type of alarm.
Press the down-arrow key. The delay for 4.
reactivating the pump is displayed. Use the
adjustment keys to adjust the delay to the
desired value. The value ranges from 1 to
60 minutes.
Waiting time for
pump : 15min
Press the down-arrow key. The maximum 5.
number of trials before triggering an alarm is
displayed. Use the adjustment keys to adjust
the number of trials to the desired value (1
to 10 trials). For instance, if the number of
trials is set to 3, the alarm will set off at the
3rd pressure drop (on condition the pressure
re-established itself between each drop).
Nb.of try before
alarm : 2
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13. TECHNICAL SPECIFICATIONS
Supply: 115/230 VAC (-18%, +8%),50/ 60 Hz, overload and
overvoltage protection fuse F4-1A fast blow.
Alarm: ON/OFF output, 24VDC or AC, 0.15A.
Temperature Probes (IN 1 to IN7): Low voltage ( < 5V), isolated
from the supply. Operating range: -40.0° to 120.0°F (-40.0°
to 48.9°C). Accuracy: 1.8°F (1°C) between 41° and 95°F (5°
and 35°C).
Relative Humidity Input (IN 10 to IN 12): 4 to 20mA current
loop
Water Meter Pulse Input (IN9): Input pulse width > 12ms.
Water pressure sensors (IN8): Dry contact input (open or
close).
Fan Group 1: ON/OFF output, 115/230VAC, 50/60Hz, 6A FAN
(1/2 HP/ 115 VAC) / (1 HP/230 VAC), 10A RES., fuse F19-10A
slow blow.
Fan Group 2: ON/OFF output, 115/230VAC, 50/60Hz, 6A FAN
(1/2 HP/ 115 VAC) / (1 HP/230 VAC), 10A RES., fuse F21-10A
slow blow.
Fan Group 3: ON/OFF output, 115/230VAC, 50/60Hz, 6A FAN
(1/2 HP/ 115 VAC) / (1 HP/230 VAC), 10A RES., fuse F22-10A
slow blow.
Valve 1 : ON-OFF Output, 115/230 VAC, 50/60 Hz, 5A, fuse
F15-5A slow blow.
Drain 1 : ON-OFF Output, 115/230 VAC, 50/60 Hz, 5A, fuse
F20-5A slow blow.
Pump : ON-OFF Output, 115/230 VAC, 50/60 Hz, 5A, fusible
F18-5A slow blow
Enclosure: ABS, moisture and dust-tight.
The room temperature where the
controller is located must always
remain between 32° and 104°F
(0° and 40°C).
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SUPERCOOL-1000 rev.03
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14. MEMORY CARD
The memory card is used to create a backup
copy of your controller’s configuration. The
card is also useful to transfer the configuration of one controller to another controller of
the same type.
The switch at the bottom of the card is used
to lock or to unlock the card ( = locked,
= unlocked).
Turn off power each time you open the
controller’s enclosure. This prevents
accidental exposure to areas of high
voltage.
Memory Card
Card Switch
Connector
Electronic
Board
To Transfer a Configuration:
Turn off power to the controller.1.
Open the latch and lift the controller's 2.
cove r.
If you are about to copy the controller's 3.
configuration on the memory card, make
sure the card's switch is at the unlocked
position.
Insert the card in the J5 connector located 4.
on the electronic board inside the controller.
Components of the memory card must face
down as illustrated.
Close the cover then reapply power to 5.
the controller. The transfer menu should be
shown on scree n (i f th i s i s n o t t h e c a s e , s i m u l taneously press the CURRENT CONDITION'S
up and down-arrow keys for 5 seconds to
display this menu).
Select the proper type of transfer:6.
MEMORY CARD TO CONTROLLER:
To transfer the memory card's content into
the controller, select the "Load Config" menu
using the ADJUSTMENT buttons. Once it is
selected, simultaneously press the ADJUSTMENT buttons' up- and down-arrow keys to
start the transfer.
Load config.
Press
CONTROLLER TO MEMORY CARD:
To save the controller's configuration into the
memory card, select the "Save Config" menu
using the ADJUSTMENT buttons. Once this
menu is selected, simultaneously press the
ADJUSTMENT buttons' up- and down-arrow
keys to start the transfer.
Save config.
Press
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Once the transfer is over, simultaneously 7.
press and hold the CURRENT CONDITIONS'
up and down-arrow keys for 5 seconds to exit
the transfer menu, then remove the memory
card from the connector as follows:
Turn off power to the controller;•
Open the controller’s cover;•
Remove the card from the connector;•
Close the cover then reapply power to •
the controller.
Lock the card’s switch 8. if required.
Remove the memory card from the connector when the transfer is over!
TRANSFER ERROR
Th e co n t r o l l er will not warn you if
the transfer is incorrect. Respect
the following rules to make sure
the transfer works properly:
Make sure the card switch is 1.
at the unlocked position before
transferring a configuration on
the card.
Do not move or hold the card 2.
while a transfer is ongoing.
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SUPERCOOL-1000 rev.03
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INSTALLATION REPORT15.
CLIENT
Name: ______________________________________________
Address: ______________________________________________
______________________________________________
______________________________________________
City: ______________________________________________
Tel. : ______________________________________________
Fax: ______________________________________________
E-mail: ______________________________________________
INSTALLER
Name: ______________________________________________
Address: ______________________________________________
______________________________________________
______________________________________________
City: ______________________________________________
Tel. : ______________________________________________
Fax: ______________________________________________
E-mail: ______________________________________________
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PARAMETER SETTING
Time Format _____AM/PM _____24H
Temperature Units
_____°C _____°F
# of temperature probes
_____ (1-6)
# of humidity probes
_____ (0-3)
Use Outside Temperature ?
_____Yes _____No
Mist temperature probes
___1 ___2 ___3 ___4 ___5 ___6
Mist Humidity (RH) probes
___1 ___2 ___3
Mist dust control ?
_____Yes _____No
Mist RH compensation ?
_____Yes _____No
Mist shutoff with RH ?
_____Yes _____No
Mist Shutoff Set point
_____% RH
Mist Shutoff at night ?
_____Yes _____No
Night starts at:
_____ : _____
Day starts at:
_____ : _____
# of fan groups
_____ (1-3)
Fan Group 1 Operation mode
_____T° _____RH
Fan Group 2 Operation mode
_____T° _____RH
Fan Group 3 Operation mode
_____T° _____RH
Fan Group 1 Temperature probes
___1 ___2 ___3 ___4 ___5 ___6
Fan Group 2 Temperature probes
___1 ___2 ___3 ___4 ___5 ___6
Fan Group 3 Temperature probes
___1 ___2 ___3 ___4 ___5 ___6
Fan Group 1 Humidity probe
___1 ___2 ___3
Fan Group 2 Humidity probes
___1 ___2 ___3
Fan Group 3 Humidity probes
___1 ___2 ___3
Use water meter ?
_____Yes _____No
Water's measurement unit
_____Gallons(G) _____Litres (Lit)
Water meter calibration
_____number of gallons or litres per pusles
Use water pressure switch ?
_____Yes _____No
Pressure switch contact
_____Normally closed (NC) _____Normally Open (NO)
Drain valve delay
_____ (0 to 60 seconds)
Temperature display (probe selection)
___1 ___2 ___3 ___4 ___5 ___6
Humidity display (probe selection)
___1 ___2 ___3
Password
___ ___ ___
INSTALLATION SETUP WORKSHEET
32
SUPERCOOL-1000 rev.03
SUPERCOOL-1000
INDEX16.
A
Adjusting a parameter 6
Alarms
Alarm limits 24
Alarm wiring 7
Defective probe 24
Low water pressure 26
Temperature alarms 24
Water shortage 25
Water spill 25
B
Buttons 6
C
Calibration
Water meter's calibration 15
Card (memory) 28
Celsius degrees 13
Clock
Time & date settings 8
Time format 13
Compensation see Rel.humidity
Conditions 8
Connections see Wiring
Controller
Adjusting a parameter 6
Connections 7
Location of the controls 6
Mounting instructions 7
Program version 15
User setup 13–15
Current conditions 8–12
D
Date
Setting time and date 8
Day / night
Mist shutoff in night
Activation 14
Degrees
Celsius / Fahrenheit degrees 13
Display 5
LCD & LED display 6
Room temperature
Probe selection 15
Drain valve
Drain delay 15
Location 19
Dust control
Activation 13
Operation & settings 22
E
Electrical specications 27
F
Fahrenheit degrees 13
Fan groups
Activation 14
Humidity sensor
History and current reading 10
Sensor selection 14
Mode
based on T° or Humidity 14
Principle of operation 16
Settings 17
Temperature probes
Current readings & history 8
Probe selection 14
Formats see Units
G
Gallons 15
H
History 8–12
Hours see Time
Humidity see Relative humidity
Humidity sensor see Probes
I
Inputs see Probes
Installation 7
Typical application 19
User setup 13–15
Installer password see Password
K
Keys 6
L
LCD display 6
Leds
Led display 6
Limits See Alarm limits
33
SUPERCOOL-1000 rev.03
SUPERCOOL-1000
Litres 15
M
Manual mode 22
Memory card 28
Meter see Water meter
Mist 18
Compensation
Activation 14–15
Operation & settings 20
Humidity sensor
Current readings & history 10
Probe selection 13
Manual operation 22
Mist problems see Alarms
Mist shutoff 14
Mist timer
Compensation on mist timer 20
Principle of operation 18
Settings 18
Temperature probes
Current readings & history 8
Probe selection 13
Water meter see Water meter
Mist valves
Location 19
Manual operation 22
Mounting instructions 7
N
Night see Day / night
O
Outputs
Misting output see Mist
Output status leds 6
Ventilation output see Fan groups
Outside T° see Probes
P
Parameters
Adjusting a parameter 6
Password
Changing the password 15
Pressure switch
Activation 15
Location 19
Probe
Connection 7
Extension 7
Probes
Activation 13
Humidity sensor
Activation 13
Defective sensor 24
Fans' sensor assignment 14
History and current readings 10
Mists' sensor assignment 13
Identify a defective probe 24
Outside temperature probe
Activation 13
History and current reading 10
Temperature probes
Activation 13
Defective probe 24
Fans' probe selection 14
History and current reading 9, 10
Mists' probe selection 13
Program version 15
Pulses see Water meter
Pump
Location 19
Manual operation 22
Pump problems see Alarms
Run time & Maintenance 11
R
Relative humidity (RH)
Average humidity reading
Probe selection 15
Compensation
Activation 14
Principle of operation 20
Settings 21
RH sensor see Probes
S
Screen see Display
Sensor see Probes
Setup See User setup
Stress index 11
Symbols of the manual 4
T
Technical specications 27
Temperature
Alarms 24
Measurement units (°C/°F) 13
Outside temperature see Probes
Room temperature
34
SUPERCOOL-1000 rev.03
SUPERCOOL-1000
Probe selection 15
Temperature sensors see Probes
Test mode 23
Time
Selecting the time format 13
Setting time and date 8
Timer see Mist timer
U
Units
Selecting the temperature units 13
Selecting the time format 13
User setup 13–15
V
Ventilation see Fan groups
Version
Program version 15
W
Water meter
Activation 15
Calibration 15
Location 19
Operation 12
Water pressure see Pressure switch
Water shortage 25
Water spill 24
Wiring 7
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