intelbras ELC 6012 NET Electric Fence Panel User Manual

intelbras ELC 6012 NET Electric Fence Panel

Product Information

The ELC 6012 NET is a microprocessor electrifier designed to provide security through electric fencing. It is equipped with various features for monitoring, activation, and deactivation of the system.

Specifications

• Model: ELC 6012 NET
• Type: Microprocessor electrifiers
• Approval: Anatel approved
• Output Voltage: 14.5 Vdc
• Output Current: 250 mA

Product Usage Instruction

Installation Instructions

1. Trigger Monitoring and Functions
   Follow the steps outlined in section 4.1 of the user manual to properly set up trigger monitoring and configure the PGM function.

2. Input Turns On (INP. ON)
   Refer to section 4.2 for instructions on how to configure the input turns-on feature.

3. SIREN (SIR +)
   For setting up the Siren feature and adjusting the maximum output voltage, follow the guidelines provided in section 4.3.

4. LED Indication (LED+ OUTPUT)
   Section 4.4 explains how to control the LED on/off indication for monitoring purposes.

5. Zone Configuration (Z1)
   Configure the zones by following the instructions in section 4.5 of the manual.

6. Auxiliary Output (AUX+)
   Connect external devices to the auxiliary output using the guidelines in section 4.6.

7. Fixing and Connections
   Properly fix the electrifier and make necessary connections as instructed in sections 4.7 to 4.10.

8. Ground Connection
   Complete the ground connection and assembly of the electric fence following the steps provided in sections 5.1 and 5.2.

Programming via ELC 6012 NET Board

1. Register/Delete Wireless Devices
   Learn how to manage wireless devices through registration or deletion as explained in section 6.1.

2. Total Reset of Sensors and Controls
   Reset all sensors and controls by following the procedure detailed in section 6.2.

3. Jumper Programming
   Program jumpers according to your requirements by referring to section 6.3.

Operation

Description of LEDs (Front Panel)
Understand the functionality of LEDs on the front panel by reading through section 7.1.

FAQ

Q: How do I change the default password for the ELC 6012 NET?
A: To change the default password, follow these steps: – Access the settings menu – Locate the password change option – Enter the new password and save changes Remember to consult your technician for further assistance and security measures.

ELC 6012 NET

Microprocessor electrifiers
Congratulations, you have purchased a product with Intelbras quality and safety. The ELC 6012 NET model is a microprocessor electrifier with two independent divisions (alarm and shock sector). The shock sector monitors the perimeter with high voltage, signalling triggers due to grounding and/or breaking the fence. The alarm sector has a physical zone and a wireless zone, allowing the connection of aperture and/or infrared sensors. This model allows communication with the Intelbras1 application, providing in real-time everything that happens in your home, office or company. Intelbras recommends that the product be installed following the recommended precautions, checking regional standards when required.

To connect the app, it is necessary to interconnect the Wi-Fi Connect module, an item provided in the accessory kit.

ATTENTION:
This product is delivered with a factory default password. For your security, you must change it as soon as you install the product and ask your technician about the passwords configured, which users have access and recovery methods.

This is a product approved by Anatel, the homologation number is on the product label, for consultations access the website: https://www.gov.br/anatel/pt-br.

Care and safety

• Read and follow all instructions in the user manual before installing and/or using this equipment.
• The product was developed by the ABNT NBR IEC 60335-2-76 standard.
• The equipment, cables or the electrified fence must not be installed in places where extreme con-ditions prevail, such as the presence of corrosives, explosive atmosphere (with the presence of gases), flammable liquids, etc.
• The equipment should be installed in a ventilated location.
• The fixed wiring for supplying the equipment (100-240)Vac 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 possible shorts in the power input.
• The equipment must be attached to a rigid wall or similar construction so that the user can not change its position without the aid of tools. Do not install the control unit on wooden surfaces or materials that favor the spread of flames, in the event of a short in the wiring or equipment.
• Use only rechargeable 12Vdc batteries suitable for security/intrusion systems.
• Equipment should never be opened, programmed, or handled by the end user. Whenever there is a need for repair, reprogramming or installation, a specialized technician should be hired.
• Before installing the product, it is important to find out if the municipality or state in which you want to install the electric fence has any specific laws that regulate this type of installation. If it exists, it must be complied with in its entirety.
• Follow the recommendations in this manual as to installation procedures and materials to be used in performing the installation.
• In the event of a defect, malfunction or doubt, please contact our support department or authorized technical assistance.
• Inform the user of the system about the operation and hazard of the electrified fence, and the care that must be taken when handling the product and signalling the protected area.
• Inform the user that vegetation or objects should not touch the fence wiring, respecting a distance of 15 cm from the wires. If it is necessary to move anything away from the wiring, disconnect the product from the mains and also from the battery.
• Never connect more than one plant to the same fence to be electrified.
• Do not install the electrifier near another electrical and electronic device (minimum 0.5 m from the high insulation cable).
• Provide the user with a complete description of the entire installed system and ensure that they understand and can use and/or operate the system.
• The installation of the electrified fence must be carried out under the determinations present in the ABNT NBR IEC 60335-2-76 standard.
• This device is not intended for use by persons (including children) with reduced physical, sensory or mental capabilities or by persons lacking experience and knowledge unless instructed to use the device or under the supervision of a person responsible for their safety.
• General Personal Data Protection Law: Intelbras does not access, transfer, capture, or carry out any other type of personal data processing from this product.
  Note: before accessing the terminals, all feeder circuits must be de- energized.

Cautions and recommendations for battery use
To install or replace the battery of the equipment, the shock must be deactivated by the remote control. It is also necessary to disconnect the mains via the safety switch or similar device.

This product has a built-in battery. After their useful life, the batteries must be delivered to an authorized Intelbras technical assistant or directly carry out the environmentally appropriate final destination, avoiding environmental and health impacts. If you prefer, the battery, as well as other unused Intelbras brand electronics, can be disposed of at any collection point of Green Eletron (electronic waste manager, a company with which we are associated). If you have any questions about the reverse logistics process, please contact us by phone at (48) 2106-0006 or 0800 704 2767 (Monday to Friday from 8 am to 8 pm and Saturdays from 8 am to 6 pm) or by email suporte@intelbras.com.br.

Technical specifications

Feed AC| 115 – 230 Vac, it is recommended to use a cable with ≤ gauge 18 AWG (1 mm)
---|---
Feed DC| 12V/7 Ah battery (not supplied)
Minimal Shock| 12,000 V pulsed, ± 10% (for distances up to 1,000 m)
Maximum Shock| 18,000 V pulsed, ± 10%
Nominal Frequency| 50-60 Hz
Consumption at 115 – 230 Vac| 7 W
Number of failed pulses| 10 pulses (programmable via mobile remote app)
Output pulse energy| < 0.7 joules
Pulse duration| 360 μs
Interval between pulses| 1s
Pulses per minute| +/- 60 pulses
Voltage/Current Auxiliary Output| 14.5 Vdc/250 mA
Output Current|                            With battery: up to 1.5 A
No Battery: 300mA
Siren time| 240 seconds (programmable via mobile remote app)
Dimensions (W × H × × D)|                              With packaging: 260 × 225 × 85 mm
Without packaging: 255 × 215 × 80 mm
Weight|                                                 Gross: 0.794 kg
Net: 0.690 kg
Index of protection| IPX4

Technical features

• Capacity of 7000 m of 0.9 mm stainless steel wire or 5000 m of 0.6 mm stainless steel wire (with 18,000V shock)
• Activates/Deactivates the shock via remote control.
• Designed to accept up to 28 wireless devices (7 positions for sensors and 21 positions for remote control) in OOK modulation.
• Range: up to 100 meters with a direct view in the open field.
• Overload-protected auxiliary output.
• High-voltage, fence and sensor tampering monitoring.
• They allow interconnection with alarm and siren control panels.
• Battery charger with short-circuit and reverse polarity protection.
• The interval between electrical pulses of 1 second.
• Output 14.5 Vdc for siren.
• IPX4 liquid penetration protection.
• 2 outputs for monitoring perimeter trigger status and fence activation/deactivation (TRIGGER STA-TUS and FENCE STATUS).
• LED output for viewing the perimeter (disarmed, pulse return and shock trigger).
• Internal Buffer for 64 events.

Note:
The Status TRIGGER and FENCE outputs do not allow activation by remote control.

We do not guarantee the registration/operation of our electrifiers with wireless sensors that are not manufactured by Intelbras.

About remote controls from other manufacturers, they must have the following characteristics to work with our centres:

1. Work on OOK modulation;
2. Work on the frequency 433.92 Mhz;
3. Transmission rate of 1,886 Kbps.

Product

Installation

1. AC: input for mains power supply;
2. F1: protection fuse 1 A (5 × 20 mm);
3. TRIGGER STATUS: fence trigger status output;
4. FENCE STATUS: fence activation/deactivation status output;
5. INP. ON: input turns on for activating the fence;
6. +SIR: siren output positive;
7. ( − ): negative output;
8. LED+ output: positive LED output. Informs the visualization of the perimeter (disarmed, shock return and trigger).
9. ( − ): negative output;
10. Z1: zone input for wired sensor;
11. +AUX: positive auxiliary output;
12. BATTERY: battery connector;
13. RETURN: high voltage return;
14. EARTH: input for grounding connection;
15. FENCE: high voltage output;
16. WIFI MODULE: remote access (via APP) and product configuration.

Note: the WIFI module works on the 2.4 GHz frequency.

The Wi-Fi Connect module incorporates an approved product. For more information, see the Anatel website: https://www.gov.br/anatel/pt-br.

• To ensure the product seals, you must screw the lid to the base until you feel a good tightness and add another ¼ turn.
• Check the following table to select the minimum wire diameter to be used, depending on the installed perimeter:
  Distance| 5,000| 7,000
  ---|---|---
  Diameter ELC 6012 NET| 0.6 mm| 0.9 mm
• Note: these values are for a maximum shock of 18,000 V, for a minimum shock of 12,000 V and a maximum distance of 1,000 meters, use a 0.6 mm cable.
• The product and its auxiliary equipment must be installed, operated and maintained in a way that minimizes the danger to people, reducing the risk of electric shock; unless an individual tries to cross the physical barrier or is in the protected area without authorization.
• The construction of electric security fences in which the accidental entrapment or entanglement of individuals 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 energized by two separate energizers.
• For any two separate electric security fences, each energized by a separate energizer, independently synchronized, the distance between the wires of these two electric security fences must be at least 2.5 m. If this space is protected, this protection must be carried out using an electrically non-conductive material or an isolated metal barrier.
• Barbed or sharp wire must not be electrified by the product.
• The grounding recommendations contained in this manual should be followed (topic 4.11. Grounding connection).
• The distance between any ground electrode of electric security fence and other grounding systems shall not be less than 2 m, except when associated with a grounding 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 efficiently grounded.
• When the electric fence passes below uninsulated electric power line conductors, its highest metal element must be efficiently grounded for a distance of not less than 5 m to both sides of the crossing point.
• High-voltage conductors installed inside buildings must be efficiently insulated from the grounded structural parts of the building. This can be achieved by using a high-voltage insulating cable.
• High-voltage conductors installed under the ground must be placed within insulating material conduits/ducts or else an insulating cable for high voltage must be used. Damage to high-voltage conductors due to vehicle wheels when pressing on the ground should be avoided.
• High-voltage conductors should not be installed in the same conduit/duct as mains cabling, signal, audio, video, and other cables.
• High-voltage conductors and wires from the electric security fence must not run over overhead electrical power lines and/or communication lines.
• Crossings with overhead power lines should be avoided whenever possible. If such crossing can not be avoided, it must be made below the electrical power line and as close as possible so as to be positioned perpendicular to the line.
• If high voltage conductors and electric security fence wires are installed close to overhead electrical power lines, the separation distances must not be less than those indicated in the following table:
  Electrical power line voltage (V)| Separation distance (m)
  ---|---
  ≤1,000| 3
  > 1,000 e ≤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 any orthogonal projection side of the outermost conductors of the electrical power line on the ground surface; for a distance of 2 m for lines operating at a nominal voltage not exceeding 1,000 V, and 15 m for electrical power lines operating at a nominal voltage exceeding 1,000 V.
• A spacing of 2.5 m must be maintained between uninsulated conductors or between uninsulated high-voltage electric fence cables energized by separate energizers. 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 by different electrifiers.
• The installation of the electric fence must be identified by warning signs, installed so 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 signage 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 identified at regular intervals using warning signs securely attached to the fence support rods or securely attached to the fence wires.
• Warning signs must be at least 100 mm × 200 mm, have a yellow background and the following inscription in black: ATTENTION: ELECTRIC FENCE, as indicated in item BB.1 of annex BB of the ABNT NBR IEC 60335-2-76 standard.
• The inscription must be identified legibly and durably, inserted on both sides of the warning sign 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, has a degree of isolation between the fence circuit and the electrical network equivalent to that attributed to the energizer.
• The electrical network wiring must not use the same conduits/ducts used by the signal cables associated with the installation of the electric fence.
• Weather protection must be provided for auxiliary equipment unless this equipment is certified by the manufacturer as being suitable for use outdoors and has a minimum degree of protection IPX4.
• Installations must comply with ABNT NBR IEC 60335-2-76.
• The installation of the equipment must only be carried out by a specialized technician.
• Before carrying out maintenance or inspections on the system, all power supply circuits must be de-energized (mains and batteries).
• Do not install this equipment in structures that spread flames, 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 electrical network through a safety switch or similar device accessible to the user so that the user can turn off the electricity at any time.
• If any power cable or wire is broken or damaged, it must be replaced by the installer or qualified professional to avoid risks.
• The sensation of shock to the individual who eventually touches the fence wiring depends on the individual’s own insulation (wearing shoes, gloves, etc.), the humidity level of the soil or wall and the quality of the grounding.
• Use materials with minimum electrical insulation of 20,000 V throughout the perimeter (cables and insulators) for installation.

Trigger monitoring, activation/deactivation and PGM function
The energizer has two outputs for monitoring, one output that informs the trigger (STATUS TRIG-GER) and an output that informs the status of activation and deactivation (STATUS FENCE), both of which can also be configured as PGM (Configuration via the AMT Remote Mobile App). The interconnection of the monitoring output with the alarm centre must be at least with a 26 AWG (0.41 mm) cable and a maximum distance of 100 m. Before connecting the products, make sure that the cable resistance does not exceed 80Ω. To measure resistance, place a short circuit at one end of the cable and measure it with a multimeter at the other end.

Connection for fence and sensor trigger monitoring (TRIGGER STATUS)

The trigger status output is a dry contact that is activated when there is a trigger caused by a violation of the perimeter of the fence or the sensor. This contact acts as normally closed (NC). Connect a pair of wires to the STATUS TRIGGER outputs and connect them to the ZONE and COM inputs of the alarm panel, if the fence trigger, the alarm panel will also trigger.

Note:
It is advisable to program the control unit zone as an Electric fence trigger for those that have this function, for the others, program it as 24 hours, so that the control unit monitors the trigger of the fence, even if it is deactivated.

Connection to use the TRIGGER STATUS output as PGM 1

The STATUS for trigger output can be configured as PGM and is controlled by the Intelbras APP. In this programming, the contact acts as normally open (NO), allowing external circuits to be connected as long as it does not exceed the specifications¹. To activate larger loads, insert a compatible relay or contactor. This way, the STATUS TRIGGER output controls the relay that activates the gate (example above). If the gate has an activation input, an external relay is not necessary.
To configure, connect the AMT Remote Mobile APP and configure the output according to the installation needs.

1. Maximum voltage of 15 Vdc and maximum current of 50 mA.

Connection for monitoring the activation and deactivation of the fence (STATUS FENCE)

The fence status output is a dry contact that is activated when the energizer is activated or deactivated. This contact acts as normally open (NO) with the system deactivated. Connect a pair of wires to the STATUS FENCE outputs of the energizer and connect them to the ZONE and COM inputs of the alarm panel. If the perimeter is deactivated, the alarm panel will trigger.

Connection to use the STATUS FENCE output as PGM 2

The STATUS FENCE output can be configured as PGM and is controlled by the Intelbras APP. In this programming, the contact acts as normally open (NO), allowing external circuits to be connected as long as it does not exceed the specifications¹. To activate larger loads, insert a compatible relay or contactor. This way, the STATUS FENCE output controls the relay that activates the lamp (example above). To configure, connect the AMT Remote Mobile APP and configure the output according to the installation needs.

Maximum voltage of 15 Vdc and maximum current of 50 mA.

Input turns on (INP. ON)
The shock sector can be activated or deactivated using an alarm centre PGM, a retentive button or an On/Off switch.

Connection of the energizer input to the PGM of the alarm centre

Connect 1 wire to the on-input terminal (INP. ON) and 1 wire to the negative (-) terminal of the energizer and connect to the PGM and negative (-) of the alarm control panel.

Connecting the energizer input to a button or on/off switch

Connect the pair of wires from the retentive button or on/off switch to the negative terminal (-) and on input (INP. ON) of the energizer.

Note:
The input on, only activates the shock function.

SIREN (SIR +): maximum output = 14.5 Vdc

Connect the positive (+) and negative (-) wires of the siren to the positive (SIR+) and negative (-) outputs of the energizer. More than one siren can be connected, as long as the total current does not exceed the technical specifications, as indicated below:

• With battery: 1.5A
• No battery: 300mA

After a violation occurs on the perimeter or sensor, the siren will go off for 4 minutes, this time can be configured via the remote mobile application.

Note:
When connecting, observe the polarity (+/-).

LED on/off indication (LED+ OUTPUT)
This output is used to view the perimeter when the energizer is in a non- visible location. With the shock activated, it is possible to see the return of the shock in normal or triggered conditions. When the LED is off, it means the shock sector is deactivated. The output offers the connection of a 12 Vdc LED with a maximum current of 20 mA.

Note:
the LED connected to the LED+ OUTPUT follows the same signalling as the SHOCK LED on the board.

• 1 blink per second: fence activated and with shock feedback;
• 2 blinks per second: shooting on the perimeter, the fence remains activated and with shock feedback;
• Fast flashing: perimeter shooting, the fence remains activated and no shock return.

Zone (Z1)

• The sensors must be connected with a cable gauge ≤4×26 AWG (0.41 mm), with a maximum length of 100 meters and resistance of up to 40 Ω.
• Connect a wire to the zone (Z1) and negative (-) input of the energizer and connect them to the sensor. Remove the jumper to enable the sensor (CN3- Pin bar behind the connector). If you do not use zone (Z1), always leave this jumper closed.

Auxiliary (AUX+): Output 14.5 Vdc/250 mA
This output is used to power wired sensors. Connect a wire to the positive (AUX+) and negative (-) outputs of the energizer and connect them to the positive (+) and negative (-) inputs of the sensor. It is recommended to use a wire gauge ≤ 26 AWG (0.41 mm).

Note:
when connecting, observe the polarity (+/-).

Fixing the Electrifier
The equipment must be fixed to a fixed wall or similar construction so that the user can not change its positioning without the aid of tools, as shown in the figure below.

Note:

• Do not install the product on surfaces that encourage the spread of flames, in the event of a short circuit in the wiring or equipment.
• When possible, install this equipment in a location protected from sun, rain and humidity, even with an IPX4 degree of protection.
• The energizer may cause interference to electronic equipment when installed nearby.

Connecting AC power (mains)

• In the lower-left corner of the board, there is a 2-terminal terminal (AC) to connect the control unit to the electrical network.
• If the fuse blows and needs to be replaced, use a fuse of the same value (1 A) with delay.

To ensure greater safety for the user in case of jerks in the mains power cable, it must be installed, as shown in the following figure:

1. Leave approximately 27 cm of the power cord inside the cabinet, through point D;
2. Bend the cable between points B and C, as shown in the figure above;
3. Push the cable to the surface of the base;
4. Plug the cable into the terminal (AC) of the board;
5. Check the mains voltage. The main wiring for the power supply 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.

Battery connection (two-tone wire cable)
At the bottom centre of the board, there is a two-way J4 connector (BATTERY) that is used to con-nect the battery of the electrifier.

During normal operation, this outlet acts as a battery charger, and in the event of a power outage in the mains, the battery supplies power to the system. To install or replace the battery of the equip-ment, it is necessary to obey the order indicated below, avoiding the risk of electric shock:

1. Disable the shock by the remote control;
2. Switch off the mains power supply via the safety switch or similar device;
3. Ensure that the electric fence is totally inactive and without electricity;
4. Open the equipment cover by loosening the screws and disconnecting the connector (BAT.);

• The battery must be housed inside the electrifier box, as shown in the following image. Connect the black wire to the negative pole and the red wire to the positive pole of the battery.
• Position the battery tilted to fit best in the case;
• Lower the battery until it touches the bottom;
• Plug the battery cable into the board’s J4 connector.
• Close and screw the lid when finished.

Connection of high-voltage cables and grounding

High voltage input and grounding cables should be installed through the holes on the right side of the cabinet. After the cables have been routed, it is necessary to make the connection to their respective terminals, as shown in the figure, a high-voltage cable with a dielectric strength of at least 20 kV is required.

• High voltage output cable.
• B grounding cable.
• C high voltage return cable.

After installing the cables, fit the electrifier cover, following the following instructions:

• Instruction for fitting the cover:
  • Position and fit the cover to the bottom of the cabinet;
  • Position the cover on the top and fit the cover with the bottom until the cabinet fits;
  • Make sure there are no gaps between the lid and the base. Place the cover fixing screws in the indicated location.

Ground connection

Grounding is mandatory and very important for the sensation of shock to anyone who touches the fence wires, in addition to protection against lightning and overload of the electrical network and/or sensor wiring. Always look for a more humid place to attach the grounding rod (copper bars). The rods must be longer than 2 m, except when associated with a grounding mesh.

Attention:
Do not use the neutral of the electrical network as grounding.

Connection and assembly of the electric fence
Rods and insulators developed especially for the assembly of electric fences can be easily purchased on the market. The rods are made of flat aluminium or in the shape of an angle, for easy assembly. Its material must absorb impact and have minimal flexibility in the wind. If desired, the rod can be made of iron, as long as these characteristics are observed. The insulators are made of polypropylene or billets. Due to the high voltage applied to the fence, these must have excellent electrical insulation between wire and rod. The rods for fixing the wires must be fastened with screws and bushings at a minimum height of 2.10 m with a maximum recommended spacing of 3 m between them, as shown in the figure below.

Maintain a minimum distance of 15 cm between the wires and from the wire to the wall.

Note: this distance (15 cm) must be respected even on unevenness

Assembling the rods
The rods are to use quality wires with a cross-section greater than 0.60 mm² because they have good durability, low electrical resistance per meter and resistance to the mechanical tension requi-red by stretching, in order to avoid bellies and swaying that would cause breakage.

Programming via ELC 6012 NET board

• The ELC 6012 NET electrifier is compact and easy to program, it has several programmable parameters that can be executed through buttons and selection jumpers directly on the board. These settings are maintained even if the electrifier is switched off completely, thus avoiding the need for frequent reprogramming.
• In addition to configuring the operation of the fence, it is also possible to carry out tests on the functioning of the sensors.

Attention:
All the following programming must be carried out with the fence and alarm deactivated.

Register/delete wireless devices
After the device is activated, the Shock and Alarm LEDs will be lit for approximately 5 seconds, waiting for the wireless device to be activated. After this time, if the device is not activated, these LEDs will be erased, making it necessary to start the registration again.

Note:
When erasing off any wireless device with the electrifier activated, the siren is immediately triggered and the monitoring output is activated, signalling a breach of the security system.

Remote control
XAC 2000 TX

Technical specifications

Homologation

This equipment operates on a secondary basis, i.e., it is not entitled to protection against harmful interference, even from stations of the same type, and may not cause interference to systems operating on a primary basis.

• XAC 4000 Smart Control

Technical specifications

Homologation

This equipment operates on a secondary basis, i.e., it is not entitled to protection against harmful interference, even from stations of the same type, and may not cause interference to systems operating on a primary basis.

Register remote control
Programming to arm/disarm the electrifier in the function Shock

1. Press the C key and the Shock and Alarm LEDs will illuminate;
2. Press the button on the remote control and the Shock and Alarm LEDs will flash 2 times, signalling that the control has been registered.

Note:
if the Shock and Alarm LEDs turn off after pressing the remote control button, it means that it is already registered or that you have already completed 28 registered devices.

Programming to arm/disarm the electrifier in the function Alarm

1. Press key A and the Shock and Alarm LEDs will illuminate;
2. Press the button on the remote control and the Shock and Alarm LEDs will flash 2 times, signalling that the control has been registered.

Note:
if the Shock and Alarm LEDs turn off after pressing the remote control button, it means that it is already registered or that you have already completed 28 registered devices.

Programming to arm/disarm the electrifier in the function Alarm and shock

1. Press the A + C keys and the Shock and Alarm LEDs will illuminate;
2. Press the button on the remote control and the Shock and Alarm LEDs will flash 2 times, signalling that the control has been registered.

Note:
if the Shock and Alarm LEDs turn off after pressing the remote control button, it means that it is already registered or that you have already completed 28 registered devices.

Turn off the remote control
Turn off the remote control in the Shock function

1. Keep pressing key C, the Shock and Alarm LEDs will stay on for approximately 3 seconds and then go off for 3 seconds.;
2. With the LEDs off, release key C, and the Shock and Alarm LEDs will flash for approximately 3 seconds indicating that all controls have been turned off.

Note:
releasing the switch while the LEDs are lit or after the second time they are off, the controls will not be turned off.

Delete remote control in the Alarm function

1. Keep key A pressed, the Shock and Alarm LEDs will stay on for approximately 3 seconds and then go out for 3 seconds.;
2. With the LEDs off, release key A, and the Shock and Alarm LEDs will flash for approximately 3 seconds indicating that all controls have been turned off.

Note:
releasing the switch while the LEDs are lit or after the second time they turn off, the controls will not be deleted.

Delete remote control in Shock and Alarm function

1. Keep the A+C keys pressed, and the Shock and Alarm LEDs will stay on for approximately 3 seconds and then go off for 3 seconds;
2. With the LEDs off, release the A+C keys, and the Shock and Alarm LEDs will flash for approximately 3 seconds indicating that all controls have been turned off.

Note:
if the Shock and Alarm LEDs turn off after pressing the remote control button, it means that it is already registered or that you have already completed 28 registered devices.

Register wireless sensor

1. Press the S key and the Shock and Alarm LEDs will light up;
2. Activate the desired sensor and the Shock and Alarm LEDs will flash twice, indicating that the code has been inserted.

Note:
If the Shock and Alarm LEDs go out after the sensor is activated, it means that it is already registered or that 28 registered devices have already been completed.

Delete wireless sensor

1. Keep the S key pressed, the Shock and Alarm LEDs will be on for approximately 3 seconds and then turn off for 3 seconds.
2. With the LEDs off, release the S key, and the Shock and Alarm LEDs will flash for approximately 3 seconds indicating that all sensors have been turned off.

Note:
by releasing the switch while the LEDs are on or after the second time they turn off, the sensors will not be turned off.

Total reset of sensors and controls

1. Keep the keys C and S pressed, the Shock and Alarm LEDs will stay on for approximately 3 seconds and then go off for another 3 seconds. With the LEDs off, release keys C and S, the Shock and Alarm LEDs will flash for approximately 3 seconds indicating that the General Reset has been carried out.
2. If you keep pressing keys C and S, the Shock and Alarm LEDs will stay on for approximately 3 seconds and then go off for another 3 seconds. When carrying out the procedure and continuing with keys C and S pressed, the process of turning off the control will begin again, in which the status of the LEDs will be repeated.
   Note: releasing the keys while the LEDs are on or off for the second time, all programmed devices (controls and sensors) will not be turned off.

Jumper programming
This programming is done through jumper selection on the pin bar pair identified as JPR2.

Jumper 1: Fence perimeter sensitivity
The perimeter sensitivity can be selected as maximum or minimum through jumper selection by the pin bar pair of position number 1:

• With jumper: maximum sensitivity;
• Without jumper: minimum sensitivity.

Note:

• Maximum Sensitivity enabled (with the jumper connected): the control unit will easily detect small energy leakage points occurring along the external infrastructure, generating a siren trigger after counting 10 failed pulses. In this mode, the system presents greater safety in the activation due to perimeter rupture, even in installations where the high insulation cables have long runs and/or do not respect the minimum distance of 2 cm between them. This configuration is indicated for installations in structures that have electrical insulation greater than 20,000V in all elements of the perimeter (insulators and cables), in addition to respecting the minimum distance of 15 cm between non-insulated wiring and other structures (walls, roofs, fences, etc.), as well as vegetation.
• Minimum Sensitivity enabled (jumper disconnected): the control panel will consider a faulty pulse only when there is a total loss of return, i.e., in case of complete rupture of the perimeter or total grounding of 10 consecutive pulses. This configuration is indicated for use in structures that may present non-ideal installation conditions, such as insulators and cables with minimum insulation of less than 20,000V, exposed or oxidized splices or that do not respect the minimum distance of 15 cm between non-insulated conductors and other structures (walls, roofs, fences, etc.), as well as vegetation.

Jumper 2: Fence tension adjustment
Adjustment of the fence tension can be done by jumper selection by the pin bar pair of position number 2.

Jumper 3: Enable/disable siren beep
The beep of the siren can be enabled or disabled by jumper selection by the pin bar pair, from posi-tion number 3:

Note:
when a trigger occurs and the siren time ends when disarming the fence (alarm and/or shock), a 1-second beep will be emitted on the siren signalling that the trigger has been activated.

Operation

Description of LEDs (front panel)
Once powered on, the condition of the LEDs should be as follows:

LED

| Status|

Description

---|---|---

On

| Off| Electric fence without power supply
Light on| Electric fence with power supply (AC mains)
Blinking| Electric fence on battery (No AC network)1

Fence

| Off| Electric fence deactivated
1 blink per second| Electric fence activated with shock feedback
2 blinks per second| There was a trigger on the perimeter of the fence

Note: the fence remains activated with shock return.

Flashing fast| Trigger on the perimeter of the fence

Alarm

| Off| Alarm deactivated
Light on| Alarm activated
Flashing fast| Trigger on alarm
Blinking slowly| The alarm deactivated signaling the previous trigger

Intelbras Cloud

| Off| Without Wi-Fi connection module
Light on| Module connected to the Intelbras Cloud cloud
Blinking slowly| Failed to connect to the programmed network
1 blink per second| Module connected to local Wi-Fi network3

1. When powering the product solely on the battery, it takes about 1 minute to reset the Wi-Fi module.
2. Check network programming (SSID) and password.
3. Check if the local internet is correct (external network).

When a breach occurs on the perimeter of the fence or sensor, the siren will go off for the programmed time (factory default 4 minutes). After this time, when deactivated, the siren will emit 2 deactivation beeps and another 1-second beep indicating that there has been a violation of the perimeter and/or sensor (Fence and/or Alarm LED blinking slowly). Even if the fence has the siren beep disabled, the siren will emit 1 beep for 1 second indicating that there has been a violation of the perimeter and/or the sensor after deactivating the system and signals by slow flashing that there has been a trigger.

Description of the program LED (Wi-Fi connect module)
The program LED signals the connection status with the mobile remote APP and the reset types (temporary and total). The reset is carried out using the PROGRAM key according to the description below:

Key

| Status LED (LD1)|

---|---|---
 | Status| Description
 | Off| Wi-Fi module operating in Station mode according to the intelbras cloud LED.
 | Light on| In programming mode. If you release the programming key while the LED is on, the module enters the programming function
Program|

Blinking slowly

| Reset temporary master password¹. In other words, if you release the programming key while the LED is blinking slowly, the module enables a temporary master password equal to “1,2,3,4”.
 |

Flashing fast

| General reset of the module². If you release the programming key while the LED is flashing quickly, a factory reset will be performed.

1. After a temporary reset, the user will have 5 minutes to access the product via mobile remote APP and change the master password.
2. The hard reset does not delete the MAC of the device and adopts the default master password “1,2,3,4”.

Note:
if the customer is in doubt and does not want to erase the memory, just hold down the key until the program LED is off. By releasing the program key with the LED off, the module is simply reset.

Programmer mode
In the programmer function, the module waits for the connection of the mobile remote application, signalling with the description below:

• Fast blinking (1x per second): module operating in AP (access point) mode with no device attached. The time for any device to connect to the module is 5 minutes. If no device accesses the Wi-Fi module, you will need to press the PROGRAM until LD1 ascends.
• Slow blinking: signals that the module already has a device connected, authenticating the connection with the remote mobile application.
• Fast Blinking: Connection established by sending and receiving data.

Note:
The generated Wi-Fi network is in the following format WiFiConnect_xxxxxxxxxxxx, where xxxxxxxxxxxx is the MAC ADDRESS of each device. This will allow us to connect several nearby products, selecting only the desired item. The module allows only one connected device.

Schedules via AMT Remote Mobile

• The ELC 6012 NET electrifier has several programmable parameters that can be executed via the AMT Remote Mobile app.
• These settings are maintained in the Wi-Fi connect module, thus avoiding the need for frequent reprogramming.

Connecting to the Wi-Fi connect module

First connection

• Press and hold the PROGRAM key until the LD1 LED lights up.
• Open the AMT Remote Mobile app on your smartphone, click FIND ELECTRIFIER.
• The application will fetch the Electrifier from the network created by the module itself.
• Note: » For the recognition of the module on the mobile device, the Wi-Fi of the mobile phone must be enabled.
• The Wi-Fi connect module may be incompatible with communication systems with very high latency (satellite internet providers).
• Depending on the operating system, it takes a few seconds for the phone to recognize the module’s network. In these cases, the user can speed up the process by going to the Wi-Fi field of the cell phone, disabling it, and then enabling Wi-Fi. In this way, the device will perform a check of the available networks, recognizing the module.
• But, if the module’s network still does not appear in the search electrifier field, the user will have the option to configure the Wi-Fi manually. To do this, select the WiFi Settings option.
• In Wi-Fi Settings, the user will be directed to their phone’s Wi-Fi screen so that they can make sure that the module’s network is mapped to their networks. Click on the network referring to your module and it will require the connection password which is admin admin, then click Conect. Once this is done, the access will be validated and return to the AMT Remote Mobile application.
• Once the network is recognized, the application asks the user to select a device (in the case of more than one module) and then confirm the connection.
• Select the Wi-Fi network that the product will connect to or enter the data manually. It is recommen-ded to connect to a network that is at least 20% available.
• With the fields filled in, click on Connect cloud. At this moment, the Wi-Fi network is recorded in the module and the connection process to the local network and Intelbras cloud is initialized.
• After the module is reset, the CLOUD LED (LD5) will be illuminated.

Default Connection (Login)

• Open the AMT Remote Mobile APP.
• Enter the MAC and password of the shock control panel or scan the QR-Code, then click LOGIN.
• Note: MAC and passwords on the label inside the switchboard.
• Search the Network: through the IP and MAC of the exchange, the Network Search Field scans all the modules connected to the same Wi-Fi network as your mobile device, allowing the user to select which device they want to connect and configure.
• Note: this form of connection is only via CLOUD.

Menu (Home screen)
Allows the user to Configure Central, view status through the Online tab and download events.

Configure central
Makes the main settings of the shock control unit:

• General settings
• Passwords/Users
• Zones/Sectors
• PGM
• Wi-Fi
• Register wireless device

General settings

Central

• Edit the name of the exchange using the AMT Remote Mobile application.
• Open AMT Remote Mobile > Menu > Configure Central > General settings > Central.

Failed pulses

• Several failed pulses are needed for the fence to trigger (32 pulses).
• Factory default 10 pulses.
• Open AMT Remote Mobile> Menu > Configure Central > General settings > Failed pulses.

Timings (Time Settings)

• Auto activation upon inactivity: This function activates the control panel automatically after the programmed inactivity time if all zones are closed (except zones configured as on input).
  • For auto-activation due to inactivity, it is necessary to program the Auto Activation Time due to inactivity (000 to 240 minutes) via the AMT Remote Mobile Application.
  • Factory default disabled 000 minutes.
  • Open AMT Remote Mobile > Menu > Configure Center > General settings > Auto activation upon inactivity.
• Auto activation by disarming (Remote control): this function activates the alarm panel automa-tically if it is deactivated by remote control after the auto-activation time for disarming if all zones are closed (except zones configured as on input).
  • For self-activation by disarming, it is necessary to program the Auto-activation time by disarming (000 to 240 seconds) via the AMT Remote Mobile Application.
  • Factory default disabled 000 seconds.
  • Open AMT Remote Mobile > Menu > Configure Central > General settings > Auto activation by disarming.
• Entry time: this function is used when you want to have time to enter the protected environ-ment and deactivate the control panel before the siren triggers. Entry delay is valid for zones that have been programmed as timed.
  • For more information about the Timed Zone, see the Zone Operation Mode item. Program the Entry Time (000 (timing off) up to 255 seconds)) and enable the zones as timed via the AMT Remote Mobile Application.
  • Factory default programmed to 030 seconds.
  • Open AMT Remote Mobile > Menu > Configure Center > General Settings > Entry Time.
• Smart zone time: this is the time that the zone will remain open when Smart mode is enabled. For more information about the Smart Zone, see the Zone Operation Mode item. Program Smart Zone Time (000 (timing off) up to 255 seconds) via AMT Remote Mobile App. Factory default programmed to 10 seconds.
  • Open AMT Remote Mobile > Menu > Configure Center > General Settings > Smart Zone Timing.
• Siren time: this is the time the siren stays on after the violation occurs. Program the Siren Time (004 to 240 seconds) via the AMT Remote Mobile Application.
  • Factory default programmed to 240 seconds.
  • Open AMT Remote Mobile > Menu > Configure Center > General Settings > Siren Time.
• Time zone: the time zone is set as follows: GMT 0, GMT -1, GMT -2, GMT -3 (Brasília), GMT -4, GMT – 5, GMT -6 and GMT -7.
  • Factory standard: GMT -3.

OpenAMT Remote Mobile > Menu > Configure Center > General Settings > Time Zone.

Passwords/Users
Allows you to change the names and settings of the 21 users. Open AMT Remote Mobile > Menu > Configure Central > Passwords/Users > User.

Each user has configurable role parameters (Name and password) and their permissions.

• Name: user names can be edited to a maximum of 16 characters.

• Password: the password can be configured with up to 4 digits.

• Bypass: allows the temporary cancellation of one or more zones. This procedure must be performed within a maximum of 30 seconds before the system is activated. After being deactivated, the zones that were disabled will return to normal operation.

• Activates alarm only: activates only the alarm mode (Sensors).

• Arme Stay: It is possible to select some zones to be inactive when the energizer is activated. For example, leaving the external areas active, allows the circulation of people inside the monitored environment without the alarm having to be triggered.
  Note: the function is valid when the zone is enabled with the Arme Stay function, which can be found in the Menu field > Configure Zones/Sectors >> Zones/Sectors Partial > Zone (STAY).

• Activates Shock Only: Activates only the fence (Shock) mode.

• User PGM: allows the user to act on PGM’s 1 or 2. For this function, the outputs STATUS TRIGGER and STATUS FENCE must be configured to be triggered via APP (Item 7.3 – Configuration of PGM’s).

  • PGM 1: triggers and deactivates the Status trigger (STATUS TRIGGER) output.
  • PGM 2: triggers and deactivates the STATUS FENCE output.
  • Audible Panic: when the remote control button is pressed, the siren will go off and the Audible or Silent Panic notification will be sent to the AMT Mobile app.

Zones/Sectors
Allows you to change the names and settings of the zones. Open AMT Remote Mobile> Menu > Configure Central > Zones/Sectors > Zone.

Within each zone, the user has access to its functions.

• Zone Enabled: Indicates whether the zone is enabled or disabled.
• Smart Zone (Zone 1 only): this function modifies the triggering logic of the zone and is used to reduce the possibility of a false trigger occurring. If this mode of operation is enabled in zone 1, triggering will only occur under the following conditions:
  • If there are two openings of the same sensor within the configured smart zone time.
  • If the sensor remains open for a period longer than the smart zone time.
  • If, after the first opening of the smart zone, during the programmed period, any zone of the alarm panel is triggered.
• Timed zone: defines which zones will be affected by the input timing. When the control panel is activated and a timed zone is opened, the entry timer will start, if the system is not deactivated before the timing is over, the control panel will fire.
• Quiet Zone: if there is a trigger in a zone configured for Silent mode, the siren will not be triggered and the corresponding push event will be sent to the app.
• Partial Zone (STAY): when you enable the centre with this permission, zones that are configured as partial will not be enabled.
• 24-hour zone: in this configuration, the zone remains enabled at all times, even if the system is disabled.

PGM
Open AMT Remote Mobile> Menu > Configure Central > PGM > PGM 1 or PGM 2.

• PGM 1 (Trigger Status): this function allows you to configure the operating mode of the STATUS TRIGGER output of the electrifier.
• Trigger status: The trigger status output is a dry contact that is triggered when there is a trigger caused by a breach of the fence or sensor perimeter. This contact acts as normally closed (NC).
• Siren mirror: Normally open (NO) contact that changes to Normally Closed (NC) during the siren trigger.
• Access via APP: activate the STATUS TRIGGER output through the AMT Mobile V3 or AMT Remote Mobile APP in the Online tab (PGM1).
• Timed: configures the time that PGM1 remains activated, if it is set to 0, it works in on/off mode. Note: the timed mode only works in APP Access mode.
• PGM 2 (STATUS FENCE): this function allows you to configure the operating mode of the STATUS FENCE output of the electrifier.
• Central Status: dry contact that is activated when the energizer is activated or deactivated. This contact acts as normally open (NO) with the system deactivated.
• Siren mirror: normally open (NO) contact that changes to Normally Closed (NC) during the siren trigger.
• Access via APP: activates the STATUS FENCE output via the AMT Mobile V3 APP or AMT Remote Mobile in the Online tab (PGM2).
• Timed: configures the time that PGM2 remains activated, if it is configured as 0, it works in on/off mode.

Note: the timed mode only works in APP Access mode.

Wi-Fi
Open AMT Remote Mobile > Menu > Configure Center > Wifi.

• Network name: enter the name of the Wi-Fi network to be connected
• Password: enter password for the Wi-Fi network to be connected
• Filling using QR Code: fill in the information above using a QR Code.

Register wireless device
This function allows you to register wireless devices (remote control and sensors) through the app.

• Select the type of device you want, and then select REGISTER. At this point, the message will appear on the application screen for the user to activate the wireless device.
• It is also important that the user validates the registration by observing the ALARM and SHOCK LEDs present on the electrifier board. The description of the operation of the LEDS can be found in the 6.1. Cadastrar / apagar dispositivos sem fio manual section.
• After activating the device, wait for the message Device Successfully Registered!.

Note: to delete any device, see themanual 6.1. Cadastrar / apagar dispositivos sem fioitem.

Online Reports the status of the electrifier.

• AC NETWORK: tells you if the electrifier is powered by the AC NETWORK or ON BATTERY.
• Enable/Deactivate: activates or deactivates the electrifier (Alarm and/or Shock).
• PGM’s: activates or deactivates the electrifier’s PGM’s.
• Note: For this function, the outputs STATUS FENCE and STARUS DISP. must be configured as PGM.
• Zones/Sectors: informs the status of the electrifier zones (Triggered, Open, Closed and Canceled) and it is also possible to Bypass the zones.
• Firmware: informs the Model, base board version, module version, and MAC of the electrifier and checks if there is an update available for the product.
• Note: the update must be performed with an unarmed electrifier.
• Date/Time: reports the electrifier’s date, time, and day of the week.

Events
Reports the following events generated by the electrifier:

• Zone trigger / Zone Reset
• Shock trigger / Shock reset
• Alarm and/or shock activation/deactivation (via user – remote control / via app)
• Activating/Deactivating input turns on
• Auto division alarm activation
• Activation/Deactivation of PGM 1 and 2 (via app)
• AC Network Failure / Restore
• Sensor low battery/battery reset
• Bypass (to validate the Bypass the alarm sector needs to be activated)
• Siren panic
• Silent panic
• Zone cancellation
• Stay Zone (to host this event, any zone must be scheduled to stay or have a remote control registered as stay via app)
• Remote access to read events or settings
• Changed schedule panel

Note: generated events are not cleared with product reset.

Warranty term

It is expressly stated that this contractual guarantee is granted subject to the following conditions:

• Client name:
• Customer’s signature:
• Invoice number:
• Purchase date:
• Model:
• Reseller:
• Serial No.:

1. All parts, items and components of the product are guaranteed against any manufacturing defects, which may be presented, for 1 (one) year – which is 90 (ninety) days of legal warranty and 9 (nine) months of contractual warranty –, counted from the date of purchase of the product by the Consumer, as stated in the invoice for the purchase of the product, which is an integral part of this Term throughout the national territory. This contractual warranty includes the free exchange of parts, items and components that have manufacturing defects, including the costs of labour used in this repair. If no manufacturing defect is found, but defect(s) arising from improper use, the Consumer will bear these expenses.
2. Installation of the product must be done by the Product Manual and/or Installation Guide. If your product requires installation and configuration by a trained technician, look for a qualified and specialized professional, and the costs of these services are not included in the price of the product.
3. Once the defect is detected, the Consumer must immediately contact the nearest Authorized Service listed in the list offered by the manufacturer – only they are authorized to examine and remedy the defect during the warranty period provided herein. If this is not respected, this warranty will lose its validity, as it will be characterized as a violation of the product.
4. If the Consumer requests support at the site, he/she should access the nearest Authorized Service to consult the technical visit fee. If it is found necessary to remove the product, the resulting expenses, such as transport and security for the return and return of the product, are under the responsibility of the Consumer.
5. The warranty will completely lose its validity in the event of any of the following hypotheses:
   • if the defect is not of manufacture but is caused by the Consumer or by third parties outside the manufacturer;
   • if the damage to the product is caused by accidents, accidents, agents of nature (lightning, floods, landslides, etc.), humidity, mains voltage (overvoltage caused by accidents or excessive fluctuations in the mains), installation/use not under the user manual, or arising from the natural wear and tear of parts, pieces and components; c) if the product has been influenced by chemicals, electromagnetic, electrical or animals (insects, etc.); (d) if the serial number of the product has been tampered with or erased; e) if the appliance has been tampered with.
6. This warranty does not cover loss of data, therefore, it is recommended, if this is the case for the product, that the Consumer regularly back up the data contained in the product.
7. Intelbras is not responsible for the installation of this product nor for any attempts of fraud and/or sabotage in its products. Keep the software and applications used up to date, if applicable, as well as the network protections necessary to protect against intrusions (hackers). The equipment is guaranteed against vices within its normal conditions of use, and it is important to be aware that, as it is electronic equipment, it is not free from fraud and scams that may interfere with its correct operation.

As these are the conditions of this complementary Warranty Term, Intelbras S/A reserves the right to change the general, technical and aesthetic characteristics of its products without prior notice. All images in this manual are illustrative. Product benefited by the Information Technology Legislation.

• Customer Support: +55 (48) 2106 0006
• Forum: forum.intelbras.com.br
• Support via chat: chat.apps.intelbras.com.br
• Support via e-mail: suporte@intelbras.com.br
• Customer Service/Where to buy?/Who installs it?: 0800 7042767

Produced by: Intelbras S/A – Indústria de Telecomunicação Eletrônica Brasileira Rodovia BR 459, km 124, 1325 – Distrito Industrial – Santa Rita do Sapucaí/MG – 37540-000 CNPJ 82.901.000/0016-03 – www.intelbras.com.br | www.intelbras.com.

Made in Brazil.

References

• CHAT Intelbras
• Fórum Intelbras - Índice
• intelbras.com
• Anatel — Agência Nacional de Telecomunicações
• Anatel — Agência Nacional de Telecomunicações

Read User Manual Online (PDF format)

Read User Manual Online (PDF format)  >>

Download This Manual (PDF format)

Download this manual  >>