F3200 Installation & Programming Manual

Document No: LT0122

Programming

 

6.1.3PROGRAMMING KEYS

Looking at the keypad (or picture in Fig 2.1.2) the user will observe a 4x4 "numeric" keypad, and a row of function keys across the bottom. The function keys from "RECALL" to "BELLS ISOL" all have two functions e.g. "BELLS ISOL/DELETE". In programming mode, these keys operate the bottom functions i.e. "DELETE", "INSERT", etc. An exception is "RECALL/(" which will be either "RECALL" or "(" depending on the programming function selected.

The logic functions in the right hand column of the 4 x 4 "numeric" keypad are used for entering output logic equations. The symbol and the word represent the same function e.g. logical "OR" is represented in an equation by the symbol "+".

During text entry the "NOT" key may be used to enter a blank space.

6.1.4RECOMMENDED PROCEDURE FOR CONFIGURATION & PROGRAMMING

1.System Design

Determine all system requirements; decide number of 8ZMs, 8RMs, LED Display (if any); allocate zones and relays. Fill out configuration sheets with programming for detector type, relay supervision, output logic, etc.

2.Battery & PSU

Calculate battery and PSU requirements as per Section 5. Decide on battery capacity. Check that physical size of battery fits with proposed mechanical arrangement.

3.Configure Hardware

With mains power off and battery disconnected. Fit battery test resistor (if required). Install modules and fit any relay supervision links required.

4.E2 Init

Fit links Lk7, SW1 and turn mains power on to perform Database Initialisation as per Section 6.3.1. Check that modules configured by Controller match modules installed.

5.Access Database

As per Section 6.3.2, using default code.

6.Assign Access Codes

As per Section 6.4.2. Note that the first code is the master code, and should be known by the System Designer or Service Supervisor as appropriate.

7.Enter Text

As per Section 6.4.3. Copy names for FIP, zones and relays from configuration sheets.

8.Global Parameters

Enter any global parameters different from the defaults such as auto-test inhibit dates, FIP MCP zone (if other than Zone 1), as per Section 6.4. Fig 6.1.2 can be used as a flow chart. Work from top to bottom, left to right.

9.Enter System Configuration Parameters

Refer to Fig 7.1.1. Enter all the circuit, zone, output logic, relay supervision and RZDU parameters from the configuration sheets that differ from the defaults. Start at the left side of Fig 7.1.1 (circuits), and work from left to right through each branch, starting at the lowest numbered item (e.g. zone, relay) and stepping through to the largest number for each item configured.

Page 6-10

5 July 2001

Issue 2.7

Page 75 Page 77
Page 76
Image 76
Tyco F3200 manual Programming Keys, Recommended Procedure for Configuration & Programming
Page 75 Page 77

F3200 specifications

The Tyco F3200 series is a sophisticated fire alarm control panel designed for use in various commercial and industrial settings. Renowned for its reliability and ease of use, the Tyco F3200 stands out for its advanced features and state-of-the-art technology, making it a preferred choice for fire safety professionals.

One of the key features of the Tyco F3200 is its modular design, which allows for customization based on specific building requirements. This flexibility enables users to scale the system efficiently, with the capability to connect multiple panels in a network configuration. This adaptability is crucial for large facilities that require comprehensive coverage across expansive areas.

The F3200 utilizes a microprocessor-based control technology that ensures swift processing and response times. This technology enhances the panel's ability to monitor and manage alarms, alerts, and system status, ensuring that users receive real-time updates and notifications in the event of an emergency. The intuitive user interface, characterized by a clear display and user-friendly controls, simplifies the operation process, making it easier for staff to manage the fire alarm system effectively.

Additionally, the Tyco F3200 is compatible with various detection devices, including smoke detectors, heat detectors, and manual pull stations. This compatibility means that the system can be tailored to meet specific safety needs, accommodating a wide array of environments. Furthermore, the panel supports both conventional and addressable devices, providing flexibility in system design.

Another significant advantage of the Tyco F3200 is its advanced communication capabilities. The panel can integrate with various alarm transmission technologies, including RS-232 and RS-485 interfaces, allowing for seamless communication with remote monitoring stations. This feature enhances the reliability of emergency response efforts.

Moreover, the F3200 includes robust diagnostic and reporting tools that help maintenance personnel ensure the system's optimal performance. It provides comprehensive event logs and troubleshooting features, allowing for easy identification of issues and efficient maintenance procedures.

In summary, the Tyco F3200 is an advanced fire alarm control panel that integrates cutting-edge technology, flexibility, and user-friendliness. Its modular design, quick response time, compatibility with various devices, and strong communication capabilities make it an excellent choice for anyone seeking a dependable fire alarm system. Whether for small businesses or large-scale operations, the F3200 delivers essential fire safety solutions tailored to meet the diverse needs of its users.
Top Page Image Contents