Kingfisher PLUS+ User manual

Kingfisher PLUS+
Installation Manual

Kingfisher PLUS+ Installation Manual 2.6
www.cse-semaphore.com/mykingfisher
Page 2
Document Information
Document Control
Copyright
Copyright  CSE-Semaphore (Australia) Pty Ltd. ABN 35 006 805 910
www.cse-semaphore.com/mykingfisher, [email protected]
Intellectual Property
CSE-Semaphore asserts ownership of the intellectual property contained herein and
claims copyright and authorship. CSE-Semaphore has and retains all rights of
ownership and use of the material herein in its on-going business.
Licence
This document is provided to the intended recipient(s) under a non-exclusive licence.
This licence permits Fair Use of the document for operational requirements, without
payment of further royalty or licence fee. Fair Use includes making copies of the
document for operational, backup and archive purposes. Fair Use includes distributing
copies of the document to other entities for the purposes of their performing related
works for the intended recipient(s). Fair Use does not include creating, selling or
distributing copies of the document for other purposes. All copies must retain this
statement of Intellectual Property and Copyright.
Revision History
Rev.*
Date
Summary
1.7
29/1/2004
Added DO-5 relay board wiring diagram.
1.8
13/8/2004
Added CDMA and satellite phone cables. Updated DO-5 relay board wiring diagram (new
revision TEL REL 002). Removed AI-4 wiring diagram.
1.81
2/9/2004
Updated backplane terminators drawing (all terminators are now on for a single
backplane).
1.82
9/9/2004
Renamed chapter 6 from Wiring Modules to Wiring Diagrams. Revision date for 1.81 was
incorrect.
1.9
23/8/2005
Updated wiring drawing for ADP-16. Added RJC-ADP-17 cable.
2.0
4/5/2006
Updated RTUnet contact details. Added ADP-28 cable. Added battery warnings for PS-
11/21 wiring diagrams.
2.1
26/10/2006
Added ADP-08-M, ADP-29, RJC-ADP-30 and ADP-30 cables.
2.2
12/7/2007
Updated the RA Form. Added coaxial cable information. Added DO-5 wiring diagram.
Kingfisher Series II is now called Kingfisher PLUS+.
2.3
17/4/2008
Removed revision history entries prior to 2004. RJC-ADP-26 is now used for a Maxon 3G
modem (instead of a CDMA modem). Updated company name from RTUnet to CSE-
Semaphore. Added wiring examples for AI-1, AI-10, IO-3 and IO-4. Updated DO-5 to DO-
6. Standardised format of electrical units. Updated enclosure layout drawing for preventing
fire risk.
2.4
26/8/2008
Updated RA form to 21 November 2007. Updated GSM adaptor cable to RJC-ADP-22B.
Updated Overview chapter. Removed cables for Trio radios and devices that are no longer
available. Updated adaptor cable pictures.
2.5
10/9/2009
Updated AO-2 and PS-11 wiring diagrams. Updated contact details. Updated Backplane
Setup chapter for new backplane connectors (applies to BA-x PLUS backplanes). Added
Removable I/O Connector topic.
2.6
13/8/2010
Removed the resistance test for a new antenna installation. Added recommended wiring
gauges. Added 7 AH battery holding bracket that can be used in enclosures. Added topic
– 19” Rack Mounting.

Kingfisher PLUS+ Installation Manual 2.6
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Page 3
Contents
1. RTU Layout........................................................................................................4
2. Installing Modules............................................................................................. 5
3. Removable I/O Connector ................................................................................5
4. Backplane Setup ...............................................................................................6
5. Enclosure Layout..............................................................................................7
5.1 Battery and GPO Bracket ...................................................................................................7
6. 19” Rack Mounting ...........................................................................................8
6.1 How To Mount a 12-Slot Backplane...................................................................................8
6.2 How To Mount a Four Or Six Slot Backplane.....................................................................8
7. Installing Cables And Adaptors.......................................................................9
8. Wiring Diagrams ............................................................................................. 11
8.1 Analog Inputs....................................................................................................................11
8.2 AI-1 Wiring Diagram .........................................................................................................11
8.3 AI-10 Wiring Diagram .......................................................................................................12
8.4 AO-2 / AO-3 Wiring Diagram ............................................................................................13
8.5 DI-5 Wiring Diagram .........................................................................................................13
8.6 DI-10 Wiring Diagram .......................................................................................................14
8.7 DO-1 Wiring Diagram .......................................................................................................14
8.8 DO-2 Wiring Diagram .......................................................................................................15
8.9 DO-6 Wiring Diagram .......................................................................................................15
8.10 DO-6 Relay Board (TEL REL 002) Wiring Diagram .........................................................16
8.11 IO-2 Wiring Diagram.........................................................................................................17
8.12 IO-3 Wiring Diagram.........................................................................................................18
8.13 IO-4 Wiring Diagram.........................................................................................................19
8.14 PS-11 Wiring Diagram - AC Supply..................................................................................20
8.15 PS-11 Wiring Diagram - DC Supply .................................................................................20
8.16 PS-21 Wiring Diagram......................................................................................................21
8.17 PSU-3: Economy AC Input Power Supply (for PC-1).......................................................21
9. Solar Panel Installation ..................................................................................22
10. Level Probe Installation..................................................................................22
11. Antenna Installation........................................................................................23
11.1 Antenna Cable Selection And Installation ........................................................................24
11.2 How To Assemble Antenna Connectors...........................................................................24
12. Return Of Goods .............................................................................................25

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Page 4
1. RTU Layout
The exact layout should be defined in layout and wiring drawings supplied with the RTU. If these have
not been supplied, then the RTU layouts shown below can be used as a guide.
Every RTU has a backplane (eg BA-4, BA-6), a power supply (eg PSU-3 or PS-11) and a processor
module (eg PC-1 or CP-11). The two common types of RTUs are shown below.
BA-6
12V DC
MAINS
POWER
PSU-3
BA-4
PC-1
MAINS
POWER
PS11
CP11
An RTU can have additional communications ports (MC-11) and a wide variety of input/output
modules (eg. IO-4, AI-1, DI-5). Some of these are shown below.
BA-6
12V DC
BA-4
MAINS
POWER
MAINS
POWER
PS11
PC-1
IO-4
MC11
AI-1
CP-11
CP11
MC11
DI-5
PSU-3
If a communications module is used, standard practice is to install it to the right of the processor. IO
modules are usually installed in alphabetical order from left to right. Eg an AI-1 module would be
located to the left of a DI-5 module. The modules can be installed in any order if so desired (except a
PC-1 must be installed in the leftmost slot of a BA-4 backplane since it has two sockets).

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Page 5
2. Installing Modules
1
2
3
Fasten screw to lock module
onto backplane
Press into socket
Hook mounting tab onto
backplane slot
3. Removable I/O Connector
Each I/O module has a removable I/O connector. This allows the I/O module to be swapped without
having to detach the field wiring from the I/O connector. The I/O connector is secured to the module
using two fastening screws as shown below.
I/O Connector
Fastening
Screw
I/O Connector
Fastening
Screw

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Page 6
4. Backplane Setup
If a single backplane is being used then the switches on the backplane do not need to be changed.
When linking two backplanes, please set the backplane switches as shown below (for backplane
revisions 2.1, 2.2 and 3.2). A data cable is required to link the backplanes. If a backplane does not
have its own power supply, a power cable will also be required to connect it to a powered backplane.
The examples below show linking for BA-xx PLUS (revision 3.2) backplanes. When linking BA-xx
PLUS backplanes (green Phoenix data connectors) with the older BA-xx backplanes (black Harwin
data connectors), BAC-INT-0x data cables are used. These cables have a Phoenix connector on one
end and a Harwin connector on the other. All data cables are straight through and do not contain
crossovers. To link two older BA-xx backplanes, a BAC-0x data cable is used.
SLOT
BA-40
29
32
J13
J14
J13
J14
BPC-0x POWER CABLE
BAC-PLUS-0x DATA CABLE
ON
ON
SLOT
BA-4
13
16
RACK 1
RACK 2
Note: different rack numbers are required to
avoid clashing of the slot addresses.
PC-1
Both backplanes are
powered from the
PC-1 in slot 13.
The PC-1 is
powered by a
PSU-3 connected to
the BA-4
BA-40
13
16
J13
J14
BPC-0x POWER CABLE
BAC-PLUS-0x DATA CABLE
ON
BA-6
1
6
SLO T
J13
J14
ON
SLOT
RACK 1
RACK 1
Note:same rack numbers can be used since each backplane
has different slot addresses (1 to 6 and 13 to 16).
P
S
-
1
1
PS-11
Both backplanes
are powered
using a PS-11 in
any slot
(typically slot 1)
Same settings apply for BA-12
1
12
BA-12
SLOT
J13
BAC-PLUS-0x DATA CABLE
ON
ON
RACK 1
RACK 2
Note: different rack numbers are required to avoid
clashing of the slot addresses.
Each backplane requires its own PS-11/21 power
supply module (typically installed in the left slot).
Note: a single supply can be used to power both
backplanes using a BPC-0x power cable if the total
current load of the supply is not exceeded.
BA-6
17
22
SLOT
J13
Same settings apply for BA-12
P
S
-
1
1

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Page 7
5. Enclosure Layout
CAUTION! A RADIO SHOULD ONLY BE POWERED WHEN IT HAS AN ANTENNA CONNECTED.
THIS WILL PREVENT DAMAGE TO THE RADIO IF IT TRANSMITS.
All components of a Kingfisher PLUS+ RTU shall be installed inside of an enclosure providing safety
and environmental protection. The enclosure shall be made from metal or other material with a
flammability rating of V-0 or better in accordance with the requirements of the IEC 60950-1:2001
standard for a fire enclosure. An enclosure is not required to prevent fire hazard if the RTU is installed
above concrete or other non-combustible surface. Examples of enclosure layouts are shown below.
VENT MUST BE
INSTALLED IF
ENCLOSURE HAS A
BATTERY. INSTALL A
SECOND VENT IN
LOWER RIGHT HAND
CORNER IF BATTERY
IS > 26 AH OR IF
ENVIRONMENTAL
CONDITIONS
REQUIRE GREATER
AIRFLOW.
RADIO OR MODEM.
NOTE: RADIO CAN BE
MOUNTED ON REAR OF
DOOR BY USING DIN
RAIL. ENSURE THAT THE
RADIO IS MOUNTED ON
THE TOP LEFT HAND
CORNER OF THE DOOR
TO ALLOW THE RADIO
TO CLEAR THE RTU
MODULES WHEN THE
DOOR IS CLOSED.
INSTALL BACKPLANE LOW ENOUGH TO
ALLOW FOR AIRFLOW THROUGH MODULES.
GEARPLATE
BATTERY CAN REST
ON BOTTOM OF
ENCLOSURE OR A
BATTERY BRACKET
CAN BE USED
LIGHTNING ARRESTOR.
INSTALL HIGH ENOUGH TO
ALLOW EASY ACCESS FOR
ANTENNA LEAD
CONNECTION
LEAVE AT LEAST 30 mm
CLEARANCE TO ALLOW
ROOM FOR GLANDS AND
CABLES.
CABLE GLANDS MOUNTED
THROUGH GLAND PLATE
DOUBLE GPO. ONE
OUTLET FOR RTU. ONE
OUTLET FOR LAPTOP
IO WIRING TERMINALS
BATTERY
(MINIMUM 7 AH)
EARTH STUD. ENSURE
GPO, BACKPLANE AND
LIGHTNING ARRESTOR
ARE CONNECTED TO
THIS POINT USING
APPROPRIATE EARTHING
METHODS.
PSU-3
PC-1
IO-3
MC11
ENCLOSURE MUST NOT
CONTAIN OPENINGS IN
THIS AREA TO AVOID
FIRE RISK TO EXTERNAL
ENVIRONMENT
5 DEG
5 DEG
ENCLOSURE – RITTAL AE1045
500 HIGH x 400 WIDE x 210 DEEP mm
SLOTTED DUCT 20 X 60 mm
5.1 Battery and GPO Bracket
When using a 7 AH backup battery, a standard battery holder is available from your RTU supplier. The
bracket supports the battery and allows a General Power Outlet (GPO) to be mounted on the front
using M3 x 10 mm pan head screws. The battery holder also allows an ISB50LN lightning arrestor to
be mounted underneath.

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Page 8
6. 19” Rack Mounting
6.1 How To Mount a 12-Slot Backplane
A 12 slot backplane (BA-12) is mounted in a 19 inch rack using two MBR-3 mounting brackets. The
MBR-3 brackets replace the surface mount brackets supplied with BA-12 backplanes.
Installation Note: The holes in the MBR-3 brackets that are used to attach the brackets to the back of
the backplane are drilled oversize to accommodate slight variances in racking equipment. By
loosening these screws, pushing the brackets toward the centre of the backplane and then re-
tightening the screws, the unit will fit freely into any correctly sized 19-inch rack.
6.2 How To Mount a Four Or Six Slot Backplane
A four slot backplane (BA-4 or BA-40) or a six slot backplane (BA-6) is mounted in a 19 inch rack
using a TEL-RAK-002 mounting bracket. One BA-6 or two BA-4/BA-40 backplanes can be attached to
the TEL-RAK-002 using the surface mount brackets supplied with each backplane. The TEL-RAK-002
is supplied with eight M3 x 5 mm screws for attaching the backplane(s).
222 mm
450 mm
222 mm

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7. Installing Cables And Adaptors
RJ45 TO RJ45 PATCH CABLE
ADP-05
RJ45
ADP-07
RJ45
PSTN MODEM
Eg. Netcomm MyModem V.92
from www.netcomm.com.au
RS232
TOOLBOX OR SCADA CABLE
RTU
RS232
RTU
RJ45 TO RJ45 PATCH CABLE
ADP-05
NULL MODEM CABLE
Spread Spectrum Radio
XTend-PKG or XStream-PKG
from www.digi.com
RS232
RTU
ADP-08
RJ45
ADP-08M
RJ45 TO RJ45 PATCH CABLE
RJ45 TO RJ45 PATCH CABLE
RS232
RTU
RJ45
TRIO D OR E SERIES RADIO
ADP-16
RJ45 TO RJ45 PATCH CABLE

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Page 10
GSM MODEM
Eg. Fastrack Supreme
from www.wavecom.com
RS232
RTU
RJ45
RS232
RTU
RJ45
Maxon 3G Modem Modmax
MM-6280IND from
www.maxon.com.au
RJC-ADP-22B
RJC-ADP-26
RS232
RTU
LINE-2
CP-xx
MC-xx
RADIO
PC-1
MC-1
RJC-ADP-30
TRIO M SERIES ANALOG RADIO (eg. MR450) with NO MODEM FITTED
LINE-2 POWER
WIRE.
CONNECT TO
RADIO POWER
+12 V
TRIO M SERIES RADIO (eg. MR450) with MODEM FITTED
RJ45
ADP-29
RJ45
RJ45 TO RJ45 PATCH CABLE
ADP-31
RJ45
RJ45 TO RJ45 PATCH CABLE
TRIO M SERIES ANALOG RADIO (eg. MR450) with NO MODEM FITTED

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Page 11
8. Wiring Diagrams
To Wire
Use Wire Type
IO Modules
0.75 to 2.08 mm2 OR 18 to 14 AWG (American Wire Gauge)
(Note: Fujicon IO terminal tension: 1 Nm)
Battery and 12 V power
2.5 to 4.0 mm2 OR 13 to 11 AWG. Use 4mm2 for > 2 m runs
8.1 Analog Inputs
A combination of loop powered (2-wire) and self powered (3 or 4-wire) analog input transmitters can
be used on the one module (AI-1, AI-10, IO-3 or IO-4).
By default, each analog input is designed to accept 4 to 20 mA. Removing a link on the back of the
module will allow 0 to 20mA operation for all channels of an AI-1, AO-2, IO-3 or IO-4. The current or
voltage range for all channels of an AI-10 module is software configurable.
8.2 AI-1 Wiring Diagram
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
CH 3
CH 4
CH 1
CH 2
0 V
0 V
+24 V Ou tput
+24 V Ou tput
SHIELD
SHIELD
CH 7
CH 8
CH 5
CH 6
0 V
0 V
+24 V Ou tput
+24 V Ou tput
SHIELD
SHIELD
Wiring Examples
2-wire transmitter
(powered by module)
-
+
CH x
+24 V
Output Analog
Input
3-wire transmitter
(powered by module)
+
-
CH x
0 V
+24 V
Output
Analog
Input
4-wire transmitter
(powered by module)
PWR
+
-
CH x
0 V
+24 V
Output
Analog
Input
4-wire transmitter
(powered externally)
+
-
CH x
0 V
Analog
Input
PWR POWER
SUPPLY
+
-
3-wire transmitter
(powered externally)
+
-
CH x
0 V
Analog
Input
PWR POWER
SUPPLY
+
-
CH x
2-wire transmitter
(powered externally)
0 V
+
- Analog
Input
POWER
SUPPLY
+
-

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Page 12
8.3 AI-10 Wiring Diagram
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
CH 3-
CH 1+
CH 2-
CH 1-
CH 2+
Wiring Examples
CH 3+
CH 4-
CH 4+
0 V
+24 V Output
CH 7-
CH 5+
CH 6-
CH 5-
CH 6+
CH 7+
CH 8-
CH 8+
0 V
+24 V Output
CH x +
+24 V
Output 2-wire transmitter *
(powered by module)
CH x - LOOP
0 V
+
- Analog
Input
CH x -
CH x +
+24 V
Output
3-wire transmitter *
(powered by module)
0 V PWR
+
- Analog
Input
4-wire transmitter
(powered by module) CH x -
CH x +
+24 V
Output
0 V PWR
+
- Analog
Input
4-wire transmitter
(powered externally)
+
-
CH x +
CH x -
Analog
Input
PWR POWER
SUPPLY
+
-
3-wire transmitter
(powered externally)
+
-
CH x +
CH x -
Analog
Input
PWR
POWER
SUPPLY
+
-
CH x +
2-wire transmitter
(powered externally)
CH x -
+
- Analog
Input
POWER
SUPPLY
+
-
* When using the +24V output to power a transmitter, the negative input terminal of the analog input channel (2, 4,
6, 8, 12, 14, 16 or 18) must be wired to the OV terminal (10 or 20). This will complete the current loop due to
electrical isolation between the input channel and the module +24V supply.
Note: Any channels sharing the same power source (e.g. +24V from module or a field power supply) are no
longer isolated from one other.

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Page 13
8.4 AO-2 / AO-3 Wiring Diagram
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
Wiring Example
CH 2+
CH 1+
CH 1-
SHIELD
CH 2-
SHIELD
CH 4+
CH 3+
CH 3-
SHIELD
CH 4-
SHIELD
CH x +
CH x -
SHIELD
4-20 or 0-20 mA
Current Load
+
- Analog
Output
8.5 DI-5 Wiring Diagram
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
CH 6
CH 1
CH 4
CH 2
CH 3
Wiring Examples
CH 5
CH 8
CH 7
0V / Common
+12V Output
CH 14
CH 9
CH 12
CH 10
CH 11
CH 13
CH 16
CH 15
0V / Common
+12V Output
FIELD CONTACT
CH x
+12V Powered by
module
FIELD CONTACT
CH x
0V
External power
supply
Note: polarity can
be reversed.
+
POWER
SUPPLY
INTERNAL
CIRCUITRY

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Page 14
8.6 DI-10 Wiring Diagram
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
CH 6
CH 1
CH 4
CH 2
CH 3
Wiring Examples
CH 5
CH 8
CH 7
0V / Common
+12V Output
CH 14
CH 9
CH 12
CH 10
CH 11
CH 13
CH 16
CH 15
0V / Common
+12V Output
FIELD CONTACT
CH x
+12V
Powered by
module
FIELD CONTACT
CH x
0V /
Common
External power
supply
+
AC or DC*
POWER
SUPPLY
INTERNAL
CIRCUITRY
* DC voltage applied to input
channel must be more positive
than the common
DC pow ered inputs and AC pow ered inputs can
both be used on the one module.
Care should be taken to ensure that the negative
rail of each external pow er supply is connected
to the DI-10 0V / Common ter minal.
8.7 DO-1 Wiring Diagram
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
CH 1
CH 2
NO
NC
NO
NC
COMMON 1
7A
INTERNAL
CIRCUITRY
CH 5
CH 6
NO
NC
NO
NC
COMMON 3
CH 3
CH 4
NO
NC
NO
NC
COMMON 2
CH 7
CH 8
NO
NC
NO
NC
COMMON 4
7A
7A
7A
External Power
Supply. Note:
polarity can be
reversed.
CH x
LOAD
COMMON +
Wiring Example
POWER
SUPPLY

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Page 15
8.8 DO-2 Wiring Diagram
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
INTERNAL
CIRCUITRY
7A
CH 1
CH 3
CH 6
CH 8
COMMON 1
CH 2
CH 4
CH 5
CH 7
7A
CH 9
CH 11
CH 14
CH 16
COMMON 2
CH 10
CH 12
CH 13
CH 15
LINK *
LINK *
* Optional link for DC SUPPLY ONLY. Enables fuse fail LED ‘FU’ on module. CAUTION! When
links are installed, a maximum voltage of 30V AC or DC can be used to power the common.
External Power
Supply. Note:
polarity can be
reversed.
CH x
COMMON +
Wiring Example
LOAD
POWER
SUPPLY
8.9 DO-6 Wiring Diagram
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
CH 1
CH 3
CH 6
CH 8
0V
CH 2
CH 4
CH 5
CH 7
CH 9
CH 11
CH 14
CH 16
CH 10
CH 12
CH 13
CH 15
0V
+12V Output
+12V Output
External DC
Power Supply
CH x
0V
+
Wiring Examples
LOAD
POWER
SUPPLY
+12V Output
LOAD
CH x +
Load powered by
DO-5 module
+
When output is energised, output channel is
shorted to the 0V terminal.
INTERNAL
CIRCUITRY
12V Output is sourced from the backplane power rail.
This output is not isolated. Care should be exercised
to avoid shorting or overloading this output.

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Page 16
8.10 DO-6 Relay Board (TEL REL 002) Wiring Diagram
CH 1
CH 2
CH 3
CH 4
CH 5
CH 6
CH 7
CH 8
CH 9
CH 10
CH 11
CH 12
CH 13
CH 14
CH 15
CH 16
NO - Normally open contact
C - Common
NC - Normally closed contact
External Power Supply.
Note: polarity can be reversed.
NO
C +
Wiring Example
When the output
channel is set ON,
the load is energised
Terminal Layout For Each DO-5 Channel
Each channel has 3 relay contacts (NO,C,NC) connected
to two 3-way terminal blocks
LOAD
POWER
SUPPLY

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Page 17
8.11 IO-2 Wiring Diagram
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
INTERNAL
CIRCUITRY
10A
DO CH 1
DO CH 3
DO CH 6
DO CH 8
DO CH 2
DO CH 4
DO CH 5
DO CH 7
LINK *
DI CH 6
DI CH 1
DI CH 4
DI CH 2
DI CH 3
Wiring Examples
DI CH 5
DI CH 8
DI CH 7
DI 0V / Common
DI 0V / Common
FIELD CONTACT
DI CH x
DI 0V
External power
supply.
Note: polarity can
be reversed.
+
DO Common
External Power
Supply
Note: polarity can be
reversed.
DO CH x LOAD
DO
Common
+
POWER
SUPPLY
POWER
SUPPLY
DC pow ered inputs and low voltage AC inputs can both be used
on the one module.
* Optional link for DC SUPPLY ONLY. Enables fuse fail LED ‘FU’ on module.
CAUTION! When link is installed, a maximum voltage of 30V AC or DC can be used
to power the common.

Kingfisher PLUS+ Installation Manual 2.6
www.cse-semaphore.com/mykingfisher
Page 18
8.12 IO-3 Wiring Diagram
There are three separate isolated groups, one for the analog input/output, one for the digital input and
one for the digital output. Each group may be powered from a separate source.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
INTERNAL
CIRCUITRY
7 A
DO CH 2
DO CH 4
DI Common
DO CH 1
DO CH 3
LINK *
+24 V Ou tput
AI CH 1
AI CH 4
AI CH 2
AI CH 3
Wiring Examples
0 V
AO -
AO +
SHIELD
DO Common
DI CH 1
DI CH 4
DI CH 2
DI CH 3
AO +
AO -
Current Load
External Power
Supply. Note: polarity
can be reversed.
DI CH x
DI
Common
External power
supply. Note: polarity
can be reversed.
+
DO CH x LOAD
DO
Common
+
FIELD CONTACT
DI CH x
+24 V
Output
Powered by module
FIELD CONTACT
DI Com.
0 V Link
POWER
SUPPLY
POWER
SUPPLY
AI CH x
+24 V
Output
2-wire transmitter
(powered by module)
0 V
AI CH x
+24 V
Output
3-wire transmitter
(powered by module)
-
+ Analog
Input
+
- Analog
Input
4-wire transmitter
(powered by module)
0 V
AI CH x
+24 V
Output
PWR
+
- Analog
Input
+
- Analog
Output
DC pow ered inputs
and low voltage AC
inputs can both be
used on the one
module.
* Optional link for DC SUPPLY
ONLY. Enables fuse fail LED
‘FU’ on module. CAUTION!
When link is installed, a
maximum voltage of 30 V AC
or DC can be used to pow er
the common. 4-wire transmitter
(powered externally)
+
-
AI CH x
0 V
Analog
Input
PWR POWER
SUPPLY
+
-
3-wire transmitter
(powered externally)
+
-
AI CH x
0 V
Analog
Input
PWR
POWER
SUPPLY
+
-
AI CH x
2-wire transmitter
(powered externally)
0 V
+
- Analog
Input
POWER
SUPPLY
+
-

Kingfisher PLUS+ Installation Manual 2.6
www.cse-semaphore.com/mykingfisher
Page 19
8.13 IO-4 Wiring Diagram
There are three separate isolated groups, one for the analog input, one for the digital input and one for
the digital output. Each group may be powered from a separate source. Analog input channel 1 can be
factory modified to support a strain gauge input.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
INTERNAL
CIRCUITRY
7 A
DI Common
DO CH 2
DI CH 7
DI CH 8
DO CH 1
LINK *
0 V
+E (optional)
+S (optional)
-E (optional)
AI CH 1 or -S
Wiring Examples
AI CH 2
DI CH 1
+24 V Ou tput
DI CH 2
DO Common
DI CH 3
DI CH 6
DI CH 4
DI CH 5
+E (5 V)
+S
-E (0 V)
-S
Strain gauge input
(special order only)
0-50 mV
AI CH x
+24 V
Output
2-wire transmitter
(powered by module)
0 V
AI CH x
+24 V
Output
3-wire transmitter
(powered by module)
-
+ Analog
Input
+
- Analog
Input
4-wire transmitter
(powered by module)
0 V
AI CH x
+24 V
Output
PWR
+
- Analog
Input
External Power
Supply. Note: polarity
can be reversed.
DI CH x
DI
Common
External power
supply. Note: polarity
can be reversed.
+
DO CH x LOAD
DO
Common
+
FIELD CONTACT
DI CH x
+24 V
Output
Powered by module
FIELD CONTACT
DI Com.
0 V Link
POWER
SUPPLY
POWER
SUPPLY
DC pow ered inputs
and low voltage AC
inputs can both be
used on the one
module.
* Optional link for DC SUPPLY
ONLY. Enables fuse fail LED
‘FU’ on module. CAUTION!
When link is installed, a
maximum voltage of 30 V AC or
DC can be used to power the
common.
4-wire transmitter
(powered externally)
+
-
AI CH x
0 V
Analog
Input
PWR POWER
SUPPLY
+
-
3-wire transmitter
(powered externally)
+
-
AI CH x
0 V
Analog
Input
PWR
POWER
SUPPLY
+
-
AI CH x
2-wire transmitter
(powered externally)
0 V
+
- Analog
Input
POWER
SUPPLY
+
-

Kingfisher PLUS+ Installation Manual 2.6
www.cse-semaphore.com/mykingfisher
Page 20
8.14 PS-11 Wiring Diagram - AC Supply
PS-11
OFF
TEMPERATURE SENSOR #
+
# TAPE OR CABLE TIE TEMPERATURE SENSOR TO NEGATIVE BATTERY TERMINAL (OR
AS CLOSE AS POSSIBLE). CONNECT BLACK STRIPED WIRE OF SENSOR TO R- OR B-
VA+
VA-
R+
R-
TS
B+
B-
CAUTION! Connecting the
battery in reverse may cause
damage to the power supply.
-
+
24 VDC AUXILIARY OUTPUT (OPTIONAL)
13.8 VDC OUTPUT (FOR RADIO OR OTHER DEVICE)
-
-
+
BACKUP
BATTERY
GREY WITH BLACK STRIPE
A
N
E
ACTIVE (+)
NEUTRAL (-)
EARTH
100-240 VAC
96-340 VDC
8.15 PS-11 Wiring Diagram - DC Supply
A low voltage DC supply can be fitted to the battery input terminals or a higher voltage DC supply can
be fitted to the AC input circuit.
+
PS-11
OFF
A
N
E
24 VDC AUXILIARY OUTPUT (OPTIONAL)
13.8 VDC OUTPUT (FOR RADIO OR OTHER DEVICE)
+
VA+
VA-
R+
R-
TS
B+
B-
CAUTION! Connecting the
DC Supply in reverse may
cause damage to the PS-11.
-
-
-
+
12 VDC SUPPLY (NOMINAL)
(MUST BE ISOLA TED FROM FIELD SUPPLY )
+
-
96 TO 340 VDC SUPPLY
(ALTERNATIVE TO USING BATTERY TERMINALS)