Honeywell ESSER FACP User Manual

Periphery components for ESSER FACP
TI 798960.GB0 / 04.20 65
10.1 Requirements
• The sound pressure level of the surroundings in which an audible alarm device is to be installed must be
measured.
• The sound pressure level of the alarm device must be at least 65 dB and must be +10 dB higher at all
locations than the sound pressure level that was measured for the surroundings. If necessary, several alarm
devices may have to be planned.
• The sound pressure level of the signal tone (e.g. DIN tone) that is also going to be used later for alarm
output in these surroundings, must also be measured.
• The signal tone must be clearly audible above the background noise. In case of similar frequencies, a
different signal tone must be chosen and/or the alarm must be signalled with an additional optical alarm
device.
In accordance with DIN 33404-3, an alarm signal and/or signal template for alarms (e.g. comprising
signal tone + voice output) must always begin with the DIN tone. Then a voice message may be
output.
• If possible, the audible alarm devices should be configured in control zones with a low control zone number.
Low control zone numbers are activated quicker than high control zone numbers. Relay/LED outputs should
have higher control zone numbers than alarm devices. As many loop activations as possible should be
assigned to a control zone.
• Synchronisation is carried out at all esserbus
®
PLus modules that are operated on a FACP.
• The gap between the synchronisation signals must be coordinated with the signal templates that were
aggregated in the tools 8000 programming software (e.g. consisting of signal tone + voice output).
• If an alarm device is replaced with the device, all the activations are transferred. If an alarm device is
replaced by a device from another zone, all activations are deleted, including the activations in the sectors.
10.2 Project planning information
10.2.1 IQ8Quad with integrated alarm devices
The sound pressure levels for IQ8Quad with integrated alarm devices and IQ8Alarm Plus in accordance with
EN 54-3 are set out in the following tables.
Sound pressure level (SPL) [dB(A)]
Tone Description
Horizontal angle [°]
Vertical angle [°]
15
45
75
105
135
165
15
45
75
105
135
165
2
Alternating signal tone,
Frequency 800 Hz/970 Hz @ 2 Hz
(based on FP 1063.1 Telecoms BS
5839 Pt1-Tone 1)
81 84 84 84 83 81 84 83 85 85 83 85
7
Continuous signal tone,
Frequency 970 Hz
(based on BS 5839 Pt1)
83 85 87 88 85 82 86 86 88 89 86 85
10
Alternating signal tone,
Frequency 1200 ... 500 Hz @ 1 Hz,
DIN tone in accordance with DIN 33404-
3 (factory setting)
84 84 88 88 83 83 84 84 86 87 83 82
11
Alternating signal tone,
Frequency 554 Hz @/440 Hz
(based on French fire sound)
81 84 87 89 84 80 81 84 85 86 83 80
12
Rising signal tone,
Frequency 500 Hz ... 1200 Hz
(based on NL - Slow Whoop)
86 86 88 87 85 84 85 86 87 87 85 84
13
Continuous signal tone,
Frequency 485 Hz
(based on US Horn)
77 74 80 82 77 76 79 75 82 82 78 78
14
Cyclic signal tone,
Frequency 485 Hz (based on US Horn
with Temporal Pattern)
75 72 78 82 77 73 78 75 82 82 78 81

Honeywell ESSER FACP Specifications

General

Brand	Honeywell
Model	ESSER FACP
Category	Fire Alarms
Language	English