Tomek RX01 Manual de usuario

lm - DERXPE001 11/03

Model with burner or solenoid valve control in wireless

temperature control systems

Modèle avec commande pour chaudière ou électro-

vanne en systèmes de réglage thermique sans fils

Modell mit drahtloser Steuerung für Durchlauferhitzer

oder Elektroventil in Heizanlagen

Modello con comando per caldaia o elettrovalvola in

impianti con sistema di termoregolazione senza fili

Modelo para controlar calderas o electroválvulas en

instalaciones de termorregulación sin cables

1 ZONE WALL MOUNTING RADIO RECEIVER

RECEPTEUR RADIO 1 ZONE POUR MONTAGE EN SAILLIE

FUNKEMPFÄNGER 1 ZONE WANDMONTAGE

RICEVITORE RADIO 1 ZONA DA PARETE

RECEPTOR RADIO DE 1 ZONA DE PARED

Tomek GmbH - [email protected] -- 01/61003-0

D - Deutsch

F - Français

GB - English

TECHNICAL SPECIFICATIONS - INSTRUCTIONS FOR

THE INSTALLER - PUTTING INTO OPERATION AND USE

DONNÉES TECHNIQUES - INSTRUCTIONS POUR

L’INSTALLATEUR - MISE EN MARCHE ET UTILISATION

TECHNISCHE DATEN - NORMEN FÜR DIE INSTALLATION

- INBETRIEBNAHME UND GEBRAUCH

Page 3

Page 13

Seite 23

Tomek GmbH - [email protected] -- 01/61003-0

TECHNICAL SPECIFICATIONS

ENGLISH

Supply voltage: 230 V~ 50-60 Hz

Device Absorption: 2,5 VA max

Type of action, disconnection and appliance: 1/B/Electronic

Type of Output: 1 relay with unipolar changeover contact NC/NO/COM,

voltage-free 5(2) A / 250 V~

Wire section at terminals: min. 1 mm ÷ max. 2.5 mm

Reception frequency (carrier): 868.35 MHz

Maximum signal capacity in free air: 120 m

Maximum signal capacity in the presence of walls: 30 m (according to the chap. 1.1 and to the chap. 1.4)

Signal reception mode: antenna internal to the receiver

Type of insulation: Class II

Protection degree: IP30 / wall-mounted

Pollution: normal

Operating temperature limits: -20 °C ÷ +70 °C

Storage temperature limits: -25 °C ÷ +85 °C

Reference standards : LVD EN 60 730-1 EMC EN 301 489-3 RADIO EN 300 220-3

(R&TTE DIRECTIVE 1999/5/CE)

PERFORMANCE DATA

Coupling transmitters in self-learning mode, facilitated by luminous and audio signals.

It is possible to erase a transmitter coupling to the zone even in the event of transmitter failure.

Manually forcing the state of the output to test the system (5 minutes, resettable).

“RESET“ command to erase temporary data in memory and deactivate commands.

Permanent modifiable memory for transmitter couplings.

Luminous signals indicating malfunctions due to the absence of transmission or an almost dead battery.

Highly reliable communications thanks to the

Lighted and/or audio signal, on 3 levels, of the TEST signal to verify the presence and capacity of the signal (VMETER)

double transmission of data.

Tomek GmbH - [email protected] -- 01/61003-0

1 - INSTRUCTIONS FOR THE INSTALLER

DIMENSIONS

RESET

133

RESET

Burner

Receiver

Chronothermostat

Fig. 1.i

INSTALLATION EXAMPLE

RESET

INSTALLATION

Fig. 2.i

1.1 - INSTRUCTIONS AND REQUIREMENTS FOR INSTALLING THE RECEIVER

Install the receiver at a height that allows the antenna to stick up above any nearby metal container (boiler, expansion tanks, metal

cabinets); avoid positioning the antenna near cables and electrical panels (fig. 1.i - fig. 2.i)

Cabinets, walls and slabs containing metal can limit the operation of the product

This system is incompatible with radio products a working on the same frequency

(868,35 MH) using permanent emission mode.

Instructions relative to the structure of realizable systems and the assignment of areas to individual timer-thermostats or

thermostats are shown in the technical documentation for the transmitter devices (chronothermostats and/or thermostats).

Important: installation and electrical connections of devices and appliances must be carried out by skilled people and in com-

pliance with current regulations. The manufacturer declines any liability in connection with the use of products subject to spe-

cial environmental and/or installation standards. Exemples given in the manual are purely indicative.

Tomek GmbH - [email protected] -- 01/61003-0

Fig. 3.i

RESET

Fig. 4.i

Fig. 5.i

D= Catches for locking the

front to the base

Removable area for the

passage of wires

(Installation with built-in box)

Removable areas for

installation with trunking

system.

1.2 - INSTALLING THE BASE ON THE WALL

Installing the device: INDEPENDENT - FIXED

ATTENTION: INSTALLATION MUST BE PERFORMED AFTER SECTIONING

THE MAINS SUPPLY - 230 V .~

For installation, it is necessary to separate the front part, complete with

electronic card, from the base.

First on one side and then on the other, insert a screwdriver in the slots

located on the sides of the product, exerting light pressure on the locking

catch, then, with a small forward rotation of the screwdriver (as shown in

figure 3.i), lift the front.

Remove the front from the base (the resistance to removal is due to the

coupling pin on the terminal strip) fig. 4.i.

From the base, remove the parts prepared for the passage of the connection wires shown in fig. 5.i.

Pass the connection wires through the opening you have made.

Attach the base to the wall (or built-in box), with 2 screws using the pairs of holes provided (fig. 5.i).

Make the electrical connections to the terminals located on the base as shown in the next chapter.

()A-A, B-B, C-C

Tomek GmbH - [email protected] -- 01/61003-0

Open

L1 L2N

230 V~

2536

Example of a motorized

solenoid valve connection

- 3-wire

Example of a solenoid

valve connection - 2-wire

Example of a burner

connection

Burner

Solenoid valve

Receiver

Receiver Fig. 8.i

Fig. 7.i

Fig. 6.i

1.3 - ELECTRICAL CONNECTIONS

SWITCH MAINS SUPPLY OFF230 V~

With reference to figures 6.i, 7.i and 8.i

terminal = NEUTRAL

terminal = LINE

Make the connection to the mains supply

Make the connections to the device to be controlled

(Such as: a burner, pump, or 2 or 3-wire motorized solenoid valve, servomotor)

Terminal = line, available for controlling the load

terminal = contact normally closed

terminal = contact normally open

terminal = common

NOTES AND INSTRUCTIONS FOR THE INSTALLER

Also pay careful attention to the instructions for the device being

controlled.

In the presence of loads with absorption higher than the data on the

product rating plate, interpose a power relay or a suitably

dimensioned contactor. In the presence of highly inductive loads

we recommend connecting an RC filter in parallel with the load.

When making the electrical connections, in the case of a wall

installation without built-in box, pay particular attention that the

cabling is properly placed and does not interfere with the correct

closing of the front on the base.

In the case of installing the receiver on a metal wall, use double

insulated cables for the electrical connections.

Tomek GmbH - [email protected] -- 01/61003-0

Fig. 9.i

RESET

Semi-hole: seat for vertically placed antenna

Fig. 10.i

Antenna factory position

RESET

1.4 - ATTACHING THE FRONT WITH CARD TO THE BASE

Reinsert the front part with card on the base being careful to correctly

insert the pins connecting the card to the terminals.

Push the front on to the base using both hands as shown in figure 9.i ,

until the catches click and lock the front to the base.

ATTENTION: IN THE EVENT THAT, DUE TO ENVIRONMENTAL CONDITIONS, YOU DETECT AN EXCESSIVELY LOW RADIO

SIGNAL, WE RECOMMEND MOVING THE ANTENNA OUTSIDE THE RECEIVER AND POSITION IT VERTICALLY.

With reference to the installation procedure (chapter 1.2):

Open the receiver

Move the antenna wire from its seat (upper inside part of the

front) and rotate it vertically

Pass the wire through the small semi-hole provided for the

purpose (fig. 10.i)

Carefully reclose the receiver (fig. 9.i - fig. 10.i).

SWITCH MAINS SUPPLY OFF230 V~

Power the receiver and attempt to operate it and couple the

transmitter, as shown in chapter 2 “PUTTING INTO OPERATION

AND USE.”

Tomek GmbH - [email protected] -- 01/61003-0

2 - PUTTING INTO OPERATION AND USE

2.1 - SIGNAL AND COMMAND LEGEND

RESET

LED ON:

lit = power present

intermittent = transmitter malfunction

VMETER:

LED indicating the intensity of

the received radio signal

Key “ ” - Command

- Channel

“RESET” key

Fig. 1

Place for label

Fig. 2

1 s

on off

Off

Fixed on

Fixed off

1 prolonged impulse

Intermittent (t on = t off)

every second

LED

Appearance of the lighted signals

Prolonged sound

Short sound

Audible signal

n° s

LED ““- Command status

- Channel status

Tomek GmbH - [email protected] -- 01/61003-0

5 s

5 minutes

Fig. 3 Fig. 4

RESET

Fig. 5

2.2 - NEW DEVICE

When turned on, the receiver has only the lit.

there may be a weak lighted signal on the of the , due to the presence of radio interference.

ON LED

LED VMETERN.B.: lower

2.3 - TEMPORARILY FORCING THE STATE OF THE CONTROL OUTPUT (for example, to test the system)

B) TRANSMITTER COUPLED AND HEAT REGULATION ACTIVE

key

The above-indicated operations can also be performed, using the same methods, during normal heat regulation operation; in this case,

the temporary forced control will cause the transmitter to be excluded and the reversal of the command status: if active, it will be

deactivated and vice versa. During the forced state, the “ ” is not functional.

Cancelling the temporary forcing of the control

Reset key

N.B.: Reset

!Briefly press the ; when released the temporary forced control is

cancelled (fig.5).

Before performing this operation, consult chapter 2.9

“”

A) TRANSMITTER NOT YET COUPLED OR NOT ACTIVE

key LED

key

Hold down the “ ” until there is a brief audible signal, then release it: the control is activated and the corresponding is

steady on (fig.3).

The control will remain activated for 5 minutes, at the end of which, an audible signal will continue for to alert the operator of

its imminent deactivation (fig.4): if you wish to keep it active, press the “ ” again while the audible signal is sounding;

otherwise, when the signal ceases, the control will be deactivated.

5 seconds

Tomek GmbH - [email protected] -- 01/61003-0

Fig. 6

Fig. 7

Fig. 8

2.4 - COUPLING TO A TRANSMITTER

Activate the “Test” state on the transmitter to be coupled, as explained in the chapter in the

transmitter manual.

“”Coupling to the receiver

ON THE RECEIVER

ON THE TRANSMITTER

The “ ” is off

the will

flash

LED

key LED

Deactivate “Test” mode

(receiver not coupled)

Hold the “ ” pressed until you hear a single audible signal; then let go:

(fig.6).

The transmitter is coupled to the receiver.

, as explained in the specific chapter of

the transmitter manual.

Deactivate “Test” mode

ATTENTION: Reset

N.B.:

ON THE TRANSMITTER, as explained in the specific chapter of the transmitter manual.

the coupling status is stored in permanent memory and is not erased by the command or by a power failure.

test mode on the transmitter automatically terminates 3 minutes from activation.

A) - FIRST COUPLING TO A TRANSMITTER

ATTENTION: LED

Test

key

LED Test

if the “ ” is flashing at the beginning of the operation it means

that the transmitter in “ ” mode has already been coupled to the receiver. To confirm

the coupling: deactivate “ ” mode on the transmitter.

To cancel the coupling: hold down the “ ” until you hear a single beep; then

release it; (fig.7).the is off Deactivate “ ” mode on the TRANSMITTER.

ON THE RECEIVER

(receiver already coupled to another transmitter)

Hold the ” pressed until you hear a single beep; then release it:

(fig. 8).

(in “Test” mode)

The “ ” is steady on

“ the is

flashing

The new transmitter is coupled to the receiver.

LED

key LED!

B) - SUBSEQUENT TRANSMITTER COUPLINGS (such as: replacing the transmitter)

Tomek GmbH - [email protected] -- 01/61003-0

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