MARPOWER 22-K Series User manual

Signal Column System
22-SCU / 22-SOC
22-K(x) / 22-K(x)-F(y) / 22-P(x)
by
MARPOWER
SMEN05
PRODUCTS AND SERVICES
MARKET
Ship electronics
Signal Column
Shipbuilding
marpower.com
We supply according to EC-directives and are ISO-9001
July 2020
Date subject to change

2
FOREWORD
We thank you for selecting an Marpower Signal Column product.
This manual is intended as documentation during installation, commissioning and servicing
and for users of the Electronic Signal Column.
This manual is applicable for the: 22-SCU, 22-SOC, 22-K(x), 22-K(x)-F(y) and the 22-P(x).
Please read these instructions carefully before installing and commissioning the Electronic
Signal Column.
Read the important safety instructions in chapter 1 before installing this device.
Please store this manual in a safe place for future reference.
2020 Marpower
All rights reserved.
The information contained in this publication is intended solely for the purposes indicated.
The present publication and any other documentation supplied with the product is not to be reproduced, either in part or in
its entirety, without the prior written consent of Marpower.
The illustrations and plans describing the equipment are intended as general reference only and are not necessarily
complete in every detail.
The content of this publication may be subject to modification without prior notice.

SMEN05
Signal Column System
3
TABLE OF CONTENTS
1. IMPORTANT SAFETY INSTRUCTIONS .....................................................................1-1
QUALIFIED PERSONNEL...................................................................................................1-1
MARKINGS......................................................................................................................1-1
INSTRUCTIONS AND WARNINGS ......................................................................................1-2
2. INTRODUCTION..............................................................................................................2-1
THE SIGNAL COLUMN SYSTEM (SCS).............................................................................2-1
CONTROL UNIT...............................................................................................................2-1
OPTIONAL CONNECT.......................................................................................................2-2
SIGNAL COLUMN ............................................................................................................2-2
SIGNAL COLUMN WITH FLASHLIGHTS.............................................................................2-2
SIGNAL PANEL................................................................................................................2-2
3. SYSTEM DESCRIPTION.................................................................................................3-1
CONTROL UNIT...............................................................................................................3-1
3.1.1. Overview Unit ............................................................................................................3-2
3.1.2. Power Supply .............................................................................................................3-3
3.1.3. Power Output.............................................................................................................3-3
3.1.4. COM...........................................................................................................................3-4
3.1.5. Input...........................................................................................................................3-5
3.1.6. Output ........................................................................................................................3-5
OPTIONAL CONNECT.......................................................................................................3-7
SIGNAL COLUMN (WITH/WITHOUT)FLASHLIGHTS.........................................................3-7
SIGNAL PANEL................................................................................................................3-8
4. TECHNICAL SPECIFICATIONS...................................................................................4-1
CONTROL UNIT...............................................................................................................4-1
OPTIONAL CONNECT.......................................................................................................4-4
SIGNAL COLUMN (WITH/WITHOUT)FLASHLIGHT...........................................................4-5
SIGNAL PANEL................................................................................................................4-7
5. TRANSPORT, MOUNTING AND INSTALLATION....................................................5-1
TRANSPORT ....................................................................................................................5-1
MOUNTING .....................................................................................................................5-1
5.2.1. Control Unit...............................................................................................................5-1
5.2.2. Optional Connect.......................................................................................................5-1
5.2.3. Signal Column............................................................................................................5-2
5.2.4. Signal Panel...............................................................................................................5-2
INSTALLATION................................................................................................................5-3
5.3.1. Control Unit Standard Configuration ........................................................................5-3
5.3.2. Optional Connect Basic Configuration......................................................................5-6
6. COMMISSIONING ...........................................................................................................6-1
IMPORTANT NOTES.........................................................................................................6-1
FIRST TIME START-UP....................................................................................................6-1
VALIDATION...................................................................................................................6-1
6.3.1. Control Unit...............................................................................................................6-1
6.3.2. Optional Connect.......................................................................................................6-1
7. OPERATION & MONITORING.....................................................................................7-1
CONTROL UNIT...............................................................................................................7-1
7.1.1. Settings.......................................................................................................................7-1
7.1.2. Operation...................................................................................................................7-2
7.1.3. Monitoring .................................................................................................................7-3
OPTIONAL CONNECT.......................................................................................................7-3
7.2.1. Settings.......................................................................................................................7-3
7.2.2. Operation...................................................................................................................7-3
7.2.3. Monitoring .................................................................................................................7-3

4
8. ADJUSTMENTS................................................................................................................8-1
CONTROL UNIT ..............................................................................................................8-1
8.1.1. Disable Output...........................................................................................................8-1
8.1.2. Local Alarm...............................................................................................................8-1
8.1.3. Mode..........................................................................................................................8-2
8.1.4. BG-Verkehr................................................................................................................8-3
8.1.5. Sub-Master.................................................................................................................8-4
8.1.6. NO or NC...................................................................................................................8-5
8.1.1. DC-OK.......................................................................................................................8-5
OPTIONAL CONNECT ......................................................................................................8-6
8.2.1. 9 Alarmfield Configuration........................................................................................8-6
9. FAULT FINDING / MAINTENANCE / SERVICE........................................................9-1
CONTROL UNIT ..............................................................................................................9-1
OPTIONAL CONNECT ......................................................................................................9-2
SIGNAL COLUMN............................................................................................................9-2
SIGNAL PANEL ...............................................................................................................9-2
10. APPENDICES................................................................................................................10-1
OPTIONAL SETTINGS CONTROL UNIT .........................................................................10-1
10.1.1. Flashlight Activiation when no COM ....................................................................10-1
10.1.1. Fire Mode ..............................................................................................................10-2
10.1.2. Compatibility 21-SCU-1 ........................................................................................10-2
CONTROL UNIT PROGRAM OPERATION.......................................................................10-3
CONTROL UNIT NETWORK CONFIGURATIONS.............................................................10-4
10.3.1. Standard Configuration + a slave with Local 1 and Local 2.................................10-4
RECOMMENDED ALARM SYMBOL ORDER...................................................................10-5
IMO REGULATION SYMBOLS .....................................................................................10-6
MECHANICAL DRAWINGS...........................................................................................10-7
10.6.1. Control Unit & Optional Connect & Signal Panel................................................10-7
10.6.1. Signal Column .......................................................................................................10-8
10.6.1. Signal Column with Flashlight ..............................................................................10-9
PRE-INSTALLATION..................................................................................................10-10
10.7.1. Signal Column .....................................................................................................10-10
10.7.2. Flashlight Frame .................................................................................................10-13
10.7.3. Signal Panel.........................................................................................................10-16

SMEN05
Signal Column System
1-1
1. IMPORTANT SAFETY INSTRUCTIONS
Qualified personnel
In this documentation and on warning labels the reference to “qualified personnel” is meant
to be personnel that is familiar with the product, i.e. familiar with installation, transport,
mounting, commissioning, operation and or maintenance of the product.
This person must have the following qualifications:
Trained or authorized to switch on and off the systems involved, inclusive all safety
procedures involved, such as grounding and tagging.
Trained or authorized to install and service the product.
Trained or authorized to transport the product.
Local regulations may extend this to:
Trained in rendering first-aid.
Markings
In this documentation and on warning labels the following markings are used:
Note!
Important suggestion or advise for the user
“Caution” indicates that material damage can result if proper precaution
is not taken.
“Warning” indicates that personal injury or material damage can result if
proper precaution is not taken.
“Danger” indicates that death, severe personal injury or substantial
property damage can result if proper precautions are not taken.
This symbol, with or without the text “Danger”, indicates risk of electrical
shock, which can cause death or severe personal injury if proper
precautions are not taken.
Caution
Warning
Danger
Danger

1-2
Instructions and Warnings
This manual contains important instructions that should be followed during installation and
maintenance of the product. It also gives all necessary information about the correct use of
the product.
Full understanding and compliance of the safety instructions and warnings contained in this
manual are essential to avoid any dangerous situation during installation and operation.
Marpower refuses any responsibility in case of non-observance, unauthorized alterations or
improper use of the supplied alarm system.
Before attempting to install and start up the product, carefully read this
manual. Keep this manual with the product for future reference.
Use the project drawings for the actual configuration and place of
connections.
All servicing must be done by qualified personnel. Do not attempt to
service the alarm system unless you have had proper training.
CAUTION: RISK OF ELECTRIC SHOCK By opening the cabinet doors
you run the risk of exposure to dangerous voltages! All maintenance and
service work should be performed by qualified service personnel.
For detailed information on transport and installation refer to chapter 5.
For information on commissioning refer to chapter 6.
For information on maintenance refer to chapter 9.
However, while every care has been taken to ensure the completeness and accuracy of this
manual, Marpower accepts no responsibility or liability for any loss or damage resulting from
the use of the information contained in this document.
Due to technical improvements, some of the information in this manual may be changed
without notice.
Warning
Danger

SMEN05
Signal Column System
2-1
2. INTRODUCTION
In the Marine & Offshore environment many types of signalling devices are used to inform
the crew of danger or other situations that require immediate attention. According to safety
regulation, a signalling device must be placed on strategic locations, in order to inform the
personnel of a present alarm.
The Signal Column System (SCS)
In order to indicate the ship alarms, the Marpower Signal Column System (SCS) series can
display various alarms according to the safety regulation. Usually a Signal Column will be
used to indicate the alarms and this product is categorized into the display type. The Signal
Column is often combined with a (separate) claxon flashlight(s).
The indication products must be controlled by a Control Type product. This control operation
can be done by the client system, or by the Marpower Control Unit (22-SCU). These devices
interface control the lamps, flashlights and claxons of the connected display type.
To give an overview of the categorized products, Figure 2.1-1 has been shown below:
Throughout the entire document, the productnames will be used in the paragraphs.
Control Unit
The Control Unit (22-SCU) product is an intelligent device that
controls the flashlights, indicator lights and a claxon (horn). The
Control unit uses a communication network to broadcast the
alarm data. The Control Unit can be set as a master or as a
slave.
The master will broadcast the alarm signals towards the connected slaves, that will mimic the
master alarm signals, unless configured otherwise. The configuration of the device can be
set by (dip) switches, rotary switch or connect (jumper) a certain inputs. The unit is also
back-wards functional compatible with the 21-SCU-1.
Figure 2.1-1: Overview of the categorized products in the SCS
Figure 2.2-1: Control Unit (22-SCU)

2-2
Optional Connect
The Optional Connect (22-SOC) product is a variant of the Control Unit (22-SCU), but without the
intelligence module. This product is used when the customer doesn’t implement the intelligent Control Unit.
The product serves as connection terminal between the Signal Column and the user control system. The
product is suited for the Marpower Signal Columns (22-K(x) or the 22-K(x)-F(y) products).
Signal Column
The Signal Column ( 22-K(x) ) is a product that houses a 3 alarm field column, that is normally installed with
a Control Unit (22-SCU). The Signal Column can be mounted free in the area and it’s stackable. In order to
get a 6 alarm field column, two Signal Column products must be merged together. This can be done till 9
alarm field are made. The column provides a (dual) array of 3x3 LEDs to present 1 light field, which will
illuminate an alarm symbol on the signal column.
Signal Column with Flashlights
The Signal Column with Flashlights ( 22-K(x)-F(y) ) is an identical version of the 22-K(x), but it has
additional flash lights mounted on top of the signal column. These additional flashlights can vary between 1,
2 or 3 flashlights. Throughout the entire document, the procedures that are listed for the 22-K(x) can be aslo
be applied to the 22-K(x)-F(y) variant.
Figure 2.3-1: Signal Column with Flashlights (22-K6-F3 variant shown)
Signal Panel
The Signal Panel is meant for panel mount. The panel is suited for 6 or 9 alarm fields to display and can be
controlled by a Control Unit (22-SCU) or a Terminal PCB (22-S). Cable and other nececities are included in
the package of the Signal Panel.
Figure 2.4-1: Signal Panel ( 22-P(6) variant shown )
Figure 2.1-1: Optional Connect (22-SOC)

SMEN05
Signal Column System
3-1
3. SYSTEM DESCRIPTION
Control Unit
The Marpower Signal Column can be controlled by an intelligent Control Unit (22-SCU), that
controls the alarm indicators based on the classified priority order (IMO regulation). The
Control Unit has several outputs for signal lights, flashlights and claxons. To reduce cabling
and installation costs, the Control Unit is equipped with a robust communication network that
can reach large distances. This network works on the principle of a master and slave
topology, where the master receives all the needed alarm information and sends it though
the COM network. The slaves will mimic the master it’s alarm inputs, unless it is modified by
the user configuration.
The picture below shows an example of multiple Control Unit products in a COM network.
The Control Unit (22-SCU) contains the following functionalities:
Can be powered by an external power supply, or by a other Control Unit product
Can be connected parallel to any Control Unit
Uses 2 wire communication
Multiple communication topologies possible, like; bus, ring, mesh, etc.
Possibility that an alarm signal can be controlled locally
Possibility to create another sub-network with a Sub-Master.
Different Modes of operation possible (importance of signals)
BG-Verkehr mode can be set
Can control 1 –9 alarm fields
Can control 1 –3 flashlights and 1 –2 claxons
Can be installed in a old 21-SCU-1 network
The Control Unit controls a Marpower display product. The display product can be a Signal
Column, a Signal Panel, or a different signalling type product.
Figure 3.1-1: Overview of multiple Control Unit products in a COM network

3-2
3.1.1. Overview Unit
An overview of the Control Unit with the terminals and interfaces has been shown in Figure 3.1-2 below:
To describe the terminal pins in Figure 3.1-2, the table below describes the terminals and interfaces:
Item
Function
Information
Description
Terminals
X1
PSU
Paragraph: 3.1.2
+24Vdc power input, must be protected with an external 10 A fuse
X2 & X3
Power Output
Paragraph: 3.1.3
Power output (3A max per output) for flashlight and claxon
X4 & X5
COM
Paragraph: 0
Connection to other 22-SCU devices
X6 & X7
Input
Paragraph: 0
Alarm contacts (input)
X8
Output
(UNIT 1)
Paragraph: 3.1.6
Connection of the alarm symbols to a Signal Column module
X9
Output
(UNIT 2)
Paragraph: 3.1.6
See description X8
X10
Output
(UNIT 3)
Paragraph: 3.1.6
See description X8
X11
Output
Paragraph: 3.1.6
See description X8, used for 22-P product
Interface
S1
Setting
Paragraph: 7.1.1
Configuration settings that adjust the operation of the 22-SCU
S2
Mode
Paragraph: 8.1.3
Alarm priority control on the Signal Column
Indication
STATUS
Status LED
Paragraph: 7.1.3
Indicates status of the system
I[x]
Input LED’s
Paragraph: 7.1.3
12x Input LED’s, 9 LEDs are used for alarm contacts. The other 3 input
LEDs are used to indicate the optional settings
O[x]
Output LED’s
Paragraph: 7.1.3
12x Output LED’s, 9 LEDs are used for alarm contacts. The other 3 input
LEDs are used to indicate the optional settings
PO[x]
Power Output
LED’s
Paragraph: 7.1.3
4x Power Output
Table 3.1-1: Description of the terminals and interfaces of the Control Unit
Figure 3.1-2: Overview of the Control Unit (22-SCU) product, figure not to actual

SMEN05
Signal Column System
3-3
3.1.2. Power Supply
In the figure below, the desired functional pin-out of the Power Supply terminal (X1) is being displayed
below:
3.1.3. Power Output
In the figure below, the functional pin-out of the power output terminal has been shown:
Pin
Signal Standard
Pin
Signal BG-Verkehr
X2
1:
24V
Amber Flashlight (+)
1:
24V
Amber Flashlight (+)
2:
24V
Amber Flashlight (+) (can be config.)
2:
24V
Red Flashlight (+)
3:
24V
Optional Claxon (+)
3:
24V
Green Flashlight (+)
4:
24V
Claxon (+)
4:
24V
Claxon (+)
X3
1:
PO1
Amber Flashlight (-)
1:
PO1
Amber Flashlight (-)
2:
PO2
Amber Flashlight (-) (can be config.)
2:
PO2
Red Flashlight (-)
3:
PO3
Optional Claxon (-)
3:
PO3
Green Flashlight (-)
4:
PO4
Claxon (-)
4:
PO4
Claxon (-)
Table 3.1-3: Description of the Power Output pins
Note! PO2 can be set (in Standard configuration) to function with a red flashlight. More information can be
found in sub-paragraph 10.1.1.
Note! When 1 clacon is used, it is recommended to use PO4 as the standard claxon port (due to all the
possible configurations at PO3, where PO4 is dedicated for the claxon).
Pin
Signal
X1
1:
+
+24 Vdc
2:
-
0 Vdc
Table 3.1-2: Pinout of X8
Figure 3.1-3: PSU pin-out
Figure 3.1-4: Power Output pin-out

3-4
3.1.4. COM
The functional pin-out of the normal COM terminal X4 has been shown in the figure below:
The terminal X4 is normally used to make a bus or a ring network type of connection. An example of a
typical bus-network is shown below:
Figure 3.1-6: Bus-Network example with the Control Unit Ring-Network example with Control Unit
The terminal X5 provides the possibility to make a T-juction in the communication network. The functional
pin-out of the additional COM terminal X5 has been shown in the figure below:
Figure 3.1-7: : Pinout of COM terminal X4
For indication purposes, a figure below has been added to indicate the T-junction principle:
Figure 3.1-8: T-juction example, several topologies can be used for the Control Unit
Note! The COM signal can be applied to a terminal stip, if other network topologies are required.
Pin
Purpose
X4
1:
0V
0V ( Data/Power )
2:
COM
Data
3:
0V
0V ( Data/Power )
4:
COM
Data
5:
24V
Power Supply to other 22-SCU devices
Pin
Purpose
X5
1:
24V
Power Supply to other 22-SCU devices
2:
COM
Data
3:
0V
0V ( Data/Power )
4:
Rx
Data receive pin for the Sub-Master
5:
0V
0V ( Data/Power )
Figure 3.1-5: Pinout of COM terminal X4

SMEN05
Signal Column System
3-5
3.1.5. Input
In the figure below, the functional pin-out of the Input terminal has been shown:
Pin
Signal
Purpose
X6
1 –12:
0V
0V ( - )
The return wire (0V) of the alarm contact (or setting)
X7
1:
I1
Input 1 ( + )
The alarm 1 signal, triggers O1 and according PO[x]
2:
I2
Input 2 ( + )
The alarm 2 signal, triggers O2 and according PO[x]
3:
I3
Input 3 ( + )
The alarm 3 signal, triggers O3 and according PO[x]
4:
I4
Input 4 ( + )
The alarm 4 signal, triggers O4 and according PO[x]
5:
I5
Input 5 ( + )
The alarm 5 signal, triggers O5 and according PO[x]
6:
I6
Input 6 ( + )
The alarm 6 signal, triggers O6 and according PO[x]
7:
I7
Input 7 ( + )
The alarm 7 signal, triggers O7 and according PO[x]
8:
I8
Input 8 ( + )
The alarm 8 signal, triggers O8 and according PO[x]
9:
I9
Input 9 ( + )
The alarm 9 signal, triggers O9 and according PO[x]
10:
I10
Reserved ( + )
Reserved setting
11:
I11
Reserved ( + )
Reserved setting
12:
I12
Old Compatibility
Enables the unit to be set in the old 21-SCU-1 network
Table 3.1-4: Description of the Input pins on terminal X6 & X7
3.1.6. Output
In the figure below, the functional pin-out of the Output terminal has been shown:
Figure 3.1-10: Pin-out of the Output port
Figure 3.1-9: Pin-out of the Input port

3-6
Pin
Trigger
Signal
Purpose
X8, X9, X10
4 :
24V
None
+24 Vdc ( + )
The common power source for the light fields
X8
3:
O1
Input 1
Output 1 ( - )
The alarm 1 switch, has default priority 1
2:
O2
Input 2
Output 2 ( - )
The alarm 2 switch, has default priority 2
1:
O3
Input 3
Output 3 ( - )
The alarm 3 switch, has default priority 3
X9
3:
O4
Input 4
Output 4 ( - )
The alarm 4 switch, has default priority 4
2:
O5
Input 5
Output 5 ( - )
The alarm 5 switch, has default priority 5
1:
O6
Input 6
Output 6 ( - )
The alarm 6 switch, has default priority 6
X10
3:
O7
Input 7
Output 7 ( - )
The alarm 7 switch, has default priority 7
2:
O8
Input 8
Output 8 ( - )
The alarm 8 switch, has default priority 8
1:
O9
Input 9
Output 9 ( - )
The alarm 9 switch, has default priority 9
Table 3.1-5: Description of the Input pins on terminal X8 & X9 & X10
The outputs will be controlled by the inputs in the Control Unit. Input 1 will always trigger Output 1, but the
power outputs will be controlled by the highest priority signal. See paragraph 7.1.2 for more information
about the Control Unit operation. More information about the priority configuration possibilities can also be
found in sub-paragraph 8-2.
The output terminal X11 offers the possibility to control a display device by one cable. In the figure below,
the pin-out of the terminal X11 has been shown below:
Figure 3.1-11: Pin-out of terminal X11, the pin functionality is identical to X8/X9/X10
This terminal is used to control a Signal Panel product. Since the output ports on terminal X11 are identical
to the terminals X8/X9/X10, a pin-out description is not needed.
Note! Terminal X11 carries Output O10-O12, but they will not be used to control alarm fields. These pins
are used only for indication purposes of the Control Unit settings.
Note! Use only terminal X11, or X8/X9/X10 but not combined/together!

SMEN05
Signal Column System
3-7
Optional Connect
An overview of the Optional Connect PCB has been shown in Figure 3.2-1:
To describe the terminal pins in Figure 3.2-1, the table below describes the terminals and interfaces:
Item
Function
Information
Description
Terminals
X1
Input Terminal
Paragraph: 5.3.2
+24 Vdc input, provides power to the LED panel PCB
2x 0V connections, use to connect 0V input, or contact 0V
Return wire per lamp, connect to external switch
X2 & X3
Light field
Terminal
Paragraph: 5.3.2
Provides power to the Signal Column light fields
Can supply and control 3 light fields, thus 6 in total
Carries return signal from a light field.
X4
Rotating lamp
Terminal
Paragraph: 5.3.2
Can supply and control 1 rotating lamp
Carries return wire to contact 7 on the X1 terminal
Table 3.2-1: Description of the terminals of the Optional Connect
Signal Column (With/Without) Flashlights
An overview of the Signal Column has been shown in below:
Figure 3.2-1: Overview of the Optional Connect product
Figure 3.3-1: Overview of an 22-K9-F1 product (symbol locations displayed as an example)

3-8
Signal Panel
An overview of the Signal Panel with the different light fields has been shown in the figures below:
Cable and other nececities are included in the package of the Signal Panel.
Figure 3.4-2: Overview of the Signal Panel with 9 alarm fields (22-P9) (symbol locations displayed as an example)
Figure 3.4-1: Overview of the Signal Panel with 6 alarm fields (22-P6) (symbol locations displayed as an example)

SMEN05
Signal Column System
4-1
4. TECHNICAL SPECIFICATIONS
Control Unit
Term
22-SCU Property
PSU
X1
Power Supply
+24 Vdc (-25% & +30%)
Maximum current supply (continuous)
10 A
Idle current consumption
< 300 mA
Terminal supported flexible wire diameter
0.2 –6 mm2
Recommended stripping length wire
15 mm
Maximum conductor cross-section with sleeve
4 mm2
Number of ports1
1
Required external protection
External 10 A fuse C-type
Protection
Inverse Polarity, TVS
Power Output
X2 & X3
Operation Voltage
+24 Vdc
Maximum current 1 port
3 A
Port functionality type
Digital Sink (switch to 0V)
Terminal supported flexible wire diameter
0.2 –2.5 mm2
Recommended stripping length wire
10 mm
Maximum conductor cross-section with sleeve
1.5 mm2
Number of ports2
4
Protection
Overload / Temperature & Flyback diode
COM
X4 & X5
Operation Voltage
+24 Vdc
Maximum current supply terminal
10 A
24 Vdc / 0V ports
2 / 4 ports
COM ports3
3 ports
Rx ports
1 port
Maximum number of connected slaves
400 Devices
Terminal supported flexible wire diameter
0.2 –2.5 mm2
1
1x PSU terminal consists of 1x +24 Vdc input and 1x 0 V input
2
1x Power Output terminal consists of 4x +24 Vdc or 4x PO[x]
3
1x COM communication connection consists of 1x COM and 1x 0 V. The +24 Vdc connection is optional

4-2
Recommended stripping length wire
10 mm
Maximum conductor cross-section with sleeve
1.5 mm2
Type of communication
Marpower Custom
Protection
Overload / Temperature & Flyback diode
Input
X6 & X7
Operation Voltage
+24 Vdc
Port functionality type
Digital
External contact type (potential free contact)
NO / NC (configurable)
Recommended external cable length
< 1 km @ 1.5 mm2
Terminal supported flexible wire diameter
0.2 –2.5 mm2
Recommended stripping length wire
10 mm
Maximum conductor cross-section with sleeve
1.5 mm2
Number of ports4
12
Output
X8 & X9 & X10
Operation Voltage
+24 Vdc
Maximum current 1 port
350 mA
Maximum current supply on 1 terminal
3 A
Port functionality type
Digital Sink (switch to 0V)
Terminal supported wire diameter
24 –30 AWG (flat cable)
Number of pins in terminal5
4
Protection
Overload / Temperature & Flyback diode
X11
Operation Voltage
+24 Vdc
Maximum current 1 port
350 mA
Maximum current supply on 1 terminal
3 A
Port functionality type
Digital Sink (switch to 0V)
Terminal supported wire diameter
24 –30 AWG (flat cable)
Number of pins in terminal6
16
Protection
Overload / Temperature & Flyback diode
Total pins terminal
16
Other Electrical Properties
Maximum standoff voltage relative to ground7
±630 Vdc (1 minute)
Discharge time to ground (approx.)
< 10 ms
4
1 Input terminal consists of 12x IN[x] or 12x 0 V
5
1 Output terminal consists of 1x +24 Vdc and 3x O[x]
6
1 Output Extra terminal consists of 2x +24 Vdc, 2x 0 V and 12x O[x]
7
Exceeding this value may permanently damage the product

SMEN05
Signal Column System
4-3
Interface Specifications
S1
Selection mode (dip-switch)
ON / OFF
Number of switches
10
S2
Selection mode (rotating switch)
0 –9
Number of stances
10
Mechanical
Product (H x W x L)
60x144x128 mm
Weight Module (approx.)
226 g
Mounting
DIN-Rail 35
Environmental
Operating temperature Range8
-25°C / +70°C
Maximum humidity
95% RH @ 55°C
Cooling
Passive
IP-Grade / (with top-cover)
IP00 / (IP30)
Classification
BV / LRS
8
Exceeding these values may reduce the life time of the product

4-4
Optional Connect
Term
22-SOC Property
Electrical Specifications
Power Supply
24 Vdc (-25% & +30%)
Maximum current supply (continuous)
3 A
Idle current consumption
< 1 mA
Required external protection
External fuse 6A, C-type
Terminal X1
External contact type (potential free contact)
NO
Terminal supported wire diameter
0.2 –2.5 mm2(flexible)
Number of terminal ports
10
Maximum conductor cross-section with sleeve
1.5 mm2
Terminal X2, X3
Terminal supported wire diameter
0.05 –0.25 mm2(24 –30 AWG)
Number of pins in terminal9
4
Terminal X4
Terminal supported wire diameter
0.2 –2.5 mm2(flexible)
Number of terminal ports
10
Mechanical
Product (H x W x L)
40x75x45 mm
Weight Module (approx.)
100 g
Mounting
DIN-Rail 35
Environmental
Operating temperature Range10
-25°C / +60°C
Maximum humidity
95% RH @ 55°C
Cooling
Passive
IP-Grade
IP20
9
1 terminal consists of 1x +24 Vdc and 3x O[x]
10
Exceeding these values may reduce the life time of the product
This manual suits for next models
4
Table of contents