Erone SEL 39 R27-M1 User manual

ERONE 27
EXTERNAL MINI RECEIVER
RADIOCOMANDI
SEL 39 R27-M1
1 - DESCRIPTION
RADIOCOMANDI
SEL 39 R27-M2
SEL 39 R27-M4
MANUAL
INSTALLATION
Thank you for choosing a product Erone.You are recommended to read carefully this manual
before installingthe product.
1A - Introduction
The receiver ERONE 27 mod. SEL39R27-M1, M2, M4 is a
component of the radiocontrol ERONE 27, designed for the
control of automatic closing systems and anti-burglar
systems, thanks to its high security coding system ( up to
19683 code combinations). The operating frequency is
among the European harmonised frequencies; the product
fully complies with the EMC European Regulations (CE).
The code sent by the transmitter is fixed.
The receiver has up to 4 output relays ( depending upon the
model, with NO and NO/NC contacts, and can be
connected to many types of mechanics ( gate, garage door,
rolling shutters, awnings, anti-burglar appliances, lighting,
etc.).All the receivers of the Series Erone 27 can store up to
100 different security codes into the internal EEPROM.
The programmation can be done in self-learning mode by
means of one button. The Housing Protection of IP65 allows
external installations. The receiver is produced in 3 versions,
with 1, 2 or 4 output relays.
The appliance full complies with the European Regulations
89/336/EEC, 73/23/EEC and EN 60336-1.

RADIOCOMANDI
Receiver type Superehterodyne
Carrier frequency 27.195 MHz
Local oscillator frequency 27.650 MHz
Demodulation AM/ASK
Channel width 12,5 KHz
Intermediate frequency 455 KHz
Input sensitivity -113 dBm
Local oscillator spurious emissions < -57 dBm
Input load: 50 Ohm
Power supply: 12 / 24 Vac/dc
Consumption:
Steady / 12 Vdc ( 2 relays excited) 15 mA / 49 mA
Steady / 24 Vdc ( 2 relays excited) 19 mA / 55 mA
Max applicable power 24VA
Relay number 1, 2 or 4
Contacts NO, NO/NC
Memory capacity 100 user codesTX
security code Fixed code
9
ax code combination number 3
Operating temperature -20°/+70°C
Housing protection IP65
Weight gr. 130
Overall dimensions (mm) 80 x 80 x 50
2 - TECHNICAL SPECIFICATIONS
4.1 - Positioning
The receiver allocation is very important for the best
operation of the system. Place the receiver far from
interference sources as big magnetic fields, informatic
systems, radio emissions. The installation and the antenna
positioning is very important for the best receiving as well.
3 - COMPOSITION
The receiver is composed by :
!1 box with electronics
!1 cover
!2 screws
!2 gumm taps
!2 screws with plugs
4 - INSTALLATION
2
52
80
80
Fig. 1
Screw
Cover
Taps
Cable
Fig. 2
MODELS
The receiver is produced in the following models:
SEL39R27-M1 : 1 Relay external mini receiver
SEL39R27-M2 : 2 Relays external mini receiver
SEL39R27-M4 : 4 Relays external mini receiver

3
RADIOCOMANDI
5 - LAYOUT E CONNECTIONS
5.1 - Contacts
terminal 1 = Contact NO Relay1
terminal 2 = Contact C Relay1
terminal 3 = Contact NO Relay2
terminal 4 = Contact C Relay2
terminal 5 = Contact NC Relay2
terminal 6 = Contact NO Relay3
terminal 7 = Contact C Relay3
terminal 8 = Contact NO Relay4
terminal 9 = Contact C Relay4
terminal 10 = Contact NC Relay4
terminal 11 = Input supply Common
terminal 12 = Input supply +12 Vac/dc
terminal 13 = Input supply +24 Vac/dc
terminal 14 = Pole Antenna
terminal 15 = GND Antenna
6 - TX PROGRAMMING
Memorizing
The receiver makes the memorization of the transmitters
buttons in sequential way.
Keep the button P1 pressed down until the red led DL1
switches on , release P1 and push the key “A” of the
transmitter ; after push again P1, the second red led DL2
switches on , release P1 and push the key “B” of the
transmitter. After a while both the led will switch off and the
procedure will be finished. In this way the keys “A” and ”B” of
the transmitter activate the relays K1 and K2 of the receiver.
The procedure to follow for the keys ”C” and “D” is the same
as above. For the memorization of the “C” key on K3 push
P1 3 times, and for the memorization of the “D” key on K4
push P1 4 times.
4.2 - Fixing
Remove the receiver cover. T
Fix the box by using the screws and the plugs supplied
At the end place the taps supplied over the holes to
protect the screws head.
80
46
80
Fig. 3
Fig. 4
5.2 - Relay K4 Configuration
The relay K4 can be configured in step mode. Close the
jumper JP1.
1 2 3 4 5 6 7 8 9 10 11 12 13
0 12 24
ac / dc
14 15
K1 K2 K3
K4
JP1
P1
ch1 ch2 ch3 ch4
DL1 DL2 DL3
DL4
JP1 = CLOSED
K4 Pulse
JP1=OPEN
K4 Pulse mode

RADIOCOMANDI
ERONE is a trademark by ELPRO INNOTEK S.r.l.
Via Piave, 23 - I-31020 S.Pietro di Feletto (TV)
ITALY
Tel. [phone] - Fax. [phone]
Toll-Free Number: 800.53.46.46
E-Mail: [email protected]
Web: www.erone.com
8 - TX ERASURE
IS-RM2ERUK Rev. 0 del 2/10/2001
4
7 - USABLE TRANSMITTERS
The receiver types SEL39R27-M1, M2, M4 can be used
with the following types of ERONE 27 Series transmitters:
!SETL3927E2, SETL3927E4
!SETD3927E2, SETD3927E4
Single transmitter erasure
Keep the button P1 pressed down until the first red led DL1
switches on ; push the key “A” of the transmitter to cancel : if
this one was stored, it is cancelled: at the end of the
operation both the led DL3 and DL4 blink 2 times a to
confirm .For the erasure of the key “B” of the transmitter
push 2 times P1. The second position is shown by the flash
of the second red led DL2; at this point activate the key “B”
of the transmitter to cancel.
Complete erasure
Keep the button P1 pressed down until the first red led DL1
switches on, release it, push it again and keep it pushed
down until 3 blinks of the red led DL3 and green led DL4
occur. In this way the memory is completely cancelled.
9 - N° OF STORED TX DISPLAY
It is possible to display the number of the transmitters
stored in the memory. Push 2 times P1: at this point a
sequence of 7 flashes of DL3 and DL4 commences: this
sequence represents the number of stored transmitters,
expressed in binary annotation. Referring to the table
below and the next example, it is possible to find the
corresponding decimal number:
Led on 1° 2° 3° 4° 5° 6° 7°
value DL4 1 2 4 8 16 32 64
value DL3 0 0 0 0 0 0 0
Example :
Led sequence: DL3, DL3, DL4, DL4, DL3, DL3, DL3.
Number: 0 + 0 + 4 + 8 + 0 + 0 + 0 =12
Than the receiver has 12 stored transmitters .
MEMORY FULL
In case of full memory, that means 100 transmitters are
already stored, if one try to store an extra transmitter, a
sequence of 3 blinks of DL3 and DL4 occurs and the
operation fails.
The guarantee period of all Erone products is 24 months, beginning from the
manufacturer date. During this period, if the product does not work correctly, due to
a defective component, the product will be repaired or substituted at the discretion
of the producer. The guarantee does not cover the plastic container integrity. After-
sale service is supplied at the producer's factory.