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ENGO CONTROLS FAN-24W 24V Fan Coil Thermostat User Guide

Installation of the Wi-Fi thermostat in the app  
Make sure your router is within range of your smartphone. Make sure you are connected to the Internet. This  
will reduce the pairing time of the device.  
Installer parameters  
Installer parameters  
To enter installer parameters press and hold button for 3 seconds.  
2
Histeresis for cooling valve  
(ON-OFF -> 24 V output for actuator)  
P20  
0,1°C -2°C  
Hysteresis value for the COOLING valve  
1°C  
2°C  
1
AUTO  
STEP 1 - DOWNLOAD ENGO SMART APP  
AUTO  
The value of the difference between the set temperature and the  
0,5°C - 5°C temperature of the room so that the controller automatically changes  
the Heating/cooling operations  
Heat Cool switching  
- Dead zone for 4-pipe system  
P21  
P22  
Powered By  
Download the ENGO Smart app from Google  
Play or Apple App Store and install  
3 sec.  
In a 2-pipe system, below this value the  
system switches to cooling mode and 10°C -25°C  
allows the fan to start  
In a 2-pipe system, below this value the system switches to  
cooling mode and allows the fan to start  
10°C  
30°C  
it on your smartphone.  
Use or button to move between parameters. Enter the parameter by . Edit the parameter using  
or . Confirm the new parameter value with the button.  
In a 2-pipe system, above this value the  
P23 system switches to heating mode and 27°C -40°C  
allows the fan to start  
In a 2-pipe system, above this value the system switches to  
heating mode and allows the fan to start  
GET IT ON  
Default  
value  
-
Pxx  
Function  
Value  
Description  
Preview of the current controller configuration  
None connected  
Parameter used in 4-pipe systems with automatic switching between  
heating and Cooling.  
ConF  
Read-only parameter  
-
P24  
P25  
Cooling mode switching ON delay  
Maximum floor temperature  
0-15 min.  
5°C - 45°C  
0 min.  
35°C  
Available on the  
This avoids switching between modes too often  
heating and cooling as well as room temperature oscillations  
0
In order to protect the floor, cooling will be switched on, when  
the temperature of the floor sensor exceeds the maximum value  
Input used to change heating/cooling via contact  
external connected to S1-COM:  
- S1-COM open--> HEAT mode  
1
2
In order to protect the floor, cooling will be turned off, when the  
temperature of the floor sensor drops below the minimum value  
STEP 2 - REGISTER THE NEW ACCOUNT  
P26  
P27  
P28  
Minimum floor temperature  
Backlight brightness  
5°C - 45°C  
10°C  
30%  
NO  
- S1-COM short-circuited--> COOLING mode  
Input used for AUTOMATIC heating/cooling change  
based on the PIPE TEMPERATURE in a 2-pipe system.  
The controller switches between heating and cooling modes to  
pipe temperature set in parameters P23 and P24.  
0% - 100%  
Adjustable in the range from 10 to 100%  
To register a new account, please follow the steps below:  
P01  
S1 - COM input configuration  
0
NO  
PIN  
NO  
Function disabled  
PIN Code for installer parameters  
1
2
3
4
Function enabled  
Fan operation permit dependent on temperature measurement  
on the pipe. E.g. if the temperature on the pipe is too low and the  
regulator is in heating mode - the pipe sensor will not allow you to  
start fan. The change of heating/cooling is done manually - using the  
buttons. Values for fan control based on pipe temperatures are set in  
parameters P23 and P24.  
NO  
Require a PIN to unlock the keys every  
time (function active when P29=PIN)  
P29  
FAN  
CLR  
NO  
YES  
NO  
YES  
YES  
3
NO  
Inactive - the output contacts for fan control are completely disabled  
Fan  
YES  
NO  
Enabled  
No action  
4
0
Activating the Floor Sensor in the UFH configuration  
None connected  
Clear settings factory reset  
YES  
Factory reset  
1
When the contacts are open switch on Eco Mode  
P02  
P03  
S2 - COM input configuration  
Display temp accuracy  
0
Click„Sign Up”to create Enter your e-mail Enter the verification code Then set the login  
new account. address to which received in the email. password.  
the verification code Remember that you only have  
2
External temperature sensor  
Installer parameters - RS-485 communication settings  
0,1°C  
0,5°C  
Indication of room temperature with an accuracy of 0,1°C  
Indication of room temperature with an accuracy of 0,5°C  
0,1°C  
will be sent. 60 seconds to enter the code!  
Default  
value  
-3.0°C to  
+3.0°C  
If the thermostat indicates wrong temperature,  
you can correct it by max 3.0°C  
Pxx  
Function  
Value  
Description  
P04  
P05  
P06  
Offset temperature  
0°C  
35°C  
5°C  
STEP 3 - CONNECT THE THERMOSTAT TO WI-FI  
Addr  
MODBUS Slave device address (ID).  
1 - 247  
4800  
MODBUS Slave Address (ID)  
1
Maximum temperature setpoint  
Minimum temperature setpoint  
5°C - 45°C  
5°C - 45°C  
Maximum heating / cooling temperature that can be set  
Minimum heating / cooling temperature that can be set  
After installing the app and creating an account:  
9600  
BAUD  
Bitrate (Baud)  
Bitrate (Baud)  
9600  
19200  
38400  
None  
1
2
3
NO  
Function disabled  
Function enabled  
P07  
ECO mode  
NO  
YES  
Lack  
Parity bit  
- sets data parity for error detection  
P08  
P09  
ECO temp value in HEAT mode  
ECO temp value in COOL mode  
5°C - 45°C  
5°C - 45°C  
ECO temp value in HEAT mode  
ECO temp value in COOL mode  
15°C  
30°C  
PARI  
None  
1
Even  
Odd  
1
Even  
Odd  
1stop bit  
STOP  
Stop bit  
2
2 stop bit  
This parameter allows you to specify the minimum fan speed. Gradually  
increase the setting until the fan starts to run and accept/save the  
parameter value.  
0% ... max  
(0 - 10V)  
P10  
P11  
MInimum fan speed  
Maximum fan speed  
10%  
90%  
Modbus RTU features 8-bit data coding.  
On your mobile device, make sure Make sure the thermostat is powered  
In the app, select:  
„Add Device.  
This parameter allows you to define the maximum fan speed. We  
increase the speed and if we see that the speed no longer increases  
despite the setting, we accept/save the parameter value.  
the ENGO Smart has access to  
permissions (Location, Bluetooth,  
Nearby devices). Then turn on  
on and configured. Then press and  
hold the buttons on the thermostat  
for approx. 3 seconds until the display  
min... 100%  
(0-10V)  
The MODBUS RTU structure uses a master-slave system to exchange messages. It allows the connection of maximum  
of 247 slaves, but only one master. The master controls the operation of the network and only it sends the request. The  
slaves do not undertake the transmission themselves. Each communication starts with making a request by the master  
to the slave, which responds to the master with what it has been asked. The master (computer) communicates with the  
slaves (controllers) in two-wire RS-485 mode.For this purpose data exchange uses data lines A+ and B-, which MUST  
be one twisted pair .  
0...100% Fan speed in gear I (value depends on P10 minimum speed range and  
(0-10V) P11 maximum speed)  
0...100% Fan speed in gear II (value depends on P10 minimum speed range and  
(0-10V) P11 maximum speed)  
0...100% Fan speed in gear III (value depends on P10 minimum speed range and  
Bluetooth and Location. Connect to shows„PA. Then release the keys. The  
2.4GHz Wi-Fi network to which you  
want to assign the device.  
P12  
P13  
P14  
P15  
Fan speed I gear in manual mode  
Fan speed II gear in manual mode  
Fan speed III gear in manual mode  
30%  
60%  
90%  
0,5°C  
pairing mode will be started up.  
(0-10V)  
P11 maximum speed)  
The fan will start operating if the room temperature drops below  
the set temperature by the value of parameter  
WARNING:  
Fan ON temperature in heating mode 0°C - 5°C  
4
5
6
8
Before the controller is connected to the RS-485 network, it must first be correctly configured.  
Communication parameters and descriptions of MOD-BUS registers are available in the appendix  
Fan speed range in automatic speed  
Fan speed range in automatic fan speed mode  
(for heating and cooling)  
P16  
0°C - 10°C  
mode  
2°C  
This parameter is responsible for the 0-10 V modulated output of the  
valve.  
Δ temp. for heating and cooling valve  
output  
- In heating mode: If the room temperature drops, the valve opens in  
proportion to the delta.  
- In cooling mode: If the room temperature rises, the valve opens in  
proportion to the size of the delta.  
The opening of the valve starts from the room setpoint temperature.  
P17  
0,1°C -2°C  
1°C  
Factory reset  
To RESET controller to factory settings, hold down the  
&
Name the device  
and click„Done.  
After finding the  
thermostat, go„Add.  
Select the Wi-Fi network  
in which the thermostat  
will operate and enter the  
password of this network.  
The thermostat has been  
installed and displays the  
main interface.  
buttons until the FA message appears. Then release the keys.  
Controller will restart, restore default factory settings and displays  
the home screen. The device will be also removed from app.  
Factory reset can be done within 5 minutes after power supply  
connection. If controller is connected longer - factory reset cannot  
be performed.  
Histeresis for HEATING valve  
(ON-OFF -> 24 V output for actuator)  
P18  
P19  
0,1°C -2°C  
Hysteresis value for the heating valve  
1°C  
The fan will start operating if the room temperature  
rises above the set temperature by the value of parameter  
Fan ON temperature in cooling mode 0°C - 5°C  
0,5°C  
GeneralDetails
NameENGO CONTROLS FAN-24W 24V Fan Coil Thermostat User Guide
MakeENGO CONTROLS
LanguageEnglish
FiletypePDF (Download)
File size0.4 MB
Download PDF
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