Doms PSS 5000 User manual

Date
Document number
May 18, 2017
PSS5000/CONF/804473/40
Doms ApS Formervangen 28
DK-2600 Glostrup
Tel. [phone] [email protected]
www.doms.com
PSS 5000
Hardware Configuration Guide
Selecting the CPU Board and Interface Modules

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PSS 5000 – Hardware Configuration Guide
Selecting the CPU Board and Interface Modules
About This Documentation
Purpose This documentation enables you to select the correct hardware to configure a
PSS 5000 for a specific site. It describes the prerequisites required before you
start and leads you through the process of selecting the correct types and num-
ber of modules required for the specific system.
Audience The content of this documentation is designed for any person who needs to
configure the hardware of a PSS 5000 forecourt controller for specific fore-
court devices.

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Contents
About This Documentation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2
1 How to Select the Correct Hardware . . . . . . . . . . . . . . . . . . . . . . . . . 4
1.1 Selecting Hardware Interface Modules (HIMs) and CPU Board . . . . . . 4
1.2 A Worked Example of How to Select HIMs . . . . . . . . . . . . . . . . . . . . . . 5
2 Device Manufacturers and Device Protocols Used . . . . . . . . . . . . 10
2.1 Pump Manufacturers and Protocols . . . . . . . . . . . . . . . . . . . . . . . . . . . 10
2.2 Tank Gauge System (TGS) Manufacturers and Protocols . . . . . . . . . . 13
2.3 Terminal Manufacturers and Protocols . . . . . . . . . . . . . . . . . . . . . . . . 14
2.4 Washing Machine Manufacturers and Protocols . . . . . . . . . . . . . . . . . 15
2.5 Vapor Recovery Monitoring Systems Manufacturers and Protocols . . 15
2.6 Price Sign Manufacturers and Protocols . . . . . . . . . . . . . . . . . . . . . . . 16
3 Device Protocols and Associated HIMs . . . . . . . . . . . . . . . . . . . . . 17
3.1 Pump Protocols and HIMs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18
3.2 Tank Gauge System (TGS) Protocols and HIMs . . . . . . . . . . . . . . . . . 22
3.3 Terminal Protocols and HIMs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24
3.4 Washing Machine Protocols and HIMs . . . . . . . . . . . . . . . . . . . . . . . . 25
3.5 Vapor Recovery Monitoring Controller Protocols and HIMs . . . . . . . . . 25
3.6 Price Pole Protocols and HIMs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26
3.7 Interface Types and HIMs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 28
3.8 HIM Details and Interface Types . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30
3.9 Discontinued HIMs and Possible Replacements . . . . . . . . . . . . . . . . . 34
4 PSS 5000 CPU Board and Cabinet Specifications . . . . . . . . . . . . . 35
4.1 PSS 5000 CPU Boards . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 35
4.1.1 KIT453 – CPB50x to CPB539 . . . . . . . . . . . . . . . . . . . . . . . . . 36
4.2 PSS 5000 Cabinets . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 37
4.3 System Versions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 37
5 PSS 5000 Accessories List . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 38
6 Reference Documents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 40
7 Revision Information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 47
Index . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53

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1 How to Select the Correct Hardware
Overview Before a PSS 5000 can be installed on a site, the correct Hardware Interface
Modules (HIMs) must be selected. The method to select the correct HIMs and
an example of how to connect the devices and HIMs together are provided in
the following topics:
•‘1.1 Selecting Hardware Interface Modules (HIMs) and CPU Board’ on
page 4
•‘1.2 A Worked Example of How to Select HIMs’ on page 5
1.1 Selecting Hardware Interface Modules (HIMs) and CPU Board
To select the correct
HIMs for the PSS 5000
This procedure describes how to obtain the information necessary to select the
correct type and number of HIMs.
Note: If your forecourt devices, protocols or interfaces do not match the refer-
ence tables, contact [e-mail] to help provide a solution.
1. Make a list of all the devices on the forecourt that you want the PSS 5000
to control.
To help you create this list, there is a form at the end of this documentation.
2. Look at the POS and find out which type of interface connection exists be-
tween the POS and the PSS 5000:
• If the connection is a serial interface, use the HIM hardware table
(‘3.8 HIM Details and Interface Types’ on page 30) to select the cor-
rect DSB module for the interface type. Continue to Step 3.
• If an Ethernet interface is used, go to Step 3.
3. Use the Manufacturer/Protocol tables (see ‘2 Device Manufacturers and
Device Protocols Used’ on page 10) to see which protocol each device us-
es, or is most likely to use. Write this in the list opposite each of the devices.
4. Use the Protocol/HIM tables (see ‘3 Device Protocols and Associated
HIMs’ on page 17) to select the HIMs for the actual Protocol/physical in-
terfaces the devices use.
Note: If your actual Protocol/physical interface combinations are not listed
in the tables, contact [email protected] for a solution.
5. Use the connection information provided for each HIM (see ‘3.8 HIM De-
tails and Interface Types’ on page 30) to determine how many of each type
of HIM you require.
6. Use your list to see how many different protocols are used. From this, de-
termine how many ports you must use on the CPU board.
Each protocol type requires a separate port on the CPU board.
Note: If you require support for more devices/port than is specified, con-
tact [email protected].
7. Use the information from Step 5. and Step 6. together with the information
in ‘4 PSS 5000 CPU Board and Cabinet Specifications’ on page 35 to help
you decide which CPU board and cabinet to select for the PSS 5000.
8. Use the information in ‘5 PSS 5000 Accessories List’ on page 38 to select

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the accessories you require (cables, etc).
For example, if your HIMs fill more than 14 single-width modules, you
need an extension rail to mount all the HIMs.
1.2 A Worked Example of How to Select HIMs
Worked example
forecourt scenario
The figure below is an example of a simple petrol station forecourt. We will
use this scenario to introduce the concepts of selecting the correct HIMs and
connecting the HIMs to the ports on the CPU Board.

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Worked example
procedure
In this procedure we will use the ‘Worked example forecourt scenario’ on
page 5 to provide the necessary input to select the correct HIMs.
1. Make a list of the types and numbers of devices on the forecourt.
2. Use the Manufacturer/Protocol tables to select the protocols used.
Note: The cross-references (blue text) in the Manufacturer/Protocol tables
lead you to the correct protocol in the Protocol/HIM table. In this ex-
ample, the Gilbarco pump that uses a 2-wire protocol leads you to
‘Gilbarco 2-wire’ on page 19.
3. Add each of the protocols to your list.
Device Manufacturer No. Protocol Interface Type
HIM
HIMs Required Name Connections Stock No. Width
Pumps Gilbarco 18
Pumps Wayne 2
TGS Veeder-Root 1
Price Poles Innosign 2

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Note: If more than one protocol is possible, check the hardware to see which
one is implemented.
4. Use the Protocol/HIM tables to find out which HIMs you must use to con-
nect the PSS 5000 to the forecourt devices.
When you have found the correct protocol, select the interface type used by
the device. Next to this information is the name of the correct HIM.
5. Use the HIM Details table to find and add the connection details, Doms
Stock number and module width for the individual HIMs to your list.
Device Manufacturer No. Protocol Interface Type
HIM
HIMs Required Name Connections Stock No. Width
Pumps Gilbarco 18 Gilbarco, 2-wire
Pumps Wayne 2 Wayne Dart
TGS Veeder-Root 1 Veeder-Root
Price Poles Innosign 2 IBIS
Device Manufacturer No. Protocol Interface Type
HIM
HIMs Required Name Connections Stock No. Width
Pumps Gilbarco 18 2-wire Current Loop DSB492 8 140042 2
Pumps Wayne 2 Wayne Dart RS485, 2-wire DSB453 4 133768 2
TGS Veeder-Root 1 Veeder-Root RS232 (3-wire) DSB347 1 133845 1
Price Poles Innosign 2 IBIS RS232 (3-wire) DSB347 1 133845 1

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6. Use the No. and HIM Connections values to determine how many HIMs you
require for each protocol.
In the example, the Gilbarco pumps use DSB492. Each DSB492 can have
8 pumps connected to it. Therefore, to connect 18 pumps you need to use
3 DSB492 modules.
7. Add all the Width values for the individual modules. In this example, the
total width for all the modules is 11 single-module units.
Using the cabinet specifications, you can see that the standard cabinet,
which houses 14 single-module units, must be used and that no extension
rail is required here.
8. Use the CPU Board Specifications table to select the board that you need
to use.
By looking at your list, you can see that 4 different protocols are used. But
because the Protocol/Interface Type combination (Gilbarco, 2-wire/Cur-
rent Loop) restricts the maximum number of devices on a CPU board port
to 16, you need to use 2 ports. This means that you require at least 5 ports
on the CPU board. Therefore, either the CPB509 or CPB539 must be used.
If the CPB505-2 had met the requirements, you must always consider what
may be required in the future before you make your board selection.
Note: PSS Application software require the following: Program Type 411
requires a CPB509 or CPB505-2. Program Type 410 runs on all
CPB50x systems. Program Type 452 requires a CPB539.
Device Manufacturer No. Protocol Interface Type
HIM
HIMs Required Name Connections Stock No. Width
Pumps Gilbarco 18 2-wire Current Loop DSB492 8 140042 2 3
Pumps Wayne 2 Wayne Dart RS485, 2-wire DSB453 4 133768 2 1
TGS Veeder-Root 1 Veeder-Root RS232 (3-wire) DSB347 1 133845 1 1
Price Poles Innosign 2 IBIS RS232 (3-wire) DSB347 1 133845 1 2

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9. You are now ready to connect the selected HIMs to the CPU Board.
The figure below shows the devices connected to a CPB539 board through
the HIMs and the associated serial interface cables.
Note: This illustrates that only 16 devices using the Current Loop interface
can be connected to a single port (2 of the DSB492 HIMs are daisy
chained together and connected to a single port). Under normal cir-
cumstances, we recommend that load balancing is used on the ports
when connecting multiple devices (with the same protocol) to mul-
tiple modules – this increases performance.

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2 Device Manufacturers and Device Protocols Used
List of types of devices
using protocols
The connectivity of the PSS 5000 is achieved by its ability to interface with
different device protocols. The complete list of protocols is divided into the
following topics:
•‘2.1 Pump Manufacturers and Protocols’ on page 10
•
‘2.2 Tank Gauge System (TGS) Manufacturers and Protocols’ on page 13
•‘2.3 Terminal Manufacturers and Protocols’ on page 14
•‘2.4 Washing Machine Manufacturers and Protocols’ on page 15
•‘2.5 Vapor Recovery Monitoring Systems Manufacturers and Protocols’
on page 15
•‘2.6 Price Sign Manufacturers and Protocols’ on page 16
Devices using IFSF Many manufacturers provide an interface that uses the International Forecourt
Standard Forum (IFSF) protocol. Although this is a standard protocol, which
can be checked using the IFSF certification tool, it is recommended that the
devices are tested with a PSS 5000 before they are commissioned.
Where the IFSF protocol is shown opposite a manufacturer’s name in the
Manufacturers/Protocols tables, this indicates that the protocol has been tested
with one or more devices from this manufacturer.
2.1 Pump Manufacturers and Protocols
List of pump
manufacturers and
associated protocols
A list of the pump manufacturers and supported protocols are shown in the ta-
ble below:
Note: The HIM used with specific dispensers depends on both the electrical
interface(s) and protocol(s) supported by the individual dispenser. To
obtain this information, use the manufacturer's technical documentation
for the specific dispenser.
Manufacturers Protocols
Adast ‘Adast Easycall’ on page 18
Agira ‘GC21 XP & GC22’ on page 19
Aspro ‘GC21 XP & GC22’ on page 19
Autotank ‘Auto Tank ATCL’ on page 18
Avery ‘Avery Single Hose’ on page 18
Bennett ‘Bennett’ on page 18
Cetil ‘Cetil EAS1’ on page 18
Dong Hwa ‘Dong Hwa Prime’ on page 18
Dresser Wayne ‘Dresser Wayne SC82/SC86’ on page 18
Droher ‘Droher-Condohr Protocol’ on page 18
‘Droher-Current Loop Protocol’ on page 18
Dunclare ‘Dunclare’ on page 18

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EIN ‘EIN’ on page 18
Korea EnE ‘EnE’ on page 18
Galileo ‘GC21 XP & GC22’ on page 19
Gilbarco ‘Gilbarco 2-wire’ on page 19
‘IFSF’ on page 19
‘Novotec’ on page 19
Hong Yang ‘Hong Yang’ on page 19
IMW ‘GC21 XP & GC22’ on page 19
Insta / Instrumentointi ‘Gascomm’ on page 18
Koppens ‘Koppens EPS-3/5’ on page 19
Larsen & Toubro ‘Larsen & Toubro Z-line’ on page 19
‘Larsen & Toubro MPD/QUAD’ on page 19
Logitron ‘Logitron Pumalan’ on page 19
MakPetrol Teas ‘MakPetrol Teas’ on page 19
Mannesmann Kienzle ‘MKS ER 3/2 (ER3/ER4)’ on page 19
Maser ‘Maser GMS’ on page 19
Mechanical Pumps ‘Mechanical Pump Interface’ on page 19
Mepsan ‘Wayne Dart’ on page 21
Midco ‘Midco’ on page 19
MMPetro ‘MMPetro’ on page 19
Nara ‘Nara’ on page 19
‘Nara 2’ on page 19
Nuovo Pignone ‘Nuovo Pignone’ on page 20
Petposan ‘Wayne Dart’ on page 21
Petrotec ‘Petrotec’ on page 20
Prompribor ‘Prompribor LIVNY’ on page 20
Prowalco ‘Prowalco SPDC-1, MPDC-1’ on page 20
‘Prowalco ICON Salesmaker’ on page 20
Pump Control ‘GC21 XP & GC22’ on page 19
RongXing ‘RongXing MPD’ on page 20
Satam ‘Satam 008’ on page 20
‘Satam 82D’ on page 20
Manufacturers Protocols

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Scheidt & Bachmann ‘Scheidt & Bachmann T02’ on page 20
‘Scheidt & Bachmann T10/8’ on page 20
‘IFSF’ on page 19
Schlumberger ‘Schlumberger IVPE/M3000’ on page 20
‘Schwelm ZSR83’ on page 20
‘IFSF’ on page 19
Schwelm ‘Schwelm ZSR83’ on page 20
Seetax ‘Seetax TK’ on page 20
‘Seetax MM’ on page 20
Tatsuno ‘Tatsuno (Doms MPI)’ on page 20
‘Tatsuno Sunny Ex’ on page 20
‘Tatsuno-Benc’ on page 20
TIM ‘TIM’ on page 20
Tokheim ‘Auto Tank ATCL’ on page 18
‘Dunclare’ on page 18
‘EIN’ on page 18
‘IFSF’ on page 19
‘Koppens EPS-3/5’ on page 19
‘Logitron Pumalan’ on page 19
‘MKS ER 3/2 (ER3/ER4)’ on page 19
‘Satam 82D’ on page 20
‘Schlumberger IVPE/M3000’ on page 20
‘Schwelm ZSR83’ on page 20
‘Tatsuno (Doms MPI)’ on page 20
‘Tokheim’ on page 21
‘Tokheim Kaizen’ on page 21
Tokheim Hengshan ‘Hengshan HS01’ on page 19
Veeder-Root ‘EMR3’ on page 18
Wayne ‘Wayne Autocourt/Ferranti’ on page 21
‘Wayne Dart’ on page 21
‘Wayne Europe/Ljungmans (Current Loop)’ on page 21
‘IFSF’ on page 19
Manufacturers Protocols

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2.2 Tank Gauge System (TGS) Manufacturers and Protocols
List of TGS
manufacturers and
protocols
A list of the Tank Gauge System (TGS) manufacturers and supported proto-
cols are shown in the table below:
Note: The HIM used with specific TGSs depends on both the electrical inter-
face(s) and protocol(s) supported by the individual TGS. To obtain this
information, use the manufacturer's technical documentation for the
specific TGS.
Manufacturers Protocols
4tech ‘4Tech Fuelcom 501’ on page 22
B Control A (CMS) ‘B Control A (CMS)’ on page 22
Egemin Naamloze ‘Egemin LGS2’ on page 22
Enraf ‘Enraf STIC 867 (GPU)’ on page 22
Fafnir ‘Fafnir Visy-Quick’ on page 22
‘Fafnir UDP’ on page 22
Hectronic ‘Hectronic H-Protocol’ on page 22
‘Hectronic HLS Protocol’ on page 22
‘IFSF’ on page 22
Incon ‘Veeder-Root’ on page 22
Labko ‘Veeder-Root’ on page 22
Lemis Baltic ‘Lemis DC-400’ on page 22
Omntec ‘Veeder-Root’ on page 22
OPW ‘Veeder-Root’ on page 22
Petro Vend ‘Petrovend4’ on page 22
‘IFSF’ on page 22
Scientific & Production
Enterprise SENSOR LLC
‘Sense PMP’ on page 22
Struna ‘Struna-M’ on page 22
START Italiana ‘Veeder-Root’ on page 22
Veeder-Root ‘Veeder-Root’ on page 22
‘IFSF’ on page 22

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2.3 Terminal Manufacturers and Protocols
List of terminal
manufacturers and
protocols
A list of the terminal manufacturers and supported protocols are shown in the
table below:
Note: The HIM used with specific terminals depends on both the electrical in-
terface(s) and protocol(s) supported by the individual terminal. To ob-
tain this information, use the manufacturer's technical documentation
for the specific terminal.
Manufacturers Protocols
ACG ‘ACG Mifare RFID Reader’ on page 24
Autotank ‘AutoTank ATCL’ on page 24
Banksys ‘Banksys’ on page 24
Codab ‘Codab C-bus’ on page 24
Doms ‘Doms FlexPay’ on page 24
‘Doms POS’ on page 24
‘Doms Standard Terminal’ on page 24
‘PetroPay 4000’ on page 24
Dresser Wayne See Wayne
EIN DAC ‘EIN DAC’ on page 24
Gilbarco ‘Gilbarco SPOT’ on page 24
‘Generic CRIND’ on page 24
Orpak ‘Orpak VIT’ on page 24
POSTEC ‘POSTEC Prism OPT’ on page 24
‘POSTEC TVD Tag Reader’ on page 24
Prowalco ‘Prowalco Remote Tagging ZA-069 (IRIU)’ on page 25
‘Prowalco Pump Tag’ on page 24
Synergy ‘Octane 2000 Tag’ on page 24
Tokheim ‘Tokheim DAC MPA V5’ on page 25
‘Tokheim Pump Tag’ on page 25
‘Banksys’ on page 24
Wayne ‘Wayne CL Terminal’ on page 25
‘Wayne CL/EPS-42 Terminal’ on page 25

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2.4 Washing Machine Manufacturers and Protocols
List of washing machine
manufacturers and
protocols
A list of the washing machine manufacturers and supported protocols are
shown in the table below:
Note: The HIM used with specific wash machine depends on both the electri-
cal interface(s) and protocol(s) supported by the individual wash ma-
chine. To obtain this information, use the manufacturer's technical doc-
umentation for the specific device.
2.5 Vapor Recovery Monitoring Systems Manufacturers and
Protocols
List of vapor recovery
monitoring systems
manufacturers and
protocols
A list of manufacturers of Vapor Recovery Monitoring (VRM) systems and
supported protocols are shown in the table below:
Note: The HIM used with specific VRM system depends on both the electrical
interface(s) and protocol(s) supported by the individual VRM system.
To obtain this information, use the manufacturer's technical documen-
tation for the specific device.
Manufacturers Protocols
Washtec ‘IFSF Car wash’ on page 25
Christ ‘IFSF Car wash’ on page 25
Manufacturers Protocols
Fafnir ‘Fafnir DVRC’ on page 25
‘Fafnir DVRC-2’ on page 25

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2.6 Price Sign Manufacturers and Protocols
List of price sign
manufacturers and
protocols
A list of price sign manufacturers and supported protocols are shown in the ta-
ble below:
Note: The HIM used with specific price signs depends on both the electrical
interface(s) and protocol(s) supported by the individual price sign. To
obtain this information, use the manufacturer's technical documentation
for the specific price sign.
Manufacturers Protocols
Abat ‘Nautica’ on page 26
Able ‘Scheidt & Bachmann T10/8’ on page 26
Digitekno ‘Digitekno’ on page 26
EIN ‘EIN’ on page 26
Gilbarco ‘Gilbarco Price Sign’ on page 26
Inno-Sign ‘IFSF’ on page 26
‘IBIS’ on page 26
Linetron ‘Linetron’ on page 26
Mannesmann Kienzle ‘MKS ER 3/2’ on page 26
Novyc ‘Novyc RS-232’ on page 26
Odeco Electrónica ‘Imago’ on page 26
PWM ‘PWM-InHouse-Ethernet’ on page 26
‘IFSF’ on page 26
RGB Technology ‘RGB’ on page 26
Scheidt & Bachmann ‘Scheidt & Bachmann T10/8’ on page 26
Sistem Reklamcilik ‘Sistem’ on page 26
Tammerneon ‘Tammerneon LED’ on page 26
Totem ‘Totem’ on page 27
VDS ‘VDS’ on page 27
Wayne ‘Wayne Marketer’ on page 27

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3 Device Protocols and Associated HIMs
List of types of devices
using protocols
The PSS 5000 can connect to many different devices using a multitude of dif-
ferent device protocols. The complete list of protocols are divided into the fol-
lowing topics:
•‘3.1 Pump Protocols and HIMs’ on page 18
•‘3.2 Tank Gauge System (TGS) Protocols and HIMs’ on page 22
•‘3.3 Terminal Protocols and HIMs’ on page 24
•‘3.4 Washing Machine Protocols and HIMs’ on page 25
•‘3.5 Vapor Recovery Monitoring Controller Protocols and HIMs’ on page
25
•‘3.6 Price Pole Protocols and HIMs’ on page 26
•‘3.7 Interface Types and HIMs’ on page 28
•‘3.8 HIM Details and Interface Types’ on page 30
•‘3.9 Discontinued HIMs and Possible Replacements’ on page 34
If your actual Protocol/physical interface combinations are not listed in the ta-
bles, contact [e-mail] for possible solutions.
General information
about connections for
devices and HIMs
Each HIM has a maximum number of connections. If you are connecting de-
vices in series (multiple devices per HIM connection) then use the HIM name
hyperlink (or ‘3.8 HIM Details and Interface Types’ on page 30) for informa-
tion about the maximum number of devices permitted per connection (see Max.
no. of devices/connection).
HIMs are connected to a port on the CPB. This connection can be direct or
through another HIM by creating a daisy-chain, which increases the number
of devices on the CPB port. However, the protocol may limit the maximum
number of devices that can be connected to a port on the CPB. This informa-
tion is shown in the Devices/Port column.

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3.1 Pump Protocols and HIMs
List of pump protocols
and associated HIMs
A complete list of the pump protocols currently supported by the PSS 5000
and the HIMs associated with the protocols and interface types are shown in
the table below:
Note: Where Devices in Devices/Port refers to the number of fuelling points
that can be connected to each port on the CPB.
Protocols Interface Type HIM Stock No. Devices/Port
Adast Easycall RS485 DSB453 133768 16
DSB501 142012
Aplab Serial protocol RS485 DSB453 133768 16
DSB501 142012
Auto Tank ATCL Current Loop, 10/20mA DSB416 129767 8
Avery Single Hose RS485 DSB453 133768 16
DSB501 142012
BP Standard Protocol RS232 DSB347 123240 40
Bennett Current Loop 20mA DMB425 130742 16
Cetil EAS1 RS485 DSB453 133768 16
DSB501 142012
Dong Hwa Prime RS422 DSB352 125775 16
Dresser Wayne SC82/SC86 Current Loop, 30mA DSB4231130250 24
DSB475 136841
DSB510 142390
RS485 DSB453 133768
Droher-Condohr Protocol RS485 DSB337 Replaced 24
DSB501 142012
Droher-Current Loop Protocol Current Loop, 20mA DSB356 Replaced 16
DSB517 143186
Dunclare Current Loop, 20mA DMB431 Replaced 16
DMB507 142346
EIN Current Loop, 20mA DSB476 137571 16
ELREM Tank2000 RS485 DSB453 133768 16
EMR3 RS232 (with carrier detect) DSB347 123240 31
RS232 (3-wire) DSB457 133845
EnE RS485 DSB453 133768
Gascomm 2-wire, active pull down DMB514 143076 16

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GC21 XP & GC22 Current Loop, 20mA DSB356 Replaced 16
DSB517 143186
Gilbarco 2-wire Current Loop, 45mA DSB338 Replaced 16
DSB3781129251
DSB492 140042
DSB511 142464
RS485 DSB453 133768
DSB501 142012
Hengshan HS01 Current Loop, 10mA DMB450 133395 16
Hong Yang 4-wire, Diff. Interface DSB541 144753 16
IFSF LON (TP/FT-10) ‡ DSB522 143576 63
‡ Only one LON (TP/FT-10) interface (i.e. 1xKit422 or 1xDSB522) can be in-
stalled on each system.
Kontrel Domino LPG Current Loop, 45mA DSB492 140042 16
Koppens EPS-3/5 4-wire, Diff. Interface DMB430 Replaced 16
4-wire, Diff. Interface with
auto-watch
DMB512 142546
Lanfeng RS485 DSB453 133768 16
Larsen & Toubro Z-line RS485 DSB453 133768 16
DSB501 142012
Larsen & Toubro MPD/QUAD RS485 DSB453 133768 16
DSB501 142012
Logitron Pumalan Current Loop, 20mA DSB461 134791 16
MakPetrol Teas Current Loop, 20mA Active
with RX inverted
DSB542 144762 16
Maser GMS RS485 DSB453 133768 16
DSB501 142012
Mechanical Pump Interface Digital I/O DSB524 143753 32
Midco RS485 DSB453 133768 16
DSB501 142012
MKS ER 3/2 (ER3/ER4) Current Loop 25mA DMB489 139024 16
Novotec RS485, +5V supply DSB521 143437 8
MMPetro RS485 DSB453 133768 32
Nara RS485 DSB453 133768 16
Nara 2 RS485 DSB453 133768 64
Protocols Interface Type HIM Stock No. Devices/Port

20 of 54 PSS5000/CONF/804473/40
PSS 5000 – Hardware Configuration Guide
Selecting the CPU Board and Interface Modules
Nuovo Pignone Current Loop
4-wire 24V/50mA
DMB426 130745 16
RS485 DSB453 133768
DSB501 142012
Petrotec 4-wire, Diff. Interface with
auto-watch
DMB512 133745 16
Prompribor LIVNY Current Loop 20mA DMB425 130742 16
Prowalco ICON Salesmaker RS232 (with carrier detect) DSB347 123240 16
RS232 (3-wire) DSB457 133845
Prowalco SPDC-1, MPDC-1 Current Loop, 45mA DSB3781129251 16
DSB492 140042
DSB511 142464
RongXing MPD RS422 DSB352 125775 16
Satam 008 Current Loop, 20mA DMB425 130742 16
Satam 82D Current Loop, 20mA DMB425 130742 16
Scheidt & Bachmann T02 S & B Proprietary DMB443 132060 16
Scheidt & Bachmann T10/8 RS485 DMB354 Replaced 16
DMB506 142292
Schlumberger IVPE/M3000 Current Loop, 20mA DMB425 130742 16
Schwelm ZSR83 Current Loop, 20mA DMB431 Replaced 16
DMB507 142346 16
Seetax MM Current Loop, 10mA DMB450 133395 16
Seetax TK Current Loop, 10mA DMB450 133395 16
South West MLPC3 Current Loop, 20mA DSB486 139212 16
Tatsuno (Doms MPI) RS485 DSB453 133768 16
DSB501 142012
RS485 (grade select) DSB348 * 123789 16
* This HIM is only used for selected dispenser models
Tatsuno-Benc RS485 DSB453 133768 16
Tatsuno-Benc PDEX RS485 DSB453 133768 16
Tatsuno Sunny Ex RS485 DSB453 133768 16
DSB501 142012
TIM RS485 DSB453 133768 16
DSB501 142012
Protocols Interface Type HIM Stock No. Devices/Port