Yokis MVR500ER Guia De Inicio Rapido página 8

radIO: Window Shutter Module
MVr500ErP 5454467 radio: POWEr window shutter module
MVr500ErPX
5454468
Function
This module is used to control and centralise window shutters or curtains
either by means of hard-wired pushbuttons or Yokis remote controls.
Compatibility
The MVR500ER module is compatible with all three-wire motors (common,
opening, closing). The limit switches may be either electric or electronic and
set on the shutter itself. If mechanical limit switches are used, the shutter
travel is defined by mechanical stops. In this case, the MVR500ER module
will detect an overload and immediately cut off power to the motor.
The MVR500ER module is also compatible with four-wire motors (phase,
neutral, up, down) in permanent up and down control mode.
It is not compatible with tubular motors with integrated radio receiver.
TECHNICaL SPECIFICaTIONS
3-wire motor power
Mains voltage
ambient temperature
relative humidity
Module consumption
radio frequency
dimensions
WIRING
Shutter
Tapparella
Centralised control with
double non-interlocked
Comando centralizzato
pushbutton
con pulsante doppio
non interbloccato
Down
Discesa
V
B
R12M
M
Up
Salita
230V
50Hz
N
L
The module must be installed only by qualified personnel and into a place the end-user cannot access, according to the installing national rules. In order to
follow the safety rules, the module must be connected to a power line that is upstream protected by a magnetothermic switch 10A C curve. Wire the module
B
only when power is off. In three-phase installations the powering phase of the modules and of the driver wire should be the same. Contact Customer Care
for three-phase system wiring diagrams.
1. Connect the mains power between the 'L' and 'N' Terminals.
2. Connect the local pushbutton between the 'L' and 'BP' terminals. Yokis accessory R12M (Code 5454073) must be used to employ a double
non-interlocked pushbutton.
Important: check the voltage level between the 'BP' and 'N' terminals on MVr500Er module if the distance of the pushbutton is
greater than 3 metres. If the voltage is higher than 20V, insert a d600V diode between the return wire of the pushbutton and the 'BP'
terminal of the MVr500Er module, making sure to connect the white wire of the d600V to the 'BP' terminal.
3. Connect the motor wires to the 'N', 'O' (opening), 'F' (closing) terminals. Check that the 'O' terminal is actually connected to the opening wire.
Do not rely on the colours of the motor wires. To check if the motor was connected correctly, carry out 3 short presses on the pushbutton and
ensure that the shutter opens. 4 short presses should cause the shutter to close. If the operation is the opposite of the above, invert the con-
nections of the two motor wires on the MVR500ER module.
(*) Contact an Urmet retailer or go to www.yokis.com for information on availability
DS1054-010E
radio: POWEr window shutter module with exter-
nal aerial
230V ~ 2A max. 500VA
230V ~ +10% -15% - 50Hz
-20°C +40°C
from 0 to 70%
< 1VA - < 0.3W
2.4GHz
48 x 33 x 22.5 mm
[1.9 x 1.3 x 0.89"]
Single pushbutton
local control
Comando locale
pulsante singolo
R1
B
R
drIVEr WIrE
FILO PILOTA
radIO raNGE
Standard range:
• In the same room (< 100 m²)
• 50 m in open range
POWEr range (*):
• Inside 100 m² apartments with perpendicular
crossing of main wall or ceiling
• 250 m in open range
(Note: in both cases the range may be
reduced by the presence of metallic elements,
crossing of walls or partitions)
radIO TraNSMISSION
The transmitter LEd lights up only if the
radio transmission was successful.
Adding an intermediate receiver will solve the
problem of insufficient range.
Refer to the transmitter instruction booklet for
more information.
Shutter
Tapparella
Double non
interlocked
pushbutton local
Comando locale
control
pulsante doppio
non interbloccato
R1
P8
GB
Radio remote control for two
MVR500ER modules
E5
Centralisation may be
achieved by using the driver
wire or via radio. See text.
Refer to the
transmitter instruction
booklet on how to use
the MVR500ER via
radio.
B
R
B = white wire
M = brown wire
R = red wire
V = green wire