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Firetracker FT128 CIE
Brooks Firetracker FT128 CIE - User Manual
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T
echnical/Pr
og
ramming
M
anual
FT
128
Rev 2.2
For Software
V2.2.x
FT128 CIE
MA
355
A
ugust
201
5
2
Table of Contents
Main Page
Default Chapter
3
Table of Contents
3
1 Introduction
12
General Introduction
12
Definitions / Explanations
12
2 Overview
13
Ft128 Cie
13
Expansion Boards
13
Power Supply
13
Software (S/W) Versions
13
Documents
13
Applications
14
PC Software (S/W)
14
3 Control & Indicating Equipment
15
Technical Data
15
Table 1 Control Panel Specifications
15
Table 2 Control Panel Limitation
16
Control Panel Overview
17
Figure 1 FT128 Control & Indicating Equipment
17
Figure 2 the FT128 Front Membrane
17
COM Loop
19
Programmable Voltage Outputs (S0-S1)
19
Programmable Relay Output (R0)
19
Programmable Input (I0)
20
Relay Output for Routing Equipment (Fault TX) (R1)
20
VDC Power Supply Outputs
20
RS232 Interfaces
21
RS485 Transceiver (Optional)
21
Power Supply
21
Internal Power Supply
21
4 Expansion Boards 458X
22
Figure 3 Expansion Boards (from Left to Right) 4580, 4581 and 4583
22
Figure 4 I/O Matrix Board 4582
22
Table 3 Expansion Boards Allowed
22
Zones Expansion Board 4580
23
Type of Zone Line Input
23
Zone Line Input (EOL Capacitor)
23
Table 4 Expansion Boards Address Setting
23
Ex Zone Line Input (EOL Resistor)
24
Zone Line Input (EOL Resistor)
24
Input States
24
Figure 5 Expansion Board 4580 Top Side Differences
24
Table 5 4580 Versions with EOL Values to Use
24
Alarm State
25
Disconnected State
25
High Current State
25
Normal State
25
Open Circuit State
25
Short-Circuit State
25
Relays Expansion Board 4581
25
Inputs and Outputs Expansion Board 4583
26
I/O Matrix Board 4582
27
Figure 6 I/O Matrix Board Application Overview
27
Figure 7 I/O Matrix PCB Layout
28
I/O Matrix Jumper Link Setting
28
Table 6 I/O Matrix Board 4582 Type Setting
28
FT128 External Termination
29
Figure 8 SUB836 Adaptor Board
30
Figure 9 SUB835 External Terminal Board
30
5 Optional Modules
31
AS1668 Fan Control
31
Mode Control
31
Fan Status
31
Configuration and Programming
32
Fan Reset
34
Fan Front Display
34
Supply Air Fan
34
Smoke Exhaust / Spill Fan
35
Figure 10 Supply Air Fan Timing Sequence
35
Figure 11 Smoke Exhaust or Spill Fan Timing
35
Figure 12 AS1668 Fan Control Example
36
Zone Control
37
Controls & Indications
37
Zone Control Configuration
37
Figure 13 Zone Control Application
37
Generic Applications
38
Overview
38
New MIMIC Options
39
Configuration and Programming
39
Figure 14 MIMIC Board Options
39
Figure 15 Generic Application, NZ Index Panel
40
Occupant Warning System (OWS)
41
Overview
41
Audio Amplifiers
41
Figure 16 Occupant Warning Display Module
41
60/120 Watt Amplifier Module
42
Figure 17 Class-D 60W / 120W Audio Amplifier Board Layout
42
Figure 18 60W / 120W Audio Amplifier Photos
42
250 Watt Amplifier Module
43
Figure 19 Class-D 250W Audio Amplifier Board Layout
43
Table 7 OWS 60/120W Amplifier Specifications
43
OWS Volume Adjustment
44
Auxiliary Audio Inputs
44
Table 8 OWS 250W Amplifier Specifications
44
Table 9 Connection of the Audio Amplifier 60W, 120W and 250W
44
OWS Dual Strobe Output
45
Figure 20 Typical OWS Dual Strobe Control Circuit
45
Gaseous Extinguishing System Control Module
46
Overview
46
Display Board (SUB929) & Decal
46
Control Board (SUB928)
47
Figure 21 Gas Extinguishing Display Layout
47
Table 10 Gas Front Status LED Indication and Flash Pattern
47
CIE Interface Board (SUB943)
48
Inputs from FT128 to CIE Interface Board (SUB943)
48
Outputs from CIE Interface Board (SUB943) to FT128
48
Figure 22 Assembled Control & Interface Boards
48
6 Peripheral Devices
49
COM Loop Units
49
Input Units
51
Figure 23 Eblwin Properties Dialog Box for 4301/4401 (Normal Mode)
51
Addressable Manual Call Points
52
Analogue Sensor Bases (ASB)
52
Analogue Detectors
53
Figure 24 Decision Algorithm Graph
55
Conventional Detector Bases (CDB)
57
Conventional Detectors
57
Accessories
58
Addressable I/O Units
59
Alarm Devices (Addressable Sounders)
60
Short Circuit Isolators (Addressable)
62
Built-In Isolators
63
Units for Hazardous (Ex) Areas
63
Galvanic Isolators / IS Barrier Units
63
Intrinsically Safe Mounting Bases
63
Intrinsically Safe Photoelectric Smoke Detectors
64
Intrinsically Safe Heat Detectors
64
Intrinsically Safe Manual Call Points
64
Other COM Loop Units
64
Units Connected to Optional RS485 Interface
66
Alert Annunciation Units
66
External Presentation Units
67
Units Connected to RS232 Interface J5 (on 4556)
68
Web-Servers
68
Units Connected to RS232 Interface J3 (on 4556)
68
Other Units
69
External Leds
69
Alarm Devices (Sounders, Etc.)
69
Magnetic Door Holders
69
Figure 25 Connection Example of 2A MDH Power Supply
69
Duct Detector Chambers
70
7 Programmable Inputs
71
Control Unit Input I0
71
Not Supervised
71
Figure 26 Eblwin "Input" Dialog Boxes
71
Supervised
72
Input 0-4 in Expansion Board 4583
72
Not Supervised
72
3361 Unit Inputs In0 / Z & In1
72
Input In0
72
Input In1
72
Table 11 Control Unit Inputs I0 & 4583 Inputs 0-4
72
8 Input Programming
73
Type (Trigger Conditions)
73
Comments on Trigger Conditions
74
Logic
76
Not Supervised (Default)
76
Supervised
76
9 Programmable Outputs
77
Figure 27 Eblwin "Voltage" & "Relay" Output Dialog Boxes Respectively
77
Control Unit Outputs S0 - S1
78
Figure 28 Eblwin 3379 and 4477 Dialog Box
78
Control Unit Output R0
79
Relay Outputs Expansion Board 4581 Output 0 - Output 7
79
Inputs and Outputs Expansion Board 4583 Output 0-1
79
3361 Unit Outputs Re0 - Re1
79
3364 Unit Outputs VO0, VO1 & VO2
79
The 4477 Unit Output (Siren)
80
The 3379 Unit Output (Sounder)
80
The 4380 Unit Output (Beacon)
80
The 4383 Unit Output (Light Indicator)
80
10 Output Programming
81
Type of Output
81
Comments to the Types
81
Logic
81
Supervised / Non-Supervised
81
Output Signal Period
82
Types of Output Signal Periods
82
Timing of Output Signal Periods
82
Figure 29 Signal Output Periods
83
Table 12 Output Signal Period for the Programmable Output
83
Control Expression
84
Trigger Conditions
84
Figure 30 Control Expression Output Dialog Box
84
Alarm
85
Interlocking
85
Disablement
86
Other
86
Comments to the Trigger Conditions (Functions)
87
Logical Operators
90
Control Expression Examples
90
And
90
Not
90
Parentheses
91
Control Expressions
91
11 Short Circuit Isolators
92
Figure 31 Short Circuit Isolators Example in FT128
92
12 Interlocking Function
94
Interlocking Programming
94
Interlocking Output
94
Figure 32 Filter Function
94
Interlocking Input
95
Interlocking Combination
95
Figure 33 the Eblwin "Interlocking Combination" Dialog Box
95
Interlocking Indications
96
Information of Interlocking Combinations (H9)
97
Activated Interlocking Outputs / Inputs (H9/C1)
97
Activate / Deactivate Interlocking Output (H9/C2)
97
Reset Interlocking Output (H9/C3)
97
Disable Interlocking Output (H9/C4)
97
Re-Enable Interlocking Output (H9/C5)
98
Interlocking Control Expressions
98
13 Fire Door Closing Function
99
14 Functions / Services / Features
100
Sensor Value
100
Week Average Sensor Value
100
Decision Value
101
Alarm Algorithms for Smoke Detectors / Detection Levels / Offsets
101
Alarm Algorithm / Alternative Alarm Algorithm
101
Figure 34 Fire Alarm Level Graph for the Analogue Smoke Detector
101
Filtering Algorithm
102
Table 13 Smoke Detector Alarm Algorithm
102
Smouldering Smoke Algorithm
103
Figure 35 Filtering Algorithm N-15 Graph
103
Figure 36 an Example with the Smouldering Smoke Algorithm
104
Performance Factor
105
Algorithms for Analogue Heat Detectors
105
Class A1 Algorithm
106
Class A2 S Algorithm
106
Class B S Algorithm
106
Self Verification
107
Minimum / Maximum Sensor Values
107
2-Zone / 2-Address Dependence (Co-Incidence Alarm)
108
2-Zone Dependence
108
Figure 37 Sensor Log in Graphical Form
108
Figure 38 Sensor Log in Tabulated Form
108
2-Address (-Unit) Dependence
109
Reset of 2-Zone / 2-Address Dependence (Co-Incidence Alarm)
109
Delayed Alarm
109
General Time Delay Application
109
Specific Time Delay Application
110
Alarm Verification Facility (AVF)
111
Alert Annunciation
111
Figure 39 Alert Annunciation Function
111
Alert Annunciation Applications
112
Alarm Acknowledgement Facility (AAF)
112
Figure 40 Alarm Acknowledgement Facility Units
112
Figure 41 Alarm Acknowledgement Facility (AAF) Flow Chart
113
Local Alarm Acknowledgement (LAA)
114
Table 14 Alarm Acknowledgement Function
114
Quiet Alarm
115
Fire Alarm Type a and Fire Alarm Type B
115
Figure 42 Local Alarm Acknowledgement Facility Connection Diagram
115
Fire Alarm Type a
116
Fire Alarm Type B
116
Disable Zones, Alarm Points, Outputs, Etc
116
Disable Zone
117
Disable Zone - Address
117
Disable Control Output
117
Disable All Control, Ventilation, Extinguishing or Interlocking Outputs
117
Disable / Re-Enable Alarm Devices
117
Disable / Re-Enable Outputs for Routing Equipment
117
Disable / Re-Enable Alert Annunciation Function
117
Disconnect / Re-Connect COM Loop
117
Disconnect / Re-Connect Zone Line Input
117
14.15.10 Disconnect / Re-Connect Addressable Zone Interface Input
118
14.15.11 Disable Interlocking Output
118
Test Mode
118
Test Alarm Devices
118
Test of Routing Equipment
118
Calibration of Supervised Outputs
118
Service Signal
119
Fault Signal (Fault Condition)
119
Alarm Texts
119
Creating Alarm Texts Via Eblwin
120
Downloading Texts to EPU 1728 and AAU 1736
122
Real Time Clock (RTC)
122
Daylight Saving Time
122
Time Channels 1-14
122
Time Channels 15-63
122
Event Log
123
Loss of Main Power Source
123
Fault: Loss of Main Power Source
123
LCD Backlight
123
Zone Groups
123
15 Special New Zealand Functions
124
Alarm Devices
124
Silence Alarm Devices (Inside Switch)
124
New Zealand FB Silence Switch (Outside Switch)
124
Isolated Alarm
125
Battery Faults
125
FAULT: Battery
125
FAULT: Low Battery Capacity (Auto Battery Test)
125
Watchdog Reset
126
Routing Equipment Isolate (Disable)
126
Acknowledged Alarm
126
16 Advanced Mode
127
Pulse up - down Counter
128
Pulse up - down Counter for Smoke
128
Pulse up - down Counter for Temperature
128
Fire Judgement
129
Pulse up - down Counter for Smoke & Temperature
129
Alarm Threshold Levels
129
Alarm Delay Time
129
Learning Function / Learning Period
131
Area Alarm Algorithms
131
Smoke Steam, Level 1
131
Heating Area, Level 2
132
Cooking - Welding Area, Level 3
132
Clean Area, Level 1, 2 & 3
132
Learning Function Summary
132
Analogue Data Output
132
Sensitivity Compensation
132
Self-Diagnosis of Internal Devices
133
Address Setting Check
133
Polling LED
133
17 Control Unit Properties (Settings)
134
Control Unit Properties Dialog Box
134
General Information
134
Configuration
134
Misc
134
Figure 43 the Eblwin "Control Unit Properties" Dialog Box
134
Eblwin Control Unit Pop-Up Menu
135
Reset Alarm Counter
135
Software Version
135
Show Event Log
135
Restart
136
Delete
136
Properties
136
Add Web-Server
136
18 System Properties (Settings)
137
System Properties Dialog Box
137
Name
137
User Definable Text
137
System Properties
137
Alert Annunciation
137
Figure 44 Eblwin System Properties Dialog Box, Page 1 and 2
137
Alarm Acknowledgement Facility
138
Disable Routing Equipment by Door Switch
138
Alarm Reset Method
138
Alarm Delay Time (Seconds)
139
System Properties
139
Door Closing by Time
140
Main Power Loss Fault Delay Time (Minutes)
140
19 Eblwin Menus
141
The File Menu
141
New
141
Open
141
Import from Win512
141
Report
141
Save
141
Save as
142
Print Labels
142
Exit
142
The View Menu
142
Filter Box
142
Tree View
143
Deviations
143
Selected Loop
143
Figure 45 Deviation Tab
143
Alarm Points
144
Interlocking Combinations
144
External Faults
144
Figure 46 Selected Loop Tab
144
Technical Warnings
145
External Time Channels
145
The System Menu
145
Properties
145
Time Channels
146
Figure 47 Time Channels Dialog Box
146
Figure 48 Configuring Time Channels
146
Figure 49 Time Channel Setting
147
Figure 50 Editing Time Channel Intervals
147
Alarm Algorithms
148
Figure 51 Alarm Algorithms Dialog Box
148
Figure 52 Alarm Algorithms for Various Detectors
148
Parameters for Heat Algorithms
149
Parameters for Smoke Algorithms
149
Parameters for Combined Decision Algorithm
150
Output Signal Periods
150
Figure 53 Outputs Signal Periods Dialog Box
150
National Holidays
151
Figure 54 National Holidays Dialog Box
151
Two Zone Dependence
152
Zone Groups
152
Figure 55 Example Setting for National Holidays
152
System Information
153
Edit Alarm Texts
153
User Data
153
The Tools Menu
154
Figure 56 Eblwin Menu "Tools
154
The Help Menu
156
20 Download SSD
157
COM Loop Menu
157
Check Loop
157
Auto Generate SSD
158
SSD Download to the Control Unit
158
User Definable Text Messages Download
159
21 Download Software (S/W)
160
Software Download to the FT128 (CIE)
160
22 Cable Types
162
COM Loop Cables
162
Remote Display Units Cables
162
Conventional Zone Line Cables
162
Alarm Device Cables
162
Other Equipment Cables
162
Table 15 Summary of Recommended Cables
163
23 FT128 Cable Length Calculation
164
COM Loop Cable Length
164
Figure 57 COM Loop Current Consumption Vs. Cable Length
165
Cable Length Calculations for 1728 and 1736
166
Table 16 Distance Away from CIE that Display Units Can be Located
167
24 Current Consumption
168
Table 17 FT128 and CIE Options Current Consumption
168
Table 18 COM Loop Output Units Current Consumption
169
Figure 58 Access Summary of Loop Units with Current Consumption in Eblwin
170
Table 19 Other Units Current Consumption
170
25 Power Supply
171
Charger Functions
171
Figure 59 FT128 Power Supply Block Diagram
171
Battery Charging Functions
172
Battery Protection Functions
172
Current Consumption Calculations
173
Main Power Source (Power Supply)
173
Standby Power Source (Battery)
173
26 W Versions
174
Table 20 Software Versions
174
27 National Regulations / Requirements
175
Conventions
175
Language
175
Figure 60 Eblwin Settings Dialog Box
175
28 Drawings / Connection Diagrams
176
Table 21 Drawing Lists
176
Figure 61 FT128 General Arrangement
177
Figure 62 FT128 Standard Block Wiring Diagram
178
Figure 63 NZFT128 Block Wiring Diagram for NZ
179
29 Revision History
180
Revision History Table
180
Software Revision 2.2.0 Modifications
180
New Common Features and Additions
180
New or Modified Features in Eblwin Only
181
New or Modified Feature in System Software EBL Only
181
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Brooks Firetracker FT128 CIE Specifications
General
Brand
Brooks
Model
Firetracker FT128 CIE
Category
Security System
Language
English
Need help?
General
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