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TF-H2 Mark II

The graphic identification of the thermoregulator control panel buttons (display) is presented below.

These buttons are multifunctional, i.e., depending on the operating status of the thermoregulator, and

by varying the duration of holding them down, it is possible to give various commands to the thermore

gulator. The description of the buttons and the thermoregulator functions available with their use can

be found below.

OPERATING AND CONFIGURATION MANUAL

OF THERMOREGULATOR TERMOFOL TF-H2 Mark II

CHARACTERISTICS AND TECHNICAL DATA

Thank you for purchasing our product. We hope that you will enjoy using the

TERMOFOL

TF- H2 Mark

thermoregulator. It is a fully functional controller of installations and heating devices providing the

highest comfort of use, as well as precise and useful functions that will allow you to fully control the

climate in your rooms. The display of the thermoregulator and its basic technical parameters are pre

sented below.

power consumption < 3 W • supply voltage: 230 V AC 50/60 Hz • maximum amperage of switching current: 20A •
programmable temperature range 1+99 °C • factory range of programmed temperature.: 5+35 °C • internal air tem

perature sensor accuracy: ±0.5 °C • protection class IP20 • external floor temperature sensor: NTC • manual control •
possibility of programming • mounting method: surface • color: white • dimensions: 86 mm x 86 mm x 37 mm

TERMOSTAT INSTALLATION, ELECTRIC CONNECTIONS

The TF-H2 Mark II is a modern, programmable thermoregulator equipped with LCD control panel in

tended for controlling electric heating systems. The thermoregulator reads the temperature from the

built-in sensor and external temperature sensors, which is included in the kit along with the thermore

gulator. Prior to its installation, disassembly, cleaning, inspection or change of the configuration, always

disconnect the thermoregulator from the power source, e.g., by switching off the power line in the elec

tric switchboard. Read the entire contents of this manual before installing the thermoregulator. In the

territory of the Republic of Poland, the electric connections of the thermoregulator should be made by

an electrician holding a valid SEP license for electric installations up to 1 kV.

The electric installation supplying the thermoregulator should meet the requirements specified in the

Regulation of the Minister of Infrastructure and Construction on technical conditions to be met by buil

dings and their location (Journal of Laws of 7 June 2019, item 1065) along with the reference standards.

Fig. 3 Example of thermoregulator location

The installation of the thermoregulator should be planned in a place not exposed to direct sunlight.

Figure 2 shows the thermoregulator terminal strip used for making electrical connections of the device

to the electric network. The cables must be connected as indicatedthe given scheme. After completing

the installation and making electrical connections, check the system figuration in accordance with the

next section of this manual.

CONTROLLING – DESCRIPTION OF THE FUNCTIONS OF THECONTROL BUTTONS

–

DISPLAY ICONS – SPECIFICATION

No.

Symbol

Setting item

Parameter setting function

Factory

default

SEN

Sensor control option

0: internal sensor

1: external sensor

2: internal control temperature and

external limit temperature

OSU

Limit temperature value of

external sensor

5–99 °C

28 °C

dlF

Return difference of limit

temperature value of exter

nal sensor

1–9 °C

2 °C

SUH

Set upper limit temperature

value

5–99 °C

35 °C

SUL

Set lower limit temperature

value

5–99 °C

5 °C

AdJ

Measure temperature

–5÷5 °C

0,0 °C

FrE

Anti-freezing function (only

for water heating)

00: anti-freezing function close

01: anti-freezing function open

POn

Power on memory

00: Power on no need memory

01: Power on need memory

FAC

Factory default

08: no change

00: factory reset

sensor

1,2m

The thermoregulator is designed for surface

mounting.

Remove the black sheet on the back of the

thermoregulator (by moving it down) and

screw it to the wall.

Unload the flap on the back of the thermo

regulator.

Make the connection of the wires accor

ding to the diagram and screw the flap.

Fig. 4

Fig. 5

Fig. 6

1. Terminal for connecting for phase wire of thermoregulator power supply
2. Terminal for connecting the neutral wire of thermoregulator supply
3. Terminal for connecting the neutral wire of the controlled receiver (heating mat, heating foil)
4. Terminal for connecting the phase wire of the controlled receiver (heating mat, heating foil) supply
5, 6. Terminals for connecting the external temperature sensor NTC (polarity is irrelevant)

Fig. 2

Fig. 1

Mount the thermoregulator on the wall.

Fig. 7

Power ON/OFF button

This button is used to change the operating mode from automatic to manual. Pressing this button

for about 5 seconds allows you to set the thermoregulator work schedule.

Touching this button allows you to set the current time and day of the week.

Increasing cursor button. Repeated touches increase the value of the set temperature.

Decrease cursor button. Repeated touches decrease the set temperature value.

When the thermoregulator is operating in the automatic schedule mode, the b/- allow for a

temporary temperature correction in respect of the current period of the automatic schedule of the

performed by the thermostat.

manual mode

operating mode

active air

sensor

active external

sensor

day of the week

time

set temperature

current temperature

6 heating periods

in the automatic

schedule mode

SETTING THE OPERATING SCHEDULE

When the thermoregulator is on, press the button for about 5 seconds. Then with +/– select schedu

le mode (5+2, 6+1 or 7). Then set the desired temperature for the six periods heating. Presses to

move to the next period. Also repeat the schemefor weekend days.

Period

Icon

Default

Period Time

Default

Period Temperature

Working Day