Intelbras ELC 5002 User manual

User manual
High Power ELC 5002
High Power ELC 5003
ELC 5112

High Power ELC 5002 / High Power ELC 5003 e ELC 5112
Electric fence electriers
Congratulations, you have just purchased a product with Intelbras quality and safety.
The High Power ELC 5002/ELC 5003 and ELC 5112 electriers for electric fence are microprocessor-ba-
sed, monitor the high voltage output, generating a trip by grounding or breaking the fence. They have
a mixed zone (wired and/or wireless) for connecting aperture and/or infrared sensors. They also have a
specic output for activating conventional or monitored alarm systems, in addition to an LED output and
an output that informs activation and deactivation for alarm panels.

Care and safety
» Read and follow all instructions in this user manual before installing and/or using this equipment.
» The product was developed in accordance with the ABNT NBR IEC 60335-2-76 standard.
» The equipment, cables or the electried fence must not be installed in places where extreme condi-
tions prevail, such as the presence of corrosives, explosive atmosphere (with the presence of gases),
ammable liquids, etc.
» The equipment must be installed in a ventilated place.
» Fixed wiring for powering 115-230 Vac equipment must have a safety switch or similar device such
as a circuit breaker. Such device must allow the disconnection of the electrical network, without the
need to open the equipment cabinet, in addition to protecting the installation against possible shorts
in the power input.
» The equipment must be xed to a rigid wall or similar construction, so that the user cannot change
its position without the aid of tools. Do not install the control board on wooden surfaces or materials
that favor the propagation of ames, in case of a short in the wiring or equipment.
» Only use 12 Vdc rechargeable batteries designed for security/intrusion systems.
» The equipment must never be opened, programmed or handled by the end user. Whenever there is a
need for repair, reprogramming or installation, a specialized technician must be hired.
» Before installing the product, it is important to check if the municipality or state in which you want to
install the electric fence has a specic law that regulates this type of installation. If it exists, it must
be fullled in its entirety.
» Follow the recommendations in this manual regarding installation procedures and materials to be
used in carrying out the installation.
» In case of defect, malfunction or questions, please contact our support department or authorized
technical assistance.
» Inform the system user about the operation and danger of the electried fence, and the care that he
must take when handling the product and signaling the protected area.
» Inform the user that vegetation or objects must not touch the fence wires, respecting a distance of
15 cm from the wires. If it is necessary to remove something from the wiring, disconnect the product
from the mains and also from the battery.
» Never connect more than one switch to the same fence to be electried.
» Do not install the electrier close to another electronic device (minimum 3 meters).
» Provide the user with a complete description of the entire installed system and make sure he unders-
tands and is able to use and/or operate the system.
» The installation of the electried fence must be carried out in accordance with the determinations
present in the ABNT NBR IEC 60335-2-76 standard.
» This appliance is not intended for use by persons (including children) with reduced physical, sensory or
mental capacities, or by persons with a lack of experience and knowledge, unless they have received
instructions regarding the use of the appliance or are under the supervision of a person responsible
for your safety.

» It is recommended that children are supervised to ensure that they are not playing with the appliance.
» LGPD - General Personal Data Protection Law: Intelbras does not access, transfer, capture or perform
any other type of processing of personal data from this product.
Note: before accessing the terminals, all feeder circuits must be de-energized.
Cautions and recommendations for battery usage
To install or replace the equipment’s battery, it is mandatory that the shock is deactivated by the remote
control. It is also necessary to turn off the mains through the safety switch or similar device.
This product has an internal battery/battery. After their useful life, the batteries must be
delivered to an Intelbras authorized technical assistance service or directly carry out the
environmentally appropriate nal destination, avoiding environmental and health impacts.
If you prefer, the battery/battery as well as other unused Intelbras brand electronics can be
disposed of at any Green Eletron collection point (electronic waste management with which
we are associated). If you have any questions about the reverse logistics process, please
contact us at (48) 2106-0006 or 0800 704 2767 (Monday to Friday from 8 am to 8 pm and
on Saturdays from 8 am to 6 pm) or via e -mail [e-mail].

Summary
1. Technical specications 7
2. Characteristics 8
3. Products 9
3.1. Main components .............................................9
4. Installation 10
4.1. Siren ......................................................12
4.2. Auxiliary: 14.5 Vdc output ......................................12
4.3. Zone ......................................................12
4.4. Triggering the alarm panel ......................................12
4.5. Monitoring on/off fence ........................................13
4.6. LED output .................................................13
4.7. Battery start.................................................13
4.8. Activation and deactivation through PGM...........................13
4.9. Activation and deactivation via pushbutton or key.....................14
4.10. Fixing the switch ............................................14
4.11. AC power connection (mains)...................................15
4.12. Battery connection (bicolor parallel wire cable) ......................16
4.13. Connection of high voltage cables and grounding....................19
4.14. Ground connection ..........................................21
4.15. Connection and assembly of the electric fence ......................22
4.16. Mounting the rods...........................................23
4.17. Programming...............................................23
4.18. Programming the remote control to arm/disarm the fence..............24
4.19. Programming the remote control to arm/disarm the alarm and fence. . . . . .24
4.20. Programming the remote control to arm/disarm the alarm .............24
4.21. Wireless sensor programming for the alarm ........................24
4.22. Place the Power jumper (JP1) in the High position; ...................25
4.23. XAC 2000 TX Remote Control User Manual ........................25
4.24. XAC 4000 Smart Control remote control user manual.................25

4.25. Clear all programmed sensors ..................................26
4.26. Siren beep activation/deactivation ...............................26
4.27. Testing wired or wireless sensors and remote control .................26
4.28. Siren time change ...........................................26
4.29. Failed Pulse Amount Programming ...............................26
4.30. To enable arming/disarming the fence ............................27
4.31. To disable fence arming/disarming ...............................27
4.32. Learning the perimeter of the fence ..............................27
5. Installation completion 28
5.1. Fence tension adjustment.......................................28
6. General reset 28
7. Operation 29
7.1. Activation/deactivation of the fence/alarm ..........................29
7.2. LEDs ......................................................29
7.3. Electrier operation ...........................................29
Warranty term 30

7
1. Technical specications
ELC 5002 ELC 5003 ELC 5112
Supply voltage 115 - 230 Vac (it is recommended to use a cable with gauge ≥1 mm)
Nominal frequency 50 - 60 Hz
Consumption in 115 - 230 Vac 4,5 W 6,5 W 4,5 W
Tensão de saída
With low
position
jumper
16,000 pulsating V, ±5% 16,000 pulsating V, ±5% 8,000 pulsating V,
± 5%
With middle
position
jumper
(disconnected)
18,000 pulsating V, ±5% 18,000 pulsating V,
±5%
10,000 pulsating V,
± 5%
With high
position
jumper
20,000 V pulses, ±5% 21,000 pulsating V,
±5%
12,000 pulsating V,
± 5%
Output pulse energy <0,7 joules <1,2 joules <0,7 joules
Pulse duration 360 µs
Interval between pulses 1s
Pulses per minute +/- 60 pulses
Dimensions (W × H × P) 275 × 215 × 85 mm
Gross weight 1,150 kg
Auxiliary output 14.5 Vdc/250 mA (it is recommended to use a CCI cable with gauge ≤26 AWG)
Siren output current With battery up to 1.5 A
No battery 400 mA
Recommended battery 12 Vdc
Protection index IPX4

8
2. Characteristics
The purpose of the ELC 5002/ELC 5003 and ELC 5112 electric fence centers is to energize the fence for
the protection of commercial, residential and industrial areas and must be installed within the current
technical standards, in order to generate overt protection, without generating risks fatal to anyone who
touches the wiring that makes up the installation.
The products have the following characteristics:
» Enables/disables shock via remote control.
» Supports up to 30 wireless devices (supports OOK modulation only).
» Range: up to 100 meters with direct view across open countryside.
» Programmable siren activation time.
» Auxiliary output protected against overload.
» High voltage, fence breach, AC/DC and sensor monitoring.
» Allows interconnection with alarm centers and sirens.
» Floating battery charger with short circuit and polarity reversal protection.
» Interval between electrical pulses of 1 second.
» Built-in high voltage module.
» 12 Vdc output for siren.
» Protection against penetration of liquids IPX4.
» LED output for arming and disarming visualization.
» 2 outputs for monitoring.
We do not guarantee the registration/operation of our switches with wireless sensors that are not
manufactured by Intelbras.
As far as remote controls from other manufacturers are concerned, they must have the following cha-
racteristics to work with our control panels:
1. Work on OOK modulation;
2. Work on frequency 433.92 Mhz;
3. Baud rate of 1,886 Kbps.

9
3. Products
3.1. Main components
11 12
13
15
14
1
2
3
4
5
6
7
8
9
10
Internal view of the board
1. High voltage adjustment:
» With the Energy jumper in the low position = 8000 V pulsating (ELC 5112) or 16,000 V pulsating
(ELC 5002 / ELC 5003), ±5%.
» With the Power jumper in the middle position (disconnected) = 10,000 V pulsating (ELC 5112) or
18,000 V pulsating (ELC 5002 / ELC 5003), ±5%.
» With the Power jumper in the high position = 12,000V pulsating (ELC 5112) or 20,000 V pulsating
(ELC 5002) or 21,000 V pulsating (ELC 5003), ±5%.
Note: check model for correct output voltage.
2. Positive output for LED.
3. Negative output for LED.
4. Output PGM1.
5. PGM2 output.
6. Common for sensor connection.
7. Entry to zone 1.
8. Auxiliary output positive.
9. Auxiliary output negative and siren output.
10. Siren positive.
11. 115 – 230 Vac AC power supply.
12. Battery connector.
13. High voltage return.
14. Electrier Earth.
15. High voltage output.

10
4. Installation
» To guarantee the sealing of the product, screw the lid close to the base, until you feel a good grip
and add another ¼ of rotation.
» Check the table below to select the minimum diameter of the wire to be used, according to the
installed perimeter:
3.000 m 5.000 m 6.000 m 7.000 m
High Power
ELC 5002 / ELC 5112 0,6 mm 1,2 mm x x
High Power
ELC 5003 0,6 mm 0,6 mm 0,9 mm 1,2 mm
» The product and its auxiliary equipment must be installed, operated and maintained in a way to
minimize the danger to people, reducing the risk of electric shock; unless someone tries to cross the
physical barrier or is in the protected area without authorization.
» The construction of electric security fences where the accidental entrapment or entanglement of indi-
viduals is likely should be avoided.
» Gates with electric security fences must be able to open without the user receiving an electric shock.
» An electric security fence must not be powered by two separate electriers.
» For any two separate electric safety fences, each powered by a separate, independently timed electri-
er, the distance between the wires of these two electric safety fences must be at least 2.5 m. If this
space is protected, this protection must be carried out by means of an electrically non-conductive
material or an insulated metal barrier.
» Barbed or sharp wires must not be electried by the product.
» The recommendations regarding grounding contained in this manual must be followed.
» The distance between any earth electrode of an electric security fence and other earthing systems
must not be less than 2 m, except when associated with an earthing mesh.
» Whenever possible, the distance between any electrical grounding electrode of the security fence and
other grounding systems should be at least 10 m.
» Exposed conductive parts of the physical barrier must be efciently grounded.
» When the electric fence passes below uninsulated power line conductors, its highest metallic element
must be efciently grounded for a distance of not less than 5 m to either side of the crossing point.
» High voltage conductors installed inside buildings must be efciently insulated from the grounded
structural parts of the building. This can be achieved using a high voltage insulating cable.
» High voltage conductors installed below ground must be placed inside conduits/ducts made of insu-
lating material or an insulating high voltage cable must be used. Damage to high voltage conductors
due to vehicle wheels when pressing on the ground must be avoided.
» High voltage conductors must not be installed in the same conduit/duct as mains wiring, signal cables,
audio, video and others.
» High voltage conductors and electric security fence wires must not run over overhead power lines
and/or communication lines.

11
» Intersections with overhead power lines should be avoided whenever possible. If such crossing cannot
be avoided, it should be done below the power line and as close as possible so as to be perpendicular
to the line.
» If the high voltage conductors and electric security fence wires are installed close to overhead power
lines, the separation distances must not be less than those indicated in the following table:
Electric power line voltage (V) Separation distance (m)
≤1.000 3
>1.000 and ≤33.000 4
>33.000 8
» If high voltage cables and electric fence wires are installed close to overhead power lines, their height
from the ground must not exceed 3 m. This height applies to either side of the orthogonal projection
of the outermost conductors of the electrical power line on the ground surface; for a distance of 2 m
for lines operating at rated voltage not exceeding 1000V, and 15 m for electric power lines operating
at rated voltage exceeding 1000 V.
» A spacing of 2.5 m must be maintained between uninsulated conductors or between uninsulated high
voltage cables of electric fence energized by separate electriers. This spacing may be smaller where
high voltage conductors or cables covered by insulating jackets consist of cables with insulation for
at least 10 kV. This requirement does not apply where these energized conductors are separated by a
physical barrier that does not have any openings greater than 50 mm.
» A vertical distance of not less than 2 m must be maintained between conductors energized by pulses
from different electriers.
» The installation of the electric fence must be identied by warning signs, installed in such a way that
they are evident and legible from the protected area and the public access area.
» Each side of the electric fence must have at least one warning sign.There must be signs at each gate,
at each access point, at intervals not exceeding 10 m and adjacent to each sign related to chemical
hazards, for information regarding emergency services.
» Any part of an electric fence installed along a public road or highway must be identied at regular
intervals by means of warning signs that are securely afxed to the fence support rods, or securely
attached to the fence wires.
» The warning signs must be at least 100 mm × 200 mm, have a yellow background and the following
inscription in black: CAUTION: ELECTRIC FENCE, as indicated in item BB.1 of annex BB of the ABNT
NBR IEC 60335 standard -2-76.
» The inscription must be legibly and durably identied, inserted on both sides of the warning plate and
have a height of at least 25 mm.
» It must be ensured that all auxiliary equipment powered by the electrical network, connected to the
electric fence circuit, have a degree of isolation between the fence circuit and the electrical network
equivalent to that assigned to the electrier.
» Mains wiring must not use the same conduits/ducts used by the signal cables associated with the
electric fence installation.
» Weather protection must be provided for auxiliary equipment unless this equipment is certied by
the manufacturer to be suitable for use outdoors and has a minimum degree of protection IPX4.
» The installations must comply with the ABNT NBR IEC 60335-2-76 standard.

12
» The installation of the equipment must only be carried out by a specialized technician.
» Before performing maintenance or inspections on the system, all feeder circuits must be de-energized
(mains and battery).
» Do not install this equipment on structures that spread ames, due to the risk of shorting the wiring
or the product. Also do not install on electrical conductor structures.
» The power cable must be connected to the mains through a safety switch or similar device accessible
to the user, so that the same can turn off the electricity at any time.
» If any power cord or cord is broken or damaged, it must be replaced by the installer or qualied
professional in order to avoid scratches.
» The sensation of shock to the individual who eventually touches the fence wire depends on the
individual’s own insulation (use of shoes, gloves, etc.), the level of moisture in the soil or wall and
the quality of the grounding.
» Use high insulation cable and insulators in the installation, with a dielectric strength of at least 20 kV.
4.1. Siren
One or more sirens of the alarm system can be connected, as long as the total current is:
»With battery: 1.5 A.
»Without battery: 400 mA.
Note: when turning on, observe the polarity. The positive point must be connected to the SIR (+)
terminal and the negative point to the AUX(-) terminal.
4.2. Auxiliary: 14.5 Vdc output
This output is used to power infrared sensors.
»Maximum current: 250 mA.
Note: when turning on, observe the polarity (+/-).
4.3. Zone
The terminal, marked Z1, corresponds to zone 1. The terminal, called COM, is the common terminal.
Note: if you are using only wireless sensors, Z1 and COM must be short-circuited.
4.4. Triggering the alarm panel
To connect the electric fence to an alarm control panel, follow the procedure:
» Connect a wire from the PGM1 terminal of the fence to the ZONE terminal of the control panel and
interconnect the two COM terminals of the electric fence and the control panel. This zone must be
congured as 24h so that the perimeter is protected even when the control panel is disabled.

13
4.5. Monitoring on/off fence
PGM2 is a dry contact that is activated when there is activation or deactivation of the fence system, that
is, if it is connected in the central area, it will send a trip and restoration to the monitoring company. For
connection, follow the procedure:
» Connect two wires to the PGM2 and COM terminals and connect them to the control panel’s zone
connection.This zone must be congured as 24h in order for the control panel to send a 24 hour zone
trigger signal and 24 hour zone restoration even when the control panel is disabled.
4.6. LED output
This output is used to indicate activation and deactivation when the electric fence is in a non-visible loca-
tion.To use it, simply place a 5 Vdc LED with a maximum current of 20 mA on the LED+ and LED- outputs.
This lit LED indicates that the fence shock or alarm is activated.
Note: it is not possible to measure this LED output with a multimeter as it is a pulsating output.
4.7. Battery start
When feeding the electrier only from the battery, it will not be possible to activate the pulse emission
from the fence, when trying to activate it, it will only emit 4 beeps on the siren and will deactivate
automatically, for safety reasons.
In order to activate the electrier, powered only by the battery, it will be necessary to perform the
following steps:
1. Press the Start button;
2. Activate the electric fence.
Note: after pressing the Start button, the fence will wait for 5 seconds to be activated. After this time
the process will have to be repeated from the beginning. Battery starting is only required when the
product has been completely removed from power. After being connected to AC mains, the product will
work normally on battery.
4.8. Activation and deactivation through PGM
This product can be activated or deactivated through a PGM. Follow the instructions below:
» Connect the Z1 terminal of the electric fence to the PGM terminal of the control panel and the COM
terminal to the AUX - of the control panel. When the PGM is turned on, the electric fence will be
activated. When the PGM is turned off, the electric fence will be deactivated.

14
4.9. Activation and deactivation via pushbutton or key
This product can be activated or deactivated through a retentive pushbutton or On/Off switch.
Connect the pushbutton or the switch to the Z1 and PGM terminal of the fence, as shown in the image below:
Buttonhole
LED+
LED-
COM
Z1
+
AUX
SIR+
-
PGM1
PGM2
CN1
Note: for Activation and deactivation via PGM or Activation and deactivation via pushbutton or
switch, the electric fence must be programmed to be activated/deactivated by the alarm sector.
According to the schedule in item 4.30. Arm/disarm the fence via the alarm sector.
4.10. Fixing the switch
The equipment must be xed to a xed wall or similar construction, so that the user cannot change its
position without the aid of tools. Always install the equipment in a vertical position and never upside
down or horizontally, check the diagram below.
Fixed wall or similar
construction
Screws of
nº 6 to 8
Gabinete
Side view Front view
Plug
110
130
194,76

15
Note: » Do not install the product on surfaces that favor the propagation of ames, in case of a
short circuit in the wiring or equipment.
» When possible, this equipment should be xed in a place protected from the sun, rain and
humidity, even with IPX4 protection level.
» The electrier may cause interference to electronic equipment when installed nearby.
4.11. AC power connection (mains)
The AC terminal is used to connect the equipment to the 115 – 230 Vac mains. Next to the terminal is
located the protection fuse of the control unit. If you need to replace it, use a fuse of the same value (1
A) with a delay.
To guarantee the user greater safety in case of bumps in the power supply cable, it must be installed, as
shown in the following gure:
D
A
B
C
1. Leave approximately 27 cm of the power cable inside the cabinet, through point D;
2. Fold the cable between points B and C as shown in the gure above;
3. Push the cable to the surface of the base;
4. Connect the cable to the AC terminal on the board;
5. Check mains voltage.
Mains power wiring must have a safety switch or similar device, such as a circuit breaker. Such a device
must allow the disconnection of the electrical network, without the need to open the equipment cabinet,
in addition to protecting the installation against any shorts in the power input.

16
4.12. Battery connection (bicolor parallel wire cable)
The J6 connector, as shown in the gure below, is used to connect the battery to the system. During
normal operation, this output acts as a battery charger and, in the event of a power failure from the
mains, it supplies energy to the system.
To install or replace the equipment’s battery, it is mandatory that the shock is deactivated by the remote
control, it is also necessary to turn off the electrical network through the safety switch or similar device.
Only after ensuring that the electric fence is completely inactive and without electricity, open the equip-
ment cover by loosening the screws and disconnect the J6 connector (battery). Then install and replace
the battery, closing and screwing the cover when nished.
It is necessary to obey the order indicated below, avoiding the risk of electric shock.
J 6
1. Disable shock by remote control;
2. Turn off the power supply using the safety switch or similar device;
3. Ensure the electric fence is completely inactive and free of electricity;
4. Open the equipment cover by loosening the screws and disconnect the J6 connector (battery);
5. Install and replace battery;
Battery snap orientation:
» Insert the battery cable;
Black thread
Battery negative pole
Red thread
Battery positive pole

17
» Position the battery at an angle for a better t in the cabinet;
» Lower the battery until it touches the bottom;

18
» Connect the battery cable to connector J6 on the board.
CERCA
TERRA
RETORNO
Battery positive pole
Battery negative pole Black thread
Red thread
6. Close and screw the lid when nished.
Attention: when the control unit is initially powered only by battery, check the procedure for the item
Starting with battery.
If you do, the control panel will generate 4 beeps on the siren, indicating an error. This happens when
the fence is turned on for the rst time or after there is no power at all.

19
4.13. Connection of high voltage cables and grounding
The high voltage input and ground cables must be installed through the holes on the right side of the
cabinet. After passing the cables, it is necessary to make the connection at their respective terminals,
as shown in the gure below, it is necessary to have a high voltage cable with a dielectric strength of
at least 15 kV.
A
B
C
A. High voltage output cable.
B. Ground cable.
C. High voltage return cable.
Note: a minimum distance of 0.5 m from the high voltage cables is recommended for any other
electronic device.

20
After installing the cables, t the electrier cover as follows:
Cover t orientation:
» Position and snap the cover to the bottom of the case;
» Position the lid on top and t the lid to the bottom until the cabinet snaps into place;