Videx ESVK User manual

66550045-EN - V6.2 - 31/10/20
VIDEOKIT
ESVK/KRV86KRV88 SERIES
“2 Wire”bus one way, two way videokit
Installation handbook
KRV86
KRV88
We recommend
This equipment is installed by a
Competent Electrician, Security or
Communications Engineer .
ESVKRev.0.2
ESVKXRev.0.2
ESVKCRev.0.3

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ESVK/KRV86 - ESVK/KRV88 Series “2 wire Bus” videokit
ESVK/KRV86 - ESVK/KRV88 Series - Installation handbook
Index
System components and available versions ................................................................................................................................ 3
General directions for installation................................................................................................................................................ 6
Art.4384/4384X Speaker unit with built-in camera & proximity key reader .......................................................................... 10
Art.4901 Digital codelock module.............................................................................................................................................. 17
4000 Series surface and ush mounting door station installation .......................................................................................... 21
Art.KRV88-KRV86 3.5”hands free videomonitor...................................................................................................................... 23
Kristallo Series 3.5" ush and surface videomonitor wall mounting instructions ................................................................. 29
Art.2321-2321/P Power supplies ..........................................................................................................................................31
Art.2322 Power supply converter from BUS line to 12 Vdc ...................................................................................................... 32
Art.4042 .. 4045 Single row button expansion modules .......................................................................................................... 33
Art.4042D .. 4045D Double row button expansion modules................................................................................................... 33
Installation diagrams ................................................................................................................................................................... 36
NOTES AND SUGGESTIONS
• All diagrams refer to all kits versions: ush or surface, colour or black & white.
• Dashed connections refer to optional connections (“Local bell”, “Push to exit” & “Door monitor”).
• Some diagrams show how to connect a 12Vdc electric lock: these directions are suitable for all diagrams in this manual.
• Each time a setting is changed on a videophone (address, extension, number of rings etc.), the videophone must be disconnected from
the relevant connection board then after a few seconds reconnected again to allow the recognizing of the new setting.
• All diagrams shown are valid for B&W or colour systems with surface or ush mount door station.
ADDRESSES 1..12 TABLE FOR DIPSWITCH BANKS WITH ON POSITION UP
= OFF 1
ON
1 3 5 72 4 6 85
ON
1 3 5 72 4 6 89
ON
1 3 5 72 4 6 8
= ON 2
ON
1 3 5 72 4 6 86
ON
1 3 5 72 4 6 810
ON
1 3 5 72 4 6 8
3
ON
1 3 5 72 4 6 87
ON
1 3 5 72 4 6 811
ON
1 3 5 72 4 6 8
4
ON
1 3 5 72 4 6 88
ON
1 3 5 72 4 6 812
ON
1 3 5 72 4 6 8
DECLARATION OF RESPONSIBILITY
This manual has been written and revised carefully. The instructions and the descriptions which are included in it are referring to
VIDEX parts and are correct at the time of print. However, subsequent VIDEX parts and manuals, can be subject to changes without
notice. VIDEX Electronics S.p.A. cannot be held responsible for damages caused directly or indirectly by errors, omissions or discrep-
ancies between the VIDEX parts and the Manual.
WE RECOMMEND
This equipment is installed by a Competent Electrician, Security on Communications Engineer

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ESVK/KRV86 - ESVK/KRV88 Series “2 wire Bus” videokit
ESVK/KRV86 - ESVK/KRV88 Series - Installation handbook
System components and available versions
ESVK/KRV86 - ESVK/KRV88
Colour videokit.
50
43,8
135,0
160,0
45,0 22,7
15,7
143,0
120,0
45,0
INDOOR STATION
Videophone
Art.KRV86 or
Art.KRV88
pag. 23
ACCESSORIES
Power supply
Art.2321
pag. 31
OUTDOOR
STATION
Flush
Mounting
Surface
Mounting
Camera unit
Art.4384
pag. 10
Fig. 1 - ESVK/KRV86 - ESVK/KRV88 components (measures in mm)
ONE WAY VERSIONS
ESVK-1/KRV86 - ESVK-1/KRV88 - ush mounting
1 Outdoor station composed of:
1 Art.4384-1: 1 button camera unit
1 Art.4851: Flush mounting box or
1 Colour videophone
Art.KRV86 or
Art.KRV88
1 Power supply
Art.2321
ESVK-1S/KRV86 - ESVK-1S/KRV88 - surface mounting
1 Outdoor station composed of:
1 Art.4384-1: 1 button camera unit
1 Art.4881: Surface mounting box or
1 Colour videophone
Art.KRV86 or
Art.KRV88
1 Power supply
Art.2321
TWO WAY VERSIONS
ESVK-2/KRV86 - ESVK-2/KRV88 - ush mounting
1 Outdoor station composed of:
1 Art.4384-2: 2 buttons camera unit
1 Art.4851: Flush mounting box or
2 Colour videophones
Art.KRV86 or
Art.KRV88
1 Power supply
Art.2321
ESVK-2S/KRV86 - ESVK-2S/KRV88 - surface mounting
1 Outdoor station composed of:
1 Art.4384-2: 2 buttons camera unit
1 Art.4881: Surface mounting box or
2 Colour videophones
Art.KRV86 or
Art.KRV88
1 Power supply
Art.2321

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ESVK/KRV86 - ESVK/KRV88 Series “2 wire Bus” videokit
ESVK/KRV86 - ESVK/KRV88 Series - Installation handbook
ESVKX/KRV86 - ESVKX/KRV88 Colour videokit with embended proximity key reader.
50
43,8
135,0
160,0
45,0 22,7
15,7
143,0
120,0
45,0
INDOOR STATION
Videophone
Art.KRV86 or
Art.KRV88
pag. 23
ACCESSORIES
Power supply
Art.2321
pag. 1
Card format fob
Art.955/C
Tag format fob
Art.955/T
OUTDOOR
STATION
Flush
Mounting
Surface
Mounting
Camera unit
Art.4384X
pag. 10
Fig. 2 - ESVKX/KRV86 - ESVKX/KRV88 components (measures in mm)
ONE WAY VERSIONS
ESVKX-1/6788 - ush mounting
1 Outdoor station composed of:
1 Art.4384X-1: 1 button camera unit
1 Art.4851: Flush mounting box or
1 Colour videophone
Art.KRV86 or
Art.KRV88
1 Power supply
Art.2321
1 Card format fob
Art.955/C
2 Tag format fobs
Art.955/T
ESVKX-1S/6788 - surface mounting
1 Outdoor station composed of:
1 Art.4384X-1: 1 button camera unit
1 Art.4881: Surface mounting box or
1 Colour videophone
Art.KRV86 or
Art.KRV88
1 Power supply
Art.2321
1 Card format fob
Art.955/C
2 Tag format fobs
Art.955/T
TWO WAY VERSIONS
ESVKX-2/6788 - ush mounting
1 Outdoor station composed of:
1 Art.4384X-2: 2 buttons camera unit
1 Art.4851: Flush mounting box or
2 Colour videophones
Art.KRV86 or
Art.KRV88
1 Power supply
Art.2321
1 Card format fob
Art.955/C
4 Tag format fobs
Art.955/T
ESVKX-2S/6788 - surface mounting
1 Outdoor station composed of:
1 Art.4384X-2: 2 buttons camera unit
1 Art.4881: Surface mounting box or
2 Colour videophones
Art.KRV86 or
Art.KRV88
1 Power supply
Art.2321
1 Card format fob
Art.955/C
4 Tag format fobs
Art.955/T
System components and available versions

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ESVK/KRV86 - ESVK/KRV88 Series “2 wire Bus” videokit
ESVK/KRV86 - ESVK/KRV88 Series - Installation handbook
ESVKC/KRV86 - ESVKC/KRV88 Colour videokit plus a codelock module.
50135,0
280,0
45,0 22,7
263,0
INDOOR STATION
Videophone
Art.KRV86 or
Art.KRV88
pag. 23
ACCESSORIES
Power supply
Art.2321
pag. 31
Power supply converter
Art.2322
pag. 32
OUTDOOR
STATION
Flush
Mounting
Surface
Mounting
Camera unit
Art.4384
pag. 10
Codelock
unit
Art.4901
pag. 17
Fig. 3 - ESVKC/KRV86 - ESVKC/KRV88 components (measures in mm)
ONE WAY VERSIONS
ESVKC-1/KRV86 - ESVKC-1/KRV88 - ush mounting
1 Outdoor station composed of:
1 Art.4384-1: 1 button camera unit
1 Art.4901: Codelock module
1 Art.4852: Flush mounting box
or
1 Colour videophone
Art.KRV86 or
Art.KRV88
1 Power supply
Art.2321
1 Power supply
converter
Art.2322
ESVKC-1S/KRV86 - ESVKC-1S/KRV88 - surface mounting
1 Outdoor station composed of:
1 Art.4384-1: 1 button camera unit
1 Art.4901: Codelock module
1 Art.4882: Surface mounting box
or
1 Colour videophone
Art.KRV86 or
Art.KRV88
1 Power supply
Art.2321
1 Power supply
converter
Art.2322
TWO WAY VERSIONS
ESVKC-2/KRV86 - ESVKC-2/KRV88 - ush mounting
1 Outdoor station composed of:
1 Art.4384-2: 2 buttons camera unit
1 Art.4901: Codelock module
1 Art.4852: Flush mounting box
or
2 Colour videophones
Art.KRV86 or
Art.KRV88
1 Power supply
Art.2321
1 Power supply
converter
Art.2322
ESVKC-2S/KRV86 - ESVKC-2S/KRV88 - surface mounting
1 Outdoor station composed of:
1 Art.4384-2: 2 buttons camera unit
1 Art.4901: Codelock module
1 Art.4882: Surface mounting box
or
2 Colour videophones
Art.KRV86 or
Art.KRV88
1 Power supply
Art.2321
1 Power supply
converter
Art.2322
System components and available versions

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ESVK/KRV86 - ESVK/KRV88 Series “2 wire Bus” videokit
ESVK/KRV86 - ESVK/KRV88 Series - Installation handbook
General directions for installation
CABLE TYPES AND CROSS SECTIONAL AREAS
The ESVK two wire videokits with 7” monitors can use several types of cables but depending on their specication will allow dier-
ent distances up to 250 meters maximum. We do not recommend the use of shielded cables because of the high eddy capacitance.
It is also not advised to double up on cables as this will also increase the capacitance. The following table species values of resist-
ance, capacitance and maximum distances achievable for several types of cables (capacitance and resistance values are referring
to 100 metres of cable).
Cable Type* Wires Section
(mm2)
Resistance
(Ohm)
per 100 metres
Capacitance
(nF)
per 100 metres
**Maximum Distance
between outdoor unit
and the farthest indoor
unit (metres)
***Maximum Distance
between power supply
and the farthest indoor
unit
VIDEX CM2 0.50 3.2 8 250 100
CAT5 UTP/CW1308 0.22 8 4.9 100 50
Std Telephone Cable 0.28 6.5 5.5 150 50
Standard wire 0.5 2 6.5 70 30
* It is important that the video intercom system cables do not run with mains or other high power cables. Noise from such
cables (electromagnetic interference) may cause noises on audio/video and lost functionality. In cases where this advice
can not be followed or when existing cables are to be used it will be necessary to carry out tests to assess the quality and
functionality of the installation.
** This distance represents the maximum cable length from the outdoor unit to the farthest indoor unit. There are two impor-
tant characteristics to consider when calculating cable, the resistance and the capacitance. The resistance of the cable from
power supply to end point must be less than 10 Ohms and can be calculated from point to point.The capacitance of the cable
must not exceed 40nF and is an accumulation of all lengths and branches of the cable. For example: because of cable capaci-
tance, the Videx CM2 cable used in a single system cannot exceed the 400m considering all lengths and branches of the cable.
***
This distance represents the maximum total cable length from the power supply unit to the farthest indoor unit.With more than
one indoor unit, each sum of the cable segment from the outdoor unit to the power supply unit plus the cable segment from the
power supply unit to each videophone, cannot exceed the maximum mentioned in the fourth column of the table above.
In case of use of cables not in conformity with above specication it is possible to experience deterioration of digital and video signals.
We suggest to use twisted cables with maximum resistance of 10 Ohm (between the furthest door station and the furthest video-
phone) and maximum capacitance of 40nF (this value must be calculated considering all the cables used in the system; the capac-
itance/metres value is normally specied on the cable package or directly on the cable).
BUS DEVICE SETUP AND VIDEO DISTRIBUTION
• When changing dip switch settings, disconnect the device from the bus for a minimum of 1 minute to allow the unit to fully discharge.
• When you have more than one device in the same apartment, all the devices must be connected to the same video distributor
(Art.317N): this means that you cannot use two video distributors Art.318 for one apartment where you have 4 videophones/intercoms.
• After completing the installation proceed to testing. The video level gain can be adjusted at several points including distributors,
entrance exchanger and bus boosters.
HOW TO CONNECT A LOCAL POWER SUPPLY
The drawing below shows how to connect a local power supply when required (i.e. when you have 4 videophones with the same
address that must be switched on at the same time). In both cases switch 4 of SW3 must be set to the ON position.
NOTE! OBSERVE CONNECTION POLARITIES AS SHOWN IN THE DIAGRAM BELOW.
0V
230V
+
_
BUS
Art.2321
Address:
Extension N.
1
3
Art.KRV782Art.KRV782
5
4
3 876
ON
21 4
3
ON
21
Videophone:
Extension N.
Close
Open
Bus
Termination
BUS1
BUS2
GND
12M
GND
+DOL
GNDA
LB
AL
-DOL
VA
C
NO
1
2
ART.6788 Art.6788
12Vdc
230V
+-
ART.
323/12

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ESVK/KRV86 - ESVK/KRV88 Series “2 wire Bus” videokit
ESVK/KRV86 - ESVK/KRV88 Series - Installation handbook
General directions for installation
CABLES LENGTH & SIZE
Art.2321
Art.6788Art.KRV782
7" Videophones
B
A
Or
Cable Type Wires Section
(mm2) A+B B max
VIDEX CM2 0.50 250 100
CAT5 UTP/CW1308 0.22 100 50
Std Telephone Cable 0.28 150 50
Standard wire 0.5 70 30

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ESVK/KRV86 - ESVK/KRV88 Series “2 wire Bus” videokit
ESVK/KRV86 - ESVK/KRV88 Series - Installation handbook
General directions for installation
CABLES LENGTH & SIZE
Art.2321
B
A
Art318
Art.6788Art.KRV782
7" Videophones
Or
Art.6788Art.KRV782
7" Videophones
Or
Cable Type Wires Section
(mm2) A+B B max
VIDEX CM2 0.50 250 100
CAT5 UTP/CW1308 0.22 100 50
Std Telephone Cable 0.28 150 50
Standard wire 0.5 70 30

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ESVK/KRV86 - ESVK/KRV88 Series “2 wire Bus” videokit
ESVK/KRV86 - ESVK/KRV88 Series - Installation handbook
CABLES LENGTH & SIZE
Art.2321
B
A
Art.317N
Art.6788Art.KRV782
7" Videophones
Or
Art.6788Art.KRV782
7" Videophones
Or
Cable Type Wires Section
(mm2) A+B B max
VIDEX CM2 0.50 300 150
CAT5 UTP/CW1308 0.22 100 50
Std Telephone Cable 0.28 150 50
Standard wire 0.5 70 30
* Using the active distributor Art.317N, the maximum ca-
ble length using CM2 cable increases up to 300 metres.
General directions for installation

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ESVK/KRV86 - ESVK/KRV88 Series “2 wire Bus” videokit
ESVK/KRV86 - ESVK/KRV88 Series - Installation handbook
D
C
E
A
BB
Fig. 1 Front
ON
12345678
STEEL
MATTE
ALI
HIGH BRASS
4384X-1
4384X-0
4384X-2
EXPANSION
BUTTONS
NC VAUX +C C NO GND PTE BUS BUS +V2 GNDV VID2
Balance
A B GND
RS485
4384-1
4384-0
4384-2
Made in Italy
G
F
O
H
I
L
M
N
Fig. 2 Back
DESCRIPTION
Speaker unit module for VX2300 digital system with built-in col-
our camera with autoiris lens and white light illumination LEDs.
Art. 4384X versions are also equiped with a built-in proximity
key reader and programming modes.
The unit circuitry incorporates:
• The transmitting amplier with microphone and volume control;
• The receiving amplier with volume control;
• The audio balance circuit with “BALANCE” control;
• The enslavement relay to enable the electric lock (3 contacts:
common, normally open and normally closed). It can work
also as capacitor discharge to supply directly the electric lock;
• The call buttons from (0, 1 or 2 depending on the module version;
• The illumination LEDs for the card name holder;
• The camera comprised of illumination LEDs.
LEGEND
ACamera with illumination
LEDs
BOperation LEDs
CLoudspeaker
DCard name holder with built
in-in proximity key reader
(only Art.4384X versions)
ECall push button
FCamera horizontal and
vertical adjustmen
GBalance
HLoudspeaker volume
IMicrophone volume
L8 way dip-switch
MRS485 connection terminals
(only Art.4384X versions)
NIDC male connectors
OConnection terminals
AVAILABLE VERSIONS
Art.4384-0 Art.4384X-0
1
Art.4384-1
Art.4384X-1
1
2
Art.4384-2
Art.4384X-2
LEDS
The rst LED (red), if switched ON, indicates that it is
not possible to make a call because a call or a conver-
sation is in progress (from the outdoor station from
which you are calling or from another outdoor station
on systems with multiple entrances).
The second LED (red), if switched ON, indicates that a
call is in progress. The LED will be switched OFF when
the call is answered.
The third LED (yellow), if switched ON, indicates that it is
possible to speak. The LED will be switched OFF at the end
of conversation (or at the end of the conversation time).
The fourth LED (green), if switched ON, means that the
door lock has been operated. It will be switched OFF at
the end of the“door opening”time.
CONTROLS
Balance
Balance
Prevent Larsen eect on bidirectional audio conversation.
Loudspeaker volume
Adjust the loudspeaker volume.
Rotate clockwise to increase or anti-clockwise to decrease
Microphone volume
Adjust the microphone volume.
Rotate clockwise to increase or anti-clockwise to decrease
Art.4384 Speaker unit with built-in camera
Art.4384X Speaker unit with built-in camera & proximity key reader

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ESVK/KRV86 - ESVK/KRV88 Series “2 wire Bus” videokit
ESVK/KRV86 - ESVK/KRV88 Series - Installation handbook
PROGRAMMING
The programming consists of the following settings:
• Unit ID (1..15);
• Door opening time (2 or 6 seconds);
• Conversation time (1 or 2 minutes);
• Addressing order of the buttons.
• Main camera selection for Art.4384 versions or programming mode for Art.4384X versions.
The settings are carried out through the 8 way dip-switch (reference Lon Fig. 2) accessible from the rear side of the module.
PROGRAMMING THE UNIT ID
Switch Nr.1 Nr.2 Nr.3 Nr.4 ID
ON
1 3 5 72 4 6 8 OFF OFF OFF OFF 1
ON
1 3 5 72 4 6 8 ON OFF OFF OFF 2
ON
1 3 5 72 4 6 8 OFF ON OFF OFF 3
ON
1 3 5 72 4 6 8 ON ON OFF OFF 4
ON
1 3 5 72 4 6 8 OFF OFF ON OFF 5
ON
1 3 5 72 4 6 8 ON OFF ON OFF 6
ON
1 3 5 72 4 6 8 OFF ON ON OFF 7
ON
1 3 5 72 4 6 8 ON ON ON OFF 8
ON
1 3 5 72 4 6 8 OFF OFF OFF ON 9
ON
1 3 5 72 4 6 8 ON OFF OFF ON 10
ON
1 3 5 72 4 6 8 OFF ON OFF ON 11
ON
1 3 5 72 4 6 8 ON OFF ON ON 12
ON
1 3 5 72 4 6 8 OFF OFF ON ON 13
ON
1 3 5 72 4 6 8 ON OFF ON ON 14
ON
1 3 5 72 4 6 8 ON ON ON ON 15
PROGRAMMING THE DOOR OPENING TIME
Switch Nr.5 Setting Up
ON
1 3 572 4 6 8 OFF = 2 seconds
ON
1 3 572 4 6 8 ON = 6 seconds
PROGRAMMING THE CONVERSATION TIME
Switch Nr.6 Setting Up
ON
1 3 5 72 4 68OFF = 1 minute
ON
1 3 5 72 4 68ON = 2 minutes
PROGRAMMINGTHE ADDRESSING ORDER OFTHE BUTTONS
Switch Nr.7 Setting Up
Button matrix Internal buttons
ON
1 3 5 72 4 6 8 OFF = 1 - 40 = 1, 2
ON
1 3 5 72 4 6 8 ON = 41 - 80 = 41, 42
PROGRAMMING THE MAIN CAMERA SELECTION
ONLY ART.4384 VERSIONS
Switch Nr.8 Setting Up
ON
1 3 5 72 4 6 8OFF = Main camera internal
ON
1 3 5 72 4 6 8ON = Main camera external
PROGRAMMING MODES ONLY ART.4384X VERSIONS
Switch 8 sets the programming mode: "Standard" (switch in OFF
position) or "Advanced" (switch in ON position).
In "Standard" mode settings are made by switches from 1 to 7.
In "Advanced" mode all programming is made via the "VX2X00
Programmer" PC software connected to RS485 via an Art.481 in-
terface. Please note that in this case the programming made by
switches from 1 to 7 wil be ignored.
Switch Nr.8 Setting Up
ON
1 3 5 72 4 6 8OFF "Standard" programming mode
ON
1 3 5 72 4 6 8ON "Advanced" programming mode
Art.4384 Speaker unit with built-in camera
Art.4384X Speaker unit with built-in camera & proximity key reader

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ESVK/KRV86 - ESVK/KRV88 Series “2 wire Bus” videokit
ESVK/KRV86 - ESVK/KRV88 Series - Installation handbook
Art.4384 Speaker unit with built-in camera
Art.4384X Speaker unit with built-in camera & proximity key reader
RS485 CONNECTION
With switch 8 in ON position the
module can be connected using an
RS485 bus connection via an RS485
to USB converter (Art.481) as shown
in Fig. 3.
This method of connection can be
used for programming and setup of
the module.
Over distances shorter than 500mt
the bus termination jumper on the
Art.481 can be set to the OPEN po-
sition.
ON
12345678
STEEL
MATTE
ALI
HIGH BRASS
4384X-1
4384X-0
4384X-2
EXPANSION
BUTTONS
NC VAUX +C C NO GND PTE BUS BUS +V2 GNDV VID2
Balance
A B GND
RS485
4384-1
4384-0
4384-2
Made in Italy
485 / 232
RS-485
USB-PC
A B GND
RS-232
Art. 481
USB-Serial Converter
Open
Close
BUS
Termination
switch to RS485 position
RS485 cable
USB cable
PC
BUS termination jumper
in the closed position
Fig. 3
404x FLAT CABLE CONNECTION
To power the button module connect one of the inbuilt IDC male connectors to the IDC male connector of the camera unit mod-
ule through the at cable provided. Further buttons expansion modules can be connected to the free IDC male connector of the
previous expansion module (Fig. 4).
OR
Art.CFL17
17 cm lenght at cable
(Supplied)
Art.CFL45
45 cm lenght at cable
(to be ordered separately )
Fig. 4
J2 AND J1 JUMPERS BACKLIT LEDS SETTINGS
For proper functioning please set J2 and J1 jumpers of any connected button expansion module Art.404x as shown in the table below.
NOTE: when more modules are connected, following the connection order, every two modules, the previous must be set as module
1 while the next must be set as module 2.
USING ONE SINGLE EXPANSION BUTTON MODULE
J2 J1
B A B A
USING A COUPLE EXPANSION BUTTON MODULES
1
2
Expansion button module 1
J2 J1
B A B A
Art.4384 - Art.4384X
Expansion button module 2
J2 J1
B A B A
NOTE: to connect more than 2 expansion button modules,
please refer also to the installation diagrams.

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ESVK/KRV86 - ESVK/KRV88 Series “2 wire Bus” videokit
ESVK/KRV86 - ESVK/KRV88 Series - Installation handbook
HOW TO CONNECT AN ELECTRIC LOCK
The “door-open” relay can operate either as “dry contact” or “capacitive discharge” mode.
• In “dry contact” operation mode the relay works in a traditional way, a power supply or a power source is needed to operate the
lock (12-24Vac/dc 2A max), and activation lasts according to the door opening time programmed.
• In “capacitive discharge” operation mode the relay’s contacts, when active, supply directly the lock (12Vac/dc 1A max) for a mo-
ment. You don’t need a power supply for the lock and the door opening time programmed does not aect the activation time.
A possibile deterioration of the mechanical performance of the electric lock, might cause the “capacitive discharge”to malfunction
in time. In case the electric lock is used in very dusty environments or in peculiar climate conditions, we suggest to use the “open
door” relay in “dry contact” mode.
13V
230V
50/60 Hz
ART.321
230V
12Vac
12Vac 1.6A Max using Art.321
24Vac/dc 2A Max using other power supplies
Using CAPACITIVE
DISCHARGE
Using separate P.S.U.
4653
2
1
ON
Unit ID:
87
EXPANSION
BUTTONS
Art.4384-1
1
4653
2
1
ON
Unit ID:
87
EXPANSION
BUTTONS
Art.4384-1
1
Videx Electronics S.p.A.
Via del Lavoro 1, 63846 Monte Giberto (FM)
Phone: [phone] - Fax [phone]
www.videx.it - [e-mail]
Autore:
Data modifica:
Data creazione:Title:
Notes:
Titolo:
Note: Cod.File:
Foglio
/11
Marco Rongoni
esvk-
g
005.dw
g
13/06/2019
13/06/2019
12Vac/dc 1A Max
Fig. 5 Using capacitive discharge
13V
230V
50/60 Hz
ART.321
230V
12Vac
12Vac 1.6A Max using Art.321
24Vac/dc 2A Max using other power supplies
Using CAPACITIVE
DISCHARGE Using separate P.S.U.
4653
2
1
ON
Unit ID:
87
EXPANSION
BUTTONS
Art.4384-1
1
4653
2
1
ON
Unit ID:
87
EXPANSION
BUTTONS
Art.4384-1
1
Videx Electronics S.p.A.
Via del Lavoro 1, 63846 Monte Giberto (FM)
Phone: [phone] - Fax [phone]
www.videx.it - [e-mail]
Autore:
Data modifica:
Data creazione:Title:
Notes:
Titolo:
Note: Cod.File:
Foglio
/11
Marco Rongoni
esvk-
g
005.dw
g
13/06/2019
13/06/2019
12Vac 1.6A Max using Art.321
24Vac/dc 2A Max using other power supplies
Fig. 6 Using separate P.S.U.
OPERATION
Once the device has been programmed and connected correctly, it will generate upon each pressing of a push button, a code correspond-
ing to the PHONE ID (address programmed on the 8 way dip-switch inside each telephone) of the telephone being called.
TO CALL A USER
Press the relevant button to call the user: 2 quick beeps will indicate if the system is busy, otherwise the call will be signalled by a
slow intermittent acoustic signal until the call is answered, the conversation time expires (programmable time) or the call is inter-
rupted by pressing a push button for a minimum of 2 seconds.
A short intermittent acoustic signal plus the relevant LED switched ON indicates that the door is open. If a wrong push button is
pressed or if there is no answer, a new call will cancel the previous one.
MOUNTING NOTES
When an expansion button module (Art.404x)
is used combined with speaker units with inbuilt
camera (Art.4384-1, Art. 4384-2, Art. 4384X-1,
Art. 4384X-2) remember to set the expansion
modules properly in order to avoid overwriting
the addresses; indeed the inbuilt buttons ad-
dresses are already set (Fig. 7).
1
6
7
8
9
10
1
2
6
7
8
9
10
Art.4384 -Art.4384X
switch
Nr.7
ON
12345678OFF
Art.404x jumper
n=5
R
Fig. 7
Art.4384 Speaker unit with built-in camera
Art.4384X Speaker unit with built-in camera & proximity key reader

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PROGRAMMING TAGS ONLY ART.4384X VERSIONS
MASTER TAG
The external module is supplied with a master tag. The master tag is programmed in-factory, it is white to easily stand out. This tag
enables user tags to be programmed or cleared.
If the master tag is lost, a new one will have to be ordered and a specic procedure performed to program it on the external module.
In this instance, it will be necessary to reprogram all the user tags.
USER TAG
The user tags can be programmed on the external module using the master tag to access programming mode:
1. Place the master tag in front of the tag reader.
↪The external module emits two high-pitched “bip”.
BIP BIP
2. Press the call button (the lower call button in the case of a 2-button external module).
↪The external module emits a low-pitched continuous “beeping” sound.
BIIIIIIP
3. Release the call button.
↪The low-pitched “beeping” sound stops.
4. Place the user tag to be programmed in front of the tag reader.
↪The external module emits a high-pitched “beeping” sound, the tag is programmed. If you do
not remove the tag quickly, may be emitted the alert for an already programmed tag.
BIP
5. Repeat the step 4 for each tag to program.
Note: the external module emits three low-pitched “beeping” sounds if an already programmed
tag is placed in front of the tag reader.
BIP BIP BIP
Note: the external module emits three high-pitched “beeping” sounds to indicate that its
memory is full (50 tags maximum). In this instance, it is not possible to program new tags.
BIP BIP BIP
6. To exit programming mode:
» place the master tag in front of the tag reader, or
» wait 10 seconds after the most recent programming operation.
↪ The external module emits two low-pitched “beeping” sounds in order to indicate
that it is in operational mode.
BIP BIP
USING TAGS
Place a tag in front of the tag reader:
↪If the tag is programmed, the external module emits two high-pitched “beeping” sounds
and its relay is activated.
BIP BIP
↪If the tag is not programmed, the external module emits three low-pitched “beeping”
sounds and its relay is not activated.
BIP BIP BIP
CLEARING USER TAGS
The following procedure will clear the programming on all user tags.
Clearing the user tag programming is carried out on the external module using the master tag to run the procedure:
1. Place the master tag in front of the tag reader.
↪The external module emits two high-pitched “bip”.
BIP BIP
2. Press the call button (the lower call button in the case of an external 2-button module) BIP.
↪The external module emits a low-pitched continuous “beeping” sound.
BIIIIIIP
3. Release the call button.
↪The low-pitched “beeping” sound stops.
4. Press and hold down the call button and place the master tag in front of the tag reader.
↪The external module emitts two low-pitched “beeping” sounds, all user tags have been
cleared and the external module exits programming mode.
BIP BIP
Art.4384 Speaker unit with built-in camera
Art.4384X Speaker unit with built-in camera & proximity key reader

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ESVK/KRV86 - ESVK/KRV88 Series - Installation handbook
REPROGRAMMING A MASTER TAGS
If the master tag is lost or damaged, a new one can be programmed using the following procedure:
1. Switch o the power.
2. Open the external module housing.
3. Bridge the PTE and GND terminals or press and hold down the“press to exit” button, if this
is wired to the external module (refer to the external module's instructions).
ON
12345678
STEEL
MATTE
ALI
HIGH BRASS
4384X-1
4384X-0
4384X-2
EXPANSION
BUTTONS
NC VAUX +C C NO GND PTE BUS BUS +V2 GNDV VID2
Balance
A B GND
RS485
4384-1
4384-0
4384-2
Made in Italy
4. Switch the power back on.
↪The external module emits a high-pitched “beeping” sound.
BIP
5. Remove the short between the PTE and GND terminals or release the“press to exit” button.
↪The external module emits a high-pitched "beeping" sound.
BIP
6. Place the master tag in front of the tag reader.
↪The external module emits two high-pitched “beeping” sounds, then two low-pitched
“beeping” sounds, the master tag is programmed, all user tags have been deprogrammed
and the external module exits programming mode.
BIP BIP
BIP BIP
7. Close the external module's housing.
HOW TO REMOVE/INSERT THE CARD NAME HOLDER
• To avoid damage to the module front plate, mask the side that
will be in contact with the screwdriver blade;
• Insert the screwdriver (at side) into the card-holder hole as
shown in Fig. 8;
• Move the screwdriver to the left as shown in Fig. 9 to extract
the card name holder;
• Edit the card name then replace it inside the holder and ret:
insert the holder inside its housing from the left or right side
then push the other side until it clips into place. Fig. 8 Fig. 9
ADHESIVE GASKET PLACEMENT
Apply the Yseal as shown in Fig. 10.
ANTITAMPERING LOCKS FIXING
Fit the anti-tampering locks Was shown in Fig. 11.
Y
G
Fig. 10
W
Fig. 11
Art.4384 Speaker unit with built-in camera
Art.4384X Speaker unit with built-in camera & proximity key reader

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ESVK/KRV86 - ESVK/KRV88 Series - Installation handbook
CAMERA NOTES
MAXIMUM ILLUMINATION DISTANCE
FROM CAMERA AT NIGHT
The illumination LED’s within the camera
will illuminate the visitor when they are
within 50cm of the camera.
MAX 50 cm
FIELDS OFVIEW
The elds of view for standard camera are 55° for vertical angle and 115° for horizontal angle
while for Wide Angle camera are 80° for vertical angle and 170° for horizontal angle.
195 cm
80° 55°
170 cm
100 cm
75 cm
135 cm
70 cm
Vertical angle
170°
115°
180 cm
105 cm
70 cm
Horizontal angle
Standard camera Wide Angle camera
CONNECTION TERMINALS SIGNALS
ART.4384 VERSIONS
VID2 Video signal input (coax centre core)
GNDV Video signal ground (coax screen and 0V to camera)
+V2 Output to supply the external camera
if necessary
Max 12Vdc
150mA
BUS BUS Connection terminals
BUS
PTE “Push to exit” active low input
GND Ground
NO Door open relay normally open contact Max 12-24
Vac/dc 2A
CDoor open relay common contact
+C Electric lock capacitor discharge output
VAUX 35Vdc power supply input (if used, the module is
powered locally and not from the BUS)
NC Door open relay normally closed
contact
Max 12-24
Vac/dc 2A
ART.4384X VERSIONS
VID2 Video signal input (coax centre core)
GNDV Video signal ground (coax screen and 0V to camera)
+V2 Output to supply the external camera
if necessary
Max 12Vdc
150mA
BUS BUS Connection terminals
BUS
PTE “Push to exit” active low input
GND Ground
NO Door open relay normally open contact Max 12-24
Vac/dc 2A
CDoor open relay common contact
+C Electric lock capacitor discharge output
VAUX 35Vdc power supply input (if used, the module is
powered locally and not from the BUS)
NC Door open relay normally closed
contact
Max 12-24
Vac/dc 2A
GND Ground
BRS-485 serial interface
A
TECHNICAL SPECIFICATIONS
Call buttons: Up to 94
Working voltage: Supplied by the BUS line
Power consumption: Stand-by: 50 mA
Operating: 165 mA
Working Temperature: -20 +60 °C
CLEANING OF THE PLATE
Use a clean and soft cloth. Use moderate warm water or non-ag-
gressive cleansers.
Do not use:
• abrasive liquids;
• chlorine-based liquids;
• metal cleaning products.
Art.4384 Speaker unit with built-in camera
Art.4384X Speaker unit with built-in camera & proximity key reader

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A B
C
Fig. 1 Front
MOV
NO1 NC1 NO2 NC2 NO3 NC3
SW2
SW1
NC2
NO2 C2
NC3
NO3 C3
NC1
C1
– +
NO1
Made in Italy
4901
STEEL
ALI
HIGH BRASS
MATTE
Note: Remove MOV
jumper completely
when using a relay to
trigger a gate controller.
A
BJPL ED
F
Fig. 2 Back
DESCRIPTION
The Art.4901 is manufactured from 316 grade brushed stainless
steel and the module features 12 stainless steel buttons, backlit
in blue (Keys 0 - 9, ENTER and CLEAR) and 2 LED’s for progress
information during use and programming. With three integral
relays each with common, normally open and normally closed connections and two inputs to enable the external triggering of
relays one and two (for example, push to exit button). Key presses are signalled both acoustically and visually while each button
press has a tactile feel. Entering the correct code followed by ENTER will activate the relevant relay. Programming is carried out
through the same keypad following a simple programming menu. The module can be combined with other 4000 Series modules in
an audio or video intercom system.
LEGEND
AGreen LED
BRed LED
CBacklit keypad
DJPL jumper
EMOV jumpers
FConnection terminals
MAIN FEATURES
• 3 C, NC, NO relay outputs (24Vac/dc – 5A max);
• 3 Programmable secret codes (one for each relay);
• Each relay can be set to be activated for a specic time (01 to 99 seconds) or to work as latch;
• Two active low inputs to command directly the relay 1 and 2;
• Programming menu guarded by a 4-8 digit programmable engineer’s code;
• Visual and Acoustic signal during operating and programming;
• Keypad illumination LEDs;
GENERAL DIRECTIONS FOR INSTALLATION
In order to achieve the best results from the schematics described it is necessary to install only original VIDEX equipment, strictly
keeping to the items indicated on each schematic and follow these General Directions for Installation:
• The system must be installed according to national rules in force, in any case the running of cables of any intercom unit must be
carried out separately from the mains;
• All multipair cables should be compliant to CW1308 specication (0.5mm twisted pair telephone cable).
• Cables for speech line and service should have a max resistance of 10 Ohm
• Lock release wires should be doubled up (Lock release wires and power supply wires should have a max resistance of 3 Ohm);
• The cable sizes above can be used for distances up to 50m. On distances above 50m the cable sizes should be increased to keep
the overall resistance of the cable below the RESISTANCES indicated above;
• Double check the connections before power up;
• Power up the system then check all functions.
Art.4901Digital codelock module Rev.0.1

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LOCK RELEASE BACK EMF PROTECTION
A varistor must be tted across the ter-
minals on AC lock release (Fig. 5) and
a diode must be tted across the ter-
minals on a DC lock release (Fig. 4) to
suppress back EMF voltages. Connect
the components to the lock releases as
shown in gures.
VARISTOR MOV
12V AC
LOCK RELEASE
Fig. 3
DIODE 1N4002
12V DC
LOCK RELEASE
Fig. 4
BUZZER BACK EMF
When using intercoms with buzzer call (Art.924/926, SMART1/2, 3101/2, 3001/2 and 3021/2) add one 0.1uF (100nF) capacitor be-
tween terminals 3 and 6 on the telephone.
BUILTIN RELAYS  BACK EMF PROTECTION
The Art.4901 includes selectable back EMF protection on the relays. The jumpers marked MOV (one jumper for each relay) are used
to select the protection type. When using a fail secure lock with connections C& NO the jumper should be in the NO position. When
using a fail open lock with connections C& NC the jumper should be in the NC position and when using the codelock to trigger a gate
controller or another third party controller the jumper should be removed completely (this disables the protection on the relay).
BACK LIGHT ADJUSTMENT JUMPER JPL
The jumper JPL (Fig. 2, D) is used to
adjust the brightness and determine
the operation of the backlit buttons.
There are four brightness settings for the
backlit buttons and two programming
modes (Mode 1 and 2) for the jumper.
The two modes that can be programmed
change the functionality of the jumper
JPL. The table beside indicates the
programming mode, the position of the
jumper and the operation of the backlit
buttons.
Jumper Position Back light Operation
Mode 1
A
(default)
A
B
Back light on low brightness in standby.
Full brightness when any buttons are pressed.
BA
B
Back light OFF in standby.
Full brightness when any buttons are pressed.
Mode 2
A or B A
B
A
Bor Back light on full brightness all of the time.
JPL removed
in either Mode
A
B
No back light, the back light is completely
disabled.
PROGRAMMING MODE 1 DEFAULT MODE, JPL = A
Follow the steps below to set the codelock to Mode 1:
1. Disconnect the power from the Art.4901 codelock;
2. Short out terminals and SW2;
3. Press and hold down button 1and keep it pressed down
while the power is switched back ON;
4. When power is restored to the codelock wait for the module
to emit a single beep and the red status LED (Fig. 1, B) to
ash once;
5. Listen for the conrmation tone and wait for the red status
LED (Fig. 1, B) to ash once again;
6. Release button 1and remove the short between terminals
and SW2;
7. Set the jumper JPL to the desired position.
PROGRAMMING MODE 2
Follow the steps below to set the codelock to Mode 2:
1. Disconnect the power from the Art.4901 codelock;
2. Short out terminals and SW2;
3. Press and hold down button 2and keep it pressed down
while the power is switched back ON;
4. When power is restored to the codelock wait for the module
to emit a double beep and the red status LED (Fig. 1, B) to
ash once;
5. Listen for the conrmation tone and wait for the red status
LED (Fig. 1, B) to ash once again;
6. Release button 2and remove the short between terminals
and SW2;
7. Set the jumper JPL to the desired position.
BACK LIGHT AND BUTTON OPERATION
If the back light programming mode is set to Mode 1 (with jumper JPL in either the Aor Bposition) when a button is pressed on
the keypad the back light will switch to full brightness for approximately 10 seconds.
After this time the back light will either switch OFF or switch back to low brightness (depending on the jumper position) unless another
button has been pressed within the 10 second period in which case the back light will stay on full brightness for a further 10 seconds.
The exception to this is if the back light programming mode is set to Mode 2, i.e. the back light will be on full brightness all of the
time or if the jumper is removed the back light will be disabled.
Art.4901 Digital codelock module

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PROGRAMMING
• Enter the ENGINEER’SCODE: rst time type six times 1(111111
factory preset) and press ENTER (The red LED will illuminate);
• Conrm ENGINEER’S CODE (typing again the same) or
type the new code (4 to 8 digits) then press ENTER (Melo-
dy). Pressing twice the ENTER button without changing the
ENGINEER’S CODE, will exit from the programming;
• Enter the code (4 to 8 digits) to enable RELAY 1 or re-enter the
existing code then press ENTER (Melody);
• Enter the RELAY 1 operation time (2 digits 01 to 99 I.E. 05=5
seconds, 00= remain open time) or re-enter the existing time
then press ENTER (Melody);
• Enter the code (4 to 8 digits) to enable RELAY 2 or re-enter the
existing code then press ENTER (Melody);
• Enter the RELAY 2 operation time (2 digits 01 to 99 I.E. 05=5
seconds, 00= remain open time) or re-enter the existing time
then press ENTER (Melody);
• Enter the code (4 to 8 digits) to enable RELAY 3 or re-enter the
existing code then press ENTER (Melody);
• Enter the RELAY 3 operation time (2 digits 01 to 99 I.E. 05=5
seconds, 00= remain open time) or re-enter the existing time
then press ENTER (Melody);
• The system is ready to use (the red LED will be o).
PROGRAMMING NOTES
• After pressing enter following a command, press ENTER a fur-
ther twice to exit the programming menu.
RETURN SYSTEM TO PRESET ENGINEER’S FACTORY CODE
• Turn o power to code lock;
• Keep ENTER button pressed while turning the power back on;
• Release ENTER button;
• The engineer’s code is now set to 111111 (six times one).
OPERATION
• Type in the programmed code and press ENTER;
• If the code is correct, the green LED will illuminate for approx. 2 seconds and the relay relevant to the code will operate for the
programmed time;
• If a wrong code is entered, a continuous melody will sound for 4 or more seconds, according to the number of mistakes;
• To switch o any relay while operating, type in the relevant code then press the CLEAR button;
OPERATION NOTES
• To operate relays together, set the same code for each relay;
• If a wrong code is entered, the system will lock out for 5 seconds which will increase each time a wrong code is entered. The system will
operate only when the correct code is entered.
ADHESIVE GASKET PLACEMENT
Apply the Yseal as shown in Fig. 5.
ANTITAMPERING LOCKS FIXING
Fit the anti-tampering locks Was shown in Fig. 6.
Y
G
Fig. 5
W
Fig. 6
ENTER THE
"ENGINEER’S CODE"
CONFIRM
OR CHANGE
"ENGINEER’S CODE"
ENTER
"ACCESS 1 CODE"
ENTER
"ACCESS 2 CODE"
ENTER
"ACCESS 3 CODE"
ENTER
"ACCESS 1 TIME"
ENTER
"ACCESS 2 TIME"
ENTER
"ACCESS 3 TIME"
SYSTEM
READY TO USE
First time six times
1 “111111” factory
preset
Type again six times
“1” or the new en-
gineer’s code 4 to 8
digits
Code to enable relay 1
4 to 8 digits
Code to enable relay 2
4 to 8 digits
Code to enable relay 3
4 to 8 digits
Two digits (01 to 99)
i.E. 05=5 Seconds
00= remain open
Two digits (01 to 99)
i.E. 05=5 Seconds
Two digits (01 to 99)
i.E. 05=5 Seconds
Red led will be o
Press Enter
(Red LED will
be ON)
Press Enter
(melody)
Press Enter
(melody)
Press Enter
(melody)
Press Enter
(melody)
Press Enter
(melody)
Press Enter
(melody)
Press Enter
(melody)
Art.4901 Digital codelock module

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CONNECTION TERMINALS SIGNALS
SW2 Relay 2 command signal (active low)
SW1 Relay 1 command signal (active low)
NC3 Relay 3 normally closed contact
Max
24Vac/dc
3A
NO3 Relay 3 normally open contact
C3 Relay 3 common contact
NC2 Relay 2 normally closed contact
NO2 Relay 2 normally open contact
C2 Relay 2 common contact
NC1 Relay 1 normally closed contact
NO1 Relay 1 normally open contact
C1 Relay 1 common contact
12/24Vac/dc power input
+
CLEANING OF THE PLATE
Use a clean and soft cloth. Use moderate warm water or non-ag-
gressive cleansers.
Do not use:
• abrasive liquids;
• chlorine-based liquids;
• metal cleaning products.
TECHNICAL SPECIFICATION
Power Supply: 12/24 Vac/dc – 2VA
Power Consumption: Stand-by: 20mA
Operating: 70mA
Working Temperature: -20 +60° C
Art.4901 Digital codelock module