E2S STExS1 User manual

_______________________________________________________________________________________________________________________________
European Safety Systems Ltd. Impress House, Mansell Road, Acton, London W3 7QH [e-mail] Tel: [phone]
www.e2s.com Fax: [phone]
Document No.D199-00-001-IS Issue 2 04-01-21 Sheet 1 of 8
INSTRUCTION MANUAL (ATEX / IECEx)
STExS1 & STExS2 Sounder
For use in Flammable Gas and Dust Atmospheres
1) Warnings
•DO NOT OPEN WHEN AN EXPLOSIVE
ATMOSPHERE IS PRESENT
•POTENTIAL ELECTROSTATIC CHARGING
HAZARD
•ALL ENTRIES M20 X 1.5 - IF TEMPERATURE
EXCEEDS 70°C AT ENTRY OR 80°C AT
BRANCHING POINT USE SUITABLE RATED
CABLE AND CABLE GLANDS
2) Rating & Marking Information
All units have a rating label, which carries the following
important information:-
Model No.: STExS1
STExS2
Input Voltage: DC Units 24V
AC Units 115V or 230V
STExS1 Codes:
Ex db IIC Gb T6 Ta -50°C to +65°C
Ex db IIC Gb T5 Ta -50°C to +70°C
Ex tb IIIC Db T85°C Ta -50°C to +70°C
STExS2 Codes:
Ex db IIC Gb T6 Ta -50°C to +45°C
Ex db IIC Gb T5 Ta -50°C to +60°C
Ex db IIC Gb T4 Ta -50°C to +70°C
Ex tb IIIC Db T105°C Ta -50°C to +70°C
Certificate No. DEMKO 16 ATEX 1466X
IECEx ULD 16.0017X
The units can be installed in locations with the following
conditions:
Area Classification Gas:
Zone 1
Explosive gas air mixture likely to occur in
normal operation.
Zone 2
Explosive gas air mixture not likely to occur
in normal operation, and if it does, it will only
exist for a short time.
Gas Groupings:
Group IIA
Propane
Group IIB
Ethylene
Group IIC
Hydrogen and Acetylene
Temperature Classification:
T1
450ºC
T2
300ºC
T3
200ºC
T4
135ºC
T5
100ºC (up to 60ºC ambient forSTExS2 only)
T6
85ºC (up to 65ºC ambient for STExS1, up
to 45ºC ambient for STExS2 only)
Area Classification Dust:
Zone 21
Explosive dust air mixture likely to occur in
normal operation.
Zone 22
Explosive dust air mixture not likely to occur
in normal operation, and if it does, it will only
exist for a short time.
Dust Groupings:
Group IIIA
Combustible Flyings
Group IIIB
Non-conductive Dust
Group IIIC
Conductive Dust
Maximum Surface Temperature for Dust Applications:
85ºC (STExS1)
105ºC (STExS2)
IP Rating: IP66 to EN/IEC60079-0 and EN/IEC60529
Equipment Category: 2G / 2D
Equipment Protection Level: Gb, Gc, Db, Dc
Ambient Temperature Range: -50°C to +70°C
3) Type Approval Standards
2813
II 2G
II 2D
Epsilon x
Equipment Group and
Category:
CE Marking
Notified Body No.
STExS1F
STExS1R/
STExS2R
STExS2F

_______________________________________________________________________________________________________________________________
European Safety Systems Ltd. Impress House, Mansell Road, Acton, London W3 7QH [e-mail] Tel: [phone]
www.e2s.com Fax: [phone]
Document No. D199-00-001-IS Issue 2 04-01-21 Sheet 2 of 8
The sounder carries an EC Type Examination Certificate and
IECEx Certificate of Conformity, and have been certified to
comply with the following standards:
EN60079-0:2012+A11:2013 / IEC60079-0:2011 (Ed 6):
Explosive Atmospheres - Equipment. General requirements
EN60079-1:2014 / IEC60079-1:2014 (Ed 7): Explosive
Atmospheres - Equipment protection by flameproof
enclosures "d"
EN 60079-31:2014 / IEC 60079-31:2013 (Ed 2): Explosive
Atmospheres - Equipment dust ignition protection by
enclosure "t"
4) Installation Standards
The sounder must only be installed by suitably qualified
personnel in accordance with the latest issues of the relevant
standards:
EN60079-14 / IEC60079-14: Explosive atmospheres -
Electrical installations design, selection and erection
EN60079-10-1 / IEC60079-10-1: Explosive atmospheres -
Classification of areas. Explosive gas atmospheres
EN60079-10-2 / IEC60079-10-2: Explosive atmospheres -
Classification of areas. Explosive dust atmospheres
The installation of the units must also be in accordance with
any local codes that may apply and should only be carried out
by a competent electrical engineer who has the necessary
training.
5) Special Conditions of Use
Repair of the flamepath / flameproof joints is not permitted.
The plastic horn is not anti-static and the metallic enclosure
has a non-conductive coating. These may generate an
ignition-capable level of electrostatic charges under certain
extreme conditions. The user should ensure that the
equipment is not installed in a location where it may be
subjected to external conditions that might cause a build-up of
electrostatic charges on non-conducting surfaces.
Additionally, cleaning of the equipment should be done only
with a damp cloth.
6) Location and Mounting
The location of the sounder should be made with due regard
to the area over which the warning signal must be
visible/audible. They should only be fixed to surfaces that can
carry the weight of the unit.
The sounder should be secured to any flat surface using the
three 7mm fixing holes. The angle can then be adjusted as
required but the mounting restrictions must be observe. See
Fig 1d. This can be achieved by loosening the two large
bracket screws in the side of the unit, which allow adjustments
in steps of 18°. The enclosure provides IP66 protection and is
suitable for installation in exterior locations providing it is
positioned so that water cannot collect in the horn, and the
cable entry is sealed. See figure 1.
Fig 1a. Fixing Location for Small Horn
Fig 1b. Fixing Location for Large Horn
Fig. 1c Fixing Locations for Radial Horn
Fig. 1d Mounting Restrictions
7) Access to the Flameproof Enclosure
In order to connect the electrical supply cables to the sounder
it is necessary to remove the flameproof cover to gain access
to the flameproof chamber. To access the Ex d chamber,
loosen the M4 grub screw on the sounder cover. Open the
enclosure by turning the sounder cover counterclockwise and
remove the cover, taking extreme care not to damage the
flameproof threads in the process (See figure 2).
Warning –High voltage may be present,
risk of electric shock. DO NOT open when
energised, disconnect power before
opening.
Warning –Hot surfaces. External surfaces
and internal components may be hot after
operation, take care when handling the
equipment.
(Appropriate
cable glands to
be customer
supplied)
Flameproof cover
Grub
screw

_______________________________________________________________________________________________________________________________
European Safety Systems Ltd. Impress House, Mansell Road, Acton, London W3 7QH [e-mail] Tel: [phone]
www.e2s.com Fax: [phone]
Document No. D199-00-001-IS Issue 2 04-01-21 Sheet 3 of 8
Fig. 2 Accessing the Explosion proof Enclosure.
On completion of the installation, the flameproof threaded joint
should be inspected to ensure that they are clean and that they
have not been damaged during installation. Repair of the
flamepath / flameproof joints is not permitted. Also check that
the ‘O’ ring seal is in place. When fitting the flameproof cover
ensure the thread is engaged correctly. Fully tighten the cover
all the way, ensure no gap is visible between the cover and
base of the sounder enclosure. Tighten the M4 grub screw.
8) Power Supply Selection
It is important that a suitable power supply is used to run the
equipment. The power supply selected must have the
necessary capacity to provide the input current to all of the
units.
The following table shows the input current taken by the
various sounders and also shows the maximum voltage at
which the sounders can be operated.
Supply voltage variation of +/-10% outside the voltage range
is permissible
Nominal current at nominal voltage
Max rated current at worst case supply voltage and flash rate.
9) Selection of Cable. Cable Glands, Blanking
Elements & Adapters
When selecting the cable size, consideration must be given to
the input current that each unit draws (see table above), the
number of sounder on the line and the length of the cable runs.
The cable size selected must have the necessary capacity to
provide the input current to all of the sounders connected to
the line.
For ambient temperatures over +40ºC the cable entry
temperature may exceed +70ºC and therefore suitable heat
resisting cables and cable glands must be used as per table
below
STExS1:
Ambient
Temp.
45ºC
50ºC
55ºC
60ºC
65ºC
70ºC
Min. Rating
of cables
and cable
glands
70ºC
75ºC
80ºC
85ºC
90ºC
95ºC
STExS2:
Ambient
Temp.
40ºC
45ºC
50ºC
55ºC
60ºC
65ºC
70ºC
Min. Rating
of cables
and cable
glands
75ºC
80ºC
85ºC
90ºC
95ºC
100ºC
105ºC
The cable entries have an M20 x 1.5 –6H entry thread. If the
installation is made using cable glands, only suitably rated and
ATEX / IECEx certified cable glands must be used. They must
be suitable for the type of cable being used and also meet the
requirements of the current installation standards EN 60079-
14 / IEC60079-14.
Any unused cable entries must be closed with suitably rated
and ATEX / IECEx certified blanking plugs.
If the installation is made using conduit, openings must have a
sealing fitting connected as close as practical to the wall of the
enclosure, but in no case more than the size of the conduit or
50mm, whichever is the lesser.
If a high IP (Ingress Protection) rating is required then a
suitable sealing washer must be fitted under the cable glands
or blanking plugs.
For combustible dust applications, the cable entry device and
blanking elements shall be in type of explosion protection and
shall have an IP 6X rating.
The STEx sounder range can be supplied with the following
types of adapters:
M20 to ½” NPT
M20 to ¾” NPT
M20 to M25
It is important to note that stopping plugs cannot be fitted onto
adapters, only directly onto the M20 entries.
Any other adapters used must be suitably rated and ATEX /
IECEx certified adapters.
10) Earthing
Both AC and DC sounder units must be connected to an earth
according to EN/IEC 60079/14. The units are provided with
internal and external earth terminals which are both located on
the terminal chamber section of the unit
Internal earthing connections should be made to the Internal
Earth terminal in the base of the housing using a ring crimp
terminal to secure the earth conductor under the earth clamp.
The earth conductor should be at least equal in size and rating
to the incoming power conductors.
External earthing connections should be made to the M5 earth
stud, using a ring crimp terminal to secure the earth conductor
to the earth stud. The external earth conductor should be at
least 4mm2 in size.
11) Cable Connections
Electrical connections are to be made into the terminal blocks
on the PCBA located in the flameproof enclosure. See section
7 of this manual for access to the flameproof enclosure.
Wires having a cross sectional area between 0.5 mm² to
2.5mm² can be connected to each terminal way. If an input and
output wire is required the 2-off Live/Neutral or +/- terminals
can be used. If fitting 2-off wires to one terminal way the sum
of the 2-off wires must be a maximum cross sectional area of
2.5mm². Strip wires to 8mm. Wires may also be fitted using
ferrules. Terminal screws need to be tightened down with a
tightening torque of 0.45 Nm / 5 Lb-in. When connecting wires
to the terminals great care should be taken to dress the wires
so that when the cover is inserted into the chamber the wires
do not exert excess pressure on the terminal blocks. This is
particularly important when using cables with large cross
sectional areas such as 2.5mm².
Model No.
Nominal
Voltage
Voltage
Range
Nominal
Current
STExS1DC024
24Vdc
10-30Vdc
217mA
STExS1AC230
115Vac /
230Vac
110-240Vac
50/60Hz
77mA /
53mA
STExS2DC024
24Vdc
10-30Vdc
924mA
STExS2AC230
115Vac /
230Vac
110-240Vac
50/60Hz
268mA /
159mA

_______________________________________________________________________________________________________________________________
European Safety Systems Ltd. Impress House, Mansell Road, Acton, London W3 7QH [e-mail] Tel: [phone]
www.e2s.com Fax: [phone]
Document No. D199-00-001-IS Issue 2 04-01-21 Sheet 4 of 8
L L N N E E S2 S3
12) AC Wiring
An 8-way terminal block is provided on the AC Sounder. There
are 2-off Live, 2-off Neutral terminals and 1-off Earth terminals
in total. The sounder PCBA is pre-wired into the sounder, if
separate wiring is required see section 14.
12.1 Wiring Diagrams
Fig 3a. STExS1AC Simplified Block Diagram
Fig 3b. STExS2AC Simplified Block Diagram
12.2 Stage Switching
12.2.1 Units First Stage Tones
Stage one (S1) Operation
Simply connect the
supply voltage to the L
and N supply
terminals, (see fig. 4).
12.2.2 AC Units Second, Third and Fourth Stage
Tone Selection
To select the second, third and fourth stage tones on the
STExS1 AC sounder.
Stage two (S2) Operation
Power L and N, link
the Live-L and S2
terminal.
Dip switch 2 alters
stage 2 tone.
Stage three (S3) Operation
Power L and N, link
the Live-L and S3
terminals.
Dip switch 1 alters
stage 3 tone.
Stage four (S4) Operation
Power L and N, link
the Live-L and both
the S2 and S3
terminals.
Dip switch 2 alters
stage 2 tone.
To select the second, third and fourth stage tones on the
STExS2 AC sounder.
Stage two (S2) Operation
Power L and N, link
the Common-C
(STExS2) and S2
terminal.
Dip switch 2 alters
stage 2 tone.
Stage three (S3) Operation
Power L and N, link
the Common-C And
S3 terminals.
Dip switch 1 alters
stage 3 tone.
Stage four (S4) Operation
Power L and N, link
the Common-C and
both the S2 and S3
terminals.
Dip switch 2 alters
stage 2 tone.
STExS1AC Terminals STExS2AC Terminals
Fig. 4 AC Terminals
L L N N E C S2 S3
STAGE 4 = S2 + S3
(Customer Supplied switches)
STAGE 4 = S2 + S3
(Customer Supplied switches)

_______________________________________________________________________________________________________________________________
European Safety Systems Ltd. Impress House, Mansell Road, Acton, London W3 7QH [e-mail] Tel: [phone]
www.e2s.com Fax: [phone]
Document No. D199-00-001-IS Issue 2 04-01-21 Sheet 5 of 8
13) DC Wiring
A 6-way terminal block is provided on the DC Sounder. There
are 2-off +ve, 2-off -ve, 1-off stage 2and 1-off stage 3 terminals
in total.
13.1 Wiring Diagrams
Fig. 5a DC Simplified Block Diagram (negative switching)
Fig. 5b DC Simplified Block Diagram (positive switching
13.2 Stage Switching
13.2.1 Units First Stage Tones
Stage one (S1) Operation
Simply connect the
supply voltage to the +
and - supply terminals,
(see fig. 6).
13.2.2 DC Units Second, Third and Fourth Stage
Tone Selection
For units set up for –ve switching (default setting):
Stage two (S2) Operation
Power +ve and –ve,
link a -ve supply line to
the S2 terminal.
Dip switch 2 alters
stage 2 tone.
Stage three (S3) Operation
Power +ve and –ve,
link a -vesupply line to
the S3 terminal.
Dip switch 1 alters
stage 3 tone.
Stage four (S4) Operation
Power +ve and –ve,
link a -ve supply line to
both the S2 & S3
terminals.
Dip switch 1 alters
stage 4 tone.
For units set up for +ve switching (refer to 13.3):
Stage two (S2) Operation
Power +ve and –ve,
link a +ve supply line
to the S2 terminal.
Dip switch 2 alters
stage 2 tone.
Stage three (S3) Operation
Power +ve and –ve,
link a +ve supply line
to the S3 terminal.
Dip switch 1 alters
stage 3 tone.
Stage four (S4) Operation
Power +ve and –ve,
link a +ve supply line
to both the S2 & S3
terminals.
Dip switch 1 alters
stage 4 tone.
Fig. 6 DC Terminals
STAGE 4 = S2 + S3
(Customer Supplied switches)
STAGE 4 = S2 + S3
(Customer Supplied switches)
+ + - - S2 S3

_______________________________________________________________________________________________________________________________
European Safety Systems Ltd. Impress House, Mansell Road, Acton, London W3 7QH [e-mail] Tel: [phone]
www.e2s.com Fax: [phone]
Document No. D199-00-001-IS Issue 2 04-01-21 Sheet 6 of 8
13.3 Stage Switching Polarity (DC Units
Only)
The STExS2 and STExS1 DC sounders have the facility to use
either +ve or –ve switching to change the tone to the second,
third and fourth stages. Negative switching is the default
setting. For –ve switching connect the two headers on the pcb
to the left-hand (marked –ve) and centre pins. For +ve
switching connect the headers to the right hand (marked +ve)
and the centre pins. (Refer to Fig. 7)
Fig. 7 Stage Switching Polarity
13.4 End of Line Monitoring (DC Units Only)
On STExS1DC & STExS2DC units, dc reverse line monitoring
can be used if required. All DC sounders have a blocking diode
fitted in their supply input lines. An end of line monitoring diode
or an end of line monitoring resistor can be connected across
the +ve and –ve terminals. If an end of line resistor is used it
must have a minimum resistance value of 3k3Ω and a
minimum power rating of 0.5 watts or a minimum resistance
value of 500Ω and a minimum power rating of 2 watts.
The resistor must be connected directly across the +ve and -
ve terminals as shown in the following drawing. The resistor
leads should be kept as short as possible.
Fig. 8 End of Line Resistor Placement
14) Settings
14.1 Tone Selection
The STExS1 & STExS2 units have 64 different tones that can
be selected independently for the first and second stage
alarms. The tones are selected by operation of the tone setting
DIP switches 1 & 2 (see Fig. 9) on the PCB. The sounder can
also be switched to sound the third and fourth stage alarm
tones. The tone table (Table 1) shows the switch positions for
the 64 tones on first and second stages and which tones are
available for the third and fourth stages dependent on the
Stage 1 DIP switch setting.
14.2 Volume Control
The output level of the STEx sounder can be set by adjusting
the volume control potentiometer (see Fig 9). For maximum
output, set the potentiometer fully clockwise.
STExS2AC / STExS2DC / STExS1DC / STExS1AC
Fig. 9 Location of field controls
15) Maintenance, Overhaul and Repair
Maintenance, repair and overhaul of the equipment should
only be carried out by suitably qualified personnel in
accordance with the current relevant standards:
EN60079-19/IEC60079-19
Explosive atmospheres –Equipment repair, overhaul and
reclamation
EN 60079-17/IEC60079-17
Explosive atmospheres –Electrical installations inspection
and maintenance
Units must not be opened while an explosive atmosphere is
present.
If opening the unit during maintenance operations a clean
environment must be maintained and any dust layer removed
prior to opening the unit.
Flameproof threaded joints and cemented joints are not
permitted to be repaired.
Electrostatic charging hazard - Clean only with a damp cloth.
Warning - High noise levels above 85dB(A)
during operation. High levels of noise may
cause hearing loss, wear suitable ear
protection when equipment is in operation.
End of Line Resistor
Positive Switching Activated
Negative Switching Activated
Volume Control
Potentiometer
Stage 2
Stage 1
Tone
Selection
Dip
Switches
External Earth
Internal
Earth
Volume Control
Potentiometer
External Earth

_______________________________________________________________________________________________________________________________
European Safety Systems Ltd. Impress House, Mansell Road, Acton, London W3 7QH [e-mail] Tel: [phone]
www.e2s.com Fax: [phone]
Document No. D199-00-001-IS Issue 2 04-01-21 Sheet 7 of 8
1600Hz
1400Hz 1s
0.5s
Tone Selection –To select the required first stage tone set the tone Set DIP switch 1 (6 way DIP see Fig 3) to the required tone setting shown in
the table below. The table also shows the second stage tone can be set independently with the Stage 2 DIP switch to select the required tone. The
3rd and 4th stage tones are available if more than two tone output stages are required, they are set/linked via the first stage tone selection.
Stage 1
Set DIP
Switch 1
Tone No
Tone Description
Tone Visual
Stage 1 & 2 DIP
Switch Settings
1 2 3 4 5 6
Stage 2
Set DIP
Switch 2
Tone (S2)
Stage 3
Set DIP
Switch 1
Tone (S3)
Stage 4
Set DIP
Switch 1
Tone
(S2 + S3)
1
1000Hz PFEER Toxic Gas
0 0 0 0 0 0
1
2
44
2
1200/500Hz @ 1Hz DIN /
PFEER P.T.A.P.
1 0 0 0 0 0
2
3
44
3
1000Hz @ 0.5Hz(1s on, 1s
off) PFEER Gen. Alarm
0 1 0 0 0 0
3
2
44
4
1.4KHz-1.6KHz 1s, 1.6KHz-
1.4KHz 0.5s NF C 48-265
1 1 0 0 0 0
4
24
1
5
544Hz(100mS)/440Hz
(400mS) NF S 32-001
0 0 1 0 0 0
5
19
1
6
1500/500Hz - (0.5s on , 0.5s
off) x3 + 1s gap AS4428
1 0 1 0 0 0
6
44
1
7
500-1500Hz Sweeping 2 sec
on 1 sec off AS4428
0 1 1 0 0 0
7
44
1
8
500/1200Hz @ 0.26Hz(3.3s
on, 0.5s off) Netherlands -
NEN 2575
1 1 1 0 0 0
8
24
35
9
1000Hz (1s on, 1s off)x7 + (7s
on, 1s off) IMO Code 1a
0 0 0 1 0 0
9
34
1
10
1000Hz (1s on, 1s off)x7 + (7s
on, 1s off) IMO Code 1a
1 0 0 1 0 0
10
34
1
11
420Hz(0.5s on, 0.5s off)x3 +
1s gap ISO 8201 Temporal
Pattern
0 1 0 1 0 0
11
1
8
12
1000Hz(0.5s on, 0.5s off)x3 +
1s gap ISO 8201 Temporal
Pattern
1 1 0 1 0 0
12
1
8
13
422/775Hz - (0.85 on, 0.5
off) x3 + 1s gap NFPA -
Temporal Coded
0 0 1 1 0 0
13
1
8
14
1000/2000Hz @ 1Hz
Singapore
1 0 1 1 0 0
14
3
35
15
300Hz Continuous
0 1 1 1 0 0
15
24
35
16
440Hz Continuous
1 1 1 1 0 0
16
24
35
17
470Hz Continuous
0 0 0 0 1 0
17
24
35
18
500Hz Continuous IMO code
2 (Low)
1 0 0 0 1 0
18
24
35
19
554Hz Continuous
0 1 0 0 1 0
19
24
35
20
660Hz Continuous
1 1 0 0 1 0
20
24
35
21
800Hz IMO code 2 (High)
0 0 1 0 1 0
21
24
35
22
1200Hz Continuous
1 0 1 0 1 0
22
24
35
23
2000Hz Continuous
0 1 1 0 1 0
23
3
35
24
2400Hz Continuous
1 1 1 0 1 0
24
20
35
25
440 @0.83Hz (50
cycles/minute) Intermittent
0 0 0 1 1 0
25
44
8
26
470 @0.9Hz - 1.1s
Intermittent
1 0 0 1 1 0
26
44
8
27
470Hz @5Hz - (5
cycles/second) Intermittent
0 1 0 1 1 0
27
44
8
28
544Hz @ 1.14Hz - 0.875s
Intermittent
1 1 0 1 1 0
28
24
8
29
655Hz @ 0.875Hz
Intermittent
0 0 1 1 1 0
29
44
8
30
660Hz @0.28Hz - 1.8sec on,
1.8sec off Intermittent
1 0 1 1 1 0
30
24
8
31
660Hz @3.34Hz - 150mS on,
150mS off Intermittent
0 1 1 1 1 0
31
24
8
1000Hz
1000Hz 1s
1s
544Hz
440Hz
0.1s
0.4s
1500Hz
500Hz 0.5s 0.5s 1.5s
0.5s 0.5s 0.5s
1500Hz
500Hz 2s 1s
1200Hz
500Hz 3.3s 0.5s
1s 1s 1s 7s
7s
1s 1s 1s 1s 1s 1s 1s
1000Hz 1s 1s 1s 1s
0.5s
0.5s
0.5s
1.5s
420Hz 0.5s
0.5s
1000Hz 0.5s
0.5s
0.5s
0.5s
0.5s
1.5s
775Hz
422Hz 0.85s 0.5s 0.85s 0.5s 0.85s 1.5s
2000Hz
1000Hz 1s
300Hz
440Hz
470Hz
500Hz
554Hz
660Hz
800Hz
1200Hz
2000Hz
2400Hz
440Hz 0.6s
0.6s
470Hz 0.55s
0.55s
470Hz 0.1s
0.1s
470Hz 0.43s
0.44s
655Hz 0.57s
0.57s
660Hz 1.8s
1.8s
660Hz 0.15s
0.15s
500Hz
1s
1200Hz

_______________________________________________________________________________________________________________________________
European Safety Systems Ltd. Impress House, Mansell Road, Acton, London W3 7QH [e-mail] Tel: [phone]
www.e2s.com Fax: [phone]
Document No. D199-00-001-IS Issue 2 04-01-21 Sheet 8 of 8
32
745Hz @ 1Hz Intermittent
1 1 1 1 1 0
32
24
8
33
800Hz - 0.25sec on, 1 sec off
Intermittent
0 0 0 0 0 1
33
24
8
34
800Hz @ 2Hz IMO code 3.a
(High) Intermittent
1 0 0 0 0 1
34
24
8
35
1000Hz @ 1Hz Intermittent
0 1 0 0 0 1
35
24
8
36
2400Hz @ 1Hz Intermittent
1 1 0 0 0 1
36
24
8
37
2900Hz @ 5Hz Intermittent
0 0 1 0 0 1
37
24
8
38
363/518Hz @ 1Hz Alternating
1 0 1 0 0 1
38
8
19
39
450/500Hz @ 2Hz Alternating
0 1 1 0 0 1
39
8
19
40
554/440Hz @ 1Hz Alternating
1 1 1 0 0 1
40
24
19
41
554/440Hz @ 0.625Hz
Alternating
0 0 0 1 0 1
41
8
19
42
561/760Hz @0.83Hz (50
cycles/minute) Alternating
1 0 0 1 0 1
42
8
19
43
780/600Hz @ 0.96Hz
Alternating
0 1 0 1 0 1
43
8
19
44
800/1000Hz @ 2Hz
Alternating
1 1 0 1 0 1
44
24
19
45
970/800Hz @ 2Hz Alternating
0 0 1 1 0 1
45
8
19
46
800/1000Hz @ 0.875Hz
Alternating
1 0 1 1 0 1
46
24
19
47
2400/2900Hz @ 2Hz
Alternating
0 1 1 1 0 1
47
24
19
48
500/1200Hz @ 0.3Hz
Sweeping
1 1 1 1 0 1
48
24
12
49
560/1055Hz @ 0.18Hz
Sweeping
0 0 0 0 1 1
49
24
12
50
560/1055Hz @ 3.3Hz
Sweeping
1 0 0 0 1 1
50
24
12
51
600/1250Hz @ 0.125Hz
Sweeping
0 1 0 0 1 1
51
24
12
52
660/1200Hz @ 1Hz
Sweeping
1 1 0 0 1 1
52
24
12
53
800/1000Hz @ 1Hz Sweeping
0 0 1 0 1 1
53
24
12
54
800/1000Hz @ 7Hz Sweeping
1 0 1 0 1 1
54
24
12
55
800/1000Hz @ 50Hz
Sweeping
0 1 1 0 1 1
55
24
12
56
2400/2900Hz @ 7Hz
Sweeping
1 1 1 0 1 1
56
24
12
57
2400/2900Hz @ 1Hz
Sweeping
0 0 0 1 1 1
57
24
12
58
2400/2900Hz @ 50Hz
Sweeping
1 0 0 1 1 1
58
24
12
59
2500/3000Hz @ 2Hz
Sweeping
0 1 0 1 1 1
59
24
12
60
2500/3000Hz @ 7.7Hz
Sweeping
1 1 0 1 1 1
60
24
12
61
800Hz Motor Siren
0 0 1 1 1 1
61
24
12
62
1200Hz Motor Siren
1 0 1 1 1 1
62
24
12
63
2400Hz Motor Siren
0 1 1 1 1 1
63
24
12
64
Simulated Bell
1 1 1 1 1 1
64
21
12
745Hz 0.5s
0.5s
800Hz 0.25s
1s
800Hz 0.25s
0.25s
1000Hz 0.5s
0.5s
2400Hz 0.5s
0.5s
2900Hz 0.1s
0.1s
1250Hz
600Hz 8s
1450Hz 0.25s
0.69ms
1200Hz
500Hz 3.34s
1055Hz
560Hz 5.47s
1055Hz
560Hz 0.3s
1200Hz
660Hz 1s
1000Hz
800Hz 1s
1000Hz
800Hz 0.14s
1000Hz
800Hz 0.02s
2900Hz
2400Hz 0.14s
2900Hz
2400Hz 1s
2900Hz
2400Hz 0.02s
3000Hz
2500Hz 0.5s
3000Hz
2500Hz 0.13s
800Hz
1.6s
1200Hz
2s
2400Hz
1.7s
363Hz
518Hz 0.5s 0.5s
500Hz 0.25s 0.25s
450Hz
554Hz 0.5s 0.5s
440Hz
554Hz 0.8s 0.8s
440Hz
760Hz 0.6s 0.6s
561Hz
780Hz 0.52s 0.52s
600Hz
1000Hz 0.25s 0.25s
800Hz
970Hz 0.25s 0.25s
800Hz
2900Hz 0.25s 0.25s
2400Hz
1000Hz 0.57s 0.57s
800Hz