Nice
MNCUT
MNCUTC
MNCUC
EN - Instructions and warnings for installation and use
MyNice control unit
Applicable regulations, general warnings and precautions
This manual contains important
information regarding installation
safety; it is important to read all the
instructions prior to installing the
product. Keep this manual for future
use. Further information is available at:
www.niceforyou.com
It is forbidden to use the products for
purposes other than those indicated
in these instructions.
Do not effect modications to any
part of the product other than those
described in this manual: they may
cause malfunctions. Nice S.p.A.
declines all liability for damage caused
by modied products.
When installing and using the product,
make sure that any foreign bodies
(solid or liquid) do not enter the
devices when they are open.
Manufacturer’s responsibility: Nice
S.p.A. declines all liability for faults
resulting from incorrect installation,
lack of maintenance and incorrect
use. Furthermore, Nice S.p.A. shall
not be held liable for the product’s
incomplete operation.
Warranty (summary of terms and
conditions): Nice S.p.A. guarantees
its products against concealed faults
for a period of 3 years from the date
of manufacture. The warranty applies
to direct purchasers of the Nice
S.p.A. product; no warranty applies
to the end user, who must contact
their installer or dealer in case of
malfunctions.
Warranty exclusions: the following
are excluded from the warranty:
aesthetic components, parts
subject to normal wear and tear and
consumables, such as cells, batteries
and accumulators.
The installation manual is exclusively
intended for technical personnel
qualied to carry out the installation.
Considering the hazards that may
arise during the system’s installation
and operation, for reasons of safety
installation must be carried out in
strict compliance with the current
legislation, standards and regulations.
Disconnect all power supply circuits
before accessing the product’s
internal terminals.
If any automatic switches or fuses trip,
identify and eliminate the cause before
resetting them.
Check that all the materials are in
good working order and suited to the
intended applications.
Check that the radio frequencies used
by the product are locally approved
for use in alarm systems.
Before installing the equipment, check
the products’ environmental class (see
Technical specications - Table 1).
Check that the radio range of the
devices exceeds the physical distance
between the various products (see
Technical specications - Table 1).
Check that the various devices
(sensors, control unit, etc.) are
mounted in zones protected against
impacts and that the mounting
surfaces are sufciently sturdy.
Do not place the system’s
components close to sources of
strong heat as this may damage them.
Each sensor has its own operating
principle: check the suitability of the
intended positioning against the
warnings given in the respective
instruction manuals.
The Nice S.p.A. Technical Assistance
Service, reserved for professionals, is
at your disposal during the following
periods:
Monday to Friday from 8:30 to 18:30
and Saturday from 09:00 to 12:00.
Tel. +39 0422 1838383
E-mail: customerservice@niceforyou.com
The control unit and the
programmable parameters of the
individual devices are set to average
default values conforming to the EN
50131 standard. In certain cases
modications are signalled that imply
breaches to the EN 50131 standard:
the responsibility for any decisions in
this regard bears on the installer and/
or user.
The EN 50131 standard denes the
Grade 2 minimum autonomy for
power shortage at 12 hours: it must
be guaranteed by correct installation
(see Current draw - Table 2).
All devices of this alarm system
constitute an integral part of the
installation and must be disposed
of together with the latter. Similarly
to the installation operations, once
the products reach the end of their
useful life, they must be dismantled
by qualied personnel. These
products are made of various types
of materials, some of which can
be recycled while others must be
scrapped. Find out about recycling
and disposal systems in use in your
area for this category of products.
Warning! Some parts of the products
may contain pollutants or hazardous
substances which, if released into
the environment, may cause serious
damage to the environment or human
health.
Warning! It is forbidden to dispose
of these products together with
household waste. Separate the waste
into disposal categories according
to the methods established by
regulations applicable in your area,
or return the products to the retailer
when purchasing a new equivalent
version.
Disposal of cells and batteries
The cells and batteries used in this
alarm system, even when exhausted,
contain polluting substances and
therefore must not be disposed of
as household waste. They must be
disposed of according to separate
waste collection methods as
envisaged by the local regulations.
Disposal of the packaging
The packaging materials must be
disposed of in compliance with the
local regulations.
General warnings
Supplementary warnings for mains powered devices
Installation warnings
Technical assistance
EN 50131 standard Disposal of the product
Hereby, NICE S.p.A., declares that the
radio equipment type
- MNCUT
- MNCUTC
- MNCUC
is in compliance with Directive
2014/53/EU.
The full text of the EU declaration of
conformity is available at the following
internet address:
http://www.niceforyou.com/en/
support
EC Declaration of
Conformity
MyNice control units are designed to manage and command alarm systems
and for the integrated management of automations.
Battery pack (MNCUT only)
Anti-opening tamper
Power supply
230 VAC connection
Touch screen display
(MNCUT and MNCUTC
only)
Loudspeaker
PSTN optional plug-in
module
GSM optional plug-in module
MicroUSB
Transponder reader
Microphone
Internal siren
Circuit board
(MNCUTC and MCUC only)
Battery pack
(MNCUTC and MCUC only)
Anti-removal tamper
MyNice control units allow for creating small to medium-sized installations, containing from 1 to 99 detectors. Depending on the type
and size of the system, there are 3 control unit models to choose
from.
MNCUT MyNice control unit 99 zones in 6 areas, dual band twoway radio with 7" colour touch screen. Comes with 110–240 VAC
power supply and 6 V 1.2 Ah back-up battery. Inclusive of Wi-Fi
module.
MNCUTC Like MNCUT with 8-input circuit board and 110–240 VAC
power supply with 2x2.7 Ah 12 V back-up batteries (not included).
MNCUC Like MNCUTC, without touch screen. Can be managed
through tablet/PC via Wi-Fi.
Optional modules
MNGSM Plug-in GSM module
MNPSTN Plug-in PSTN module
Difference between control unit models and optional modules
MNCUT - MNCUTC - MNCUC
MNCUTC - MNCUC MNCUT - MNCUTC - MNCUC
Description of the control unit
4
The composition and use of the system involve aspects that impact
consumption, in particular the brightness of the display, the power
draw of sirens and of any peripherals wired to the system. These
factors must be taken into account in relation to the power supply’s
power rating, which must be able to guarantee correct charging of all
the connected batteries. The table indicates the current draw levels
of the 3 control unit models and the relative batteries. For each system the following elements must be calculated:
a) the maximum current draw, calculated by adding to the consumption of the control unit that of other devices wired to it, must
not exceed the power supply’s capacity (the current draw should be
contained to 80% of the nominal capacity).
b) the minimum autonomy, in the absence of 230 V power supply,
taking into account 80% of the battery’s nominal capacity.
Warning! If there is no mains power, the display and Wi-Fi module of
the control unit will be disabled. Connection to the network must be
made through the GSM/GPRS module.
Warning! Control units with touch screen (MNCUT/MNCUTC): take
into account the indicated consumption differences, linked to the
brightness of the touch screen – good visibility can be obtained even
at 35%.
Technical characteristics
Current draw
Table 1
Code MNCUT MNCUTC MNCUC
Power supply 110 V–240 V 110 V–240 V 110 V–240 V
Surveillance 18’ 18’ 18’
Radio transmission
GFSK dual band 433.54-
433.92 MHz; 868.30-
868.94 MHz
GFSK dual band 433.54-
433.92 MHz; 868.30-
868.94 MHz
GFSK dual band 433.54-
433.92 MHz; 868.30-
868.94 MHz
Open-eld radio range,
without disturbances
> 100 m > 100 m > 100 m
Insulation (class) II II II
Environmental class in accordance with EN 50131-1 2 2 2
Operating temperature –10°C ... +40°C –10°C ... +40°C –10°C ... +40°C
Dimensions (WxDxH) 265 x 265 x 40 mm 265 x 265 x 85 mm 265 x 265 x 85 mm
Weight 1,250 g 1,850 g 1,650 g
IP 40 40 40
Table 2
Code MNCUT MNCUTC MNCUT MNCUTC MNCUT MNCUTC MNCUT MNCUTC MNCUTC and MNCUC MNCUT
Power supply 110–240V 110–240V BLACK-OUT BLACK-OUT
Touch screen brightness
100% 50% 10% - - -
Mains power
7.5 V
2 A
14.5 V
1.6 A
7.5 V
2 A
14.5 V
1.6 A
7.5 V
2 A
14.5 V
2 A
14.5 V
1.6 A
7.5 V
2 A
- -
Battery pack
1 x 6 V
1.2 Ah
1–2 x 12 V
2.2 Ah
1 x 6 V
1.2 Ah
1–2 x 12 V
2.2 Ah
1 x 6 V
1.2 Ah
1–2 x 12 V
2.2 Ah
1–2 x 12 V
2.2 Ah
1 x 6 V
1.2 Ah
1–2 x 12 V
2.7 Ah
1 x 6 V
1.2 Ah
Current draw in stand-by
CPU (mA) 720 390 520 300 350 200 150 270 30 45
Wi-Fi (mA) 40 40 40 40 40 40 40 40 - -
Circuit board (mA) - 20 - 20 - 20 20 - 20 -
MNGSM (mA) 10 10 10 10 10 10 10 10 10 10
MNPSTN (mA) 0 0 0 0 0 0 0 0 0 0
Total (mA) 770 460 570 370 400 270 220 320 60 55
5
Design the oor plan of the rooms to be protected and indicate on
the plan the exact points where the various devices must be installed.
Warning! This drawing will subsequently be used to complete the
works described in the following chapters.
It is crucial to carefully choose the type of detector to be used in
relation to the required task. An incorrect type of detector or one that
is positioned in an unsuitable location may not be able to detect a
burglary attempt or may signal improper alarms. Each type of detec-
tor has its own specic operating principles, therefore, the relevant
technical sheet should be consulted in the relative instructions.
01. Indicate the positions of all detectors that must monitor
the perimeter of the environment:
a) Opening of doors and windows (MNMC);
b) Intrusion from the outside, crossing of doors and windows, with
vertical curtain infrared technology (MNCPIR2AA);
c) Detectors to be installed in the outdoor area to detect burglary or
crossing attempts (MNDTAA, MNDTPETAA, MNDTLRAA, MNPIRT-
VCC, MNPIRTVCCPET).
02. Indicate the positions of all detectors that must monitor
the interior of the environment:
a) Movement of people, volumetric infrared detector MNPIR or
with pet immunity detector MNPIRPET; install versions AA with an-
ti-masking function in case of exposed rooms. It is advisable not to
install infrared detectors near possible hot or cold air turbulences
(replaces, radiators, etc.);
b) Breaking of glass (MNGB);
c) The presence of smoke (MNSD technical sensor);
d) Flooding (MNWD technical sensor).
03. Indicate the position of all xed devices that must control
the alarm system inside the environment:
LCD keypad (MNKP): up to maximum 4 radio keypads can be used
for the system’s daily management (for example, to engage and disengage the alarm, entering the home from secondary entrances).
The keypads can be wall-mounted or carried like a normal remote
control.
04. Indicate the position of all the other devices used to ring
the buzzer, besides the siren integrated in the control unit:
a) Outdoor siren (MNS-MNSC);
b) Indoor siren (MNSI).
The control unit incorporates an efcient siren. In large multi-storey
houses, we recommend adding one or more indoor sirens (MNSI)
to be installed in the main rooms. With regard to isolated homes, it
is strongly advisable to install at least one outdoor siren, in a clearly
visible position (its mere presence is a deterrent) where it is difcult to
access by potential burglars. Although outdoor sirens are adequately
protected against weathering, they should nonetheless be installed
in areas protected against direct rainfall – ideally under the roof’s
protrusion or beneath a terrace/balcony.
05. Indicate the position of the control unit, after carefully
considering the following aspects:
• the control unit without the display must be positioned at least 1
metre above the oor to favour the Wi-Fi communication. Place
the versions with display roughly 1.5 metres above the oor;
• the distance separating the control unit from each detector (point
A);
• the number of walls between the control unit and the devices, and
the materials with which they are built (point B);
• the position of the xed telephone line (if the user wishes to receive
alarm alerts via telephone MNPSTN) (point C);
• the coverage of the GSM line (if the MNGSM module is available,
with GSM telephone dialler) (point D);
• the control unit works by transmitting and receiving low-power
radio signals within the limits specied by the law. For this reason,
the control unit should be centrally located with respect to the
other devices.
• the zone where the control unit is to be installed must ensure ef-
cient propagation of the radio signals.
It is important to bear in mind that the quality of the radio transmis-
sion inside buildings may be inuenced by various factors:
a) the number of walls, and their constituent material, and obstacles
between the devices and the control unit;
b) the presence of sources of electromagnetic radiation that generate radio disturbances (e.g. television sets).
Therefore, we recommend installing all the system’s devices far from
television sets; do not install the control unit inside niches, metal cab-
inets, on load-bearing pillars of the building and on reinforced con-
crete walls. Avoid placing the control unit near broad metal surfaces
and metal grilles, including those inside walls. Refer to Table 3 for the
maximum allowed distance between the control unit and any device,
in relation to the number of obstacles lying in between them and the
shielding properties of the obstacles themselves.
Positioning the devices in the system
Control unit radio range
Table 3
Material Estimated maximum range
In open space (outdoors) roughly 100 metres
Plasterboard/wooden walls approx. 50 metres, through a maximum of 5 walls
Brick or concrete walls approx. 30 metres, through a maximum of 3 walls
Reinforced concrete walls or ceilings approx. 20 metres, through a maximum of 1 wall or ceiling
Metal walls not allowed: metal walls shield almost entirely
Designing the system
Before starting with the
programming phase, read the
enclosed Design Guide. After
lling in the details, you will
have all the elements required
to complete the successive
programming phase.
Before proceeding with installation, read the installation manual and verify the integrity of the product, the appropriateness
of the chosen model and the suitability of the intended installation site. Check that all the use conditions fall within the
limits specied under the “Technical specications”.
The product must be integrated exclusively with two-way MyNice devices.
6
Subdivision into environments and rooms
Write the name of the rooms on the building’s oor plan. For exam-
ple: kitchen, living room, stairway, entrance, garage, basement, bedroom, Antonio’s bedroom. This will be helpful to assign a name and
specic location to the elements within the home and manage their
installation and use more speedily. For example, it will enable the detectors to send the following message: window open in the kitchen.
Subdivision of the environment into “areas”
During the programming phase, the detectors can be grouped into
6 different AREAS: 1, 2, 3, 4, 5, 6 (the names of the areas can be
personalised when programming the control unit). In this way, when
using the system the alarm can be enabled fully or partially, in order
to protect the environment in a differentiated manner. In assigning
the detectors to a same group it is important to assess the type of
building and personal preferences regarding use of the spaces. It is
also possible to programme all the devices in a single AREA. All the
technical sensors – for example, the ooding and particulate sensors
(always active) – cannot be disabled and do not have to be assigned
to a specic area.
Example of “perimeter” subdivision (Fig. 2):
AREA 1 = Outdoor volumetric detectors to protect the garden (series
MNDT, etc.)
AREA 2 = Proximity perimeter volumetric detectors for doors and
windows, with “curtain”-effect lens (series MNCPIR, etc.)
AREA 3 = Door and window opening detectors (MNMC)
AREA 4 = Indoor volumetric detectors for the garage (series MNPIR,
etc.)
AREA 5 = Volumetric detectors for the living room (series MNPIR, etc.)
AREA 6 = Volumetric detectors for the bedrooms (series MNPIR, etc.)
Advantages: allows for moving freely inside the home, monitoring
the perimeter against possible break-ins (areas 5 and 6 disabled;
areas 1, 2, 3 and 4 enabled). This solution ensures progressive protection by diffusing voice messages through sirens to ward off break-
in attempts in the outdoor area, subsequently activating the siren at
full power and making phone calls in case of attempted break-ins
involving the inner areas.
Example of “block” subdivision (Fig. 3):
Area 1 = Garden detectors
Area 2 = Garage detectors
Area 3 = Room 1 detectors
Area 4 = Room 2 detectors
Area 5 = Room 3 detectors
Area 6 = Room 4 detectors
Advantages: allows for personalising the alarm and voice message
enabling based on the rooms to be protected. Different access priorities can be assigned based on the intended use of the rooms, for
example: outdoor area, warehouse, ofce, showroom.
Each detector in the system must belong to one or two of the designated sub-sets. Flooding and smoke detectors are the exception,
as they must ensure 24 h protection even when the alarm is disabled
and people are present inside the home. As a result, they belong to
a specic function: “TECHNICAL ALARMS”.
Subdivision into environments and areas
Wi-Fi connection
If the house has a Wi-Fi connection, the system can be connected
in Client mode. The control unit can also function without a Wi-Fi
connection, in Access Point mode, as it can be controlled via smartphone, tablet and PC in the WLAN area alone. If the disable Wi-Fi
option is selected (not available on the MNCUC model), the control
unit will only communicate via GSM or PSTN with the relevant accessory modules.
For connection in the Client mode, keep on hand the name and
password of the Wi-Fi network to which the control unit must be
connected.
System name
To connect the installation to the remote control system, an identi-
cation name must be assigned to the installation (e.g Rossi Home,
Rossi Seaside Home, Rossi Ofce); this name will be requested
when recording voice messages and appears in communications
via apps, SMS, voice messages and for security agencies. If one or
more installations are connected to the same app, it is important to
use a different name that specically identies the home.
7
Area 6
Area 1
Area 2
Area 3
Area 4
Area 5
Area 6 Area 2
Area 4
Area 1
Area 5
Area 3
Area 6
Area 3
Area 5
Area 2
Area 4
Area 1
Area 6
Area 5
Area 2
Area 1
Area 4
Area 3
Access to the control unit’s programming sequence guides the user
in conguring the system, by requesting information at each step:
before proceeding, make sure to have read the instructions and to
have all the necessary material and information on hand.
Preliminary stages in the programming procedure
General settings
Language and country
Date and time
System name
Wi-Fi connection
Alarm system settings
Name of the areas
Programming of the devices
During this phase it is useful to temporarily mark the devices (with
sticky tape or labels) with the desired name.
Identication of the installer
Identication of the Power User
User management
Generic control unit parameters
Recording of voice messages
System test
Before attaching the devices to the control unit, run an initial test by
positioning the devices near their designated installation points to
verify the radio transmission range.
Pairing Nice automations with the system
After terminating the programming phase, fasten the devices, the
wired connections of the peripherals and, lastly, the control unit.
1. Radio device conguration on bench
Remove the devices from the package and place them on a at sur-
face. Insert any required additional MNGSM modules (see MNGSM)
and MNPSTN modules (see MNPSTN). Power the control unit and
follow the instructions on the screen to complete the programming
phase and acquire the individual devices (see Programming). During
this phase it may be useful to mark the wireless devices with a temporary label specifying the name and number assigned to the device,
while the devices are gradually paired with the control unit.
2. The range test.
Place the control unit and the wireless devices (without securing either) in their designated installation point and test their operation,
verifying that the radio signal is correctly received in every point.
3. The denitive mounting of each device.
4. The setting of each device’s specic parameters.
If necessary, congure the advanced and detailed functions of the
devices on the control unit.
5. The electrical connections.
6. The installation of the control unit (see Installing the control
unit)
Since the system components communicate
via radio, it is advisable to rst congure the
system on a bench before denitively install-
ing all the devices.
Optional MNGSM and MNPSTN modules
Before powering the control unit for the initial start-up and program-
ming of the devices “on the bench”, connect any optional MNGSM
and MNPSTN modules (see pages 10 and 11).
MNCUT and MNCUTC touch screen control units
After connecting the power cable the touch screen displays the programming procedure. If the screen enters the stand-by mode it can
be reactivated by simply touching any point.
MNCUC control unit
It can be programmed through a PC browser or tablet equipped with
Wi-Fi network interface card.
After connecting the control unit to the mains power supply, connect the device or PC or tablet to the WLAN, which will be named
HS3_(control unit serial no.); then enter in the browser’s address bar
the control unit link (the default address is “http://192.168.100.1”).
Warning! Modify the connection data after the initial start-up for se-
curity and privacy reasons.
Installation phases
Programming
Installing the control unit and testing the system
“Bench” programming
Before proceeding with the installation
• Check that all the conditions of use fall within the “Product technical specications”.
• Check that the chosen installation site is compatible with the product’s overall dimensions.
• Check that the mounting surface is solid, so that the device can
be fastened stably and adequately protected against possible impacts.
• Place the versions without display at least 1 metre above the oor
to favour the Wi-Fi communication. Place the versions with display
roughly 1.5 metres above the oor.
• The product can only be used with devices of the MyNice system.
Installing the control unit
After programming the control unit on the bench and connecting
any wired devices, connect the back-up batteries and follow the se-
quence of images to mount the control unit correctly onto the wall
(Figs. 1–2).
General system test
After securing the control unit and calibrating the sensitivity parameters of the devices, run a general test of the system.
8
1
3
5
6
4
5
2
1
2
3 4
7
Ø5 mm
Ø5 mm
9
1 2
Installing the MNGSM module
Insert the SIM card into any telephone, verify that it is active and disable the PIN code. Make sure that the control unit is powered, con-
nect the MNGSM plug-in module to the control unit then insert the
SIM card (Fig. 3). If the telephone uses a MicroSIM, use the appropriate adapters available on the market (not compatible with NanoSIM).
Warning! The SIM card’s PIN code must be disabled, together with
any messages, address books or other data present in the SIM card
memory.
Requesting information and sending commands via telephone call
Warning! Not envisaged in the EN 501316.1.1.1 standard.
It is possible to access the control unit by calling the telephone number of the SIM card inserted in the MNGSM module.
• from the telephone numbers of memorised and enabled users
• from non-memorised disabled telephone numbers (provided they
are anonymous), by digiting after the reply signal the User PIN
code followed by #
If the voice messages have been recorded correctly, the control unit
will reply with the following voice message:
System name > incoming call reply
If the voice messages have not been recorded, wait for the acous-
tic signal.
Operations Description
*
Ambient listening and speakerphone dialogue
0#
Verication of the control unit’s ON/OFF status (enabled/dis-
abled)
0*1#
Full enabling (conrmation reply with 3 beeps)
0*2#
Partial enabling (set for the user)
0*0#
Disabling (conrmation reply with 1 beep)
#
Interruption of alarm calls
Enter the indicated codes and wait for the reply: the control unit will
reply with the recorded voice messages or, if none are recorded, with
acoustic signals to conrm the reception of the command.
Requesting information and sending commands via SMS
Warning! Not envisaged in the EN 501316.1.1.1 standard.
Warning! The SMS delivery and receipt times, managed by the SIM
card provider, may cause delays in the delivery and receipt of the
sent command.
SMS Operation Reply / conrmation SMS
ON"OK
Verication of the control unit’s
ON/OFF status (enabled/
disabled)
ON"123456(areas)"OK if the
alarm is enabled OFF" OK if
the alarm is disabled
ON Full enabling ON"OK
ON"
123456
(areas)
Enabling in the selected areas
ON"
123456 (areas)
"OK
OFF Disabling OFF"OK
C?
Request for SIM card remaining credit
SIM card provider reply
SMS command of actuators wired to the control unit (only for
the MNCUTC and MNCUC models)
IT is possible to activate, deactivate and request the status of each
single wired device if the name programmed in the control unit is
known:
• name of the device followed by space then ON to activate
• name of the device followed by space then OFF to activate
• name of the device followed by space then?
to verify the ON/OFF status
Data transmission activation
MNGSM is compatible with data transmission.
The server’s IP address and the APN of the providers Tim, Vodafone
and Wind are congured automatically; the user name and password
must only be entered if the provider requests them.
GSM connection
10
2
000000
000000
0000
3
000000
000000
0000
Installing the PSTN module
Make sure that the control unit is not powered and insert the plug-in
module to connect the telephone line (Fig. 4). Connect the control
unit to the telephone line (Fig. 5).
Conguration
Verify the country to obtain the automatic conguration of the dial
tones. Enable the telephone switchboard (if present) and enter the
number to access the external line (switchboard by-pass); modify the
number or rings after which the control unit replies.
Requesting information and sending commands via telephone call
The control unit can be accessed by dialling the number of the PSTN
line connected to the control unit, from any telephone number, by
entering after the reply signal the User PIN code followed by #.
If the voice messages have been recorded correctly, the control unit
will reply with the following voice message:
System name > incoming call reply
If the voice messages have not been recorded, wait for the acous-
tic signal.
Enter the indicated codes and wait for the reply: the control unit will
reply with the recorded voice messages or, if none are recorded, with
acoustic signals to conrm the reception of the command.
2
PSTN connection
Operations Description
*
Ambient listening and speakerphone dialogue
0#
Verication of the control unit’s ON/OFF status (enabled/dis-
abled)
0*1#
Full enabling (conrmation reply with 3 beeps)
0*2#
Partial enabling (set for the user)
0*0#
Disabling (conrmation reply with 1 beep)
#
Interruption of alarm calls
11
4
5
Warnings
Connecting wired inputs
The connection to the mains power supply must be done by an expert and qualied electrician in accordance with the regulations on
electrical circuits.
• Install a 2-pole trip switch with contact gap of at least 3 mm, or
use an electrical cable equipped with a plug for standard sockets.
• To ensure conformity to the EN 50131 standard, the connections
to any supplementary sirens (whether self-powered or not and
conforming to the standard) must be protected with a balanced
TAMPER line, using the alarm inputs.
• The relay outputs must be used within the voltage and current
value limits shown in the gure.
• To ensure conformity to the EN 50131 standard, conventional detectors connected directly to the control unit must be certied EN
50131 Grade 2 or higher, and operate with balanced lines, there-
fore suitable resistors must be used as illustrated (Fig. 6).
• The +OFF signal is positive when the control unit is disabled and is
used to block any detectors/sirens equipped with the appropriate
input.
• The fault input, if used, triggers the ANOMALY signal and the rela-
tive warning messages.
• All unused inputs may be left without any connection (they do not
require balancing), unless if they are incidentally closed, even temporarily. In this case, the control unit must be disconnected then
re-powered (line reset).
The MNCUTC and MNCUC control units have a circuit board for
connecting sirens and 8 inputs for wired detectors. In addition, there
are two relays that can be programmed on the control unit, used to
repeat control unit notications or to control generic loads.
8 IN inputs: congurable to single or double balancing, balanced
impulse counter, NC, NO, impulse counter
1 InKey input: allows for enabling/disabling the control unit with an
impulsive or bistable programmable contact
2 Tamper inputs, to be used solely if the alarm inputs are NC con-
gured
1 balanced Tamper input, always active, used to connect a
self-powered siren
1 balanced Fault input
Warning! To activate the inputs via cable, they must be closed, with
or without resistors, for at least 5 seconds from the initial power-up.
Electrical connections
12
GND
1 - 8
1 - 8
ALARM 1
22K
GND
1 - 8
ALARM
22K
GND
1 - 8
ALARM
GND
ALARM
TAMPER
22K+22K
CABLE SIDE
+N
+GND
+SAA
+OFF
IN VOX 1
IN VOX 2
OUT TMP
OUT ANOM
110
OFF
ON
GND
INPUT
22K
13
6
+12 V
GND
IN1
IN2
IN3
IN4
TMP 1-4
+ OFF
+ 12V
GND
IN5
IN6
IN7
IN8
TMP 5-8
24H
+SIR
GND
+SAA
GND
+N
TMPSAA
V1
V2
NC1
COM1
NO1
NC2
COM2
NO2
INKEY
12 V power supply for wired detectors - max 200 mA total
ground
alarm inputs
alarm inputs
alarm inputs
alarm inputs
tamper inputs (only with inputs used in NC mode - Warning! Not conforming to EN 50131 ... close on GND)
12 V positive signal with control unit disabled for various uses - max 100 mA
12 V power supply for wired detectors - max 200 mA total
ground
alarm inputs
alarm inputs
alarm inputs
alarm inputs
tamper inputs (only with inputs used in NC mode - Warning! Not conforming to EN 50131 ... close on GND)
R22k balanced “fault” input (EN 50131 – close on GND)
+12 V for supplementary sirens
ground
+14.5 V: power supply for self-powered sirens with back-up battery
ground
positive missing in alarm mode to command the sirens - high-power sound
R22k balanced input for siren self-protection via cable (close on GND)
positive missing to command the “voice 1” message through siren via cable code 7210
positive missing to command the “voice 2” message through siren via cable code 7210
potential-free exchange of relay 1 - max 1A
potential-free exchange of relay 1 - max 1A
potential-free exchange of relay 1 - max 1A
potential-free exchange of relay 2 - max 1A
potential-free exchange of relay 2 - max 1A
potential-free exchange of relay 2 - max 1A
double balancing, bistable or impulsive operation
Elements of the MyNice system
Control units
MNCUT MyNice control unit 99 zones in 6 areas, dual band two-way radio with 7" colour
touch screen. Features 230 V power supply with 6 V 1.2 Ah back-up battery. Inclusive of
Wi-Fi module.
MNCUTC MyNice control unit 99 zones in 6 areas, two-way dual band radio with 7" colour
touch screen and 8-input circuit board. Features 230 V power supply with 2x2.7 Ah 12 V
back-up batteries (not included). Inclusive of Wi-Fi module.
MNCUC MyNice control unit 99 zones in 6 areas, two-way dual band radio. Can be managed through tablet/PC via Wi-Fi, 8-input circuit board. Features 230 V power supply with
2x2.7 Ah 12 V back-up batteries (not included).
Control devices
MyNice World app Application for remotely controlling the system via Wi-Fi.
MNKP LCD keypad two-way dual band radio inclusive of RFID reader.
MNTX8 Two-way transmitter with 4 keys and dual function for controlling Nice automations.
Dissuaders
MNS Two-way dual band radio siren for outdoors, with voice messages and LED ashing
light.
MNSC Wired siren for outdoors with voice messages and LED ashing light (for MNCUTC
and MNCUC only).
MNSI Two-way dual band radio siren for indoors, with voice messages.
Detectors
MNMC Magnetic detector, two-way dual band radio. With 2 programmable wired inputs.
MNPIR Volumetric infrared detector, 12 m range 140°, two-way dual band radio.
MNPIRAA Volumetric infrared detector, 12 m range 140° with anti-masking function, two-
way dual band radio.
MNPIRPET pet-immune volumetric infrared detector, 12 m range 90° (lens with fan-shaped
coverage), two-way dual band radio.
MNPIRPETAA pet-immune volumetric infrared detector, 12 m range 90° (lens with fanshaped coverage). Anti-masking function, two-way dual band radio.
MNCPIR Vertical curtain infrared detector, 12 m range 5°. Two-way dual band radio.
MNCPIRAA Volumetric vertical curtain infrared detector, 12 m range 5° with anti-masking
function, two-way dual band radio.
MNCPIR2AA Double-infrared vertical curtain motion detector, 8 m range 5° with anti-masking function, two-way dual band radio.
MNPIRLRAA Long-range infrared detector, 30 m range 10°, with anti-masking function,
two-way dual band radio.
Photo Pir
MNPIRTVCC
Volumetric infrared detector, 12 m range 90° (lens with fan-shaped coverage) with anti-masking function and camera, two-way dual band radio and Wi-Fi.
MNPIRTVCCPET
Pet-immune infrared detector, 12 m range 90° (lens with fan-shaped coverage) with anti-masking function and camera, two-way dual band radio and Wi-Fi.
Technical alarm detectors
MNWD
Flooding detector, two-way dual band radio.
MNSD
Smoke detectors. EN 14604-certied, two-way dual band radio.
MNTX0
Transmitter for probes or controls, two-way dual band radio.
Repeater
MNREP
Two-way dual band radio repeater. The device can be used when – due to the excessive
distance or physical obstacles lying in between – the radio range between the control unit
and certain devices must be extended. The repeater must be placed at an equal distance
from the control unit and from the devices to be connected. Up to 4 repeaters can be used
for each system.
The repeater must be programmed by pairing it with the control unit and only with the devices
not reached by the control unit signal, by selecting the devices from the DEVICE LIST menu.
MNDTAA PIR+MCW dual-technology volumetric detector, 12 m range 90°, with anti-masking function, two-way dual band radio.
MNDTPETAA PIR+MCW dual-technology pet-immune detector, 12 m range 90° (lens with
fan-shaped coverage), with anti-masking function, two-way dual band radio.
MNGB Glass breakage microphone detector, two-way dual band radio, with integrated mag-
netic contact.
Device conguration
Parameters common to all break-in detectors
Relevant area: the break-in detectors can be inserted in one or
more areas (set of devices).
Type of alarm: the various alarms generated by the device can be
classied into “sound alarms” (siren sound, calls and alerts towards
the outside) or “voice alarms” (pre-recorded voice messages diffused
by sirens and by the control unit, besides calls and alerts towards
the outside). There are two possible voice alarms with different messages.
Alarm delay (seconds): the device activates the alarm with the pre-
set delay. Cannot be set on MNWD and MNTX0 sensors.
Restriction time after an alarm: adjustable to between 0 and 180
seconds, in case of continuous triggering of the detectors (for example, highly trafcked transit zones, doors/windows continuously
opened and closed). Allows for detecting alarms after the rst one
only after the a pre-set time, thus reducing redundant signals and
battery consumption for sensors subject to frequent triggering.
Alarm LED: normally enabled for all detectors, but can be disabled.
Interactive congurations (AND): this function pairs two sensors
or an area, signals the break-in alarm if both sensors or at least two
sensors in the area detect a break-in within a pre-set time between
10 and 180 seconds. It allows for reducing the frequency of improper
alarms, especially outdoors.
The AND conguration can be enabled in the following ways:
AND for two detectors: the alarm is transmitted only if both detec-
tors detect a break-in.
Area AND: the function is assigned to all detectors paired with the
selected area, and the alarm is triggered if at least two sensors in the
same area detect a break-in.
Warning! We do not recommend programming two non-volumetric
detectors in AND mode.
Wi-Fi/PhotoPir video camera pairing: the device can be paired
with the Wi-Fi or PhotPir video cameras already paired with the con-
trol unit. The alarm signal by the device will consist in the capturing of
frames by the paired video cameras or PhotoPir device.
Chime function: this function only activates when the control unit is
disabled. Pairing it with a detector allows for signalling people present
in the environment or the opening of doors/windows with a sound
signal emitted by the control unit or voice message 2 of the sirens.
Specic parameters of MNMC and MNGB magnetic contact detectors
Door open signal: normally enabled (EN 50131), but can be disa-
bled. If active, it signals any open doors/windows when the alarm is
enabled.
Anti-tampering with magnet: normally disabled, but can be enabled. If enabled, it signals with an alarm an attempt to tamper with
the device by bringing a magnet near to it.
Vibration/shock sensor: normally active, it can be excluded or its
sensitivity adjusted.
Warning! Do not enable this function on doors/windows frequently
subject to trembling or vibrations.
Wired inputs 1 and 2: if connected, they appear in the list of devices
with the letters “a” and “b”, in addition to the number distinguishing
the magnetic contact. Each one can be congured as a NC-NO-Balanced-Double Balanced input, with or without impulse counting. For
information on wired connections, consult the device instructions.
Specic parameters of volumetric detectors
Sensitivity adjustment (PIR): the sensitivity can be adjusted from
minimum level 1 to maximum level 5 (corresponding to the device’s
maximum range); it must be modied in relation to the dimensions of
the environment to be protected.
Integration adjustment: adjusts the detection validation time from
1 (50 ms) to 8 (400 ms). It must be increased in relation to the pres-
ence of disturbances in the room (air currents, heaters, occasional
presence of large insects, mobile curtains and similar).
Impulse counter adjustment: adjust to between 1 (alarm after the
rst valid signal) to 3 (alarm after the third signal) depending of the
possibility of improper alarms.
Temperature compensation: enable this function only in installations characterised by very high average temperatures.
Double detection alarm: enable this function to reduce improper
alarms in heavily disturbed environments or when the installation is
mounted outside the rooms.
Anti-masking (models AA only): with this function selected, if the
sensor is blinded the TAMPERING (24 h) alarm activates.
AND Directional Pir1 -> Pir2 function (MNCPIR2AA only):
allows for programming the device so that it detects the entrance but
not the exit through the protected access.
Specic parameters of technical detectors
The technical alarm sensors – MNWD ooding detector, MNSD
smoke detector and MNTX0 transmitter for probes or radio controls – are assigned by default by the control unit to the TECHNICAL
ALARMS area, active 24 h even when the control unit is disabled.
This function cannot be modied.
Control unit parameter conguration
Enabling prevention with open doors/windows: (normally ena-
bled in accordance with EN 50131). If any doors/windows are open,
this function prevents the alarm from enabling until all the door/windows protected with MNMC have been closed.
Isolated devices: selecting the devices from the list allows for excluding them from the system; this function is used to allow maintenance activities or when the device is faulty.
Alarm time (seconds): the time during which – in case of alarm –
the sound signal is activated through the MNSC, MNS, MNSI sirens
and the siren mounted on the control unit itself.
Exit time (seconds): delays enabling of the alarm from the moment
the command is given for the set time.
Radio monitoring enabling: (normally enabled in accordance with
EN 50131). All the system’s devices are monitored at regular inter-
vals; the control unit detects in real time the status of the connected
devices, emitting warnings in case of faults, and the battery charge
level.
Radio interference time (seconds) / Network absence time /
Wi-Fi absence time: in case of radio interferences, power outages
or loss of Wi-Fi connection for a duration exceeding the set time, the
function activates the signals on the display and, after 10 seconds,
the sending of alerts to enabled users.
Enable duress function from touch screen: the duress function
allows – by entering a specic PIN – for simulating the alarm system’s
disabling with the discrete sending of calls or alarm alerts to enabled
users and security agencies.
It is obtained by adding +1 to the last digit of the PIN, for example
PIN: 11111 duress function activation code 11112 or PIN 11119
duress function activation code 11110. In case of error, calls can be
disabled by entering the correct PIN within 30 seconds.
Enable duress function from TAG: allows for activating the duress
function though the use of the transponder with the control unit or
MNKP.
Chime time (seconds): duration of the sound signal and/or voice
message 2 recorded in the sirens.
Stand-by time (seconds): adjusts the time of the touch screen’s
entry into stand-by mode after the last operation.
Display brightness: adjusts the display brightness.
Volume of voice messages: adjusts the local message reproduc-
tion volume.
User functions
Full enabling, disabling and partial enabling: determines the ar-
eas that the user can enable or disable through the control devices.
Enabled user: if active, it indicates that the user is enabled to use
the alarm system. It must be disabled for users who cannot normally
access the home but who can receive aid alerts, for example night-
time surveillance.
Enable direct access through the control unit: allows the enabled user to access the control unit via a telephone call from the
memorised number, without entering the PIN.
Enable direct management via app: allows the enabled user to
connect to the control unit remotely and control it through the MyNice World app.
Management of alerts via app - Management of alerts via SMS
- Management of alerts via voice messages: allows the user to
receive only the selected alerts.
Enable e-mail management: allows the enabled user to receive
alerts via e-mail at the entered address.
Paired smartphones: displays the smartphones associated with
the user.
Installer menu
To select the language
Language
To select the country
Country
To modify the viewing preferences and set the date and time
Date and time
To modify the system’s name
System name
To set the connection parameters
WiFi connection
To add alarm system devices and modify the parameters
Programming your devices
To rename the areas
Area names
To add users and modify the authorisations
User management
To set the stand-by time of the screens and adjust the brightness of the display
and the volume of voice messages.
Disable the LED signals of the devices and temporarily isolate the devices to be
serviced
General control unit parameters
To enable and disable the following functions: medical aid, panic and aggression
aid, GSM calls, periodic messages, Internet connection, Contact ID digital
protocols
Other communication parameters
To activate and manage reception of alerts via e-mail
Email
To record alert voice messages
Voice notication recording
To request reception via SMS of the remaining credit of the SIM card
Request residual credit
To test the devices (eld meter, device tests, combiner test, siren test, frame test
and relay test)
System Test
To pair Nice automations
Programming your domotics
devices
To create, modify and set timer for scenarios
Scenarios
System saving via MicroUSB, resetting of the system via MicroUSB, updating of
the system through Cloud, USB updating / system re-start, rmware updating via
MicroUSB, restoring of default settings
Utilities
To pair smartphones and tablets via the MyNice World app
Smartphone Association
To consult the log of events
Event Memory
18
How to connect IP video cameras
Smartphone pairing
Up to 4 IP video cameras can be connected to the control unit,
through the domestic Wi-Fi network (only control units connected
in Client mode).
Access the Device programming menu - IP video cameras
Enter the user name and password of the IP video camera, the ADDRESS LINK and the MAC ADDRESS then set the reception interval
of the frames from 1 to 5 seconds and the number of frames...
Before proceeding make sure you have disabled the user in
the section
Download the MyNice World app to the smartphone
• if the control unit is connected in Client mode, ensure that the
smartphone is connected to the Wi-Fi or is nonetheless enabled to
exchange data;
• if the control unit is connected in Access Point mode, connect the
smartphone to the WLAN of the control unit.
Access the menu
Start the MyNice World app and congure the system (New
conguration)
Fill in the elds by copying the IP address of the control unit and
the serial number.
Enter the user name exactly as it is memorised in the control
unit and the respective PIN, press Start on the control unit
and OK on the smartphone. Wait for the pairing procedure to ter-
minate, as conrmed by an acoustic signal. To conrm the correct
pairing, the name of the user who requested the authentication will
appear on the control unit.
19
User management
ENABLE DIRECT MANAGEMENT VIA APP
Settings Menu
Smartphone Association
IS0602A01EN_22-12-2017
www.niceforyou.com
Nice S.p.A.
Via Pezza Alta, 13
31046 Oderzo TV Italy
info@niceforyou.com
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