Orion OriLink 23430 User manual

MANUAL / BRUKSANVISNING / GUIDE D’INSTRUCTIONS / BEDIENUNGSANLEITUNG
English Manual for TSM-module 23430, Rev R10, 180409
OriLink®
Monitoring System
Tank Surveillance Module, 23430
Covers TSM from serial number 12-020000 with indicator led board and overlay with main board 203 02 91 A with chip
version 2.00.00 or later.
(In most parts it also covers earlier models, some features may be missing and some settings are maybe different in earlier
versions)

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Table of Contents
1. INTRODUCTION 3
2. MECHANICAL INSTALLATION 3
3. ELECTRIC INSTALLATION 3
3.1. THE MAIN MODULE 3
3.2. CONNECTION ADAPTER (203 03 17) 5
3.3. LID INDICATOR BOARD (203 03 03) 5
4. CONFIGURATION 6
4.1. CHECK BEFORE CONFIGURATION 6
4.2. ADDRESSING THE TSM 6
4.3. SET-UP MODE 6
4.4. CHANGE ADDRESS [TCM//ADDRESS]6
4.5. RECOMMENDATION FOR SETTING ADDRESSES 7
5. CONFIGURE THE PORTS 7
5.1. CONNECT A TANK TO A PORT [TCM//PORTX/TANK]7
5.2. SET THE MASK [TCM//PORTX/MASK]7
5.3. ANALOGUE SENSOR SETTINGS 8
5.3.1. Set the input signal filter time constant ............................................................................................. 8
5.3.2. Adjusting the offset............................................................................................................................ 8
5.3.3. Adjusting the calibration................................................................................................................... 8
5.3.4. Set sensor full scale........................................................................................................................... 9
5.4. FLUID SPECIFICATION 10
5.4.1. Set fluid name.................................................................................................................................. 10
5.4.2. Set fluid part number....................................................................................................................... 10
5.4.3. Set the fluid density ......................................................................................................................... 10
5.5. TANK SPECIFICATION 11
5.5.1. Set tank capacity.............................................................................................................................. 11
5.5.2. Set the tank reorder volume level.................................................................................................... 11
5.5.1. Set the tank stop volume level.......................................................................................................... 11
5.5.2. Set tank bottom area........................................................................................................................ 12
5.5.3. To configure a TSM port for a tank that does not have a constant area ......................................... 12
5.6. DISPLAYING TANK CONTENT ON A LED DISPLAY 13
5.6.1. Set LED address.............................................................................................................................. 13
5.6.2. Set LED update interval .................................................................................................................. 13
5.7. SET THE TYPE OF TANK (PC SYSTEM). 14
6. MENU TREE 15
7. FAST MENU CODES 16
8. TECHNICAL SPECIFICATION 17
9. TO CONNECT DISCRETE LEVEL SENSORS 23 132/138/171 AND SOLENOID VALVES 18
9.1. FRESH OIL TANK,23138 (2-LEVELS) 18
9.2. FRESH OIL TANK,23171/23183 (1-LEVEL) 18
9.3. WASTE OIL TANK,23132 (2-LEVELS) 18
9.4. ONE TSM PORT CONTROLS A NUMBER OF PUMPS 19
10. EX-BARRIER 23187 FOR DISCRETE LEVEL SENSORS. 19
10.1. CONNECTING A WASTE OIL TANK 23132 (2-LEVELS) 20
11. TO CONNECT AN ANALOGUE SENSOR 20
11.1. ANALOGUE SENSOR 23417 20
11.2. CONNECTING AN ANALOGUE SENSOR. 21
12. EX-BARRIER 23 188 FOR ANALOGUE SENSORS. 21
12.1. CONNECTION 22
13. MPDM PCB MOUNTED IN A TSM BOX 22

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1. Introduction
The OriLink® TSM module, (Tank Surveillance Module), is used to control pumps and/or measure levels in tanks
using floater based level switches. A TSM can be used both for fresh and waste oil tanks.
The TSM (23430) is based on a TCM 23408 but has a lid (p/n 203 03 11) with a led indicator board (p/n 203 03 03)
and a connector adapter (p/n 203 03 17) added to the main board 203 02 91.
Earlier models than serial number 12-02000 can be made with either a MPDM (23400) with another software ( chip
labeled TSM 1.xx.xx) and/or have a lid with chassis mounted indicator led’s. Because of this a lot of this manual also
in most parts covers older modules. Some features may be missing and some default settings may be different.
NOTE! The OriLink® installation manual should be available when installing and configuring a TSM.
2. Mechanical installation
The TSM is delivered mounted in a metal box with power supply. It can also be delivered as a spare part PCB (p/n 203
03 91) .
Complete TSM in a box is mounted on a wall or other suitable place using the four-ø5 mm holes in the bottom corners
of the box.
If a PCB is used it is important that a power supply with enough performance is used, 24VBC 5A.
3. Electric installation
3.1. The main module
The TSM should be connected to mains 230VAC/50Hz using phase, neutral and ground.
Alentec & Orion AB recommend that the connection is done through a 2-pole lockable working switch.
The “knock-out” holes on the lower right hand (see picture) should only be used for mains power supply to separate
mains from the circuit board (DC) side of the module.
The TSM is equipped with a switched power supply of 150W that can be set for 110VAC/60Hz or 230VAC/50Hz
by the internal switch shown by the yellow sticker.
It has five connectors (A) for the OriLink® communication. Two of these connectors, MPDM IN and MPDM
OUT are not connected to +24V and are intended for a connection to another TSM, MPDM or other modules that
already have +24VDC. This is to prevent connecting +24VDC from two power supplies.
The other three connectors are used to connect external devices without a power source such as a Printer Module
(PM), a LED Module (LED) and/or a KeyPad (KP). These connectors can only supply power to a single device. For
more detailed information see the OriLink® Manual

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NOTE! If the communication loop begin in one of these modules it must be connected to either MPDM IN or
MPDM OUT or +24V must not be connected.
The RESET-button (B) can be used to reset the module or reset the module address.
Power supply is connected to the connector (C).
NOTE! Check polarity, GND is closest to the hole!
The connector (D) is used when you install a chassis-mounted key switch and
diode. With the key switch you can set the status of the module to OFF-,
NORMAL-, or OVERRIDE-mode. The diodes indicate setting.
There are four connectors (E) market +24 V, OC, A, B and GND, one
for each pump/tank. Solenoid valves and level sensors are connected
to these connectors.
“A” of a TSM port is connected to “order oil/emptying” of the level
sensor.
“B” of a TSM port is connected to “Stop level” of the level sensor.
“GND” of a TSM port is connected to common of the level sensor.
“+24V” of a TSM port is connected to one of the terminals of a
solenoid valve and “Sol” is connected to the other.
TIP! If a TSM is used for a tank containing flammable liquid it could be necessary to use an EX
protection.
There are two diodes (F) for every port. These indicate the status of entry points A and B, the level in the tank.
One diode (G) on each port indicates if the solenoid valve is open or not.
If the diode (H) is flashing the module is operational and working properly. A steady light or completely off
indicates a problem.
DIL switches for termination and BIAS are located at (I). (J) Shows the position of the replaceable communication
driver. The SetupLock
jumper at position (K) has
no function for a TSM.
A LED (L) shows if an
analogue sensor is detected
or not, lit if detected. The
analogue sensors are
connected to the 2-pole
connectors marked (M). The
polarity is marked on the
PCB.
TSM200
PCB 203 02 91X
with chip TSM 2.xx.xx.
ALARM
Solenoid valve
STOP
+24 V
A
GND
B
Sol

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3.2. Connection adapter (203 03 17)
To simplify the connection of the level sensors and the pump controllers there are a connection adapter inserted in
the main board port connectors. It splits each port connector into two identical connectors, one for the indicator
board in the lid and one for the level sensors and pump controllers.
This enables the possibility to fully remove the lid in an easy way but still keep the control functionality of the
module.
3.3. Lid indicator board (203 03 03)
By the indicator board mounted in the lid of the module the status of the discrete level sensors and the pump control
can be seen from the outside.
The indicator board is powered by the Port 1 inter connection cable. If the board has power (24VDC) the power led
(see picture) will be lit.
The 8-pole SIL-switch block can be used to invert the LED output compared to the sensor/pump signal. This can be
used depending on the NC/NO of the sensor and pump control used.
The SIL-Switch stock default for TSM 23430 is all ON. This is shown by the text to the left of the switch block in
the right picture above.

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Reel:SETUP ‡
EXIT STOP CE ENT
PASS:_ ‡
Enter Password
Addr:8???_ ‡
Address[CODE]
TCM: ‡
TCM MainMenu
TCM: ‡
TCM MainMenu
Address:8XXX ‡
Ange Adress 8???
Address:8XXX ‡
Set Address 8???
4. Configuration
An OriLink®configuration sheet should always be filled or altered during the configuration.
NOTE! To obtain technical support a copy of the configuration sheet for the complete installation must be
sent to Alentec & Orion AB at
Alentec & Orion AB
TECHNICAL SUPPORT
Grustagsvägen 4
SE-138 40 ÄLTA
SWEDEN
or
[email protected].
4.1. Check before configuration
Check that the TSM is working and communicating with the system according to the OriLink®Manual chapter
Testing modules.
NOTE! Do not forget to check and adjust the termination and BIAS according to OriLink® Manual.
4.2. Addressing the TSM
A new module has a default address when delivered such as MPDM 1000, PM 2000, KP 3000, LED 4000, TSM
8000 and so on. To set an address for a new TSM or a TSM with unknown address press and hold its RESET button
for 5 seconds to set a temporary address. Immediately enter set-up mode from a KP and type 0 and then ENTER to
get to the Main menu of the TSM, see below.
NOTE! Only one new module can be installed at a time. If you press the RESET-button on several
terminals simultaneously or in a sequence, only the most recently pressed will be active.
TIP! Follow preferably”Recommendation for setting new addresses” when setting addresses.
4.3. Set-Up mode
Type the word ”SETUP” on a KeyPad and press ENTER.
Type the password and press ENTER.
Type the address for the TSM that is to be configured and press ENTER to access
its main menu. It is possible to add the 4-digit menu code to go directly to the
desired menu.
Scroll through the TSM sub menus by pressing or . When the desired menu is
shown press ENTER etc. On display it shows TCM because the TSM and TSM
share the same software.
4.4. Change address [TCM//Address]
Enter menu [TCM//Address] by pressing ENTER.
Press ENTER to get the cursor.
Type in the desired address and acknowledge by pressing ENTER. When the
cursor disappears it is finished.
Press EXIT two times to leave Set-Up mode.
NOTE! If two or more TSM’s have the same address the system will fail. The TSM’s has to be re-addressed.
Hint! Follow preferably ”Recommendation for setting addresses” when setting addresses.

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TCM: ‡
TCM MainMenu
PortX: ‡
TCM MainMenu
Mask:X ‡
Set Mask 0-15
Mask:X ‡
Set Mask 0-15
Mask:X ‡
Set Mask 0-15
TCM: ‡
TCM MainMenu
PortX: ‡
TCM MainMenu
Tank:X ‡
Set TankNo ???
Tank:X ‡
Set TankNo ???
4.5. Recommendation for setting addresses
Each module demands a unique 16 bit hexadecimal address. There are
some forbidden and some reserved addresses but it is possible to use
all addresses between 0001 and 9999. To make it easier to upgrade
and support the system we recommend using the chart to the right.
This means that the first TSM should have the address 8001 and the
next one 8002 etc. It is a good idea not to use the default address
8000, it makes it easier to add new Tam’s
NOTE! It is essential to add modules to the configuration sheet
continuously as they are configured to avoid collisions.
NOTE! Address 0000 is forbidden and addresses above 9999 are reserved for the system.
5. Configure the ports
A TSM has four ports that are used to control four different pumps/tanks.
5.1. Connect a tank to a port [TCM//PortX/Tank]
To set a tank number for a port, from the main menu.
Enter menu [TSM//PortX] by scrolling with or .
At PortX: press ENTER.
Press ENTER to get the cursor.
Check the number of the tank that is connected to portX, type that number in and
press ENTER to acknowledge. When the cursor disappears it is finished.
Press EXIT two times to leave Set-Up mode.
5.2. Set the Mask [TCM//PortX/Mask]
Using the Mask each tank function can be set. This is done by
adding the values for the desired functions, in the chart to the right.
EXAMPLE: Port 1 measures the level of a waste oil tank and
controls the air to a waste oil pump using an Alentec & Orion AB
2-levels sensor 23132. This is up done by calculating the value of
the Mask 1+4+8=13. The Mask should be set to 13.
Enter menu [TCM//PortX] by scrolling with or .
At PortX: press ENTER.
Scroll to Mask: using or .
Press ENTER to get the cursor.
Type the mask value and press ENTER to acknowledge. When the cursor
disappears it is finished.
Press EXIT two times to leave Set-Up mode.
Adress Module
0000 Forbidden
1000 –1xxx MPDM
2000 –2998 PM
2999 PC-database
3000 –3xxx KeyPad
4000 –4xxx LED-display
5000 –5xxx PLC-modules
6000 –6xxx Reserved
7000 –7xxx Reserved
8000 –8xxx TCM
9000 –9xxx Others
A000 –FFFF Forbidden
Function Value
Waste oil tank 1
Not in use 2
Invert B 4
Invert A 8

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TCM: ‡
TCM MainMenu
PortX: ‡
TCM MainMenu
O:0.000 ‡
Zero adjust
O:-0.120_ ‡
Zero adjust
O:-0.120 ‡
Zero adjust
TCM: ‡
TCM MainMenu
PortX: ‡
TCM MainMenu
C:1.000 ‡
Calibration
C:1.000 ‡
Calibration
C:1.000 ‡
Calibration
TCM: ‡
TCM MainMenu
PortX: ‡
TCM MainMenu
T:6 ‡
Time constant
T:6 ‡
Time constant
T:6 ‡
Time constant
5.3. Analogue sensor settings
5.3.1. Set the input signal filter time constant
This time constant (Tau) is used to filter the sensor signal to create an
accurate tank level. “0” means no filter and a higher value gives slower
response but a more accurate value. The default value of “6” is in most cases
good. It means that for a step in the tank level the reading of the level is on
99,9 % after 30 seconds.
Enter menu [TCM//PortX] by scrolling with or .
At PortX: press ENTER.
Scroll to T: using or .
Press ENTER to get the cursor.
Type the time constant and press ENTER to acknowledge. When the
cursor disappears it is finished.
Press EXIT two times to leave Set-Up mode.
5.3.2. Adjusting the offset
Offset adjusting is used to obtain “0” volume when the tank is empty. If the
sensor 23 417 is used a normal value is –0.080. The “-“ sign is typed on the
keypad by first pressing down arrow (yellow) two times followed by the “?”
mark.
If the tank is empty, put the sensor in the tank at the bottom. If there is fluid
in the tank hold the sensor outside the tank at bottom level. Adjust the offset
value until the tank level shows “0”.
Enter menu [TCM//PortX] by scrolling with or .
At PortX: press ENTER.
Scroll to O: using or .
Press ENTER to get the cursor.
Type the offset value and press ENTER to acknowledge. When the cursor
disappears it is finished.
Press EXIT two times to leave Set-Up mode.
5.3.3. Adjusting the calibration
The calibration factor should normally be set to “1.018” if all other values
are set properly. The intention with the calibration factor is to set the
amplification so that the analogue input of the port matches the sensors
output.
Enter menu [TCM//PortX] by scrolling with or .
At PortX: press ENTER.
Scroll to C: using or .
Press ENTER to get the cursor.
Type the calibration value and press ENTER to acknowledge. When the
cursor disappears it is finished.
Press EXIT two times to leave Set-Up mode

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TCM: ‡
TCM MainMenu
PortX: ‡
TCM MainMenu
SFS:0.400 ‡
Full Scale [bar]
SFS:0.400 ‡
Full Scale [bar]
SFS:0.400 ‡
Full Scale [bar]
5.3.4. Set sensor full scale
The sensor full scale value is the pressure corresponding to 20 mA. If a
pressure sensor is used the value should be in [bar]. For sensor part number
23 417 the value should be as default “0.400”
Enter menu [TCM//PortX] by scrolling with or .
At PortX: press ENTER.
Scroll to SFS: using or .
Press ENTER to get the cursor.
Type the sensor full scale value and press ENTER to acknowledge. When
the cursor disappears it is finished.
Press EXIT two times to leave Set-Up mode.

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TCM: ‡
TCM MainMenu
PortX: ‡
TCM MainMenu
D:1.000 ‡
Density [kg/L]
D:1.000 ‡
Density [kg/L]
D:1.000 ‡
Density [kg/L]
TCM: ‡
TCM MainMenu
PortX: ‡
TCM MainMenu
FN: ‡
Name (max 16 ch)
FN:_ ‡
Name (max 16 ch)
FN:Name ‡
Name (max 16 ch)
TCM: ‡
TCM MainMenu
PortX: ‡
TCM MainMenu
FP: ‡
Part number
FP:_ ‡
Part number
FP:XXXXXXXXX ‡
Part number
5.4. Fluid specification
5.4.1. Set fluid name
The fluid name set in the TSM makes it possible to show the fluid name in
the info box for the graphic representation of the analogue sensor. It should
be set to the same value as in the PC database.
Enter menu [TCM//PortX] by scrolling with or .
At PortX: press ENTER.
Scroll to FN: using or .
Press ENTER to get the cursor.
Type the name of the fluid and press ENTER to acknowledge. When the
cursor disappears it is finished.
Press EXIT two times to leave Set-Up mode
5.4.2. Set fluid part number
The fluid part number set in the TSM makes it possible to show the fluid
part number in the info box for the graphic representation of the analogue
sensor. It should be set to the same value as in the PC database.
Enter menu [TCM//PortX] by scrolling with or .
At PortX: press ENTER.
Scroll to FP: using or .
Press ENTER to get the cursor.
Type the part number of the fluid and press ENTER to acknowledge.
When the cursor disappears it is finished.
Press EXIT two times to leave Set-Up mode
5.4.3. Set the fluid density
If a pressure sensor is used it is essential to set the true density of the fluid
because the pressure at the bottom of the tank depends on fluid level and
fluid density. The density is about 1 Kg/l and for water and 0.875 Kg/l for
mineral oil at 20°C.
Enter menu [TCM//PortX] by scrolling with or .
At PortX: press ENTER.
Scroll to D: using or .
Press ENTER to get the cursor.
Type the Density and press ENTER to acknowledge. When the cursor
disappears it is finished.
Press EXIT two times to leave Set-Up mode

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TCM: ‡
TCM MainMenu
PortX: ‡
TCM MainMenu
TankVol:1000 ‡
Set max vol [L]
TankVol:1000 ‡
Set max vol [L]
TankVol:1000 ‡
Set max vol [L]
TCM: ‡
TCM MainMenu
PortX: ‡
TCM MainMenu
ReVol:1000 ‡
Reorder vol [L]
ReVol:1000 ‡
Reorder vol [L]
ReVol:1000 ‡
Reorder vol [L]
TCM: ‡
TCM MainMenu
PortX: ‡
TCM MainMenu
StopVol:1000 ‡
Stop vol [L]
StopVol:1000 ‡
Stop vol [L]
StopVol:1000 ‡
Stop vol [L]
5.5. Tank specification
5.5.1. Set tank capacity
The tank capacity set in the TSM is used to create a true graphic
representation of the analogue sensor status. It should be set to the same
value as in the PC database.
Enter menu [TCM//PortX] by scrolling with or .
At PortX: press ENTER.
Scroll to TankVol: using or .
Press ENTER to get the cursor.
Type the capacity of the tank and press ENTER to acknowledge. When the
cursor disappears it is finished.
Press EXIT two times to leave Set-Up mode
5.5.2. Set the tank reorder volume level
The tank reorder volume set in the TSM is used to create a true graphic
representation of the analogue sensor status and start auto warning if that is
enabled. It should be set to the same value as in the PC database.
Enter menu [TCM//PortX] by scrolling with or .
At PortX: press ENTER.
Scroll to ReVol: using or .
Press ENTER to get the cursor.
Type the reorder volume level of the tank and press ENTER to
acknowledge. When the cursor disappears it is finished.
Press EXIT two times to leave Set-Up mode
5.5.1.Set the tank stop volume level
The tank stop volume set in the TSM is used to create a true graphic
representation of the analogue sensor status and start auto warning if that is
enabled. It should be set to the same value as in the PC database.
Enter menu [TCM//PortX] by scrolling with or .
At PortX: press ENTER.
Scroll to StopVol: using or .
Press ENTER to get the cursor.
Type the stopr volume level of the tank and press ENTER to
acknowledge. When the cursor disappears it is finished.
Press EXIT two times to leave Set-Up mode

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TCM: ‡
TCM MainMenu
PortX: ‡
TCM MainMenu
TBA: ‡
Bottom area [m2]
TBA:1.000_ ‡
Bottom area [m2]
TBA:1.000 ‡
Bottom area [m2]
5.5.2. Set tank bottom area
Setting the tank bottom area is only usable for a tank with the same
projected area throughout the total tank height.
For other tank forms the profil has to be downloaded to the TSM from a PC.
The area should be in square meters. When the area is typed in and
<ENTER> is pressed the volume for each step on the scale is calculated and
stored in the TSM.
Enter menu [TCM//PortX] by scrolling with or .
At PortX: press ENTER.
Scroll to SFS: using or .
Press ENTER to get the cursor.
Type the sensor full scale value and press ENTER to acknowledge. When
the cursor disappears it is finished.
Press EXIT two times to leave Set-Up mode.
5.5.3. To configure a TSM port for a tank that does not have a constant area
Each TSM port can handle tanks of any shape buy using a tank shape file. To upload a tank shape file to the
TSM module it must be connected to a PC with OriLink® WinTools installed. After the tank shape file has
been uploaded the TSM can be disconnected from the PC. For detailed information see the OriLink®
WinTools manual.

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TCM: ‡
TCM MainMenu
PortX: ‡
TCM MainMenu
LED: ‡
LED Address 4???
TankVol:4XXX_‡
LED Address 4???
TankVol:4XXX ‡
LED Address 4???
TCM: ‡
TCM MainMenu
PortX: ‡
TCM MainMenu
LEDui: ‡
Update interval?
LEDui:1_ ‡
Update interval?
LEDui:1 ‡
Update interval?
5.6. Displaying tank content on a LED display
5.6.1. Set LED address
By specifying a LED address (4XXX) it is possible to show the content of
the tank in real time on a remote or local LED display. Observe that the
addressed LED will not be available for dispensing information.
Enter menu [TCM//PortX] by scrolling with or .
At PortX: press ENTER.
Scroll to LED: using or .
Press ENTER to get the cursor.
Type the LED address and press ENTER to acknowledge. When the cursor
disappears it is finished.
Press EXIT two times to leave Set-Up mode.
5.6.2. Set LED update interval
The default update interval is 1 second but since tanks seldom changes with
a speed that needs updating every second it good to increase the interval to
free up network for more important things. This is especially good in large
systems.
The interval is set in seconds. A setting of 5 will update the LED every 5
seconds
Enter menu [TCM//PortX] by scrolling with or .
At PortX: press ENTER.
Scroll to LEDui: using or .
Press ENTER to get the cursor.
Type the interval wanted and press ENTER to acknowledge. When the
cursor disappears it is finished.
Press EXIT two times to leave Set-Up mode.

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5.7. Set the type of tank (PC system).
To make it possible for the PC software to handle tank information, volumes, sensor inputs and valve output it is
necessary to define which TSM port to use, if it is a fresh oil tank or a waste oil tank, if there are any level sensors
connected and of which type if there are.
These settings are done from the PC using the OriLink® WinDB Manager software and are described in detail in the
OriLink® WinTools Manual. Below is only a short description.
To tell the system which hardware to use for each PC tank the TSM address and TSM port has to be set for all PC
tanks.
Each PC tank could share a TSM port if the same solenoid valve is used to control all pumps. This is not
recommended because of the loss of security and redundancy.
The system must be told what hardware there is and how to use it properly. This is done through the Tank Type.
Tank type is set by a string of 0 and 1 were the first position sets if it is a fresh or waste oil tank. The second position
tells if there is a discrete level sensor present or not and the third position defines if there is an analogue sensor
present or not.
Tank type is “0??” for fresh oil and “1??” for waste oil.
Tank type is “?0?” for NO discrete sensor and “?1?” for discrete sensor connected.
Tank type is “??0” for NO analogue sensor and “??1” for an analogue sensor connected.
Example:
TankType = 000, a fresh oil tank without sensors.
TankType = 010, a fresh oil tank with a discrete level sensor.
TankType = 110, a waste oil tank with a discrete level sensor.
TankType = 001, a fresh oil tank with an analogue level sensor.
TankType = 101, a waste oil tank with an analogue level sensor.
TankType = 111, a waste oil tank with both a discrete and an analogue sensor.

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6. Menu tree

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7. Fast Menu codes
With a PC, the OriLink® WinTools software and a SIO, you can customize the quick menu that appear when you press
”?” on a keypad. To do this, assign a name to the menu, a module address and then a code. Password is optional. This
code can also be used together with the address after you have typed SETUP followed by the password.
For a TSM-module it will look like this,
Set Mask 80000101 YYYYY where YYYYY=password
Part
Function
Address
Code
Comment
Main menu
Change address
0800
Ports
Change Tank No.
0X00
Where X is the port number
Change Mask.
0X01
Where X is the port number
Only for TSM with analogue sensor support (PCB 203 02 91 A and higher)
Change Time constant
0X02
Where X is the port number
Change Offset
0X03
Where X is the port number
Change Calibration
0X04
Where X is the port number
Change Density of fluid
0X05
Where X is the port number
Change Max volume of tank
0X06
Where X is the port number
Change LED Address
0X07
Where X is the port number
Change Name of Fluid
0X08
Where X is the port number
Change Part number of fluid
0X09
Where X is the port number
Change Sensor full scale
0X10
Where X is the port number
Change Reorder volume
0X11
Where X is the port number
Change Stop volume
0X12
Where X is the port number
Change LED update interval
0X13
Where X is the port number
Shows current volume [L]
0X60
Where X is the port number
Show sensor signal [%] &
[mA] (Observe! -Does not
always reflect the content of
tank because it refers to the
sensor max scale not the
max volume of the tank. )
0X61
Where X is the port number
Change Tank area
0X62
Where X is the port number

17(22)
8. Technical specification
Printed circuit board
Net ports: 5 OriLink® ports (A) for data
communication, 2 without
+24VDC.
Discrete level inputs: 4 (F), for one or two levels.
Switch or active signal max 50
V. Supports reorder and stop
set-up for both fresh and waste
oil.
Control outputs: 4 (F) for solenoid valve 24
VDC max 1,25 A. Closes after
about 30 s when short
circuited, this is logged in the
database.
Analogue level inputs: 4 (G) 4 - 20mA, 24VDC with
10-bit A/D-converters.
Other: RISC-based microprocessor
EEPROM, 64 KB.
Connector (E) for 3-pos key switch. Connector (C) for 24 VDC power supply.
SetupLock jumper (H), not used.
Fuses: T6.3A (D) and F1.6A (B)
Max current: 500 mA + 4x1.25 A for solenoid valves.
Casing
Power supply: Primary 230VAC/50Hz/2A or 110VAC/60Hz/3A set by a switch.
Short circuit protected
Casing: Strong black powder painted steel box
Outer measures: 345 x 265 x 65 mm.
Fitting: 4 x ø5mm
CC = 290 x 210 mm
Weight: 3,9 kg.
Environment
Use: Indoors.
Temperature 0 - +55°C
Humidity 90-95%, not condensing
Transport: Temperature –40 - +70°C
Humidity 90-95%, not condensing
Storage: Temperature –40 - +70°C
Humidity 90-95%, not condensing

18(22)
9. To connect discrete level sensors 23 132/138/171 and solenoid valves
9.1. Fresh oil tank, 23138 (2-levels)
To achieve a proper function, that is the pump starts only if there are enough oil in the tank, a dispense point is open
and the sensor works properly, the following connection should be made.
The TSM port should be set to control the appropriate PC tank in relation to the physical tank. Correct TankType,
TSMAddress and TSMPort should be set using with WinDB Manager.
MASK =12, TankType = 01?
9.2. Fresh oil tank, 23171/23183 (1-level)
To achieve a proper function, that is the pump starts only if there are enough oil in the tank, a dispense point is open
and the sensor works properly, the following connection should be made.
The TSM port should be set to control the appropriate PC tank in relation to the physical tank. Correct TankType,
TSMAddress and TSMPort should be set using with WinDB Manager.
Mask = 4, TankType=01?
9.3. Waste oil tank, 23132 (2-levels)
To achieve a proper function, that is the pump stops if the physical tank is full or if the sensor is disconnected, the
following connection should be made. Colours are if you use control cable 23412.
The TSM port should be set to control the appropriate PC tank in relation to the physical tank. Correct TankType,
TSMAddress and TSMPort should be set using with WinDB Manager
MASK = 13, TankType = 11?
Solenoid valveTCM 23138
LOW
HIGH
1 C
2 NO
3 NC
4 C
5 NO
6 NC
+24 V
A
GND
B
Sol
Solenoid valveTCM
Blue
Brown 23171
+24 V
A
GND
B
Sol

19(22)
9.4. One TSM port controls a number of pumps
It is possible to control several pumps with only one solenoid valve, that is all pumps starts if one dispense point is
opened. To do this the solenoid valve is connected between +24V and Sol of a TSM port. The port is set to a tank
that does not exist in the PC database and the Mask is set to 0.
For all PC tanks that should be controlled by this solenoid valve the TSMAddress and TSMPort should be set to this
port. Using the WinDB Manager does this.
If this method is used of coarse no level sensor can be used.
10. EX-barrier 23187 for discrete level sensors.
An EX-barrier is needed between the level sensor and the tank module if the
liquid is classed as flammable. For this purpose the EX-barrier 23178 and a
special EX approved cable 23164 can be used.
The EX-barrier, the solenoid valve that controls the air to the pump and the tank
module should be placed outside the EX-classed area. The EX approved cable
should be used to connect the level sensor on the tank inside the EX-classed area
with the EX-barrier outside the EX-classed area.
Connecting a fresh oil tank 23171/23183 (1-Level).
To achieve a proper function, that is the pump starts only if there are enough oil
in the tank, a dispense point is open and the sensor works properly, the
following connection should be made.
The TSM port should be set to control the appropriate PC tank in relation to the
physical tank.
Correct TankType, TSMAddress and TSMPort should be set using with WinDB
Manager
Mask = 4, TankType=01?

20(22)
10.1.Connecting a waste oil tank 23132 (2-Levels)
To achieve a proper function, that is the pump stops if the physical tank is full or if the sensor is disconnected, the
following connection should be made.
The TSM port should be set to control the appropriate PC tank in relation to the physical tank.
Correct TankType, TSMAddress and TSMPort should be set using with WinDB Manager
MASK = 13, TankType = 11?.
11. To connect an analogue sensor
The four analogue inputs on the TSM support any standard industrial 2-lead / 4-20mA / 24VDC sensors. To connect
sensors a 2-pole connector is used.
11.1.Analogue sensor 23417
The submerged pressure based level sensor 23
417 is a robust sensor that can be used with good
accuracy for tanks with a height of 1 –5 meters.
Max height depends on density of fluid. The
measuring resolution for a TSM with a 23 417
sensor is 4 mm for water and about 4.5 mm for
mineral oil.
Connect the red wire to +24VDC and the black
wire to Sense. +24VDC and Sense are printed on
the PCB.
If the sensor cable (6.5 m) is to short to reach the
TSM it can be lengthen using a standard 2-lead
wire with copper area of 0.5 mm2 for each lead.
For this purpose use the by-packed connection
box.
It is not necessary to use the shield to obtain a good signal because the signal is current based. The shield can be
used for protection grounding purposes if needed.
OBSERVE! It is important that the transparent tube is not blocked and that the humidity protection filter is
used. A blocked tube will cause measuring failure. Not using the humidity protection could
cause sensor malfunction due to corrosion caused by condensed water.