Emos P5684 Manual De Instrucciones página 3

GB | Capillary Sensor Thermostat
Properties
• capillary sensor thermostat (0.9 m, Ø 6 mm)
• 5–90 °C temperature range (0.1 °C resolution)
• simple electrical connection via screwless terminals
Specifications
Switched load: max. 230 V AC; 5 A for resistive load;
1.5 A for inductive load
Power supply: 230 V AC
Temperature control range: 5–90 °C
Temperature measurement: 5 °C to 90 °C with 0.1 °C resolution;
accuracy ±1.5 °C
Temperature setting: 5 °C to 90 °C in 0.1 °C increments
Hysteresis setting: 0.1 °C to 15 °C with 0.1 °C resolution
Enclosure: IP40
Thermostat Description
(see Fig. 1)
1 – activation indicator LED
2 – display
3 – up arrow (increase value)
4 – down arrow (decrease value)
5 – on/off/function setting button
6 – screws
7 – capillary sensor
Installation
Mount the thermostat onto any section of the pipe and secure the
external sensor onto the surface of the water delivery system the
sensor is to measure. Make sure the sensor is in direct and safe
contact with the surface. (Before securing the sensor, it is necessary
to remove all insulation from the spot where it will be installed.)
Electrical Connection
1. Remove the 2 screws on the front housing of the thermostat.
2. Carefully remove the front housing.
3. Connect in accordance with the following diagram (see Fig. 2):
Pump
Power – 230 V
Jump – jumper
PE – protective earth, prevents injury by electrical current
4. The thermostat features a screwless conductor connection.
Press downwards onto the top plastic connector with e.g. a
screwdriver. The terminal contact will release. Plug in the
conductor. Repeat the process for all conductors needed for
connection. Replace the screws.
The device may only be installed by a professional plumber in
accordance with the connection diagram. In addition, the connection
must meet up-to-date, valid standards and specifications of your
energy provider. Installation must always be performed when power
is turned off; follow safety specifications. Maintain the maximum
switched load listed in technical specifications! The manufacturer is
not liable for inexpert installation.
Putting the Device into Operation
Connect the thermostat with pump according to instructions.
Connect the thermostat to 230 V power supply.
Short-press the button.
The currently set mode and heating/cooling mode setting will flash
on the display (e.g.: F1/C1).
Then, the current temperature will be displayed.
Temperature Setting
Set your temperature of choice by repeatedly pressing the up
/down arrow.
Holding the arrow adjusts value faster.
Once temperature is set, wait several seconds until the value is
automatically saved.
The display will then automatically show the current measured
temperature.
To check your temperature setting, press the up or down arrow once.
Example: with temperature set to 50 °C, press the up or down arrow
once. The display will show C 50.0.
Selecting Heating or Cooling Mode
Enter settings by long-pressing the down arrow
mately 3 seconds.
Use the arrows to choose between heating mode (C1 on the display)
or cooling mode (C2 on the display).
Once temperature is set, wait several seconds until the value is
automatically saved.
The display will then automatically show the current measured
temperature.
Differences for cooling mode:
Switching in cooling mode is reversed: The thermostat switches
the system when the measured temperature is higher than the
set temperature.
Hysteresis
Hysteresis is the difference in temperature required for switching
on and off.
If, for example, you set the temperature in heating mode to 42.5 °C
and the hysteresis value to 2.5 °C, the thermostat will activate your
system as soon as the measured temperature drops to 40 °C and
deactivate it when temperature reaches 42.5 °C.
Enter settings by long-pressing the up arrow
3 seconds.
Set your hysteresis value of choice by repeatedly pressing the up
/down arrow.
Holding the arrow adjusts value faster.
Once the value of choice is set (e.g. 2.5 °C, displayed as d 2.5) wait a
few seconds until the setting is automatically saved.
The display will then automatically show the current measured
temperature.
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