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D 45 technical guide

D 45 technical guide

Product catalog summary

Overview: The D45 Video Door Entry System is a comprehensive security solution utilizing MCU, serial connection BUS, and TCP/IP LAN technologies. It includes components such as Entrance Panels, Internal Units (Handsets), a Switchboard, system accessories, and a Power Supply. Key functions include calling, doorbell, conversation, monitoring, door lock release, networking, alarms, and messaging.

Key Features:

Uses CAT5 cables for easy installation and cost savings.
Separate transmission of audio and video signals for improved performance.
Automatic video signal equalization and amplification for high-quality video over long distances.
Smart power supply management for energy efficiency.
Embedded operating system for enhanced operation efficiency and display quality.
Supports various system sizes and configurations.
Long-distance video signal transmission without amplifiers.
Two management center levels: district and system.

Product Specifications:

Entrance Panels: Digital Colour and Small Colour models with varying dimensions and power requirements.
Handsets: Available in Colour Handsfree, B/W, and Audio models with different screen sizes and power consumption.
Accessories: Include Floor Shunt, Riser Shunt, Video Splitter, Video Mixer, District Generator, and more, each with specific installation and power details.
Power Supply: Wall-mounted units with AC input and DC output specifications.

Installation and Configuration:

Installation rules and wiring diagrams are provided for proper setup.
Configuration involves setting parameters such as entrance panel address, floor quantity, and maximum internal units per floor.
System supports multiple entrance panels with sequential addressing for monitoring and communication.

Operational Features:

Volume adjustment, blue backlight, and LCD display for user guidance.
Address book download and direct call capabilities.
Anti-removal alarm and adjustable CCD camera.
Software updates without opening the device cover.
Automatic alarm for overtime door opening and distress code alerts.

Security and Alarm Functions:

Door lock release via password with configurable settings.
Alarm for overtime door opening and distress code entry.
Master password recovery and function setting options.

Conclusion: The D45 Video Door Entry System is a versatile and efficient security solution suitable for various building configurations, offering advanced features for monitoring, communication, and security management.

Specifications: The system includes various components such as entrance panels (EP), small entrance panels (Small EP), and indoor handsets with different features like color displays, alarm functions, and intercom capabilities. The entrance panels are equipped with photosensitive functions, volume adjustments for microphones and speakers, and online software update capabilities.

Procedures: The document outlines procedures for configuring EP parameters, adjusting camera angles, and installing electric door lock releases. It also provides instructions for deleting door lock release passwords and adjusting video signal outputs based on transmission distances.

Norms and Recommendations: Recommendations include ensuring proper light compensation for visibility, avoiding direct sunlight on cameras, and adhering to specified power requirements for door lock releases. The document also advises on the correct installation settings to prevent alarm failures.

Key Features: The system supports building intercom functions, security alarms with multiple zones, silent mode for handsets, and priority management for intercom operations. Handsets can be linked to entrance panels and switchboards for comprehensive communication and monitoring.

Installation and Configuration: Detailed instructions are provided for setting up handsets, including changing user passwords, selecting ring tones, and enabling or disabling alarm zones. The document also covers monitoring and calling functions for both entrance panels and internal handsets.

Critical Information: The document emphasizes the importance of correct installation and configuration to ensure system functionality and security. It highlights the need for professional assistance in case of incorrect settings or alarm sensor issues.

Receiving Calls: The master handset will activate its display when a call is received, while slave handsets will only ring unless they answer the call. Calls can be received from the EP, Small EPs, Switchboard, or internally. The procedure involves pressing the answer button or picking up the handset to accept calls, with the call light indicating the call status.

Indoor Handset Functions: The handset has a 30-second operation time before answering and a 60-second time after answering before switching to standby. Mutual ring control ensures only the answering handset rings. VDP priority allows the handset to prioritize calls from EPs over ongoing communications.

Door Lock Release: The door lock can be released by pressing the designated button when the device is in operation with an EP or Small EP.

Alarm System: The system includes anti-removal, SOS, and zone alarms. Anti-removal alarms are triggered if the handset or sensor is removed. SOS alarms can be activated via a panel button or external key. Alarm zones can be enabled or disabled using a user password, with specific zones designated for burglar and fire alarms.

Installation and Setup: The installation involves setting room numbers and apartment quantities using configurators or a keyboard. Small EPs and door lock releases can be installed as needed. Alarm sensors require specific connections and resistors to function correctly. The system allows for setting sensor types and enabling/disabling monitoring functions.

General Features: The system includes ring volume and silent mode adjustments, as well as brightness and contrast settings for video displays. Installation instructions provide detailed steps for setting up room numbers, apartment quantities, and alarm functions.

Alarm Settings:

Time Delay After Alarm Set: Configurable delays (40s to 255s) with corresponding LED indicators. Default is 100s for thief area alarms.
Time Delay After Alarm Happens: Similar delay settings as above, with a default of 40s.
Sound Alarm for Thief: Can be enabled or disabled. Default is no sound.

Function Setup:

Doorbell Function: Can be enabled or disabled. Default is disabled, using Small EP function instead.
Handset Connection: Indicates connection status to the apartment interface. Default is not connected.

Troubleshooting:

Small EP Short Circuit: Causes handset to emit 3 short beeps and enter standby.
Overload or Short Circuit: Handset supplies 12V DC to sensors, max 300mA. Overload triggers an alarm message.
Alarm Zone Enablement: Requires correct sensor connection and configuration.

Installation Notes:

Small EP Installation: Connect to master IU when multiple IUs are present.
Electric Door Lock: Requires item 323015 for door lock release function.
SOS External Switch: Sends SOS alarm message to switchboard when activated.

Handset Functions:

Setup Operations: Inactivity or incorrect input results in 3 short beeps and return to standby.
Household Number Setup: Configurable from 101 to 9999, with specific setup procedures.
Number of Households per Floor: Configurable from 1 to 99, default is 4.
SOS NO/NC Setup: Configurable SOS status with message light indicators.
Master and Slave Handsets: Only one master per household, others set as slaves.

General Features: The system includes audio handsets with basic functions like VDP and door lock release, designed for low power consumption.

Installation and Setup Procedures: The document outlines the procedures for setting up and operating a video door entry system. It includes instructions for returning to the initial installation setup status, which can be triggered by performing operations incorrectly, indicated by three short beeps.

Setup Submenu for Connection: To enable connection to item 323009, users must enter the setup submenu by pressing the MC pushbutton three times. The parameter can be set to 1 (enabled) or 0 (disabled), with the message light indicating the status. The default is disabled.

Recovering Default Parameters: Users can recover all default parameters by pressing the MC pushbutton nine times. The message light will indicate the operation's success.

Exiting Setup: Exiting the setup involves pressing the door lock release pushbutton until a long beep is heard. If no operation is performed for 10 seconds, the handset returns to standby.

Receiving and Making Calls: The document details procedures for receiving calls from various sources, including EPs, switchboards, and internal handsets. It also explains how to make calls to switchboards and internal handsets.

Timing and Priority: The handset has specific timing for operations, automatically switching to standby after 30 seconds if not answered, or 60 seconds after answering. The system prioritizes calls from EPs and switchboards over internal communications.

Door Lock Release and Alarms: The door lock can be released during communication with EPs. SOS alarms can be sent to the switchboard using the MC button.

Switchboard Overview: The switchboard is a central component, capable of managing communications and alarms across the network. It features a digital LCD, supports LAN connections, and can handle thousands of call and alarm records.

Video Gain Setting: Video gain settings can be adjusted based on distance and video conditions, with specific DIP switch settings provided.

Main Features: The switchboard uses RJ45 interfaces for easy network integration, supports long-distance audio and video transmission, and offers handsfree communication. It includes a high-resolution LCD and external camera interface.

Function Features: The switchboard offers digital control, real-time caller information, district management, cycle checks, communication record management, and alarm processing. It also supports call forwarding and cycle monitoring.

Menu Functions: The menu includes icons for address book, call, function transfer, missed alarms, message records, monitoring, alarm records, and missed calls. Each function is accessible via navigation keys and offers specific operations for managing calls and alarms.

Specifications:

Switchboard: Manages functions like password change, video parameter adjustment, and device type selection.
Riser Shunt (323003): Connects riser BUS and system BUS, separates BUS, and switches between video and audio channels. It includes RJ45 connectors and video gain DIP switches for adjusting video transfer distance.
Floor Shunt (323002): Connects apartment handsets to the BUS, distributing video signals to up to four handsets.
Villa Shunt (323016): Connects villa handsets to the BUS, supporting up to four floor shunts and ensuring signal distribution over distances up to 200 meters.

Procedures:

Configuration Methods: Three methods are available: physical configurators, COM connection to a PC, and pushbutton configuration.
Video Gain Settings: DIP switch settings are provided for adjusting video gain based on distance and signal type (color or B/W).
Power Configuration: Power sources must be configured according to software calculations to ensure proper operation of shunts.

Recommendations:

Ensure correct configuration of the riser shunt to maintain system functionality.
Adjust video gain settings based on actual image requirements and signal conditions.
Follow power configuration guidelines to avoid operational issues.

Limitations:

Maximum distance for video signal transmission is 1000 meters for color systems and 2000 meters for B/W systems.
Villa shunt can only be used for one villa, with a maximum distance of 50 meters between the shunt and handsets.

Video Splitter 323007: The device is a video splitter with one input and two outputs, designed to split the BUS signal into two channels. It features four gears for video compensation, allowing adaptation to different transfer distances. It is primarily used in riser systems to divide the riser BUS into multiple channels, suitable for high-rise buildings. The DIP switch settings allow for adjustments based on distance and signal type (color or black/white).

Basic Apartment Interface 323008: This interface is installed between the floor shunt and handsets, extending interfaces when an apartment has multiple handsets. It includes connectors for handsets and system BUS input, using RJ45 connectors and CAT5 cables.

Apartment Interface 323009: Installed inside the user's house, this device expands handsets and small entrance panels (EP). It connects up to five handsets and one small EP, with various connectors and switches for configuration and power supply selection. Typical wiring diagrams are provided for setup guidance.

Door Lock Accessory 323015: This accessory is an electric door lock driver for controlling 12 V negative locks and positive locks with high opening current. It includes a time delay function and can drive two negative locks simultaneously. Configuration options are available for lock type and time delay settings.

District Generator 323013: The district generator connects multiple district riser shunts, a wall EP connector, a switchboard connector, and a main system power connector. It supports large network creation and video signal amplification. Configuration involves setting video gains for each riser shunt branch.

D45/IP Interface 323011: This IP interface connects the D45 system with the BT 2-wire IP system, ensuring compatibility. It includes network and system bus interfaces, with configuration requiring special-purpose software. DIP switch settings are provided for signal adjustment based on distance.

Specifications:

Time Zone and Clock Mode: Options for selecting time zones and clock modes (Slave or Master) with default values available.
Date Format: Configurable with a default option.
IP Configuration: Dynamic or Fixed IP modes are available. Default IP address is 192.168.1.100, with subnet mask 255.255.255.0.
Authentication: Default password is 12345, recommended for maintenance.

Procedures:

UNIVOCAL CODE: Input a unique identification code (range 1-100000) into the IP interface.
Ethernet Configuration: Choose between Dynamic IP (requires DHCP) or Fixed IP (manual configuration).
Handset Configuration: Set base addresses for handsets and entrance panels, with default values available.
Switchboard Configuration: Add management centre addresses, defaulted at 1, with sorting options for priority calling.

System Expansion:

323019 Interface: Extends riser systems beyond 400 handsets, up to 800, with video gain adjustments for signal quality.

Power Supply:

323005 and 323010: Two types of power supplies, with 323005 capable of supplying power to data communication cables and offering impedance matching.
Protection Features: Both power supplies have short circuit protection and smart power supply capabilities.

Recommendations:

Use default values where applicable for ease of maintenance.
Ensure no IP or address repetitions within the same system.
Install power supplies in cool, well-ventilated areas and avoid parallel connections with other power supplies.

Power Supply Device Configuration: The power supply device is configured to set the power supply address, range, type, and alarm current for each handset. It includes enabling or disabling smart power supply and PW management, and selecting the system configuration mode. Correct configuration is essential for system functionality. There are three configuration methods: resistor configurator, pushbutton setup, and SF2 software, with the resistor configurator having the highest priority.

Configuration Methods:

Resistor Configurator: Three modes (1, 2, 3) are available, marked by the 14th bit. This method takes precedence over others.
Pushbutton Method: Effective only when the resistor method is not used. Involves entering configuration status, selecting configurator number, confirming parameters, and setting additional parameters if necessary.
Configuration Enquiry: Allows checking current configuration by entering enquiry status and reading configuration values.

EP/Switchboard Shunt Configuration: Uses a microprocessor for interface control and can switch video channels. Configured via resistor configurator or pushbutton setting. It can serve as a switchboard or main EP backbone expansion interface.

Configuration Procedures:

Resistor Configurator: Insert appropriate resistor, press S1 and S2 to restart for new configuration.
Pushbutton Configuration: Set values using pushbuttons, invalid if resistor is connected.
Computer Serial Port Configuration: Connect PC to EP/Switchboard shunt and download configuration parameters.

346858 - D45 to 2 Wire Interface: This interface allows integration of BTicino 2-wire systems into the D45 system. It can be configured in two modes: simple (Mode 1) and flexible (Mode 2), with specific configuration places for floor and room numbers.

Tool Interface: Includes a tool interface and configuration tool for downloading configuration information or updating programs for D45 system devices.

Wiring Methods for Tool Interface:

Wiring Method 1: Used for downloading configuration information and updating programs. It involves inserting as per the arrow direction.
Wiring Method 2: Reserved for firmware specialists to upgrade programs.

Installation Rules for Video Door Entry System:

Entrance Panels and Indoor Handsets: Recommended installation height is 120-125 cm for accessibility. Avoid positioning cameras towards light sources.
System Cable: Use CAT5 original cables for optimal performance. Specifications include a resistance value of 180 ohm/km.
Standard RJ45 Connections: Two standards (T568A and T568B) are available, but mixing them in the same installation is not recommended.

Power Supply Installation Rules:

Types of Power Supplies: System and auxiliary power supplies are available. The 323005 model can function as both, depending on the impedance switch setting.
Power Supply Solutions: Different configurations are provided based on the presence of riser shunts and switchboards.

Lock Type and Distance Limits:

Door Locks: Recommended to use Legrand/Ortronics connectors. Additional power supply is required if the current exceeds 1A (DC12V).

Specifications: The document outlines the specifications for the auxiliary power supply systems, specifically focusing on models 323010 and 323005. Model 323010 lacks an impedance setting switch and is solely used as an auxiliary power supply. When using model 323005, the impedance setting switch of 303005 must be turned off.

Procedures:

Connection of the auxiliary power supply inside the riser is detailed with specific configurations for when the system bus requires auxiliary power.
The document provides guidelines for connecting switchboards to the BUS system auxiliary power supply.

Power Supply Installation Rules: Before installation, it is crucial to verify that the power supplies can meet the current demands of the devices and that the cable distances allow for adequate voltage supply. The maximum distance between the floor shunt and handset is 50 meters using CAT5 cable.

Types of Handsets: The document categorizes handsets based on power consumption, including black and white, color, with alarm, and with secondary entrance panel. It also specifies the current requirements for alarm sensors.

Power Supply Capacity: The document includes tables detailing the maximum number of handsets and entrance panels (EP) that can be supported by the riser system power supply under various configurations, both with and without air conditioning (A/C).

System Limits: The document specifies maximum system limits, including the number of handsets and entrance panels per riser and the entire system, both for IP and non-IP network systems. It also details video signal limits and configuration rules for entrance panels and handsets.

Configuration Rules: Address codes are used to identify apartments or villas within the installation. Each handset must have a unique address code, which is composed of floor and internal numbers.

Recommendations: For projects with multiple entrance panels, it is recommended to use model 323005 for setting auxiliary power supply to manage costs effectively.

Introduction: This document outlines the configuration and addressing system for a video door entry system, focusing on the flexible identification of units/risers within an installation. It provides detailed procedures for configuring the system to ensure proper communication between visitors, residents, and switchboards.

Addressing System: The addressing system uses a flexible code (DDDD) that can represent district/building or building/unit addresses. The code can range from 5 to 8 characters, using numbers (0-9) or letters (A-j). The DDDD address can also be replaced by meaningful words if configured via PC.

System Configuration: The system configuration involves two main activities: designing the right numbers for intended functions and teaching devices their configurations. This can be facilitated by PC software, especially for complex systems.

Configuration Design: Two configuration procedures are available: simplified and flexible. Simplified configuration avoids PC use and is suitable for standard installations with predefined limits. Flexible configuration can use a PC for project planning and is suitable for installations with varying floor and handset numbers.

Simplified Configuration: This method requires configuring audio/video doorphone handsets and riser shunts progressively. It supports up to 4000 apartments with various combinations of riser shunts, floors, and handsets.

Flexible Configuration: Flexible configuration requires setting maximum numbers for floors (#FF) and apartments per floor (#II). It supports installations up to 4000 apartments and allows for more complex configurations using a PC.

Default Apartment Functions: Both simplified and flexible configurations provide default functions such as self-powering of risers, main switchboard calls, and alarm management.

Physical Configuration: Devices can be configured using physical configurators, device resources, or PC downloads. The system supports virtually unlimited apartments, with specific limits per district and riser.

Configuration Modes: There are three configuration modes: resistor, local keyboard, and RS232 port. Each mode uses the same parameters, with specific examples provided for resistor configuration.

Conclusion: This document provides a comprehensive guide to configuring a video door entry system, offering flexibility and scalability for various installation sizes and complexities.

Riser Shunt Configuration:

The riser shunt is used to extend the maximum number of handsets from 400 to 800. Additional configuration is required if certain components like 323011 are present.
Configuration can be set using SF2 software or a keyboard, with specific configuration bits defined for riser EP numbers, quantities, and switchboard numbers.
Examples illustrate configurations for different numbers of floors and handsets per floor, using system configuration modes 1 and 2.

EP/Switchboard Shunt Configuration:

Configuration procedures are provided for extending switchboards and main EPs using item 323018.
Different configuration methods are available, including resistor, keyboard, and RS232 configurations.
Examples demonstrate configurations for various switchboard and EP address ranges.

Power Supply Configuration:

Configuration methods include resistor, keyboard, and RS232 configurations for power supply management.
Details are provided for configuring power supply address ranges, floor numbers, and handset addresses.
Power supply management and smart power functions are explained, with recommendations for systems with standby batteries and alarm functions.

Key Points:

All configurations must be numbered sequentially, starting from 1, with no numbers missed.
Compatibility between D45 and BT 2-wire systems requires specific configurations, but is not necessary if compatibility is not required.
Configuration errors are indicated by LED indicators, and specific steps are provided for correcting errors.

Power Supply Configuration: The document outlines the configuration settings for power supplies in a video door entry system. It includes alarm sinking reserve (ASR) settings, energy-saving modes, and specific configuration examples for different scenarios. The ASR settings range from 0 to 300 mA, with different configurations for smart power supply functions.

Configuration Examples: Three examples are provided for configuring power supplies in systems with different numbers of floors and handsets. Each example specifies the configuration positions and values required for the system to function correctly.

System Power Solutions: Two solutions are suggested for system power supply configurations, with considerations for avoiding power supply overloads when using Small EPs. The document provides detailed configuration settings for both system and auxiliary power supplies.

District Generator Configuration: The document describes the configuration procedures for district generators, including resistor, keyboard, and RS232 configurations. It provides examples of district generator configurations for different layers and scenarios.

Troubleshooting: A comprehensive troubleshooting section addresses common issues such as silent mode activation, incorrect handset numbering, and configuration errors. Solutions include checking configuration settings, ensuring correct connections, and resetting parameters to default values.

Key Points:

Ensure correct configuration of power supply settings to avoid system malfunctions.
Follow specific configuration examples for different system setups.
Use suggested power solutions to prevent overloads and damage.
Address troubleshooting steps for common issues to maintain system functionality.

Overview: The document is a technical guide for a video door entry system, specifically the D45 model. It provides detailed system topology examples and wiring diagrams for various configurations of riser and backbone networks.

System Topology:

Riser Network: Examples include configurations without switchboards, with mixed installations, and with more than five entry points (EPs).
Backbone Network: Configurations include a single main entrance panel, a single switchboard, and several main EPs. There is also a setup with a district generator.
Internal Connections: Details on connecting internal units, audio and video handsets, and BTicino 2-wire interfaces.

Wiring Diagrams:

Basic Connections: Diagrams for basic handset connections and apartment interface connections.
Riser Connections: Includes configurations with floor shunts and several EPs.
Backbone Connections: Diagrams for connections with one main EP, one switchboard, and several EPs.
District Generator: Connections for district generators and two-layer district generator setups.
Video Mixers and Splitters: Configurations for risers with video mixers and two-branch video splitters.
Alarm Sensors: Connections for internal unit alarm sensors, detailing the use of resistors for detecting cable issues.

Key Components:

Handsets: Various configurations and power requirements, including the need for auxiliary power supplies when limits are exceeded.
EPs: Main and secondary EPs are used in different configurations to manage entry points.
Power Supply: Details on power consumption and the use of auxiliary power supplies.

Technical Notes: The document includes remarks on power consumption limits and the necessity of auxiliary power supplies for certain configurations. It also provides guidelines for cable types and installation distances.

Catalog excerpts

BTicino S.p.A. reserves at any time the right to modify the contents of this booklet and to communicate, in any form and modality, the changes brought to the same. BTicino SpA Via Messina, 38 20154 Milano - Italia www.bticino.com System technical guide

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D45 Video Door Entry System General features and devices overview. . . . . . . . . 02 Installation rules. . . . . . . . . . . . . . . . . . . . . . . 73 D45 VIDEO DOOR ENTRY SYSTEM Configuration concept and examples . . . . . . . . . 95 Troubleshooting. . . . . . . . . . . . . . . . . . . . . . 124 System topology - layout examples . . . . . . . . . . 127 Wiring diagrams. . . . . . . . . . . . . . . . . . . . . . 137

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CARATTERISTICHE GENERALI VIDEO DOOR ENTRY SYSTEM - GENERAL FEATURES D45 System introduction D45 VDE system consists of five main components: Entrance Panels, Internal Units (Handsets), Switchboard, system accessories, and Power Supply . It is a security monitoring system that applies MCU, serial connection BUS, TCP/IP LAN technologies. The system is designed to perform functions like call, doorbell, conversation, monitoring, door lock release, network, alarm, and message, by connecting riser systems with network system devices, and using the main Switchboard as the management and control centre...

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Products list and main features Model name code number Current absorption Standby SMALL COLOUR ENTRANCE PANEL Wall mount Wall mount Wall mount Wall mount AUDIO HANDSET Wall mount Wall mount FLOOR SHUNT RISER SHUNT 2 BRANCHES VIDEO SPLITTER ENTRANCE PANEL VIDEO MIXER DISTRICT GENERATOR BASIC APARTMENT INTERFACE POWER SUPPLY Wall mount AUXILIARY POWER SUPPLY Wall mount APARTMENT INTERFACE EP/SWITCHBOARD SHUNT VILLA SHUNT DOOR LOCK ACCESSORY CONFIGURATION TOOL WITH SOFTWARE D45 VIDEO DOOR ENTRY SYSTEM DIGITAL COLOUR ENTRAL PANEL ENTRANCE PANELS

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CARATTERISTICHE GENERALI VIDEO DOOR ENTRY SYSTEM - GENERAL FEATURES Entrance panel functions overview 322010 - Digital entrance panel colour With alloy-die-casting panel with luxurious and elegant appearance. The touchtone keyboard, stable in function, for direct handset call and communication. With a blue night-light display. Features Functions such as monitoring, call, conversation, door lock release, etc. n Volume adjustment; n Blue backlight and LCD display to guide user operation n Download the address book; n The visitor can call the handset and the Switchboard; n Anti-removal alarm; n...

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D45 VIDEO DOOR ENTRY SYSTEM LEGEND 1. Compensation Lamp 2. Confirm menu setting or other operation 3. Number keyboard: call the handset and function setting 4. Management centre pushbutton: call the Switchboard 5. Microphone 6. Photosensitive lamp 7. Return or quit menu setting 8. Alphanumerical pushbuttons 9. Access control lens (Optional) 10. Loudspeaker 11. Camera: to view the image 12. NN #FF #II: configurator 13. ISP: entrance panel software upgrade connector 14. SPK: adjust loudspeaker volume 15. MIC: adjust microphone volume 16. VIDEO-IN/GND/NC/+12V/LED-: connect entrance panel camera...

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CARATTERISTICHE GENERALI VIDEO DOOR ENTRY SYSTEM - GENERAL FEATURES Entrance panel functions overview 322010 DIGITAL EP Call by the visitors 1. A visitor can input the resident’s number as per the prompt on the display and press the # key for confirmation. The unit shall send out the call signal, displaying the message “calling, please wait” . It can establish two-way communication and at the same time transmit the image to the handset. Now the resident can open the lock by pressing the door lock release key on the handset. While waiting or during the conversation, the visitor can hang up the...

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Alarm for the dISTress code When the six-digit user password is entered for unlocking, and if the user re-enter the distress code “5” and presses the key for confirmation, then the entry panel shall send the distress code alarm to the Switchboard while it opens the lock. Open the locks by password As per the prompt on the display, we can input the unlock password after pressing on the # key. By pressing the same key again, the electric lock will be opened automatically. If the password input is not correct, the display will show “wrong password” and return to idle after three short beeps. Now...

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CARATTERISTICHE GENERALI VIDEO DOOR ENTRY SYSTEM - GENERAL FEATURES Entrance panel functions overview 322010 DIGITAL EP Set the Functions When used as (Backbone EP or main EP): Press the # key for about 5 seconds. Input the master password as per the prompt on the display and press the # key for confirmation. When you get to the setting status, you can enter the following settings as per the prompt: (Press on the 0 key to scroll through the pages). 1. Select 1 and change the master password. The default master password is 200000. If you want to change it, you can input your desired password as...

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Mode 7: 88-888-88-8888 88 Zone number 888 Building number 88 Unit number 88 Floor number 88 Room number Mode 8: 88-888-88-88A 88 888 88 88 A Zone number Building number Unit number Floor number Room number 9. Select 9 to complete the relevant settings of the password door lock release function. There are three available options: • Set the door lock release password. Press the 1 key and enter your desired group number and the password. On entering the group number, if password of the group already exist, it will be replaced by the new one. Press * key to exit and return to the last operation....

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CARATTERISTICHE GENERALI VIDEO DOOR ENTRY SYSTEM - GENERAL FEATURES Entrance panel functions overview Configure the EP Parameters The configuration parameters for the EP can be set either through Item 5 in the function settings under the LCD interface, or by means of the configurator. The latter is of high priority, but it will need repowering each time the resistance is replaced, as can be shown in the following diagram: NN refers to the EP address, #FF refers to the floor number and #II refers to the maximum number of rooms in each floor. It can download or update the software through the ISP...

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D 45 technical guide

D 45 technical guide

Catalog excerpts

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