M/S
Manual Instruction
For
Oily Water Separator
BOSS 11T – 107
Supplied by:
Pacific Ship’s Plants & Industries Pte Ltd.
Job No:
JS-12-122.
Project No:
H1456.
Serial No:
TBA.
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3DJH 4 Startup & Commissioning
4.1. Factory Startup and Acceptance Test Procedures
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3DJH Page 1
NO.64, Tuas South Avenue2, Tuas Bay Industrial Centre, Singapore 637525
Email: Samuel.ng@pacificglobal.com.sg, rj@pacificglobal.com.sg , win@pacificglobal.com.sg
Tel (65)67678892 Fax (65)67667567
GST Reg. No: 20-0306895-M
Oily Water separator
SERVICE REPORT
Project
Equipment
Yard/Location
Boss
T/107
Date & Time
of Commence
Job No.
No
Serial no
Date & Time
of Completion
Normal Procedure
1. Power connection to the control panel
and electrical components condition
2. Piping connection and correct size
of the pipes
3. Foot valve in the sump
4. Valve position at Organoclay polishing
tank (normal operation or back wash position)
5. Ball valves, Solenoid valves, Check Valves
Pressure gauges condition.
6. Fresh water condition and
fresh water pressure.
7. Motor rotation at clock wise direction
8. Motor starting current(
A)
running current(
A)
9. Flow indicator adjustment at correct GPM
10.Suction pressure condition at
Vacuum pressure gauge
11.Discharge pressure condition at
Post polisher pressure gauge.
12.Condition of discharge water control
valve at >15PPM.
13.Condition of recycle water control
valve at <15PPM.
Result
Remark
Page 2
14.TPH monitor general condition.
15.TPH monitor sensor’s working condition
16.TPH monitor self test of valve check,
alarm check, log check.
17. 15PPM alarm system connection to
ECR system.
Note
System Fault
Remedy
Parts Used
Used Parts Fault
Suggestion
SERVICED BY:
NAME:
VESSEL STAMP:
WITNESS & SIGN BY:
Installation Manual
ATTACHMENT 1 - PIPING CONNECTIONS
Connection
2.2T/107
5T/107
11T/107
25T/107
45T/107
Oily Water Inlet
Fresh Water In
Oil Out Discharge
Water Out Discharge
Water Recycle
Separator Center Drain1
Separator Outer Drain1
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1
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Height (inch/cm)
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Depth (inch/cm)
Dry Weight (lbs./kilogram)
Capacity gpm (M3/hr)
Organoclay/sand charge (lbs./kg)
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Coalescing Media
Test PSIG
Operating Pressure
Operating Temp Range
Design Negative Inlet Head (Ft/M)
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Max Free Oil Concentration
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6.4. TPH Monitor Options
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6.5. Optional filter types
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6.6. Post Filter Options
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6.6.1. Turbidity Filter.
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178 RI PRUH WKDQ LW FRXOG FDXVH WKH 73+ PRQLWRU WR JLYH D IDOVH DODUP
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6.6.3. Non detect oil content
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6.7. Rig Unit Option:
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6.8. Dry Bilge Option:
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QRWJRLQJWREHXVHGRQDUHJXODUEDVLVZHFDQLQFOXGHDQRSWLRQWRLQVWDOODWLPHUWKDWZLOO
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6.9. Heater Option:
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6.10. Hi Flow Option
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FORVHVWKH PDLQ YDOYH DQGGLYHUWVWKHZDWHUWKURXJKWKHVHSDUDWRUDWDVORZHUUDWH)RU
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VHSDUDWH SXUJHG HQFORVXUH LV SURYLGHG IRU WKH 2LO &RQWHQW 0RQLWRU 7KH SXUJH
FRQWUROLVUDWHGIRU=RQHRU=RQHDVUHTXLUHG7KHSXUJHSDQHOLVGHVLJQHGVR
WKDWLIWKHSDQHOLVRSHQHGSRZHUWRWKH2&0LVLPPHGLDWHO\VKXWRII7KHUHVWRI
WKHV\VWHPFDQFRQWLQXHWRUXQLQDVDIHPRGHEXWWKHYDOYHVZLOODXWRPDWLFDOO\IDLO
WRWKHUHF\FOHSRVLWLRQZKHQWKHSXUJHSDQHOLVRSHQHG
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LQVWUXFWLRQVRQKRZWRGRWKLVVHHWKHVHSDUDWHSXUJHFRQWUROPDQXDO
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O&M Manual
ATTACHMENT 1 – PARTS IDENTIFICATION
CV-102 Oil Discharge
check valve
V-001 Separator Vent
Manual Valve
LS-101 Oil Level Switch
V-002 Polisher Vent Valve
G-103 Post-Polisher
Pressure Gauge
F-102 Oil Discharge YStrainer
G-102 Pre-polisher
Pressure Gauge
TPH-101 TPH Monitor
CV-103 Discharge
Check Valve
P-1 Control Panel
SV-102 Discharge Water
Control Valve
V-003 Flow Control Valve
SV-103 Recycle Water
Control Valve
FI-101 Flow
Indicator
SV-101 Fresh Water Inlet
Control Valve
P-101 Process
Pump
CV-101 Inlet
Check Valve
G-101 Vacuum Gauge
F-101 Pre-filter
Y-strainer
2 00DQXDO5HY
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O&M Manual
ATTACHMENT 2 - P&ID DRAWING
2 00DQXDO5HY
3DJH
O&M Manual
ATTACHMENT 3 – ELECTRICAL SCHEMATICS
2 00DQXDO5HY
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BilgMon488 Instruction Manual vS
INSTRUCTION MANUAL
BilgMon488
15 ppm Bilge Alarm
1/35
BilgMon488 Instruction Manual vS
2/35
Table of Contents
1. Table of validity..........................................................................................................3
2. Introduction................................................................................................................4
3. Construction...............................................................................................................4
4. Operation....................................................................................................................5
5. Caution.......................................................................................................................5
6. Specification...............................................................................................................6
6.1. General................................................................................................................6
6.2. Specific 115/230 V AC model............................................................................7
6.3. Specific 24 V AC/DC model..............................................................................7
7. Installation..................................................................................................................8
8. Calibration................................................................................................................14
8.1. Calibration certificate expiration......................................................................14
8.2. Calibration check requirements........................................................................14
9. Operating Instructions..............................................................................................15
10. Simulation..............................................................................................................27
11. Contrast..................................................................................................................27
12. Automatic stopping device test..............................................................................28
12.1. While separator is active.................................................................................28
12.2. While separator is not active...........................................................................28
13. Response test..........................................................................................................28
13.1. Step 1..............................................................................................................28
13.2. Step 2..............................................................................................................28
13.3. Alternative......................................................................................................28
14. Calibration check (40 NTU)...................................................................................29
15. Log entries..............................................................................................................30
16. Maintenance...........................................................................................................31
17. Spare parts list........................................................................................................32
18. Troubleshooting......................................................................................................35
Brännströms Elektronik AB
Uddevallagatan 14
416 70 Göteborg
Tfn: +46 31 19 56 00
Fax: +46 31 19 77 90
info@brannstrom.se ♦ www.brannstrom.se
BilgMon488 Instruction Manual vS
3/35
1. Table of validity
The following table describes the software and hardware versions on which this
document was based.
Doc version
MASTER
MASTER
SENSOR
SENSOR
SW ver.
PCB ver.
SW ver.
PCB ver.
vN
A3
Bilgbas_H.1/
Bilgbaslv_C.1
Bilgemaster L.1
F
Bilgemon H.1
vO, vP
A4
Bilgbas_H.1/
Bilgbaslv_D.1
Bilgemaster L.1
B2
Bilgemon J.1
VQ,vR
A4
Bilgbase_H.1/
Bilgbaslv_D.1/
Bilgbasco_A
Bilgemaster L.1
B2
Bilgemon J.1
VS
A9
Bilgbase_I.1/
Bilgbaslv_D.1/
Bilgbasco_A
Bilgemaster N.1
B5
Bilgemon J.1
Brännströms Elektronik AB
Uddevallagatan 14
416 70 Göteborg
Tfn: +46 31 19 56 00
Fax: +46 31 19 77 90
info@brannstrom.se ♦ www.brannstrom.se
BilgMon488 Instruction Manual vS
4/35
2. Introduction
The BilgMon488 bilge alarm has been designed specifically for use in conjunction
with 15 ppm oil-water separator units. BilgMon488 performance meets the
requirements of the International Maritime Organisation specifications for 15 ppm
bilge alarms contained in resolution MEPC. 107(49).
BilgMon488 is equipped with 2 adjustable alarms that are triggered when the oilcontent of the processed sample exceeds the set limit (1 – 15 ppm, works-adjusted to
15ppm). Alarm outputs consist of relays and indicator LEDs. Additionally a 0(4) – 20
mA current output signal (corresponding to 0 – 30 ppm) is available to enable remote
surveillance and recording of oil contents.
Downloading the operating log of BilgMon488 can be done through a USB-interface.
This requires driver software and cables that can be supplied on demand.
3. Construction
BilgMon488 consists of two main parts, the MASTER unit (housing with LCD,
buttons and LEDs) and the SENSOR unit (housing with pipe fittings).
The MASTER unit contains all the electronics used for control and data storage of the
bilge alarm. Mounted in the lid of the MASTER housing is the main memory
containing the bilge alarm log.
The SENSOR unit contains electronics for measuring the sample stream. The
SENSOR unit also holds the measurement calibration data. Communication with the
MASTER unit is done wireless hence the SENSOR unit is hermetically sealed and
shall not be opened.
Brännströms Elektronik AB
Uddevallagatan 14
416 70 Göteborg
Tfn: +46 31 19 56 00
Fax: +46 31 19 77 90
info@brannstrom.se ♦ www.brannstrom.se
BilgMon488 Instruction Manual vS
5/35
4. Operation
Optical sensors monitors the amount of light scattered and absorbed by the oil droplets
in the sample stream. Sensor signals are processed by a microprocessor to produce a
corresponding oil content (ppm) output. The output is communicated to the MASTER
unit where it is processed. The MASTER unit takes action, such as alarm activation,
logging etc., depending on the oil content and the separator signal.
Settings that affect the behaviour of the bilge alarm are described in detail in the
”Operating Instructions” section.
Zero point calibration can be re-adjusted on site whereas full sensor calibration
according to IMO-requirements is performed by manufacturer.
5. Caution
The lid of the MASTER unit contains a small battery (watch battery). This battery
enables the BilgMon488 to keep track of time and date (real time clock, RTC).
Do NOT under any circumstance remove this battery as it will cause a unrecoverable
error (“RTC check FAILED!!”).
Do NOT open the SENSOR unit as this will invalidate the calibration.
Do NOT open the MASTER unit when it is energized. Hazardous voltages are present
inside.
Brännströms Elektronik AB
Uddevallagatan 14
416 70 Göteborg
Tfn: +46 31 19 56 00
Fax: +46 31 19 77 90
info@brannstrom.se ♦ www.brannstrom.se
BilgMon488 Instruction Manual vS
6/35
6. Specification
6.1. General
Measurement:
Oil range:
Resolution:
Accuracy:
Response time:
0 – 30 ppm
0.1 ppm
According to IMO MEPC.107(49)
< 3 sec
Alarms:
Alarm 1 (valve control) delay:
Alarm 2 (annunciation) delay:
Alarm points 1 and 2:
Alarm hysteresis:
0-10 sec user adjustable
0-600 sec user adjustable
1-15 ppm user adjustable
0.5 ppm (below alarm point)
Data storage and retrieval:
Calibration storage:
IMO required data:
IMO required data retrieval:
Stored in sensor housing.
Stored in BilgMon488 main housing
(sensor housing may be replaced with data
remaining on board).
Via LCD display, USB.
User interface:
LCD display:
Control:
2x16 alphanumeric display
4 button keypad
Brännströms Elektronik AB
Uddevallagatan 14
416 70 Göteborg
Tfn: +46 31 19 56 00
Fax: +46 31 19 77 90
info@brannstrom.se ♦ www.brannstrom.se
BilgMon488 Instruction Manual vS
7/35
6.2. Specific 115/230 V AC model
Input/Output:
Current output:
Communications:
Alarm outputs:
Clean water solenoid valve output:
Switch input:
0 – 20 mA or 4 – 20 mA for 0 – 30 ppm
RS232 serial communication (separate
adapter)
2 x relays (0.25A)
1 x relay (0.5A, supply voltage)
1 x switch input for separator status
System and supply:
Supply:
Power consumption electronics:
Power consumption solenoid:
1 A, 115 or 230 V AC, 50 – 60 Hz
10 VA
18 VA
6.3. Specific 24 V AC/DC model
Input/Output:
Current output:
Communications:
Alarm outputs:
Clean water solenoid valve output:
Switch input:
0 – 20 mA or 4 – 20 mA for 0 – 30 ppm
RS232 serial communication (separate
adapter)
2 x relays (1A)
1 x relay (1A, supply voltage)
1 x switch input for separator status
System and supply:
Supply:
Power consumption electronics:
Power consumption solenoid:
1.5 A, 24 V AC (50 – 60 Hz) or 24 V DC
10 VA
18 VA
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BilgMon488 Instruction Manual vS
7. Installation
Mechanical
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8/35
BilgMon488 Instruction Manual vS
Tube arrangement alt 1
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9/35
BilgMon488 Instruction Manual vS
10/35
3-way solenoid valve mounting (Tube arrangement alt 1).
NOTE (115/230 VAC model): There are two coils delivered with the BilgMon 488
one to be used with 110 VAC (marked 96 V) and one to be used with 220 VAC
(marked 205 V). Be shure to install the proper one for the choosen voltage.
NOTE (24 VAC/DC model): Only one coil delivered with this model (marked 24 V).
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BilgMon488 Instruction Manual vS
Tube arrangement alt 2
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11/35
BilgMon488 Instruction Manual vS
Tube arrangement alt 3
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12/35
BilgMon488 Instruction Manual vS
Electrical connections
115VAC/230VAC
24V AC/DC
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13/35
BilgMon488 Instruction Manual vS
14/35
8. Calibration
Two items needs to be addressed when setting up the maintenance schedule for the
BilgMon488:
•
The calibration certificate expiration of the SENSOR unit.
•
On occasions “calibration check” is required on a more regular basis.
The following two subchapters explain how to resolve these two items.
8.1. Calibration certificate expiration
If the calibration certificate expires the SENSOR unit must be replaced.
The SENSOR of BilgMon488 is designed to be easily replaced by the crew.
Replacement does not require any adjustments of the MASTER unit setup.
Each new SENSOR is accompanied with a new calibration certificate.
8.2. Calibration check requirements
On occasion ships may be required to perform a “calibration check” on their units.
This might be required to take place at shorter intervals than the calibration certificate
validity period.
Calibration check can be achieved in the following ways:
1. Checking calibration with a “Calibration Check Kit”.
(Requires ordering a kit or consult a service agent)
2. If the calibration check fails (calibration check values are not within limits), a
new SENSOR must be installed.
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BilgMon488 Instruction Manual vS
15/35
9. Operating Instructions
The menu system of BilgMon488 is organised into 4 top menus:
1. Main menu.
2. Info menu.
3. Log menu.
4. Cleaning/test menu.
5. Settings menu.
Some of the menus also contain submenus for displaying or setting the properties of
the apparatus.
Navigating the menus is done by using the 4 push buttons located beneath the LCD
display. In this document they are referred to as (from left to right) MINUS, PLUS,
ABORT and ENTER. LONG_ENTER means keeping the ENTER button pressed for
more than 2 seconds. By using the above mentioned buttons the user is able to
navigate menus, enter values and activate different functions of the BilgMon488 .
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BilgMon488 Instruction Manual vS
16/35
Main menu
After start the display will show the main menu. The apparatus can only be activated
when the display shows the main menu hence the user has to be sure that the
apparatus is left in the main menu state after performing settings, cleaning, tests etc.
Contrast of the LCD screen can be adjusted by holding the ABORT button while
adjusting with PLUS and MINUS when in main menu. Note that the apparatus will
return to the main menu after 5 min of no activity (no pressed buttons). The bilge
alarm can only be activated when in main menu. In all other menus the overboard
valve will be closed.
•
Info menu
The submenus of info menu show information about the master unit (software version
and part ID) and the sensor unit (part ID, SW version, sensor birth date and date of
last calibration check). Note that entering the submenus also puts the apparatus in an
alarm state.
•
Log menu
The log menu contains functionality for searching and stepping the logged IMO
required data.
•
Cleaning & test menu
The cleaning & test menu and its submenus provide measures for calibrating, cleaning
and testing the apparatus.
•
Settings menu
Settings menu contains adjustable settings of parameters such as ppm-limits,
alarm/valve time delays, autoflush settings, clock and current output (curro) mode.
•
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BilgMon488 Instruction Manual vS
17/35
The menu system of BilgMon 488 is depicted in the following figure:
Contrast
Forced valve close
MAIN
INFO
LOG
CLEANINNG & TEST
SETTINGS
Simulation
Master info
Step log
Clean cell
Valve
Sensor info
Check 40NTU cal
Alarm
Test outputs
Autoflush
Clock
(solid) navigate using PLUS and MINUS
(dashed) navigate using ENTER and ABORT
(dotted) navigate using LONG_ENTER if sep is active
Curro mode
Curro max
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BilgMon488 Instruction Manual vS
18/35
The following table shows the different menus and submenus of the BilgMon488 and
detailed instructions on how to operate them.
050327 10:06:00
PPM=07.2 SPL
The ”main menu” is
displayed at startup. The
values shown in this menu
are date, time, the
measured oil-content of the
sample in parts per million
(ppm) and the position of
the clean water valve (SPL
= sample, WTR = clean
water).
Press PLUS to go to next
menu.
Return to this menu by
pressing ABORT several
times.
If the second row shows
“Lost sensor com!” se
section Troubleshooting.
If the alarm is on (when
unit is active) the user can
acknowledge it by pressing
one of the buttons.
Acknowledging will turn
off the alarm output but
the alarm led will remain
lit until the PPM-value is
below the set alarm limit.
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BilgMon488 Instruction Manual vS
Info
19/35
Master info
The ”info menu” and its
submenus contain
information about the
system such as software
versions, ID-numbers etc.
To enter the info
submenus press ENTER.
Press PLUS to go to next
menu.
Return to this menu by
pressing ABORT several
times.
Continuous cycles with
information about the
master unit (se right
column).
Press MINUS to go to
previous submenu.
Press PLUS to go to next
submenu.
Press ABORT to exit the
submenu.
Master info
Master ID:
AC02-2321
Master SW ver:
000A
Sensor info
Continuous cycles with
information about the
sensor unit (se right
column).
Press MINUS to go to
previous submenu.
Press ABORT to exit the
submenu.
Sensor info
Sensor ID:
CD12-4541
Sensor SW ver:
000B
Sensor date:
050219 15:20:00
Cal. checked:
050220 10:00:00
T:25.3 Dry:60
V3:3.20 V03:.312
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BilgMon488 Instruction Manual vS
Log
1043 entries
The ”log menu” shows the
number of events/entries
currently available in the
log memory.
To enter the log submenu
press ENTER (only
possible if log is not
empty).
Press PLUS to go to next
menu or MINUS to go to
previous.
20/35
Log: PPM
> 15
050223 13:32:12
Log: Search for:
050223 13:32:12
The ”step log menu” lets
the user step through the
apparatus log displaying
the event, date and time of
the log entries.
Step backwards (in time)
by pressing MINUS and
forward by pressing PLUS.
Enter search mode by
pressing ENTER (se right).
Return to ”log menu” by
pressing ABORT.
When returning from this
menu the user will be
asked ”Send log?”. This
provides the possibility to
send data to the USB port
of the apparatus. Answer
the question by pressing
the button corresponding to
the desired answer.
The ”search log menu” lets
the user search for a
specific date in the log.
Note that a cursor is shown
under the item currently
edited.
Move cursor by pressing
ENTER. Increase/decrease
value by pressing
PLUS/MINUS. Commit
search by pressing
LONG_ENTER (return to
”step log menu” with result
of search).
Abort search by pressing
ABORT (return to ”step
log menu”).
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BilgMon488 Instruction Manual vS
Cleaning & test
Clean cell:
Zero value: 040%
WTR
ZERO
Press ENTER to enter the
cleaning mode (se right).
Press PLUS to go to next
submenu and ABORT to
exit the submenu.
The cleaning mode lets the
user unscrew the cap of the
sensor housing and clean
the sensor using water and
a soft brush.
The water valve can be
opened and closed by
pressing MINUS.
When the sensor tube is
clean enough the ”zero
value” will be below 50%
when running clean water
through the sensor.
Pressing ENTER when
”ZERO” is displayed zero
calibrates the sensor.
Check 40NTU cal:
START
Cal value:
Press ENTER to enter the
check 40NTU calibration
mode (se right).
Press PLUS to go to next
submenu or MINUS to go
to previous.
Press ABORT to exit the
submenu.
Fill the sensor with 40NTU
reference fluid. If the
sensor is correctly
calibrated the calibration
value displayed should be
above 80%. Pressing
ENTER (OK) when the
calibration value is
displayed sets the
calibration check date
(shown in ”sensor info”
submenu) to current date.
START
To enter the ”cleaning and
test” submenus press
ENTER.
Press PLUS to go to next
menu or MINUS to go to
previous. ABORT returns
to ”main menu”.
21/35
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083%
OK
BilgMon488 Instruction Manual vS
22/35
Test outputs:
START
ALM VLV WTR
C
OFF 09 OFF EXIT
Press ENTER to enter the
automatic cleaning mode
(se right).
Press MINUS to go to
previous submenu.
Press ABORT to exit the
submenu.
The test outputs lets the
user toggle the relay
outputs of the
BilgMon488. Press
MINUS/PLUS/ABORT to
toggle the states of
valve-/alarm-/water-relay.
Note that a time limit is
used for the water- and
valve-relays. Two relays
can not be activated
simultaneously. In the top
right corner of the LCD an
indication of the input
signal is shown (”C”
means closed and ”O”
means open).
Exit by pressing ENTER.
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BilgMon488 Instruction Manual vS
Settings
To enter the ”settings”
submenus press ENTER.
Press PLUS to go to next
menu or MINUS to go to
previous.
23/35
Valve settings
ppm:15.0 t:000s
Valve settings
ppm:15.0 t:000s
Valve settings menu show
the values set for Alarm 1
(valve control). There are
two editable values, the
ppm limit (”ppm:”) and the
time delay (”t:”) of the
alarm.
Move cursor by pressing
ENTER. Increase/decrease
value by pressing
PLUS/MINUS. Commit
value by pressing
LONG_ENTER.
Abort edit by pressing
ABORT.
Press ENTER to edit the
valve settings (se right).
Press PLUS to go to next
submenu and ABORT to
exit the submenu.
Alarm settings
ppm:15.0 t:010s
Alarm settings
ppm:15.0 t:010s
Alarm settings menu show
the values set for Alarm 2
(annunciation). There are
two editable values, the
ppm limit (”ppm:”) and the
time delay (”t:”) of the
alarm.
Press ENTER to edit the
alarm settings (se right).
Press PLUS to go to next
submenu or MINUS to go
to previous.
Press ABORT to exit the
submenu.
Move cursor by pressing
ENTER. Increase/decrease
value by pressing
PLUS/MINUS. Commit
value by pressing
LONG_ENTER.
Abort edit by pressing
ABORT.
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BilgMon488 Instruction Manual vS
24/35
Autoflush ( on)
t:20s int:24h
Autoflush ( on)
t:20s int:24h
Autoflush lets the user set
the duration (”t:”) in
seconds and the interval
(”int:”) in hours of the
automatic sensor flush
function.
Press ENTER to edit the
autoflush settings (se
right).
Press PLUS to go to next
submenu or MINUS to go
to previous.
Press ABORT to exit the
submenu.
Move cursor by pressing
ENTER. Increase/decrease
value by pressing
PLUS/MINUS. Commit
value by pressing
LONG_ENTER.
Abort edit by pressing
ABORT.
Setting the duration to 0
seconds turns the autoflush
feature off.
Set clock:
050327 11:34:05
Set clock:
050327 11:34:05
Set clock shows the date
and time as displayed in
the main menu.
Press ENTER to edit/set
the date and time.
Press PLUS to go to next
submenu or MINUS to go
to previous.
Press ABORT to exit the
submenu.
Move cursor by pressing
ENTER. Increase/decrease
value by pressing
PLUS/MINUS. Commit
value by pressing
LONG_ENTER.
Abort edit by pressing
ABORT.
Time format is ”yymmdd
hh:mm:ss”.
Curro mode
0 to 20 mA
Curro mode
0 to 20 mA
Curro mode shows the set
mode of the current output.
Press ENTER to edit/set
the mode.
Press PLUS to go to next
submenu or MINUS to go
to previous.
Press ABORT to exit.
Toggle value by pressing
PLUS/MINUS. Commit
value by pressing
LONG_ENTER.
Abort edit by pressing
ABORT.
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BilgMon488 Instruction Manual vS
25/35
Curro 20mA cal.
59100
Curro 20mA cal.
59100
This menu lets the user
change the calibration of
the current output port.
Press ENTER to edit/set
the calibration value.
Press PLUS to go to next
submenu or MINUS to go
to previous.
Press ABORT to exit the
submenu.
Measure the output using a
ampere-meter and adjust
the output to 20mA by
pressing PLUS/MINUS.
Commit value by pressing
LONG_ENTER.
Abort edit by pressing
ABORT.
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BilgMon488 Instruction Manual vS
26/35
10. Simulation
By holding the ENTER button pressed while in main menu lets the user simulate
different ppm values and separator input states. In this mode the The following table
shows the display in the simulation mode.
Simulation
SPL
PPM=07.0 SEP_ON
PPM=03.0
ACT
Pressing the MINUS
button decreases the PPM
value by 1.0. Pressing the
PLUS button increases the
PPM value by 1.0. Pressing
the ABORT button toggles
the simulated separator
input (SEP_OFF =
separator off, SEP_ON =
separator on). In the upper
right corner of the display
an indication is given of
the clean water valve
position.
11. Contrast
By holding the ABORT button pressed while in main menu lets the user set the
contrast of the LCD screen. The following table shows the display when as seen when
adjusting the contrast.
Contrast: 010%
Pressing the MINUS
button decreases the
contrast value by 10%.
Pressing the PLUS button
increases the contrast value
by 10%.
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BilgMon488 Instruction Manual vS
27/35
12. Automatic stopping device test
12.1. While separator is active.
If the separator is active and the automatic stopping device is not activated (overboard
valve open) it is possible to force the activation of the stopping device for a short
period of time (10 s) by pressing LONG_ENTER in the main menu. This allows
testing that the automatic is correctly connected.
12.2. While separator is not active.
To check that the automatic stopping device is correctly connected see chapter
“ 13.2.Step 2“.
13. Response test
13.1. Step 1
To check that the sensor responds to objects in the measuring path unscrew the
cleaning cap (top of SENSOR housing) and insert a long plastic rod or something
similar into the measuring path. Do not use anything that might might scratch or in
other ways damage the glass tube inside the SENSOR housing (as for example
screwdrivers). If the sensor is working properly the display should read “PPM>30.0”
(main menu). Note that the air-detection feature of the SENSOR requires the glass
tube to be filled with water during this test for it to work.
13.2. Step 2
Testing alarms and valves are done in simulation mode (see “10. Simulation”) or in
the “Test outputs” submenu of the cleaning & test menu (see page 22) since this
doesn't require opening the MASTER housing.
13.3. Alternative
To make step 1 of the response test affect alarms and valves the apparatus needs to be
active. Bilgmon 488 is activated (flashing green led) when in main menu and the
separator input signal is active. Activation can be done by strapping connections 10
and 11 (see “Electrical connections”). This method is not recommended since there
is an obvious risk of forgetting the strap and that it requires opening the MASTER
unit.
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BilgMon488 Instruction Manual vS
28/35
14. Calibration check (40 NTU)
Enter the ”Check 40NTU cal” submenu of the cleaning & test menu (see page 21).
Press enter to start the calibration test. The clean water valve will now be opened.
Close the clean water supply. Drain the sensor and fill it with 40NTU calibration
fluid. The display should now show a value between 80% and 100%. If this is the case
an ”OK” will be shown over the RETURN button. Press the RETURN button to set
the ”Cal checked” date as shown in the ”Sensor info” submenu.
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BilgMon488 Instruction Manual vS
29/35
15. Log entries
The following entries are stored in the log of BilgMon488:
Type
Example
Explanation
POWER ON
Log: POWER ON
060102 11:36:32
Power was turned on at given date
and time (yymmdd hh:mm:ss).
POWER OFF
Log: POWER OFF
060102 14:06:10
Power was turned off.
SEP ON
Log: SEP ON
060102 12:10:12
Separator signal input turned from
not activated to activated.
SEP OFF
Log: SEP OFF
060102 12:23:34
Separator signal input turned from
activated to not activated.
PPM ABOVE
Log: PPM
> 15
060102 12:15:13
Measured ppm went from below
set valve ppm level to above (in
example valve setting is 15 ppm).
PPM BELOW
Log: PPM
< 15
060102 12:17:42
Measured ppm went from above
set valve ppm level to below (in
example valve setting is 15 ppm).
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BilgMon488 Instruction Manual vS
Type
Example
30/35
Explanation
PPM SET
Log: PPM SET 05
060102 13:10:07
Valve ppm level setting was
changed to indicated value (in
example to 5 ppm).
SIM ON
Log: SIM_ON
060102 12:09:50
Simulation was turned on.
SIM OFF
Log: SIM_OFF
060102 12:24:19
Simulation was turned off.
TIME SET
Log: TIME SET
+0:59:46
Clock was altered (in settings
menu). Offset to BilgMon builtin
realtime clock in hours, minutes
and seconds is shown.
RTC SET
Log: RTC SET
051021 09:47:29
BilgMon builtin realtime clock
was set (logged once at factory).
PPM AVG
Log: PPM AVG 04
051021 09:47:29
PPM average when below set
valve ppm limit since latest SEP
ON signal.
16. Maintenance
The BilgMon488 can be set to autoflush (see page 24). This means that the sensor
tube is flushed with clean water at durations and intervals as set in the settings menu.
Autoflush is only active when in main menu and BilgeMon488 is not active.
Cleaning the measurement unit should be done using a soft bottle-brush and mild
detergent. Note that there is a glass tube inside the SENSOR unit so don't use anything
that might scratch or damage the glass (i.e. metal objects). If the glass tube is layered
with rust or similar try using low concentrated acid (for example hydrochloric acid).
Rinse well and make sure you protect your eyes, skin and airways if using acidic
substances.
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BilgMon488 Instruction Manual vS
17. Spare parts list
See drawing BM201001A (next page).
Description
Order nr.
Sensor unit
BM201001A-1
Master unit
BM201001A-2
Magnetic valve assembly
BM201001A-3
Calibration check kit, comprising:
•
Cleaning brush
•
Syringe
•
Bottle 500 ml with lid
•
Bottle 50 ml, calibration check liquid.
•
Instructions
•
Cleaning cap
BM201001A-4
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31/35
BilgMon488 Instruction Manual vS
32/35
BilgMon488 Instruction Manual vS
Intentionally blank page.
33/35
BilgMon488 Instruction Manual vS
34/35
18. Troubleshooting
Symptom
Possible reason
Servicing
BilgMon488 is switched on Power supply is erroneous. Check connections
but LCD remains blank.
internally, externally and
power supply voltages.
or
LCD monitor is broken.
Order replacement part.
or
PPM value remains high
Automatic fuses blown.
Disconnect externals that
might have caused the
short-circuit (f.ex.
water/sample-valve). Wait
until fuses have cooled
down power up the unit
again.
Dirty sensortube
Clean the sensor tube and
re-zero.
or
Air present in sample
LCD display show:
MEMORY ERROR,
MEMORY WRITE
ERROR,
ERASE ERROR
or
Correct cause of air
presence. Clean sensor and
re-zero.
Excessive contaminates
present in sample (rust,
bacteria etc...)
Correct cause of
contamination. Clean
sensor and re-zero.
Memory malfunction
Order replacement part.
or
Memorychip not present
Order replacement part.
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BilgMon488 Instruction Manual vS
Symptom
Possible reason
35/35
Servicing
LCD display show:
Lost sensor com!
Dirty or damaged
MASTER-SENSOR
contact area.
Part MASTER and
SENSOR units. Clean
contact surface with mild
detergent.
LCD display show:
RTC check: FAILED!
Real time clock stopped.
Order replacement part.
Brännströms Elektronik AB
Uddevallagatan 14
416 70 Göteborg
Tfn: +46 31 19 56 00
Fax: +46 31 19 77 90
info@brannstrom.se ♦ www.brannstrom.se
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