iDTouch - Quick Guide

1. Material Required

To install your iDTouch, the following items are required: drill, three wall plugs with the respective screws, screwdriver or Philips screwdriver, and a 12V supply of at least 1A.

2. Installation

For the correct functioning of your iDTouch, the following precautions must be taken:

• No objects should be less than 20 cm away from the sides of the equipment.
• Avoid metallic objects near the back of the equipment so as not to impair the reach of the proximity card reader. In case this is not possible, use insulating spacers.
• The iDTouch must be fixed at a height in the range of 1.00 m and 1.40 m from the ground.
• Before fixing the device, ensure that all cables have been correctly connected.

Installation of the equipment is simple and should follow the sequence below:

1. Remove the iDTouch rear plastic bracket.
2. Use the template on the back of this guide to drill the three fixing holes.
3. Completely insert the bushings into the holes made.
4. Pass all cables required for operation through the hole in the mounting bracket and connect them to the respective iDTouch connectors.
5. Snap the iDTouch onto the support piece, sliding the main equipment from top to bottom.
6. Insert the screw provided at the bottom and secure it with the screwdriver.

3. Description of Connection Pins

For easy installation, the iDTouch has two connectors on the back that are responsible for product power, Wiegand communication, and port control and monitoring.

3.1. Connector of 6 pins (Power and Wiegand)

The connector pinout is as follows:

• +12V (Red): Power supply of ±12V. A connection to a +12V source of at least 1A is essential for the correct operation of the equipment.
• GND (Black): Ground of the Power Supply.
• WINO/RX (Green/BR): Wiegand Input - DATA0. An external Wiegand card reader can be connected here.
• WIN1 (Green): Wiegand Input - DATA1.
• WOUTO/TX (Yellow/BR): Wiegand Output - DATA0.
• WOUT1 (Yellow): Wiegand Output - DATA1. If there is a controller board, these outputs can be connected to the controller so that the user ID identified in iDTouch is transferred to the controller.

3.2. 5-pin connector (Relay and Bell Control)

The connector pinout is as follows:

• BT (Blue): Input for Button (Relay).
• NO (White): Normally Open Contact (Relay).
• CO (Orange): Common Contact (Relay).
• GND (Black): Ground.
• NC (Purple): Normally Closed Contact (Relay).
• BELL (Brown): Output to Bell.

4. iDTouch Getting Started Operations

4.1. Turning on iDTouch

To turn on the iDTouch, connect the 12V 1A source according to the following schematic:

[Diagram Description: A 12V power supply unit labeled '+12V' and 'GND' is connected to the corresponding '+12V' and 'GND' pins on the iDTouch. The Wiegand pins (WINO/RX, WIN1, WOUTO/TX, WOUT1) and the Relay/Bell pins (BT, NO, CO, GND, NC, BELL) are also shown connected to the device.]

It is also possible to connect the iDTouch to one of the inputs on a controller board or access controller. For this, the following connections must be made:

[Diagram Description: The iDTouch Wiegand pins (WINO/RX, WIN1, WOUTO/TX, WOUT1) are connected to a 'Controller' device's corresponding input pins labeled 'WINO', 'WIN1', 'CLK', 'DATA', 'RX', 'TX'. Note that input names may vary depending on the controller model.]

4.2. Programming Mode

To access iDTouch settings, enter Programming mode by performing the following steps:

1. Press the (*) key to go to Standby Mode.
2. In Standby Mode, press the (#) key.
3. The Green LED will be blinking.
4. Enter the programming password (default: 12345) and press (#) again.
5. The Green LED will be on.

4.3. User Registration by Password Only

To register a password, follow the steps:

1. Go to Programming Mode.
2. Press (1) and then press (#).
3. The green LED will be flashing.
4. Enter the 4 digits of the user ID and press (#).
5. The device will beep 2 times.
6. Enter the password (between 4 and 6 digits) and press (#).
7. A long beep indicates successful programming.
8. Press (*) to return to Standby Mode.

4.4. User Registration by Card Only

To register a user with an RFID card, follow the steps below:

1. Go to Programming Mode.
2. Press (1) and then press (#).
3. The green LED will be flashing.
4. Enter the 4 digits of the user ID and press (#).
5. The device will beep 2 times.
6. Approach the card to be registered.
7. A long beep indicates successful programming.
8. Press (*) to return to Standby Mode.

5. Wiegand Communication Protocol

iDTouch communicates with other devices using the Wiegand protocol.

To use iDTouch together with an iDProx for input and output control, connect them as follows:

[Diagram Description: The iDTouch is shown connected to an iDProx reader. The iDTouch's Wiegand pins (WINO/RX, WIN1, WOUTO/TX, WOUT1) are connected to the iDProx's corresponding pins (CARDPR, WINO/RX, WIN1, WOUTO/TX, WOUT1). Cable colors are referenced as per the iDTouch.]

It is also possible to connect the iDTouch to one of the inputs on a controller board or access controller. For this, the following connections must be made:

[Diagram Description: The iDTouch is connected to a controller. The iDTouch's Wiegand pins (WINO/RX, WIN1, WOUTO/TX, WOUT1) are connected to the controller's input pins (WINO, WIN1, CLK, DATA, RX, TX). Note that input names may vary depending on the controller model.]

6. Types of Locks

The iDTouch, through its internal relay of up to 220VAC and 5A, is compatible with practically all types of locks available on the market.

It is necessary to position the diode, which comes with the iDTouch, as close as possible to the locks.

6.1. Electromagnet

To install an electromagnet lock together with the iDTouch, make the connections indicated in the image below:

[Diagram Description: A 12V power supply (>= 1A) is connected to an electromagnet. The iDTouch's NO (Normally Open) terminal is connected to one terminal of the electromagnet, and the CO (Common) terminal is connected to the other terminal. A diode is placed across the electromagnet terminals, with its band towards the positive side of the power supply.]

6.2. Pin-Solenoid

To control a Pin-Solenoid type lock from the iDTouch, connect the ports of the two devices according to the following diagram:

[Diagram Description: A power supply (e.g., +12V or +24V) is connected to a Pin-Solenoid lock. The iDTouch's NO terminal is connected to one terminal of the lock, and the CO terminal is connected to the other. A diode is placed across the lock terminals. The diagram notes that terminals indicated in gray may not be present on all locks.]

In case there is a power supply input (+12V or +24V), it is essential to connect it to a power supply before operating the lock.

6.3. Electromechanical Lock

For iDTouch to control an Electromechanical lock, make the connections explained in the schematic below:

[Diagram Description: A power supply (e.g., 110V/220V) is connected to an Electromechanical lock. The iDTouch's BT (Button) terminal is connected to one terminal of the lock, and the BELL terminal is connected to the other. A diode is placed across the lock terminals. The text advises to confirm the operating voltage of the lock before connecting it to iDTouch, noting that many electromechanical locks operate with 110V/220V and require specific connections as per the user manual.]

Confirm the operating voltage of the lock before connecting it to iDTouch. Many electromechanical locks operate with 110V/220V and, therefore, must use the link in item 6.3.2 of the User Manual, whose link is: https://www.controlid.com.br/manual/idtouch-manual.pdf

7. Pushbutton and Alarm

It is possible to connect the iDTouch to a pushbutton panel to open the door and to a module with a bell and relay (a separate module) to control a simple alarm system. The connections can be seen in the following diagrams:

7.1. Pushbutton Connection

[Diagram Description: A pushbutton is connected to the BT (Button) and GND terminals of the iDTouch.]

7.2. Bell Output

[Diagram Description: A 12V relay is connected to the NO (Normally Open) and CO (Common) terminals of the iDTouch. The relay's output contacts are then wired to a bell and a separate power source. A diode is placed across the relay coil, with its band towards the positive side of the 12V supply.]

It is necessary to position the diode, which comes with the iDTouch, as close as possible to the relay.

8. Key Operations of iDTouch

Check out the procedures to carry out the main operations of iDTouch on the following table.