OPTICLIMATE REVOMAX II Operation manual

BY OPTICLIMATE
Engineered & Designed in Holland
www.opticlimate.com
INSTALLATION
& USER GUIDE
opticlimate.com
THE FUTURE OF COOLING
JUST GOT COOLER.
II
PLEASE READ THE FOLLOWING INFORMATION CAREFULLY BEFORE USING THE UNIT:
High Temperature Safeguard on page 7
Delete alarm history on page 12
Dehumidify without cooling pro4 on page 12

INSTALLATION
Installation
Installation spacing
To guarantee proper air suction, leave at least 15cm of space between the wall and the backside of the unit, where the carbon & dust
filters and air inlet are located. At least 15cm of space should also be left between the topside of the unit and the ceiling. Larger spaces
are preferred. The unit must stand free from the wall to avoid contact noises.
15cm
15cm
Installation
The unit can be hung from a ceiling or placed on a stand or frame.
Ceiling
To hang the unit from a ceiling, remove both side panels and pinch a hole through the insulation at the position of the 4 holes in the
bottom of the unit. Use an M8 or M10 metal threaded rod with a nut, washer and rubber damper to prevent unwanted noise or
vibration.
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INSTALLATION
Stand or frame
Make or buy a stand or frame to hold the weight of the Opticlimate. (see nameplate )
You can use the rubber damper or a vibration damper (not incuded)
Pinch a hole through the insulation at the position of the 4 holes in the bottom of the unit. Use an M8 bolt and washer to mount the
rubber or damper.
Make sure the side of the condensation outlet is 1 cm lower than the opposite side.
Routing the Cables
First, the panel at the left side near the manometer should be removed to make the various electrical connections.
A magnetic valve, water leakage sensor, automatic moisture meter, remote control and room
temperature sensor are supplied with the unit. Their cables can be led to the outside through the opening at the bottom of the panel.
The power cable for the power supply can be led through the black feed-through rubber at the side of the unit.
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humidity sensor, light sensor,
temperature sensor, electric solenoid
valve cable, water leak sensor, remote
control cable, Ethernet cable.
Power cord

ELECTRICAL CONNECTION
Humidity Sensor /
Light sensor
Electric
Watervalve
Compressor Start Sensor
(Only water Cooler)
Smart Remote Controller
RS485 Water Leak Sensor
Room Temperature
Sensor
Automatic Humidity Sensor with light cell
The Automatic Humidity Sensor with light cell supplied with the unit can be found in the connection set supplied with Revomax. The cable
should be led through the opening in the front panel and connected to the circuit board (see picture) The sensor should be hung in the room
and may not be covered. The light cell determents if it's night or day.
Room temperature sensor
The connection set also contains a room temperature sensor, which needs to be connected to the printed circuit-board. This sensor should
be led to the outside through the opening in the panel and should be hung at the level of the upper side of the vegetation. The sensor should
be protected against heat radiation and must be put in the shade. A protective cover over the sensor is sufficient.
The Smart Remote Controller
The smart remote controller can be found in a separate black box, the cable to connect the smart remote controller can be found in the
connection set. The cable must be led through the opening in the panel and the UTP connector must be connected to the circuit board (see
picture) The USB side of the cable can be plugged in one of the USB ports on the smart remote controller.
Power supply specifications
4 different OptiClimate models are available. For your safety and the safety of the OptiClimate, the following specifcations should
be observed when connecting the power supply: use the circuit breakers (MCB) and cable thickness specifed.
The cables for the supply voltage should be led through the grommet at the side of the unit and connected to the green screw terminal
on the circuitboard as described in the illustration. The grounding can be connected to the PE at the bottom right of the metal back plate.
When it's not possible to use a 3 phase power supply but only a single phase power supply is available the phase L1 + L2 + L3 need to be looped using
a correct diameter wire. (only 6000 and 10000 models)
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WATER CONNECTIONS
Water-in and water-out connections of the cooling water.
The unit can be used by connecting the water in and out connections to a cold water supply and a drain or can be used using
the Opticlimate water cooler to cool the water in a closed loop. (connections and discription of a water cooler setup need to be
obtained in the water cooler manual. Only the setup using a cold water supply and a drain are discribed in this manual.
Using a water cooler or other closed loop systems skip to page *
The unit has a water inlet and outlet. The inlet needs to be connected to a cold water supply (max 25°C) with a solenoid valve
installed at the beginning of the piping going to the Opticlimate water-in connection. In case of a waterleak the valve will close.
Mounting the valve at the end of the piping (near the Opticlimate) is pointless. (always check the flow direction arrow on the valve!).
Make sure that the black magnetic coil of the solenoid valve is positioned upwards (preferred) or to the side. If it is positioned
downwards, condensate from the cold valve might enter the coil. Make sure that the solenoid valve is installed at a fxed point that is
always easily accessible to the user.
To the rest
of the building Strainer
Electric water
valve
To drain
Main stop tap& water meter
Cold water supply
A strainer should be placed in the water inlet. This strainer prevents blockage in the heat exchanger inside the unit. It is recommended
to insulate the cold water supply line in order to prevent condensation build-up. The upper water connection is the water-outlet. The
water-outlet can be connected directly to the drain (sewer). Alternatively, the warm water can be used for heating purposes. The
water is aprox 35°C- 40°C.
The water flow (water usage) is automatic regulated by an electronic flow regulator inside the unit.
When you use and alternative cold water supply such as a well or water from a river , leak or pond, make sure the water is filtered
and clean the heat exchanger on regulare base. Contact tech support for more information regarding cleaning the heat exchanger.
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CONDENSATION WATER
Discharge of the condensation water
The unit will dehumidify the air during cooling and in dehumidify mode. The moisture extracted from the air is collected in the condensation
pan. The condensation pan has an ¾ drain pipe where the condensate will run off. The condensate can be used as irrigation water.
The cooling block has been modified to prevent metals or oxides from entering the condensate water.
The location of the drain pan is on the negative pressure side of the unit, meaning that air can enter into the unit through the condensation
drain, It's highly recommended to use a “P-trap” on the condensation outlet to prevent air entering the unit and to prevent condensate
run-off problems. Not using a p trap also results in loss of capacity and bypassing non processed air.
Cap for cleaning
Drain
Opticlimate drain pan
Condensation drain connection Correct drain installation
If the unit is installed at the same level or lower than the drain or sewer, a condensation lift pump can collect the water. This small
lift pump pumps the water through a hose of 9mm to a height of 4 metres into the drain or collecting tank. Stronger pumps are also
available.
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SMART REMOTE CONTROLLER
Connecting the Smart Remote Controller
Power
Connect the power supply and USB connector from the remote cable to the Smart Remote controller.
USB to
connect remote
Power supply
from adapter
HDMI to connect
monitor (view only)
Ethernet
Power
Connect the power supply and USB connector from the remote cable to the Smart Remote controller.
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CONNECTIONG THE SMART REMOTE CONTROLLER
Humidity Sensor /
Light sensor
Electric
Watervalve
Compressor Start Sensor
(Only water Cooler)
Smart Remote Controller
RS485
Water Leak Sensor
Room Temperature
Sensor
Connect the RJ45 side of the remote control cable to the RJ45 plug at the left upper corner of the circuit board (see image)
Powering up the unit
- Power on the Smart Remote Controller
- Power on the Opticlimate by switching on the power supply.
- Open the water supply.
After powering up the Opticlimate, the unit will first initialize, this can take a few minutes.
All valves and sensor are tested prior to startup. The remote controller cannot be operated during initializing of the Opticlimate.
After powering up the Smart remote controller, the remote will first initialize, this can take a few minutes. You will see several screens
pop-up and close again, this is normal.
 The unit is now installed and ready to use
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OPERATING BY USING THE SMART REMOTE CONTROLLER
After both Smart controller and Opticlimate are initialised, the Smart Remote controller will display the Home screen *1
Alarm
The ALARM icon will display an alarm (power failure)
this is normal after startup and will show each time you
power up the unit or in the case of a power failure.during
initializing of the Opticlimate. After powering up the
Smart remote controller, the remote will first initialize, this
can take a few minutes. You will see several screens pop-
up and close again, this is normal.
Reading and deleting the alarm
You can obtain more information regarding this alarm by
pushing on the “enlarge button”. 
You can erase the alarm by pushing on the alarm icon and
then press the bin. 
In the right upper corner you find the home icon you can toggle between home 1 (basic) and home 2 (advanced)
Homescreen 1
You can obtain more information regarding this alarm by pushing
on the “enlarge button”. 
Homescreen 2
You can obtain more information regarding this alarm by pushing
on the “enlarge button”. 
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OPERATING BY USING THE SMART REMOTE CONTROLLER
Setting the basic parameters
Go to home 1 or home 2 by pressing the home icon.
Touch the Temperature area to enlarge the window for
temperature day/night settings.
Setting day temperature setpoint.
Touch the sun icon to set daymode temperature and use
+ and – to change the daymode temperature.
Setting night temperature setpoint.
Touch the moon icon to set nightmode temperature and
use + and – to change the nightmode temperature.
Touch the X to return to home.
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OPERATING BY USING THE SMART REMOTE CONTROLLER
Setting day and night dehumidify setpoint
Go to home 1 or home 2 by pressing the home icon.
Setting day and night temperature setpoint.
Touch the dehumidify area to enlarge the window for
dehumidify day/night settings.
Setting day temperature setpoint.
Touch the sun icon to set daymode humidity and use +
and – to change the daymode humidity setpoint.
Setting night temperature setpoint.
Touch the moon icon to set nightmode humidity and use +
and – to change the nightmode humidity setpoint.
Touch the X to return to home.
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OPERATING BY USING THE SMART REMOTE CONTROLLER
On/off switch
Setting day and night temperature setpoint.
In the right upper corner you find the on/off button.
Touching the button will switch the unit on and the icon
turns green.
Touching the button again will turn the unit off and the icon will turn red.
Sequence of operation when the unit is turned on.
- The on/off button turns green
- The fan inside the unit turns on.
- The light sensor will determen or the room is in day or nightmode.
In daymode the windows with the sun turn green (night is black) and there will be an indication or the unit is cooling or not cooling
and or there is a demand to dehumidify when not cooling. (Note: The unit always dehumidifies when cooling)
In nightmode the windows with the moon turn green (day is black) and there will be an indication or the unit is cooling or heating and
or there is a demand to dehumidify when not cooling. (Note: The unit always dehumidifies when cooling)
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OPERATING BY USING THE SMART REMOTE CONTROLLER / ANYDESK
By touching the home button you can go to the advanced screen and you can see more parameters displayed and also a simple
datalog window. The settings for temperature and humidity is the same as in the basic screen.
Home - Advanced Screen
By touching the home button you can go to the advanced
screen and you can see more parameters displayed and
also a simple datalog window. The settings for temperature
and humidity is the same as in the basic screen.
Remote control via AnyDesk
Go to Menu > Settings > User preferences >
Remote Access
Tap "Wi-Fi" to open Network & Internet settings and
connect to your internet access-point. You can skip this
step if you use wired internet.
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REMOTE CONTROL VIA ANYDESK
Tap "Set password"
Click "Unlock Security Settings ..."
Tap the password field to open the on-screen keyboard.
Unfortunately this obscures the password field, but that
does not matter. Enter the password, which is either Maxi
Controller for the smart remote controller with the golden
startup logo or Revomax for the smart remote controller
with the silver startup logo (the first letter must be upper-
case). Press Enter , or close the keyboard and tap "Yes".
Tap "Set Password..."
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REMOTE CONTROL VIA ANYDESK
Enter the password you want to use to remotely access
this controller in both fields and close the keyboard.
Then tap on the "Permission Profile" box and change it to
"Unattended Access" (This is important!)
Close both the settings panels by tapping the cross in the
top right, then tap "Show ID"
Enter this number into the AnyDesk client (installed in the
previous section) and press connect. You can now close
the AnyDesk panels on the controller.
Use your AnyDesk client to test remote access to your
controller now. It may take a minute before the connection
succeeds.
If you get "Client Offline" you have mystyped the number
or either your controller or AnyDesk client has lost internet
connection. Do not attempt the option "Power On" as this
has no effect.
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REMOTE CONTROL VIA ANYDESK
When connection succeeds, the controller shows the
incoming connection. There's no need to press Accept
on the controller; entering the password on the AnyDesk
client will do the same. Your client will remember the
9-digit ID from now on.
Additional accessories (sold separately)
Electric solenoid valve
The plug of the solenoid valve should be connected using the black cable supplied with the unit, as shown in the illustration below.
The other end of the cable is connected to the circuit board (see picture). The third connection of the solenoid valve can be used as
earthing.
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ADDITIONAL ACCESSORIES
Water leakage sensor
The connection set contains a loose, 5m long white wire: the water leakage
sensor. This sensor is connected to the terminal on the printed circuit-board. The
sensor cable should be led to the outside through the opening in the panel and
should be placed on the ground at the lowest point. The end of the sensor cable
can be split into several cores using a connector, so that more than one point is
secured against leakage.
If the sensor has a black cap, this should be cut back and stripped 5mm and the
cores should be stripped. Connect the other side to the little white plug on the
printed circuit-board as shown in the illustration. In case of water leakage, the
water supply will be stopped immediately by means of the electrical valve in the
water pipe.
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® Opticlimate is a registered trademark of
airSupplies
THE FUTURE OF COOLING
JUST GOT COOLER.
Engineered & Designed in Holland
Manual version 0222 2023
www.opticlimate.com
INSTALLATION
& USER GUIDE
BY OPTICLIMATE
opticlimate.com
II