Salto CONLAN CM1000 EMV User Manual
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Salto CONLAN CM1000 EMV User Manual

Salto CONLAN CM1000 EMV User Manual

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USER MANUAL
CM1000 EMV
CM1000 EMV is a flexible keypad and Mifare reader in one unit for
many different applications. This device supports EMV (Europay,
MasterCard, and Visa) cards or mobile wallets as access control
devices (not payment transactions supported).
Mykey - Art. Nr: 480040 (black), 480042 (white)
Classic - Art. Nr.: 482040 (black), 482041 (white)
www.conlan.eu
CM1000 EMV
Publications of CONLAN ApS are protected by copyright and all rights are reserved.
CONLAN ApS publications may not be reproduced in any form or by any means without written permission from the copyright owner

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Summary of Contents for Salto CONLAN CM1000 EMV

  • Page 1 USER MANUAL CM1000 EMV CM1000 EMV is a flexible keypad and Mifare reader in one unit for many different applications. This device supports EMV (Europay, MasterCard, and Visa) cards or mobile wallets as access control devices (not payment transactions supported). Mykey - Art.

  • Page 2: Table Of Contents

    CONTENT 1. Installation Page 3 2. Access Page 3 2.1 Using the device Page 3 3. Fixed user PIN codes management Page 4 3.1. Adding user PIN codes Page 5 3.2 Adding NFC tags Page 5 3.3 Deleting user PIN codes and NFC tags Page 6 3.4 Assigning an Output behavior for a user Page 7...

  • Page 3: Installation

    1. INSTALLATION For instructions on the installation, please check the installation guide. 2. ACCESS The keypad is totally Stand Alone and can grant access to open a lock by inserting a custom user PIN code or swiping a NFC tag or EMV (Europay, MasterCard, and Visa) cards. 2.1.

  • Page 4: Fixed User Pin Codes Management

    Wrong Code Example: Swiping a wrong NFC card  In case of WRONG code inserted or swiping an INVALID NFC tag, a rejection beep will sound and the Red LED will blink one time. After 4 successive wrong tries, the keypad will lockout for 60 seconds. 3.

  • Page 5: Adding User Pin Codes

    3.1 Adding user PIN codes To add users, first insert a position to place the new PIN code (between 1 and 190). Example: If a valid position is inserted, the yellow and green LED’s will light solid until the fixed user PIN code is entered. The fixed user PIN must be a number of 1 to 8 digits.

  • Page 6: Deleting User Pin Codes And Nfc Tags

    3.3 Deleting user PIN codes and NFC tags Deletion is a simple process that can be performed just by knowing the PIN code(s) or NFC tag(s) position to be deleted. Deleting a specific PIN code or NFC tag Insert the position of the user PIN or NFC tag that you want to delete (a number between 1 and 190).

  • Page 7: Assigning An Output Behavior For A User

    3.4 Assigning an Output behavior for a user When adding users to the device, it is possible to specify the corresponding Output be- havior for every specific PIN code or NFC tag. There are four configurable Output modes: Normal Mode: The inserted PIN code or NFC tag, changes the corresponding Output state to Active and remains in this state until the configured Output Timeout (4.4.1 Config- uring Output activation time, page 13) expires.
  • Page 8 Example: Configuring a NFC tag to Toggling Mode. To add users, first insert a position to place the new NFC tag (between 1 and 190). Example: If a valid position is inserted, the yellow and green LED’s will light solid until a valid NFC card is swiped in front of ...

  • Page 9: Smart Enroll

    3.5 Smart enroll This function can help when a large number of NFC tags or PIN codes needs to be registered at the same time. Smart Enroll allows the PIN code or NFC card registration without specify a memory position for every enrollment.

  • Page 10: Configuration

    4. CONFIGURATION The service configuration code is used to authenticate and access the configuration menu, which is needed to configure the CM1000. It is possible to access the Service Configuration Menu withing the first 60 seconds after the device has been powered up (connected to a power supply).

  • Page 11: Change Service Configuration Code

    4.2 Change Service Configuration Code Enter: The yellow and green LED will turn ON. The keypad is ready to receive a new Service Configuration Code. Insert a code that is between 1 to 8 digits.  Example: The yellow and green LED will blink until the new Service Configuration Code is inserted again to confirm the action.

  • Page 12: Led's And Buzzer Feedback Configuration

    4.3 LED’s and Buzzer Feedback Configuration Light indications can be customized for the following three device states: Idle: Device normal state, nothing to perform, waiting for user interaction. The LED(s) remains in this state until a user interaction is detected. Access Granted : Feedback when a valid PIN code or NFC tag is used to grant access.

  • Page 13: Outputs Configuration

    4.4 Outputs Configuration When a valid PIN or NFC tag is used, the corresponding Output (Output1 or Output2) is Activated (GND) for a defined period of time (5 seconds as default). The Output assigned for a user is de- fined by a User Output Assignation Array with 190 available positions. There are 3 configurable parameters for an output: Activation time: 5 seconds as default, but configurable up to 61 hours.

  • Page 14: Configuring Output Activation Time

    4.4.1 Configuring Output activation time Enter: For Output 1 For Output 2 Enter: The yellow LED will turn ON and remain in this state until a time in hours, from 0 to 60, is inserted. Example, Configuring 0 hours  Activation Time: The green LED will turn ON and remain in this state until a time in minutes, from 0 to 60, is inserted.

  • Page 15: Configuring Output Activation Flank

    4.4.2 Configuring Output activation flank Enter: THEN Normal Inverted To toggle Output1 Enter: Activation Flank To toggle Output2 Enter: Activation Flank   When the customization is done Enter: to save the configuration   The keypad go back to Outputs Configuration Menu and is ready to perform another action.
  • Page 16 Example: Configuring users from 1 to 50 to activate Output2, users from 51 to 100 to activate output1 and the remaining positions to activate both Output1 and Output2: For Splitter 1 Enter: The green LED will turn ON and remains in this state until Splitter1 position is inserted.

  • Page 17: Special Functions

    4.5 Special functions Enter: Six options can be chosen, every time an option key is touched, the configuration toggles its state between ON/Active and OFF/Inactive: 4.5.1 Service Configuration Code Timeout As default, the Service Configuration Menu can be accessed only for the first 60 seconds after the device is powered.

  • Page 18: Mute

    4.5.3 Mute Used to mute (buzzer OFF) or unmute(buzzer ON) the device. Muted Unmuted Enter: (Default) 4.5.4 exBuzzer Function   This wire is used to activate the buzzer on the device externally, by connecting exBuzzer input (brown wire) to GND. Besides, it can be configured to physically enable or disable a High Security function (check High Security Function at page 19).

  • Page 19: High Security

    4.6 High Security This function improves devices security by requiring 2 authentications before to activate an Out- put. PIN codes, NFC tags or a combination of both can be used as authentication pair. This function, also affects the user registration procedure, that is mandatory to register PIN’s or/ and NFC tags to grant a unique user access.

  • Page 20: Cloning

    4.7.1 Cloning It is possible to clone a CM1000 configurations or all registered users PIN codes and NCF tags, or both, making a total copy of the original CM1000. Enter: For Clone The yellow and red LED’s will light solid until an option is chosen.

  • Page 21: Hardware Factory Reset

    5. HARDWARE FACTORY RESET To reset the hardware to factory default, please follow the below steps: 1. Disconnect the Power Supply, en- sure the device is not powered. Power +VDC Supply -GND Power +VDC Supply -GND 2. Connect the Output2 (yellow wire) with the extBuzzer (brown wire).

  • Page 22: Rex Input

    6. REX INPUT REX means Request to EXit. In the CM1000, the REX input will produce Output2 activation as a consequence of someone attempting to egress through a door. REX is used for three primary reasons: First, access control systems may control doors which are also being monitored for security management, to indicate exception conditions on remote monitoring equipment.

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