CAME MTMNA - User Manual

Keypad module for access control
MTMNA
PROGRAMMING MANUAL
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Summary

General Precautions

Restore Factory Default

Programming in Master Mode

Changing Master Code

Procedure to change the master code for device programming and access control.

Deleting the Codes List

Sequence to erase all stored user IDs and codes from the device.

Associating User ID and User Code to Relay-Switch 1

Procedure to link a user ID with a specific access code to relay-switch 1.

Removing All User Codes Associated to Relay-Switch 1

Method to delete all user codes assigned to relay-switch 1.

Associating User ID and User Code to Relay-Switch 2

Procedure to link a user ID with a specific access code to relay-switch 2.

Removing All User Codes Associated to User ID of Relay-Switch 2

Method to delete all user codes associated with a user ID for relay-switch 2.

Setting Relay-Switch 1 Time

Configure the activation time for relay-switch 1 in seconds.

Setting Relay-Switch 2 Time

Configure the activation time for relay-switch 2 in seconds.

Setting the LED Color

Procedure to set the color of the device's LED indicators.

Setting the Brightness of the LEDs

Adjust the brightness level for the device's LED indicators.

Setting the Tone

Configure the audio tone output for device feedback.

Programming in Slave Mode

Using the Device

Overview

1. Function Description
2. Usage Features
3. Maintenance Features

The CAME BPT MTMNA is a keypad module designed for access control, offering a robust and versatile solution for managing entry to various premises. This device is engineered to provide secure and convenient access through numerical codes, making it suitable for a wide range of applications, from residential buildings to commercial establishments.

Function Description

The primary function of the MTMNA keypad module is to grant or deny access based on user-defined numerical codes. It operates in two main modes: Master Mode and Slave Mode, each offering distinct functionalities and programming methods.

In Master Mode, the MTMNA acts as a standalone access control unit, allowing for direct programming and management of user codes and device settings. This mode is ideal for installations where local control and configuration are preferred. Users can be assigned unique IDs (between 1 and 999), and each user ID can have one or more associated alphanumerical access codes, ranging from four to eight digits in length. These codes can be configured to activate either one or both of the device's relay-switches, providing flexibility in controlling different access points or functions. The system supports up to 3,500 distinct number codes, ensuring ample capacity for a large number of users.

Key programming functions available in Master Mode include:

• Changing the Master Code: This allows the administrator to update the primary programming password for enhanced security.
• Deleting Codes List: A function to clear all stored access codes, useful for resetting the device or revoking all access.
• Associating User ID and User Code to Relay-Switch: This is the core function for granting access, linking specific user codes to activate a designated relay-switch (either relay-switch 1 or 2).
• Removing User Codes: Allows for the removal of all codes associated with a particular user ID for a specific relay-switch, facilitating user management and access revocation.
• Setting Relay-Switch Time: Configures the duration (from 1 second to 3,600 seconds) for which each relay-switch remains active after a valid code entry, useful for controlling door unlock times or other timed operations.
• Setting LED Color and Brightness: Provides customization options for the keypad's LED indicators, allowing users to choose between white or blue (default) LED colors and adjust brightness levels (25%, 50% default, 75%, 100%, or off). This can enhance visibility and user experience.
• Setting Tone: Enables the configuration of audible feedback, allowing the user to turn the keypad's tone on (default) or off.

In Slave Mode, the MTMNA integrates into a larger access control system, typically connected via a CAN BUS, and its programming is managed externally using PCSXIP software. This mode is suitable for complex installations requiring centralized control and advanced system integration. In Slave Mode, the device's ID code can be sent to the system by typing a specific sequence, facilitating its identification and configuration within the network.

Usage Features

The MTMNA keypad module is designed for straightforward operation, offering two primary methods for entering access codes:

1. Standard Entry: Users enter their 4-8 digit access code followed by the '#' button.
2. Enhanced Entry: Users press the '' button, then enter their access code, and finally press the '' button again.

Upon successful entry of a valid code, the device provides clear feedback: a confirmation beep will sound, and a green light will illuminate, indicating that access has been granted. Conversely, an incorrect code entry will result in three quick beeps and a red light, signaling a denied access attempt. This intuitive feedback system ensures users are immediately aware of the outcome of their access attempt.

The keypad's illuminated buttons enhance usability, especially in low-light conditions. The flashing of the button lighting during certain programming phases, such as restoring factory defaults, provides visual cues to the user about the device's operational status.

Maintenance Features

Maintaining the MTMNA keypad module involves several key aspects to ensure its longevity and reliable performance:

• Factory Default Restoration: In case of configuration issues or a need to reset the device, the MTMNA can be restored to its factory settings. This is achieved by disconnecting and then reconnecting the power supply, followed by entering a specific code (*#102) within one minute. This feature is crucial for troubleshooting and reconfiguring the device from a clean slate.
• General Precautions: The manual emphasizes several important precautions for maintenance and installation. All installation, programming, commissioning, and maintenance tasks must be performed by qualified and expert staff, adhering to all applicable laws. This ensures safety and proper functioning of the device.
• Antistatic Protection: When working on the control board, wearing antistatic protective clothing is recommended to prevent damage from electrostatic discharge, highlighting the importance of protecting sensitive electronic components.
• Power Disconnection: For any cleaning or maintenance jobs, it is imperative to cut off the mains power. This is a fundamental safety measure to prevent electrical hazards and protect both the technician and the device.
• Intended Use: The device is designed for a specific purpose, and using it for any other application is deemed dangerous. Adhering to the intended use helps prevent misuse and potential damage, thereby extending the device's lifespan.
• Manufacturer's Liability: The manufacturer disclaims liability for damages resulting from improper, incorrect, or unreasonable use, underscoring the user's responsibility in operating and maintaining the device correctly.
• FCC Compliance: The device complies with FCC rules, meaning it is designed to operate without causing harmful interference and must accept any interference received. This regulatory compliance indicates a commitment to quality and operational integrity.
• Disposal and Recycling: At the end of its life cycle, the device and its packaging should be disposed of responsibly, in compliance with local laws. The recyclable components are marked with symbols and ID markers, facilitating proper recycling and environmental protection.

The MTMNA keypad module is a robust and user-friendly access control solution, offering flexible programming options, clear operational feedback, and essential maintenance guidelines to ensure secure and reliable access management.

CAME MTMNA Specifications