I need to do a tender document on smoke alarms

In view of the current increasingly complex social environment, the hospital daily staff mobility, personnel complexity, and hospitals store a large number of valuable equipment and goods, in order to prevent the loss of valuable equipment and goods through the hospital facade, from the protection of the personal safety of citizens and the state, the collective, personal property security important preventive facilities, design a complete set of anti-theft alarm system.

With the video surveillance system, alarm signals and video signals to do the linkage between the loss is not yet caused by or is about to occur when the harm can be found and dealt with.

I, design basis

Security Engineering Technical Specification GB50348-2004

Security Engineering Procedures and Requirements GA/T75-1994

Security Systems General Graphic Symbols GA/T74-2001

Intrusion Alarm System Technical Requirements GA/T367-2001

Code for Quality Acceptance of Electrical Installation Works in Civil Buildings JGJ50303-2002

High-tech hospital campus plan;

Two, detailed design of the alarm system

In order to meet the high-tech hospital technical experts and the requirements of the bidding documents, a better understanding of the solutions provided by the company, to understand the system equipment selection, equipment connection and inter-system communication. Connection and communication between the system, is described below:

1. System product selection

According to the requirements of the tender documents of the High-tech Hospital, the selection of equipment in the selection of the user's needs are fully taken into account, the company will mainly use Honeywell's alarm equipment.

2. Alarm system working principle

Specific block diagram is as follows:

Anti-Zone Alarm Host

Antenna Detector

Audio-visual alarm

Related Departments

Telephone Lines Phone Lines

From the diagram, we can clearly see the composition of the equipment of the automatic alarm system and the alarm signal flow and alarm process.

Each front-end host can be connected to different types of detectors, and the settings of each type of detector will be different according to the user's preventive functions. For the prevention of the perimeter area of the system, the use of infrared convection detectors.

When the front-end host is in working condition, the host can detect the changes in the front-end circuit in a very short time, such as circuit breakage, short-circuit or load value change, the host will send out sound and light alarms or produce silent alarms according to the function setting, and at the same time, the host will automatically dial the number and transmit the relevant alarm information to the alarm center through the telephone line.

The center alarm host receives the alarm signal can be issued by the audible alarm prompts the duty officer, and shows specifically which preventive parts of the alarm, and can be dialed through the dialer to dial the phone number of the relevant personnel.

3. System specific design

1) Alarm system design

Mainly for the hospital's perimeter wall around the precautionary, 14 pairs of 150 meters and 30 meters of infrared convection detectors, each pair of detectors as an independent defense zone, in the arming time of any intruder through the wall or thrown by the wall outside the equipment blocking the detector's infrared will trigger an alarm ( mainly at night). Mainly at night). The central control room will receive alarm information at the same time, the main part of the camera can be installed, when the alarm can be viewed through the nearby cameras to confirm the alarm, set the relevant phone number through the voice dialer, can automatically dial the relevant phone.

2) Alarm center design

Monitoring and alarm center to set up an alarm host, keypad, battery backup 1 set, to ensure that the system can work properly in the event of a power failure, to further ensure the reliability of the system.

Prevailing alarm zone arming and disarming unified in the control center.

4. Main equipment specifications

Alarm host

Brand: U.S. Honeywell

Model: 2316

l 16 basic defense zones, all with end resistance monitoring. Zone response time selectable between 5, 250, 500, 750 milliseconds

l Emergency keypad zones attached to the keypad

l No zone expandability

l Circuit type of the loop can be selected

l Anti-tampering protection

l Control of the system through 1 keypad

l Built-in watchdog reset circuitry

l Doorbell function

l System can access up to 8 keypads

l Built-in buzzer on the keypad as a reminder of faults, alarms, and other events

l LED indication of the system and the status of the defense zone

l Built-in puller to report directly to the alarm receiver

Specifications:

l Dimensions: 31.2 (H)×26.7(W)×7.4(D)cm;

l 6.5AH rechargeable backup battery, 12VDC

l 16.5VAC, 25W-40W transformer

l Alarm current: 0.75Amps,10.5-13.5VDC

l Auxiliary power supply: 500mA,Regulated, 12VDC

l Smoke Detector Auto Reset

l Communication Protocol: ADEMCO 4+2 DTMF, CFSK III, 4/9 ADEMCO DTMF

Name: Infrared Spot Detector

Brand: ALEPH

Model: ABE150/30

l Alert distance: outdoor 150m/30 meters.

l Detection mode: 3 beams at the same time blocking detection

l fully sealed rain (fog), dust (insects) and other integrated structural design so that it can work in harsh environments

l Unique optical design: photoelectric beams can penetrate the multi-layer glass special resistance to the environment (eg, rain and snow) and other capabilities

l When encountered in dense fog or bad weather, the detector will automatically enhance the sensitivity (such as rain and snow), the detector will automatically enhance the sensitivity (such as rain and snow). The detector will automatically increase the sensitivity (AGC circuit)

l Automatic Environmental Discrimination Circuit (EDC) to avoid reflective interference from walls, etc.

l Modular design for easy addition and stacking of detectors

l Horizontal/vertical optics are easily adjustable and easy to calibrate

l High level of RFI/EMI immunity

l Unique digital filter circuit design

l Built-in optical sighting

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