FLIR M232 PAN AND TILT MARINE THERMAL CAMERA USER MANUAL BROCHURE

User Manual: FLIR-M232-PAN-AND-TILT-MARINE-THERMAL-CAMERA-USER-MANUAL-BROCHURE

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M100 / M200 SERIES
INSTALLATION & OPERATION INSTRUCTIONS

English (en-US)
Date: 10-2017
Document number: 71001-3
© 2017 Raymarine UK Limited

Trademark and patents notice
Raymarine, Tacktick, Clear Pulse, Truzoom, HSB, SeaTalk, SeaTalkhs, SeaTalkng, Micronet,
Raytech, Gear Up, Marine Shield, Seahawk, Autohelm, Automagic, and Visionality are registered
or claimed trademarks of Raymarine Belgium.
FLIR, LightHouse, DownVision, SideVision, RealVision, Dragonfly, Quantum, Instalert, Infrared
Everywhere, The World’s Sixth Sense and ClearCruise are registered or claimed trademarks
of FLIR Systems, Inc.
All other trademarks, trade names, or company names referenced herein are used for identification
only and are the property of their respective owners.
This product is protected by patents, design patents, patents pending, or design patents pending.
Patents notice
This product is covered by one or more of US Patent Nos: 7470904; 7034301; 6812465; 7470902;
6929410 and other patents pending, or design patents pending.
Fair Use Statement
You may print no more than three copies of this manual for your own use. You may not make any
further copies or distribute or use the manual in any other way including without limitation exploiting
the manual commercially or giving or selling copies to third parties.
Export control
M100–Series and M200–Series thermal cameras are controlled by US export laws.
There are special versions of the system that are approved for international distribution and travel.
Please contact FLIR customer support if you have any questions.
Contact details can be found on the FLIR website, www.flir.com.
Export Administration Regulations (EAR)
This document is controlled to FLIR Technology Level 1. The information contained in this document
pertains to a dual use product controlled for export by the Export Administration Regulations (EAR).
FLIR trade secrets contained herein are subject to disclosure restrictions as a matter of law. Diversion
contrary to US law is prohibited. US Department of Commerce authorization is not required prior to
export or transfer to foreign persons or parties unless otherwise prohibited.
Software updates
Important: Check the FLIR website for the latest software releases for your product.
www.flir.com/marine/support
Product handbooks
The latest versions of all English and translated handbooks are available to download in PDF
format from www.flir.com/marine/support.
Please check the website to ensure you have the latest handbooks.
Copyright ©2017 FLIR Systems, Inc. All rights reserved.

English (en-US)
Document number: 71001-3
AA;5644;2017-10-11T07:59:33

Contents
Chapter 1 Important information .................................................9
Cleaning the thermal camera........................................................... 11
Inspecting the thermal camera......................................................... 11
Water ingress..................................................................................... 11
Disclaimer........................................................................................... 11
EMC installation guidelines............................................................... 12
Suppression ferrites........................................................................... 12
Connections to other equipment...................................................... 12
Declaration of conformity .................................................................. 13
Product disposal ................................................................................ 13
Warranty registration.......................................................................... 13
IMO and SOLAS ............................................................................... 13
Technical accuracy ............................................................................ 13

Chapter 2 Document and product information .......................15
2.1 Document information................................................................. 16
Applicable products...............................................................................16
System kits ............................................................................................17
Document illustrations ...........................................................................17
Product documentation .........................................................................18

2.2 Product overview ........................................................................ 19
M100/M200 ............................................................................................19

Chapter 3 Planning the installation ..........................................21
3.1 Installation checklist.................................................................... 22
Schematic diagram................................................................................22

3.2 Compatible multifunction displays.............................................. 23
Multifunction display software requirements ........................................23

3.3 Parts supplied ............................................................................. 24
System kits ............................................................................................24
M100/M200–Series camera ..................................................................25
JCU–3 ....................................................................................................27
IP video decoder ..................................................................................28

3.4
3.5
3.6
3.7

Tools required ............................................................................. 29
Typical systems........................................................................... 30
Warnings and cautions .............................................................. 31
General location requirements ................................................... 32
Compass safe distance ........................................................................32

3.8 Camera orientation ..................................................................... 33
3.9 Product dimensions .................................................................... 34
M100/M200 Series ................................................................................34
M100/M200 Series with optional top-down riser ................................35

5

JCU-3 .....................................................................................................36
IP video decoder ..................................................................................37

Chapter 4 Cables and connections...........................................39
4.1 General cabling guidance .......................................................... 40
Cable types and length........................................................................40
Routing cables.......................................................................................40
Strain relief ............................................................................................40
Circuit isolation ......................................................................................40
Cable shielding......................................................................................41

4.2 Connections overview................................................................. 42
Connecting cables.................................................................................42
Orientation of right-angled connectors ................................................43

4.3 Power connection ....................................................................... 44
Power cable extension..........................................................................44
Power distribution ..................................................................................44
In-line fuse and thermal breaker ratings.............................................47
Grounding — Dedicated drain wire.....................................................47

4.4 Network connections .................................................................. 48
Non-RayNet systems.............................................................................48
RayNet systems with LightHouse™-powered Raymarine
multifunction displays (MFDs) ..............................................................50

Chapter 5 Mounting......................................................................55
5.1 Camera mounting ....................................................................... 56
Location requirements ...........................................................................56
Mounting the camera............................................................................57
Mounting the camera with the optional top-down riser (part
number A80509)....................................................................................59

5.2 JCU–3 Mounting ......................................................................... 62
Location requirements ...........................................................................62
Removing the keypad mat ...................................................................62
Flush mounting the keypad..................................................................63
Surface mounting the keypad ..............................................................64
Fitting the keypad mat .........................................................................64

Chapter 6 System operation and setup ...................................67
6.1 Thermal camera image .............................................................. 68
Thermal camera status icons...............................................................69

6.2 Operation and features overview .............................................. 70
6.3 Camera control ........................................................................... 71
Pan, tilt and zoom ................................................................................71
Home position .......................................................................................72

6

Surveillance mode.................................................................................72
Auto-tracking ..........................................................................................73
ClearCruise thermal analytics...............................................................73

6.4 Image adjustments ..................................................................... 74
Thermal camera scene presets ...........................................................74
Thermal camera color modes ..............................................................74
Thermal camera reverse video ............................................................74

6.5 JCU–3 controls overview ........................................................... 75
6.6 Web browser interface ............................................................... 77
Web browser user interface overview .................................................77
Setting up a network connection to the camera ...............................77
Logging in to the Web browser user interface ..................................79
Live Video page....................................................................................80
Control buttons ......................................................................................81
Ball-down mode ....................................................................................84
Configuring JCU-3 user-programmable buttons (UPBs).....................85
Configuring the camera’s IP-network parameters manually ...............86

Chapter 7 Maintenance ................................................................87
7.1 Service and maintenance .......................................................... 88
7.2 Cleaning the thermal camera .................................................... 89

Chapter 8 System checks and troubleshooting .....................91
8.1 Thermal camera troubleshooting ............................................... 92
8.2 FLIR Maritime product support and servicing ......................... 94

Chapter 9 Technical specification..............................................97
9.1 M100/M200 Series cameras...................................................... 98
Technical specification ..........................................................................98

9.2 JCU-3 .......................................................................................... 99
Technical specification ..........................................................................99

Chapter 10 Spares and accessories.......................................101
10.1 M100/M200 Series camera accessories............................... 102
10.2 Keypad spares and accessories ........................................... 103
10.3 Network hardware................................................................... 104
Network cable connector types .........................................................105

10.4 RayNet to RJ45 adapter cables ........................................... 106
10.5 RayNet to RayNet cables and connectors ......................... 108

7

8

Chapter 1: Important information
Warning: Product installation and operation
• This product must be installed and operated in accordance
with the instructions provided. Failure to do so could result
in personal injury, damage to your vessel and/or poor
product performance.
• Certified installation by an approved installer is recommended.
A certified installation qualifies for enhanced product warranty
benefits. Contact your dealer for further details, and refer to
the separate warranty document packed with your product.

Warning: Corrosion
To avoid accelerated galvanic corrosion of the product, ensure
that a non-metallic isolation mount is used when fitting the
product directly to large stainless steel platforms/mounts, or
directly to steel construction vessels.

Warning: Potential ignition source
This product is NOT approved for use in hazardous/flammable
atmospheres. Do NOT install in a hazardous/flammable
atmosphere (such as in an engine room or near fuel tanks).

Warning: Product grounding
Before applying power to this product, ensure it has been
correctly grounded, in accordance with the instructions
provided.

Warning: Positive ground systems
Do not connect this unit to a system which has positive
grounding.

Warning: Power supply voltage
Connecting this product to a voltage supply greater than
the specified maximum rating may cause permanent damage
to the unit. Refer to the Technical specification section for
voltage rating.

Warning: Switch off power supply
Ensure the vessel’s power supply is switched OFF before
starting to install this product. Do NOT connect or disconnect
equipment with the power switched on, unless instructed in
this document.

Warning: Entrapment hazard
This product features moving parts that provide a potential
entrapment hazard. Keep clear of moving parts at all times.

Important information

9

Warning: Ensure safe navigation
This product is intended only as an aid to navigation and
must never be used in preference to sound navigational
judgment. Only official government charts and notices to
mariners contain all the current information needed for safe
navigation, and the captain is responsible for their prudent
use. It is the user’s responsibility to use official government
charts, notices to mariners, caution and proper navigational
skill when operating this or any other FLIR product.

Warning: Maintain a permanent watch
Always maintain a permanent watch, this will allow you to
respond to situations as they develop. Failure to maintain a
permanent watch puts yourself, your vessel and others at
serious risk of harm.

Caution: Do not open the unit
The unit is factory sealed to protect against atmospheric
humidity, suspended particulates and other contaminates. It is
important that you do not open the unit or remove the casing
for any reason. Opening the unit will:
• compromise the seal with possible damage to the unit, and
• void the manufacturer’s warranty.

Caution: Power supply protection
When installing this product ensure the power source is
adequately protected by means of a suitably-rated fuse or
automatic circuit breaker.

Warning: Ensure all equipment has isolated
power supply
This product features an isolated power supply. To prevent
potential damage to equipment, it is recommended that any
external equipment connected to this product also features an
isolated power supply.

Caution: Service and maintenance
This product contains no user serviceable components. Please
refer all maintenance and repair to authorized FLIR dealers.
Unauthorized repair may affect your warranty.

Caution: Sun covers
• If your product is supplied with a sun cover, to protect
against the damaging effects of ultraviolet (UV) light, always
fit the sun cover when the product is not in use.
• Sun covers must be removed when travelling at high speed,
whether in water or when the vessel is being towed.

10

Cleaning the thermal camera
The camera housing and lens will require occasional cleaning. You should
clean the lens when image quality degradation is noticed or excessive
contaminant buildup is seen. Clean the interface between the yoke and base
often to prevent accumulation of debris or salt deposits.
When cleaning this product:
• Do NOT wipe the lens window with a dry cloth, or with abrasive materials
such as paper or scrub brushes, as this could scratch the coating.
• Do NOT use acid or ammonia based products.
• Do NOT pressure wash.
Particular care should be taken when cleaning the lens window, this has a
protective anti-reflective coating which may be damaged by improper cleaning.
1. Switch off the power to the unit.
2. Clean the camera body with a clean, soft cotton cloth. You can moisten
the cloth and use a mild detergent if required.
3. Clean the camera lens.
• Rinse the lens with fresh water to remove all dirt particles and salt
deposits, and allow to dry naturally.
• If any spots or smears remain, very gently wipe the lens window with
a clean microfibre cloth or soft cotton cloth.
• If necessary, use isopropyl alcohol (IPA) or a mild detergent to remove
any remaining spots or marks.

Inspecting the thermal camera
Routinely inspect the camera and its mounting surface to ensure that it
is installed securely, that the coated surfaces are intact, and that there
are no signs of corrosion.
When the camera is powered off, grasp it firmly at the base and confirm
it is rigid and secure. Then hold the camera above the base and confirm
it will rotate freely and without noticeable wobble or looseness around the
pan bearing.

Water ingress
Water ingress disclaimer
Although the waterproof rating capacity of this product meets the stated
IPX standard (refer to the product’s Technical Specification), water intrusion
and subsequent equipment failure may occur if the product is subjected to
commercial high-pressure washing. FLIR will not warrant products subjected
to high-pressure washing.

Disclaimer
FLIR does not warrant that this product is error-free or that it is compatible
with products manufactured by any person or entity other than FLIR.
FLIR is not responsible for damages or injuries caused by your use or
inability to use the product, by the interaction of the product with products
manufactured by others, or by errors in information utilized by the product
supplied by third parties.
Important information

11

EMC installation guidelines
FLIR equipment and accessories conform to the appropriate Electromagnetic
Compatibility (EMC) regulations, to minimize electromagnetic interference
between equipment and minimize the effect such interference could have
on the performance of your system
Correct installation is required to ensure that EMC performance is not
compromised.
Note: In areas of extreme EMC interference, some slight interference may
be noticed on the product. Where this occurs the product and the source
of the interference should be separated by a greater distance.
For optimum EMC performance we recommend that wherever possible:
• FLIR equipment and cables connected to it are:
– At least 1 m (3 ft) from any equipment transmitting or cables carrying
radio signals e.g. VHF radios, cables and antennas. In the case of SSB
radios, the distance should be increased to 7 ft (2 m).
– More than 2 m (7 ft) from the path of a radar beam. A radar beam
can normally be assumed to spread 20 degrees above and below the
radiating element.
• The product is supplied from a separate battery from that used for engine
start. This is important to prevent erratic behavior and data loss which can
occur if the engine start does not have a separate battery.
• FLIR specified cables are used.
• Cables are not cut or extended, unless doing so is detailed in the
installation manual.
Note: Where constraints on the installation prevent any of the above
recommendations, always ensure the maximum possible separation
between different items of electrical equipment, to provide the best
conditions for EMC performance throughout the installation

Suppression ferrites
• Cables may be pre-fitted or supplied with suppression ferrites. These are
important for correct EMC performance. If ferrites are supplied separately
to the cables (i.e. not pre-fitted), you must fit the supplied ferrites, using
the supplied instructions.
• If a ferrite has to be removed for any purpose (e.g. installation or
maintenance), it must be replaced in the original position before the
product is used.
• Use only ferrites of the correct type, supplied by the manufacturer or
its authorized dealers.
• Where an installation requires multiple ferrites to be added to a cable,
additional cable clips should be used to prevent stress on the connectors
due to the extra weight of the cable.
• If your camera installation requires long cable runs, you may need to fit
additional ferrites to maintain acceptable EMC performance.

Connections to other equipment
Requirement for ferrites on non-FLIR cables
If your FLIR equipment is to be connected to other equipment using a cable
not supplied by FLIR, a suppression ferrite MUST always be attached to
the cable near the FLIR unit.
12

Declaration of conformity
FLIR Systems Inc. declares that this product is compliant with the essential
requirements of EMC directive 2004/108/EC.
The original Declaration of Conformity certificate may be viewed on the
relevant product page at www.flir.com.

Product disposal
Dispose of this product in accordance with the WEEE Directive.

The Waste Electrical and Electronic Equipment (WEEE) Directive
requires the recycling of waste electrical and electronic equipment.

Warranty registration
To register your FLIR product ownership, please visit www.flir.com and
register online.
It is important that you register your product to receive full warranty benefits.
Your unit package includes a bar code label indicating the serial number
of the unit. You will need this serial number when registering your product
online. You should retain the label for future reference.

IMO and SOLAS
The equipment described within this document is intended for use on
leisure marine boats and workboats NOT covered by International Maritime
Organization (IMO) and Safety of Life at Sea (SOLAS) Carriage Regulations.

Technical accuracy
To the best of our knowledge, the information in this document was correct
at the time it was produced. However, FLIR cannot accept liability for any
inaccuracies or omissions it may contain. In addition, our policy of continuous
product improvement may change specifications without notice. As a result,
FLIR cannot accept liability for any differences between the product and this
document. Please check the FLIR website (www.flir.com/marine/support) to
ensure you have the most up-to-date version(s) of the documentation for
your product.

Important information

13

14

Chapter 2: Document and product information
Chapter contents
•

2.1 Document information on page 16

•

2.2 Product overview on page 19

Document and product information

15

2.1 Document information
This document contains important information related to the installation and
operation of your FLIR product.
The document includes information to help you:
• plan your installation and ensure you have all the necessary equipment;
• install and connect your product as part of a wider system of connected
marine electronics;
• use your product along with an appropriate video monitor, joystick control
unit (JCU), web browser, or multifunction display (MFD).
• troubleshoot problems and obtain technical support if required.
This and other FLIR product documents are available to download in PDF
format from www.flir.com/marine/support.

Applicable products
This document is applicable to the following products:

16

Part number

Name

Description

E70432

M132
(9 Hz)

E70431

M132
(30 Hz)

Thermal tilt-only,
night-vision IP
video camera

E70354

M232
(9 Hz)

E70353

M232
(30 Hz)

Thermal pan-andtilt, night-vision IP
video camera

System kits
M100/M200–Series thermal cameras are supplied individually, or as part
of a system kit.
In addition to the thermal camera, system kits include a joystick control unit
(JCU) for controlling the camera, and an IP video decoder for displays that
require an analog composite-video feed (NTSC or PAL).
The content of each system kit is listed below. For a list of the individual
parts supplied with each camera, see M100/M200–Series camera.
System kit
part number
T70333

Description
M132 Camera System Kit
30 Hz

Contents
(part numbers)
• E70431: M132 thermal
camera
30 Hz (tilt only)
• A80510: JCU-3 control
unit
• A80508: IP video decoder

T70334

M132 Camera System Kit
9 Hz

• E70432: M132 thermal
camera
9 Hz (tilt only)
• A80510: JCU-3 control
unit
• A80508: IP video decoder

T70335

M232 Camera System Kit
30 Hz

• E70353: M232 thermal
camera
30 Hz (pan & tilt)
• A80510: JCU-3 control
unit
• A80508: IP video decoder

T70336

M232 Camera System Kit
9 Hz

• E70354: M232 thermal
camera
9 Hz (pan & tilt)
• A80510: JCU-3 control
unit
• A80508: IP video decoder

Document illustrations
Your product may differ slightly from that shown in the illustrations in this
document, depending on product variant and date of manufacture.
All images are provided for illustration purposes only.

Document and product information

17

Product documentation
The following documentation is applicable to your product:
Description

Part number

71001
M100/M200 Thermal Camera Installation and
Operation Instructions
Installation and operation of an M100–Series or
M200–Series thermal camera and connection to a wider
system of marine electronics.
M100/M200–Series surface mounting template
Mounting diagram for mounting an M100–Series or
M200–Series thermal camera.

77001

M100/M200–Series top-down riser mounting template 77003
Mounting diagram for mounting the top-down riser for
an M100–Series or M200–Series thermal camera.
M100/M200 Thermal Camera Visual Quick Start
Guide
Single-page illustrated guide to help you get
up-and-running with your thermal camera.

76001

LightHouse™ 2 MFD Operation Instructions
Details the operation of the Camera application for
LightHouse™ 2-compatible multifunction displays.

81360

LightHouse™ 3 MFD Basic Operation Instructions
Details the operation of the Camera application for
LightHouse™ 3-compatible multifunction displays.

81369

LightHouse™ 3 MFD Advanced Operation
Instructions
Details the operation of the Camera application for
LightHouse™ 3-compatible multifunction displays.

81370

JCU-3 Remote Keypad Installation Instructions
Installation of a JCU-3 Remote Keypad and connection
to a wider system of marine electronics.

71002

IP Video Decoder for M100/M200 Thermal Camera
— Quick Start Guide
Describes how to connect and configure the IP video
decoder to work with you M100/M200 thermal camera.

76002

18

2.2 Product overview
M100/M200
The M100/M200–Series is a maritime thermal imaging system for use on
nearly any kind of vessel. It provides a clear image in low-light and no-light
conditions. For example, a thermal camera can help you navigate at night or
identify obstacles in areas of low visibility or even total darkness.

1. Tilt assembly.
2. Thermal camera lens window.
3. Pan assembly (fixed position for M100–Series).
The M100/M200–Series system has the following key functions and features:
• IP connectivity to simplify installation and system integration.
• H264–encoded IP video stream (convertible to analog NSTC/PAL
composite-video using the IP video decoder supplied with M100/M200
system kits).
• Pan and tilt operations (tilt only for M100–Series) with dedicated joystick
control unit, multifunction display (MFD), or web browser.
• Automatic camera adjustment to suit changing conditions.
• Preset modes (Scenes) optimized for prevailing conditions.
• ClearCruise™ intelligent thermal analytics technology; provides audible
and visual alerts when “non-water” objects are identified in the scene.
(Requires a Raymarine® MFD running LightHouse™ 3 software.)
• Automatic window heaters to de-ice the lens window in cold weather.
• 12 V or 24 V dc power.

Document and product information

19

20

Chapter 3: Planning the installation
Chapter contents
•

3.1 Installation checklist on page 22

•

3.2 Compatible multifunction displays on page 23

•

3.3 Parts supplied on page 24

•

3.4 Tools required on page 29

•

3.5 Typical systems on page 30

•

3.6 Warnings and cautions on page 31

•

3.7 General location requirements on page 32

•

3.8 Camera orientation on page 33

•

3.9 Product dimensions on page 34

Planning the installation

21

3.1 Installation checklist
Installation includes the following activities:
Installation Task
1

Plan your system.

2

Obtain all required equipment and tools.

3

Site all equipment.

4

Route all cables.

5

Drill cable and mounting holes.

6

Make all connections into equipment.

7

Secure all equipment in place.

8

Power on and test the system.

Schematic diagram
A schematic diagram is an essential part of planning any installation. It is
also useful for any future additions or maintenance of the system. The
diagram should include:
• Location of all components.
• Connectors, cable types, routes and lengths.

22

3.2 Compatible multifunction displays
Note: A Raymarine® LightHouse™-compatible multifunction display (MFD)
is not required to use a M100/M200-Series camera. However certain
camera features may not be accessible without one.
This product is compatible with the following Raymarine® LightHouse™
multifunction displays.
• a Series, c Series, e Series, eS Series.
• gS Series.
• Axiom and Axiom Pro.

Multifunction display software requirements
To use this product with a Raymarine® LightHouse™-compatible multifunction
display (MFD), ensure that your MFD is running the latest version of the
LightHouse™ 2 or LightHouse™ 3 software.
Note:
• This product is NOT compatible with LightHouse™ 2 software versions
17 or earlier.
• The latest LightHouse™ MFD software can be obtained by visiting
www.raymarine.com/software.

Planning the installation

23

3.3 Parts supplied
System kits
M100/M200–Series thermal cameras are supplied individually, or as part
of a system kit.
In addition to the thermal camera, system kits include a joystick control unit
(JCU) for controlling the camera, and an IP video decoder for displays that
require an analog composite-video feed (NTSC or PAL).
The content of each system kit is listed below. For a list of the individual
parts supplied with each camera, see M100/M200–Series camera.
System kit
part number
T70333

Description
M132 Camera System Kit
30 Hz

Contents
(part numbers)
• E70431: M132 thermal
camera
30 Hz (tilt only)
• A80510: JCU-3 control
unit
• A80508: IP video decoder

T70334

M132 Camera System Kit
9 Hz

• E70432: M132 thermal
camera
9 Hz (tilt only)
• A80510: JCU-3 control
unit
• A80508: IP video decoder

T70335

M232 Camera System Kit
30 Hz

• E70353: M232 thermal
camera
30 Hz (pan & tilt)
• A80510: JCU-3 control
unit
• A80508: IP video decoder

T70336

M232 Camera System Kit
9 Hz

• E70354: M232 thermal
camera
9 Hz (pan & tilt)
• A80510: JCU-3 control
unit
• A80508: IP video decoder

24

M100/M200–Series camera
The following items are supplied with your product.

1. Thermal camera
2. Thermal camera base-seal
3. 3 x thermal camera fasteners: nuts, dome nuts, spring washers, flat
washers, and threaded studs
4. 2 x Self-adhesive decals (for ball-down mounting only)
5. RayNet-to-RJ45 adapter cable (100 mm)
6. *Right-angled RayNet-to-RayNet cable (10 m)
7. *Right-angled 3-pin power cable (10 m)
8. Top-down riser kit (includes riser, riser base seal, and riser mounting
template)
9. Documentation pack

Planning the installation

25

*The supplied right-angled RayNet and Power cables are suitable for
mounting on surfaces up to 25.4 mm (1.0 inch) thick. When mounting
on thicker surfaces, you may need to use RayNet and Power cables with
straight connectors (available separately).
Note: For further details on network hardware and cables, see Chapter 10
Spares and accessories.

26

JCU–3
The JCU-3 joystick control unit is included in camera system packs, and is
also available to purchase as a separate accessory. The unit is supplied
with both a portrait-oriented keypad (fitted), and a landscape-oriented keypad.
For information on other accessories, see Chapter 10 Spares and
accessories.
Note: Your M100/M200-Series thermal camera is also compatible with the
following joystick control units, provided with other FLIR and Raymarine
camera systems:
• JCU-1 (part no. 500-0385-00) — joystick control unit for FLIR M-Series
and Raymarine T-Series cameras
• JCU-2 (part no. 500-0398-00) — joystick control unit for FLIR
M400-Series, MV-Series and MU-Series cameras
Parts supplied
The parts supplied with the keypad are shown below.

1. JCU-3 keypad
2. Landscape keypad mat
3. Portrait keypad mat (supplied fitted to the unit)
4. Mounting gasket
5. 4 x mounting fixings
6. Documentation pack
7. Right angled power cable 2 m (6.6 ft.)
8. RayNet network cable 2 m (6.6 ft.)
9. RayNet-to-RJ45 adapter cable (100 mm)
Planning the installation

27

IP video decoder
The IONODES ION-R100 IP video decoder is included in camera system
packs, and is also available to purchase as a separate accessory.
For information on other accessories, see Chapter 10 Spares and
accessories.
Parts supplied
The parts supplied with the IP video decoder are shown below.

1. IONODES ION-R100 IP video decoder
2. Suppression ferrite
3. Quick Start Guide

28

3.4 Tools required
The following tools are required for installation.

Item

Description

1.

Drill

2.

10 mm spanner

3.

Drill bit of appropriate size*

4.

Jigsaw (only required for JCU
installation)

5.

Pozi-drive screwdriver (only required
for JCU installation)

6.

Thread-lock

7.

50 mm (2 inch) Hole saw

Note: * The appropriate drill bit size is dependent on the thickness and
material of the mounting surface.

Planning the installation

29

3.5 Typical systems
Note: For information on how to connect the product, refer to the Chapter
4 Cables and connections section. For information on available cables
and accessories, refer to the Chapter 10 Spares and accessories section.
• Basic Web browser system: You can connect the product directly to an
IP-capable device, such as a laptop or PC, using the supplied RayNet
cable and RayNet-to-RJ45 adapter cable. You can control the camera
through the user interface presented on the web browser.
• Basic video display system with JCU: You can connect the product
directly to a primary analog video display via an Ethernet switch (using
the supplied RayNet cable and RayNet-to-RJ45 adapter cable), IP video
decoder (provided with system kits), and a coaxial video cable. You can
control the camera with a JCU-3 unit (provided with system kits), also
connected to the Ethernet switch.
• Basic Web browser system with JCU: You can connect the product to
an IP-capable device, such as a laptop or PC, via an Ethernet switch
(using the supplied RayNet cable and RayNet-to-RJ45 adapter cable), and
an additional Ethernet cable. You can control the camera through the
user interface presented on the web browser, or with a JCU-3 unit, also
connected to the Ethernet switch.
• Basic LightHouse™-powered Raymarine multifunction display (MFD)
system: You can connect the product directly to a Raymarine MFD using
the supplied RayNet cable. You can control the camera directly using the
MFD. For a more flexible system, you can install a RayNet switch between
the camera and the MFD, and add a JCU-3 unit (also connected to the
RayNet switch) to provide additional camera controls.
• Complex system with multiple cameras, MFDs, and JCUs: With
sufficient RayNet or Ethernet ports available on installed switches, and
appropriate RayNet and Ethernet cables, you can connect multiple cameras,
MFDs, and JCUs together to form an integrated system. You can use any
JCU or MFD to control and monitor any camera.

30

3.6 Warnings and cautions
Important: Before proceeding, ensure that you have read and understood
the warnings and cautions provided in the Chapter 1 Important
information section of this document.

Planning the installation

31

3.7 General location requirements
Important considerations when choosing a suitable location for your product.
This product is suitable for mounting below decks.
The product should be mounted where it will be:
• protected from physical damage and excessive vibration.
• well ventilated and away from heat sources.
When choosing a location for the product, consider the following points to
ensure reliable and trouble-free operation:
• Access — there must be sufficient space to enable cable connections to
the product, avoiding tight bends in the cable.
• Diagnostics — the product must be mounted in a location where the
diagnostics LED is easily visible.
Note: Not all products include a diagnostics LED. Refer to the Chapter
8 System checks and troubleshooting for more information.
• Electrical interference — the product should be mounted far enough
away from any equipment that may cause interference such as motors,
generators and radio transmitters / receivers.
• Magnetic compass — refer to the Compass safe distance section in
this document for advice on maintaining a suitable distance between this
product and any compasses on your vessel.
• Power — to keep cable runs to a minimum, the product must be located
as close as possible to the vessel’s dc power supply.
• Mounting surface — ensure the product is adequately supported on a
secure surface. Refer to the weight information provided in the Technical
specification for this product and ensure that the intended mounting surface
is suitable for bearing the product weight. Do NOT mount units or cut
holes in places which may damage the structure of the vessel.

Compass safe distance
To prevent potential interference with the vessel's magnetic compasses,
ensure an adequate distance is maintained from the product.
When choosing a suitable location for the product you should aim to maintain
the maximum possible distance from any compasses. Typically this distance
should be at least 1 m (3 ft) in all directions. However for some smaller
vessels it may not be possible to locate the product this far away from a
compass. In this situation, when choosing the installation location for your
product, ensure that the compass is not affected by the product when it is
in a powered state.

32

3.8 Camera orientation
The camera can be mounted in 2 orientations informally known as “Ball up”
and “Ball down”.

Ball-up: The camera is mounted on
top of the mounting surface.

Ball-down: The camera is suspended
upside down, below the mounting
surface.

The default video image orientation is for the ball-up configuration; if the
camera is to be mounted in the ball-down configuration then the video image
must be rotated. To rotate the video image, you must either:
• use the camera’s web browser user interface to set the appropriate option
(see 6.6 Web browser interface
), or
• if your system includes a Raymarine multifunction display (MFD), use
the MFD’s Camera app to set the appropriate option (refer to your MFD
Operation Instructions).

Planning the installation

33

3.9 Product dimensions
M100/M200 Series

34

M100/M200 Series with optional top-down riser

Note: Base diameter with riser base-seal fitted is 190 mm (7.48 in).

Planning the installation

35

JCU-3
Product dimensions

Dimension

Measurement

A

34.8 mm (1.37 in)

B

10.5 mm (0.41 in)

C

28.4 mm (1.12 in.)

D

31.7 mm (1.25 in.)

E

50.7 mm (2.00 in.)

F

80.0 mm (3.15 in.)

G

119.0 mm (4.69 in.)

H

133.0 mm (5.24 in.)

I

41.0 mm (1.61 in.)

J

55.0 mm (2.17 in.)

36

IP video decoder
Product dimensions

Dimension

Measurement

A

19.5 mm (0.77 in.)

B

90.5 mm (3.56 in.)

C

81.0 mm (3.19 in.)

D

3.0 mm (0.12 in.)

E

28.0 mm (1.10 in.)

F

66.0 mm (2.60 in.)

Planning the installation

37

38

Chapter 4: Cables and connections
Chapter contents
•

4.1 General cabling guidance on page 40

•

4.2 Connections overview on page 42

•

4.3 Power connection on page 44

•

4.4 Network connections on page 48

Cables and connections

39

4.1 General cabling guidance
Cable types and length
It is important to use cables of the appropriate type and length
• Unless otherwise stated use only standard cables of the correct type,
supplied by FLIR.
• Ensure that any non-FLIR cables are of the correct quality and gauge.
For example, longer power cable runs may require larger wire gauges to
minimize voltage drop along the run.

Routing cables
Cables must be routed correctly, to maximize performance and prolong
cable life.
• Do NOT bend cables excessively. Wherever possible, ensure a minimum
bend diameter of 200 mm (8 in) / minimum bend radius of 100 mm (4 in).

• Protect all cables from physical damage and exposure to heat. Use
trunking or conduit where possible. Do NOT run cables through bilges
or doorways, or close to moving or hot objects.
• Secure cables in place using tie-wraps or lacing twine. Coil any extra
cable and tie it out of the way.
• Where a cable passes through an exposed bulkhead or deckhead, use
a suitable watertight feed-through.
• Do NOT run cables near to engines or fluorescent lights.
Always route data cables as far away as possible from:
• other equipment and cables,
• high current carrying AC and DC power lines,
• antennae.

Strain relief
Ensure adequate strain relief is provided. Protect connectors from strain and
ensure they will not pull out under extreme sea conditions.

Circuit isolation
Appropriate circuit isolation is required for installations using both AC and
DC current:
• Always use isolating transformers or a separate power-inverter to run PC’s,
processors, displays and other sensitive electronic instruments or devices.
• Always use an isolating transformer with Weather FAX audio cables.
• Always use an isolated power supply when using a 3rd party audio
amplifier.
• Always use an RS232/NMEA converter with optical isolation on the signal
lines.
• Always make sure that PC’s or other sensitive electronic devices have
a dedicated power circuit.
40

Cable shielding
Ensure that all data cables are properly shielded that the cable shielding is
intact (e.g. hasn’t been scraped off by being squeezed through a tight area).

Cables and connections

41

4.2 Connections overview
Your product includes the following connectors.
Thermal camera connectors
Connector Description
Connects to:
Network

• RJ45 connector on:
– 3rd-party network
switch
– PC/laptop
computer
– IP video decoder
(provided with
system kits)
• RayNet connector
on:

Suitable cables
• RayNet-to-RJ45
adapter cable
(supplied)
• Right-angled
RayNet-to-RayNet
cable (supplied)
Refer to Chapter
10 Spares and
Accessories for
available cables.

– Raymarine
network switch
– Lighthouse™powered
Raymarine
multifunction
display (MFD)
Power and
drain

12 / 24 V dc power
supply

Right-angled power
cable (supplied).

Note: The supplied right-angled RayNet and Power cables are suitable for
mounting on surfaces up to 25.4 mm (1.0 inch) thick. When mounting
on thicker surfaces, you may need to use RayNet and Power cables with
straight connectors (available separately).
Note: The cables should be routed to a dry area of the vessel for
connection. Alternatively you must ensure that all connections are water
tight.
Note: If you want to make cable connections to the camera before
mounting it to your vessel (for example, to test the camera), first attach
the three threaded studs to the base (see Mounting the camera). This
will help to protect the cable connectors on the base of the camera, and
also provides a stable platform, helping to prevent damage caused by the
unit rolling off the edge of the work surface.

Connecting cables
Follow the steps below to connect the cable(s) to your product.
1. Ensure that the vessel's power supply is switched off.
2. Ensure that the device being connected has been installed in accordance
with the installation instructions supplied with that device.
3. Ensuring correct orientation, push cable connectors fully onto the
corresponding connectors.
4. If applicable, engage any locking mechanism to ensure a secure
connection.
5. Ensure any bare ended wire connections are suitably insulated to prevent
corrosion due to water ingress.
42

Orientation of right-angled connectors
When making connections using the supplied right-angled power and network
cables, ensure that you orient the connectors correctly with respect to the
thermal camera base.
Viewed from the camera base, with the label uppermost, the right-angled
power and network cables both leave the camera to the right, as illustrated.

1. Label on camera base.
2. Power cable with right-angled connector.
3. Network cable with right-angled connector.

Cables and connections

43

4.3 Power connection
Power must be supplied to the camera from an appropriate power source.
Power connection requirements
• 12 or 24 Vdc nominal supply voltage
• Isolated power supply
• Connected via an appropriately rated thermal breaker or fused switch.

Item

Description

Connects to:

1

Power cable.

Product’s power connector.

2

Red cable (positive)

Power supply’s positive terminal.

3

Black cable (negative)

Power supply’s negative terminal.

4

Connection to 12V / 24V power
supply.

Power supply.

5

Drain / Ground

Vessel RF ground, or negative
battery terminal

Power cable extension
The product is supplied with a power cable, which can be extended if
required.
• The power cable for each unit in your system should be run as a
separate, single length of 2-wire cable from the unit to the vessel's battery
or distribution panel.
• For power cable extensions, it is recommended that a minimum wire
gauge of 16 AWG (1.31 mm2). For cable runs longer than 15 meters,
you may need to consider a thicker wire gauge (e.g. 14 AWG (2.08
mm2), or 12 AWG (3.31 mm2) ).
• An important requirement for all lengths of power cable (including any
extension) is to ensure that there is a continuous minimum voltage of
10.8 V at the product’s power connector, with a fully flat battery at 11 V.
Important: Be aware that some products in your system (such as sonar
modules) can create voltage peaks at certain times, which may impact the
voltage available to other products during the peaks.

Power distribution
Recommendations and best practice.
• The product is supplied with a power cable. Only use the power cable
supplied with the product. Do NOT use a power cable designed for, or
supplied with, a different product.
44

• Refer to the Power connection section for more information on how to
identify the wires in your product’s power cable, and where to connect
them.
• See below for more information on implementation for some common
power distribution scenarios.
Important: When planning and wiring, take into consideration other
products in your system, some of which (e.g. sonar modules) may place
large power demand peaks on the vessel’s electrical system.
Note: The information provided below is for guidance only, to help protect
your product. It covers common vessel power arrangements, but does
NOT cover every scenario. If you are unsure how to provide the correct
level of protection, please consult an authorized FLIR dealer or a suitably
qualified professional marine electrician.
Implementation — direct connection to battery
• The power cable supplied with your product may be connected directly to
the vessel's battery, via a suitably rated fuse or breaker.
• The power cable supplied with your product may NOT include a separate
drain wire. If this is the case, only the power cable’s red and black
wires need to be connected.
• If the supplied power cable is NOT fitted with an inline fuse, you MUST fit
a suitably rated fuse or breaker between the red wire and the battery’s
positive terminal.
• Refer to the inline fuse ratings provided in the product’s documentation.
• If you need to extend the length of the power cable supplied with your
product, ensure you observe the dedicated Power cable extensions advice
provided in the product’s documentation.

Cables and connections

45

A

Battery connection scenario A: suitable for a vessel with a common
RF ground point. In this scenario, if your product’s power cable is
supplied with a separate drain wire then it should be connected to
the vessel’s common ground point.

B

Battery connection scenario B: suitable for a vessel without a
common grounding point. In this case, if your product’s power cable
is supplied with a separate drain wire then it should be connected
directly to the battery’s negative terminal.

Implementation — connection to distribution panel

• Alternatively, the supplied power cable may be connected to a suitable
breaker or switch on the vessel's distribution panel or factory-fitted power
distribution point.
• The distribution point should be fed from the vessel’s primary power source
by 8AWG (8.36mm2) cable.
• Ideally, all equipment should be wired to individual suitably-rated thermal
breakers or fuses, with appropriate circuit protection. Where this is not
possible and more than 1 item of equipment shares a breaker, use
individual in-line fuses for each power circuit to provide the necessary
protection.

1

Positive (+) bar

2

Negative (-) bar

46

3

Circuit breaker

4

Fuse

• In all cases, observe the recommended breaker / fuse ratings provided in
the product’s documentation.
Important: Be aware that the suitable fuse rating for the thermal breaker
or fuse is dependent on the number of devices you are connecting.
Grounding
Ensure that you observe the separate grounding advice provided in the
product’s documentation.
More information
Raymarine recommends that best practice is observed in all vessel electrical
installations, as detailed in the following standards:
• BMEA Code of Practice for Electrical and Electronic Installations in Boats
• NMEA 0400 Installation Standard
• ABYC E-11 AC & DC Electrical Systems on Boats
• ABYC A-31 Battery chargers and Inverters
• ABYC TE-4 Lightning Protection

In-line fuse and thermal breaker ratings
The following in-line fuse and thermal breaker ratings apply to your product:
In-line fuse rating

Thermal breaker rating

5 A slow blow

5 A (if only connecting one device)

Note:
• The suitable fuse rating for the thermal breaker is dependent on the
number of devices you are connecting. If in doubt consult an authorized
FLIR dealer.
• Your product’s power cable may have a fitted in-line fuse, if not then
you can add an in-line fuse to the positive wire of your product’s power
connection.

Grounding — Dedicated drain wire
The power cable supplied with this product includes a dedicated shield
(drain) wire for connection to a vessel's RF ground point.
It is important that an effective RF ground is connected to the system. A
single ground point should be used for all equipment. The unit can be
grounded by connecting the shield (drain) wire of the power cable to the
vessel's RF ground point. On vessels without an RF ground system the shield
(drain) wire should be connected directly to the negative battery terminal.
The dc power system should be either:
• Negative grounded, with the negative battery terminal connected to the
vessel's ground.
•

Floating, with neither battery terminal connected to the vessel's ground

Warning: Positive ground systems
Do not connect this unit to a system which has positive
grounding.

Cables and connections

47

4.4 Network connections
Your thermal camera has a single RayNet network connector. This connects
the camera to your vessel’s wider IP network. This could be an existing
third-party Ethernet network, or a dedicated Raymarine RayNet network.
The details of the network connections between the camera, video display
(web browser, analog video monitor, or LightHouse™-powered Raymarine
multifunction display), control unit (for example, a JCU-3 controller) and the
rest of your installation depend on:
• how you want to control the camera (for example, with a web browser, a
LightHouse™-powered Raymarine multifunction display, a JCU controller,
or a combination)
• how you want to view the camera’s IP video feed (for example, with
an analog video monitor connected through an IP video decoder, a
LightHouse™-powered Raymarine multifunction display, a web browser,
or a combination)
• the equipment already installed on your vessel (for example, network
switches with free ports, analog video monitors, or other cameras)
The following sections show some possible network connections, starting with
a basic system with a single camera directly connected to web browser, and
finishing with a more complex multi-camera, multi-display, multi-JCU system.

Non-RayNet systems
You can install your camera on a vessel that doesn’t already have a RayNet
network or LightHouse™-powered Raymarine multifunction display (MFD)
installed.
The following examples show possible network connections for:
• a single-camera system with the camera connected directly to a laptop
or other device running a web browser (for camera control, and viewing
the camera’s IP video feed)
• a single-camera system comprising a laptop or other device running a web
browser (for camera control, and viewing the camera’s IP video feed),
an Ethernet network switch, and an optional JCU (provided with system
kits) for additional camera control
• a single-camera system comprising an analog video monitor connected via
an IP video decoder (provided with system kits), an Ethernet network
switch, and a JCU (provided with system kits) for camera control.
Single-camera system with direct connection to web browser

48

Note: Power connections are not shown in this illustration. The camera
and the other devices shown require their own dedicated power connection.
Item

Description

1

Laptop (or other Ethernet-connected device running a web
browser)

2

M100/M200–Series camera

3

RayNet-to-RJ45 adapter cable

4

RayNet-to-RayNet cable

Single-camera system with web browser and an optional JCU

Note: Power connections are not shown in this illustration. The camera
and the other devices shown require their own dedicated power connection.
Item

Description

1

Joystick control unit (JCU-3), provided with system kits

2

M100/M200–Series camera

3

RayNet-to-RayNet cable

4

Laptop (or other Ethernet-connected device running a web
browser)

5

RJ45-to-RJ45 Ethernet cable

6

RayNet-to-RJ45 adapter cable

7

Ethernet network switch

Single-camera system with analog video monitor and JCU
For this system, a device running a web browser is not required. The
camera’s IP video feed is routed through an Ethernet network switch to an
IP video decoder (provided with system kits), and on to an analog video
monitor. Camera control is provided by a JCU (provided with system kits).

Cables and connections

49

Note: Power connections are not shown in this illustration. The camera
and the other devices shown require their own dedicated power connection.
Item

Description

1

Analog video monitor

2

Joystick control unit (JCU-3), provided with system kits

3

M100/M200–Series camera

4

RayNet-to-RayNet cable

5

Analog video cable

6

IP video decoder, provided with system kits

7

RJ45-to-RJ45 Ethernet cable

8

RayNet-to-RJ45 adapter cable

9

Ethernet network switch

RayNet systems with LightHouse™-powered Raymarine
multifunction displays (MFDs)
M100/M200–Series cameras are compatible with LightHouse™-powered
Raymarine multifunction displays (MFDs) and existing RayNet networks.
The following examples show possible network connections for:
• a single-camera system comprising a Raymarine MFD (for camera control,
and viewing the camera’s IP video feed), a RayNet network switch, and a
JCU (provided with system kits) for additional camera control
• a multi-camera system comprising an analog video monitor connected via
an IP video decoder (provided with system kits), two Raymarine MFDs, a
RayNet network switch, two JCUs (one JCU is provided with system kits),
and a web browser (laptop) for additional camera control.

50

Single-camera system with Raymarine MFD and JCU

Note: Power connections are not shown in this illustration. The camera
and the other devices shown require their own dedicated power connection.
Item

Description

1

Joystick control unit (JCU-3), provided with system kits

2

M100/M200–Series camera

3

Raymarine MFD

4

RayNet-to-RayNet cable

5

RayNet network switch

Cables and connections

51

Multi-camera system with video monitor, two Raymarine MFDs, two
JCUs, and a web browser

Note: Power connections are not shown in this illustration. The camera
and the other devices shown require their own dedicated power connection.

52

Item

Description

1

Laptop (or other Ethernet-connected device running a web
browser)

2

Analog video monitor

3

RayNet-to-RJ45 adapter cable

4

Analog video cable

5

IP video decoder, provided with system kits

6

Joystick control unit (JCU-3), provided with system kits

7

M100/M200–Series camera

8

RayNet-to-RayNet cable

9

Raymarine MFD

10

RayNet network switch

Cables and connections

53

54

Chapter 5: Mounting
Chapter contents
•

5.1 Camera mounting on page 56

•

5.2 JCU–3 Mounting on page 62

Mounting

55

5.1 Camera mounting
Location requirements
When planning the installation location, consider the following points:
• The camera is waterproof, and appropriate for above decks mounting.
• When mounting the camera in a ball-down position, ensure that the
camera is installed with adequate drainage so that standing water does
not collect in the base.
• Ensure the camera is installed in a location that will allow it to be accessed
for regular periodic cleaning (fresh-water rinse), inspection of mounting
point integrity and mechanical soundness, and preventative maintenance.
• The underside (inside) of the compartment or deck on to which the
camera is mounted must be weather-tight. You must ensure protection
from water ingress to cables and connections.
• The mounting surface must be horizontal.
• If you cannot access both sides of the mounting surface, then you will need
to mount the camera “top down” using the top-down riser supplied with
the camera (also available as a separate accessory: part number A80509).
• The right-angled RayNet and power cables supplied are suitable for use
with a mounting surface up to 25.4 mm (1 in) thick. A thicker surface
may require the use of straight-connector cables (available separately).
• Fixings are supplied for a mounting surface up to 41 mm (1.6 in) thick. A
thicker surface will require the installer to provide alternative fixings.
• The camera should be mounted as high as practical, but without interfering
with any radar, navigational or communications electronics.
• Choose a location that will provide the most unobstructed view in all
directions.
• Choose a location as close to the vessel’s center line as possible. This
provides a symmetrical view when looking forward or aft.
• Select a location for the camera that is at least 1 m (39.4 in.) from
any magnetic compass.
• Select a location that is at least 1 m (3 ft) from devices that may cause
interference, such as motors, generators and radio transmitters / receivers.
• If installing an optional JCU, select a location for the JCU that is at least
1 m (39.4 in.) from any magnetic compass.
Note: If you want to make cable connections to the camera before
mounting it to your vessel (for example, to test the camera), first attach
the three threaded studs to the base (see Mounting the camera). This
will help to protect the cable connectors on the base of the camera, and
also provides a stable platform, helping to prevent damage caused by the
unit rolling off the edge of the work surface.

56

Mounting the camera
Use these instructions to mount the camera unit in position.

1. Using the template supplied, mark and drill the holes for mounting the
camera.
Mounting holes care points:
• Check the dimensions of any printed template (to ensure that the
template is printed to the correct scale) prior to drilling any holes.
• Note the camera forward markings on the camera base, and make sure
the template is oriented properly relative to the bow of the vessel. This
is affected by whether the camera is to be mounted ball-up or ball-down.

Mounting

57

2. Install the 3x threaded studs into the base of the camera with
thread-locking compound. If required, you can use studs of a different
length to suit your installation.
3. Slide the seal over the threaded studs, and push it firmly into place on
the camera’s base.
4. Connect the power supply cable and network cable to the camera, and
thread the cables through the central holes.
Note: The right-angled RayNet and power cables supplied are suitable for
use with a mounting surface up to 25.4 mm (1 in) thick. A thicker surface
will require the use of straight-connector cables (available separately).
5. Place the camera on the mounting surface so the threaded studs extend
through the drilled holes.
6. Make the required connections with the free ends of the cables.
7. Slide a flat washer, and then a spring washer, onto each stud.
8. Secure the camera body to the mounting surface with the supplied nuts,
ensuring that the seal remains correctly positioned on the camera’s base.
Tighten the nuts to a torque of 3.7 Nm (2.7 lb-ft).
Dome capped nuts are provided for a neater solution where the mounting
is exposed to view.

58

Mounting the camera with the optional top-down riser
(part number A80509)
The optional top-down riser (A80509) is used when access to the underside
of the mounting surface is restricted. Use the instructions below to mount
the camera unit using the optional top-down riser (A80509).

1. Using the template provided, mark and drill the holes for mounting the
riser.
• Note the camera forward marking on the top surface of the riser. You
must ensure that the riser is mounted so that the camera is oriented
properly relative to the bow of the vessel.
Mounting

59

• Only drill the optional cable routing hole in the mounting surface if you
intend to route the cables through the base of the riser, rather than
through the side of the riser.
2. Install the 3x threaded studs into the base of the camera. Do not use
thread locking compound, as this may damage the plastic riser.
3. Slide the camera-base seal over the threaded studs, and push it firmly
into place on the camera’s base.
4. Place the camera on top of the riser, so the threaded studs extend
through the three holes in the riser’s top surface. Check that the
camera-base seal remains firmly in place.
• Note the camera forward marking on the top surface of the riser. You
must ensure that the riser is mounted so that the camera is oriented
properly relative to the bow of the vessel.
5. Slide a flat washer, and then a spring washer, onto each stud.
6. Secure the camera body to the riser with the supplied nuts, ensuring that
the seal remains correctly positioned on the camera’s base.
Tighten the nuts to a torque of 3.7 Nm (2.7 lb-ft).
7. Connect the power supply cable and network cable to the camera, then
loop the cables round within the riser base so that they can be threaded
through the bottom of the riser, and into the cable routing hole drilled in
the mounting surface.
8. Position the riser-base seal, and then fasten the camera-riser assembly
to the mounting surface using fasteners appropriate for the surface’s
thickness and material. Do not use thread locking compound, as this
may damage the plastic riser.
You must ensure a watertight seal between the riser base and the
mounting surface. You may use a marine-grade sealant as an alternative
to the supplied mounting gasket.
Note:
• If it is not possible to route the camera cables through the mounting
surface, cut a hole in the side of the riser, and route the cables through
the riser sidewall. You may need to loop the cables around within the
riser base, so that they can be passed through the hole you have cut in
the side of the riser.
• If routing the camera cables through the riser sidewall, and the camera
is mounted ball-up, do NOT seal the riser base with either the supplied
gasket, or sealant. Sealing may result in water pooling inside the riser.
• If routing the camera cables through the riser sidewall, and the camera
is mounted ball-down, do NOT seal the connection between the camera
base and the top surface of the riser with the supplied gasket. Sealing
may result in water pooling inside the riser.

60

Mounting

61

5.2 JCU–3 Mounting
Note: The JCU-3 joystick control unit is supplied with M100/M200 Series
camera system kits, and separately as an optional accessory. JCU-3 units
are not supplied with cameras purchased individually. See System kits for
more information about system kits and parts supplied.

Location requirements
When planning the installation location, consider the following points:
• Select a position on your vessel that is close to a display showing the
camera video output.
• Ensure the JCU-3 is mounted at least 1 m (39.4") away from any
equipment fitted with a magnetic compass.
• The JCU-3 can be mounted to a dash or other surface in any orientation.
• Consider cable lengths and cable routing.

Removing the keypad mat
To gain access to the mounting hole locations, the keypad mat must be
removed.

Tip To help prevent scratching the product, cover the tip of your screwdriver
blade with a small piece of insulation tape.
1. Using a thin, flat bladed screwdriver insert the tip of the screwdriver into
the gap between the edge of the keypad mat and the keypad housing, at
a location between locking tabs.
2. Gently lever the keypad mat away from the keypad to release the keypad
mat.
Take care not to bend the keypad mat during removal.

62

Flush mounting the keypad
Flush mounting provides a sleek installation where the product and dash are
flush, with only the buttons and Rotary controller protruding from the dash.
Flush mounting requires the mounting surface to be rebated.

1. Check the selected location for the unit. A clear, flat area with suitable
clearance behind the panel is required.
2. Before modifying the mounting surface, refer to the dimensions supplied in
this document to ensure there is enough space for the unit and all cables.
3. Fix the supplied mounting template to the selected location, using masking
or self adhesive tape.
4. Drill 4 holes as indicated on the mounting template to accept the fixings.
5. Using a suitable hole saw (the size and position is indicated on the
template), make a hole in each corner of the cut-out area.
6. Using a suitable saw, cut along the inside edge of the cut-out line.
7. Using a Router, follow the Flush mount rebate line, to cut out a rebate to
the specified rebate depth, as indicated on the template.
8. Ensure that the unit fits into the removed area and then remove rough
edges.
9. Place the supplied gasket onto the rear of the keypad, ensuring the
mounting holes are aligned.
10. Connect the relevant cables to the unit.
11. Place the keypad into the rebate and secure using the fixings provided.
Note: The appropriate tightening torque and drill bit size to use depends
on the thickness of the mounting surface and the type of material it is
made from.
Note: The supplied gasket provides a seal between the unit and a suitably
flat and stiff mounting surface or binnacle. The gasket should be used in
all installations. It may also be necessary to use a marine-grade sealant
if the mounting surface or binnacle is not entirely flat and stiff or has a
rough surface finish.

Mounting

63

Surface mounting the keypad
Surface mounting provides a uniform installation where the products protrude,
usually by the thickness of the bezel, from the mounting surface.

1. Check the selected location for the unit. A clear, flat area with suitable
clearance behind the panel is required.
2. Before modifying the mounting surface, refer to the dimensions supplied in
this document to ensure there is enough space for the unit and all cables.
3. Fix the supplied mounting template to the selected location, using masking
or self adhesive tape.
4. Drill 4 holes as indicated on the mounting template to accept the fixings.
5. Using a suitable hole saw, make a hole in each corner of the cut-out area.
6. Using a suitable saw, cut along the inside edge of the cut-out line.
7. Ensure that the unit fits into the removed area and then remove rough
edges.
8. Place the supplied gasket onto the rear of the keypad, ensuring the
mounting holes are aligned.
9. Connect the relevant cables to the unit.
10. Secure using the fixings provided.
Note: The appropriate tightening torque and drill bit size to use depends
on the thickness of the mounting surface and the type of material it is
made from.
Note: The supplied gasket provides a seal between the unit and a suitably
flat and stiff mounting surface or binnacle. The gasket should be used in
all installations. It may also be necessary to use a marine-grade sealant
if the mounting surface or binnacle is not entirely flat and stiff or has a
rough surface finish.

Fitting the keypad mat
Your keypad can be installed in portrait or landscape orientation. Keypad
mats are available for each orientation.
• You should fit the keypad mat that matches your chosen mounting
orientation.
• You should only fit the keypad mat after the unit has been secured to
the mounting surface.
1. Ensure the keypad mat is orientated correctly.
64

2. Slide the keypad mat’s shorter edge, with the 2 locking tabs, into the end
of the keypad that has 2 notches to accept the tabs.

3. Close the opposite end of the keypad mat into the keypad, ensuring that
the tab slides into the notch provided. Push all of the tabs on the longer
sides into their notches (you should hear a click as each tab engages).

Mounting

65

66

Chapter 6: System operation and setup
Chapter contents
•

6.1 Thermal camera image on page 68

•

6.2 Operation and features overview on page 70

•

6.3 Camera control on page 71

•

6.4 Image adjustments on page 74

•

6.5 JCU–3 controls overview on page 75

•

6.6 Web browser interface on page 77

System operation and setup

67

6.1 Thermal camera image
The thermal camera outputs an IP-video feed which can be displayed on
a video monitor, a web browser, or a LightHouse™-powered Raymarine
multifunction display (MFD).

The IP-video feed comprises:
• the thermal image
• status icons
You should take time to familiarize yourself with the thermal image. This
will help you to make the most of your system:
• Consider every object you view in terms of how it will look “thermally” as
opposed to how it looks to your eye. For example look for changes
caused by the heating effect of the sun. These are particularly evident
right after sunset.
• Experiment with different palettes and scene presets.
• Experiment by looking for hot objects (such as people) compared to the
colder surroundings.
• Experiment with the camera for daytime viewing. The camera can provide
improved daytime viewing in environments where traditional video camera
performance suffers, such as in shadows or backlit scenes.

68

Thermal camera status icons
The thermal camera image includes icons to show the current status of
the camera.
Note: Icons are colored red if the WhiteHot or BlackHot palette is in
use, and colored white for all other palettes.
Icon

Description
Camera direction indicator
• *The segment inside the circle indicates which
direction the camera is pointing with respect
to the vessel (azimuth).
• The scale and marker on the right indicates
the camera’s tilt angle (elevation).
*M200–Series only.
Home position
• Displayed momentarily when you command
the camera to move to its home position.
• Flashes three times when you set the camera’s
home position.
Park indicator
Displayed when the camera is parked.

Motor stalled
Displayed instead of the Camera direction
indicator when the camera motor is stalled.
Note: If this icon is displayed, check that the
camera’s movement is not being physically
obstructed.
Zoom indicator
Displayed whenever the thermal image is
zoomed-in (magnified). The figure indicates the
amount of magnification (up to 4.0).

System operation and setup

69

6.2 Operation and features overview
The camera features can be accessed using:
• a web browser running on an IP-capable device (for example, a laptop or
PC) that is directly attached to the camera, or connected to the same
network as the camera
• a joystick control unit (JCU)
• the “Thermal camera” or “Camera” application of a compatible
LightHouse™-powered Raymarine multifunction display
Note: A Joystick control unit (JCU) or LightHouse™-powered Raymarine
multifunction display (MFD) is not required to operate the camera; a web
browser with access to the camera’s web server is sufficient.
This handbook covers camera control and image adjustments using either a
web browser, or a JCU-3 remote keypad. For details on how to operate the
camera using a compatible LightHouse™-powered Raymarine multifunction
display, please refer to the “Thermal camera” or “Camera” application section
of the manual supplied with your multifunction display.
The main thermal camera operations are outlined below.
Control the camera:
• Pan (M200–Series only), tilt, and zoom
• Move to Home position / set home position
• Surveillance mode
• Auto-tracking (man overboard; dangerous AIS and MARPA targets)
• ClearCruise™ thermal analytics
• Capture and save camera video, or a still image
• Heater
• Park and stow
• Set “forward” position, and camera height above water
Adjust the camera image:
• Color palette and polarity
• Scene presets
• “Ball-down” and rear-view-mirror modes
In addition to the above, the camera’s web interface also provides setup
menus to configure the system to your requirements.

70

6.3 Camera control
Pan, tilt and zoom
The camera controls allow for pan (azimuth) and tilt (elevation) of the
camera, as well as zoom (magnification) of the thermal image.

• Pan continuously through 360° (M200 Series only).
• Tilt to +110°/-90° relative to the camera base.
• Zoom the thermal camera image.
You can control pan, tilt, and zoom, using:
• the camera’s web browser interface: see Live Video page
• the “UniController” on a JCU-3 remote keypad: see 6.5 JCU–3 controls
overview
• a compatible Raymarine MFD: see the “Thermal camera” or “Camera”
application section in the documentation supplied with your MFD.

System operation and setup

71

Home position
The home position is a preset position for the camera.
The home position usually defines a useful reference point — for example,
straight ahead and level with the horizon.
The home icon is displayed momentarily when
you command the camera to move to its home
position.
The home icon flashes three times when you
set the camera’s home position.
You can set the home position as required, and return the camera to the
home position, using:
• the camera’s web browser interface: see Live Video page
• the “UniController” on a JCU-3 remote keypad: see Home position
• a compatible Raymarine MFD: see the “Thermal camera” or “Camera”
application section in the documentation supplied with your MFD.

Surveillance mode
In surveillance mode the camera continuously pans left and right,
automatically scanning the scene.
The camera continues scanning until you:
• disable surveillance mode
• manually pan or tilt the camera
• command the camera to move to its home position
Any of these actions stops surveillance mode; surveillance mode does not
resume until you re-enable it.
Note: Surveillance mode is available with M200–Series cameras only.
You can control surveillance mode, including the scan speed and scan
width, using:
• the camera’s web browser interface: see Live Video page
• the user programmable buttons on a JCU-3 remote keypad: see 6.5
JCU–3 controls overview
• a compatible Raymarine MFD: see the “Thermal camera” or “Camera”
application section in the documentation supplied with your MFD.

72

Auto-tracking
You can set the camera to automatically track the following targets:
• man overboard
• dangerous AIS target
• dangerous MARPA target
You can activate auto-tracking, and control which types of target are tracked,
using a compatible Raymarine MFD: see the “Thermal camera” or “Camera”
application section in the documentation supplied with your MFD.
Note: Auto-tracking is available with M200–Series cameras only.
Note: To use auto-tracking, your system must include a compatible
Raymarine MFD.

ClearCruise thermal analytics
ClearCruise™ intelligent thermal analytics technology provides audible and
visual alerts when “non-water” objects are identified in the scene.
Boats, obstacles, and navigation markers can all be automatically identified
in a scene by ClearCruise™.

You can activate ClearCruise™and control “beep on detection”, using a
compatible Raymarine MFD: see the “Camera” application section in the
documentation supplied with your MFD.
Note: To use ClearCruise™, your system must include a compatible
Raymarine® MFD running LightHouse™ 3 software.
Note: ClearCruise™ detection performance is dependent on conditions,
and is not a replacement for maintaining a visual watch.

System operation and setup

73

6.4 Image adjustments
Thermal camera scene presets
Scene presets enable you to quickly select the best image setting for the
current environmental conditions.
During normal operation the thermal camera automatically adjusts itself to
provide a high-contrast image optimized for most conditions. The Scene
presets provide 4 additional settings that may provide better imagery in
certain conditions. The 4 modes are:
• Day — scene preset mode for daytime conditions.
• Night — scene preset mode for night conditions.
• Docking — scene preset mode for docking.
• High Contrast — scene preset mode for extra-high contrast.
Although the preset names indicate their intended use, varying environmental
conditions might make another setting more preferable. For example, the
night running scene preset might also be useful while in a harbor. You may
find it beneficial to experiment with the different scene presets to discover
the best preset to use for different conditions.

Thermal camera color modes
A range of color modes are available to help you distinguish objects
on-screen in different conditions.
Changing the color mode switches the thermal camera image between four
available color palettes:
• WhiteHot
• RedHot
• Fusion
• FireIce
The factory default color mode is WhiteHot, which may improve your night
vision.

Thermal camera reverse video
You can reverse the polarity of the video image to change the appearance
of objects on-screen.
Changing the polarity setting will toggle between the two available polarities
for the color mode that is already selected.
The available polarity options are:
• WhiteHot / BlackHot
• RedHot / RedHot Inverse
• Fusion / Fusion Inverse
• FireIce / FireIce Inverse
You may find it useful to experiment with this option to find the best setting
to suit your needs.

74

6.5 JCU–3 controls overview

Note: The JCU-3 keypad is supplied with the portrait-oriented keypad mat
fitted. If you choose to replace this with the landscape-oriented keypad
mat, you must also change the “Orientation” setting on the JCU-3 keypad
web interface. See the documentation provided with your JCU-3 keypad
for further information.
1

USER 1
• User programmable button (configured via camera web
page: see Configuring JCU-3 user-programmable buttons
(UPBs)). Default action is “toggle surveillance mode”.

2

USER 2
• User programmable button (configured via camera web
page: see Configuring JCU-3 user-programmable buttons
(UPBs)). Default action is “toggle rear-view mirror mode”.

3, 4, 5

UNI-CONTROLLER
• Rotate outer ring (3) clockwise or counter-clockwise to
continuously pan the camera (M200-Series cameras only):
rotate more to increase pan rate.
• Press inner ring (4) up, down, left, or right to pan and tilt
camera (tilt-only for M100-Series cameras).
• Central button (5): USER 3 — user programmable button
(configured via camera web page: see Configuring JCU-3
user-programmable buttons (UPBs)). Default action is
“return camera to home position”.

6

HOME
• Press momentarily – return camera to home position.
• Press and hold – Set current position as camera home.

System operation and setup

75

7

ZOOM-OUT
• Press to zoom thermal camera out

8

ZOOM-IN
• Press to zoom thermal camera in

9

SCENE
• Press to cycle through image scene presets (Day > Night
> Docking > High Contrast)

10

COLOR
• Press momentarily to cycle through four different color palettes
(WhiteHot > RedHot > Fusion > FireIce)
• Press and hold to toggle the polarity of the current color
palette (WhiteHot > BlackHot; RedHot > RedHot Inverse;
Fusion > Fusion Inverse ; FireIce > FireIce Inverse)

11



12

POWER
• Press momentarily to cycle through keypad backlight
brightness settings (Dim > Normal > Bright)
• Press and hold to park and stow the camera; pan, tilt, or
press the home key to wake the camera
• Press twice to cycle through cameras (multi-camera systems
only)

76

6.6 Web browser interface
Web browser user interface overview
This chapter describes how to use a Web browser to communicate with and
configure your M100/M200-Series camera.
M100/M200-Series cameras are network devices that communicate over an
Ethernet network using Internet Protocol (IP). Using a Web browser, you can
view video, control the camera, and change camera configuration settings.
Note: Changes to configuration settings should only be made by someone
who has expertise with M100/M200 cameras and a thorough understanding
of how the settings affect the image. Haphazard changes can lead to
image problems including a complete loss of video.
You can use various types of IP-networked device to interact with the
camera’s Web interface (such as a laptop, PC, tablet, or smart phone).
The device must be connected to the same network as the camera (or
connected directly), and running a supported Web browser (Microsoft Internet
Explorer version 9, or the latest version of the Google Chrome or Mozilla
Firefox browsers).
Note: To communicate with and configure your M100/M200 camera using
a JCU-3 control unit or LightHouse™-powered Raymarine multifunction
display (MFD), refer to the documentation supplied with the JCU-3 or MFD.
Note: Initial setup of a JCU-3 unit is achieved via a Web interface. For
information on using a Web browser to communicate with and configure a
JCU-3, see the documentation supplied with the unit.

Setting up a network connection to the camera
The M100/M200 Series cameras support DHCP and UPnP to simplify the
process of finding the camera on a network, and connecting to it using
a web browser.
Note: The web browser must be running on a device that is on the
same network as the camera.
DHCP (Dynamic Host Control Protocol) is used to automatically assign IP
addresses and other important IP-network parameters to devices on a
network. The camera is set to use DHCP by default.
UPnP (Universal Plug and Play) is a protocol that helps the camera identify
itself to other network devices.
In most circumstances, you won’t need to get involved with detailed IP
network configuration for the camera. However, if necessary, the camera’s
configuration pages enable you to set IP-network parameters manually (see
Configuring the camera’s IP-network parameters manually).
Note: You should not attempt to set the camera’s IP-network parameters
manually unless you have previous experience with configuring IP networks.
To set up a network connection between your IP device (such as a laptop
or PC), and the camera:
1.
• If your system already includes a network switch (either a 3rd-party
switch, or a Raymarine HS5 switch, for example), connect both the
camera and the IP device that will run your web browser, to the switch
(see 4.4 Network connections for example network connections).
Then power-on the camera, network switch, and IP device.
• If you don’t have any existing networking hardware (such as a network
switch), connect the camera and IP device together directly (see
4.4 Network connections for example network connections). Then
power-on the camera, and IP device.
System operation and setup

77

2. Make sure that your IP device is:
a. configured to obtain an IP address automatically. For Windows 7,
8, and 10:
i.

Go to Control Panel, then Network and Sharing Center >
Change adapter settings.

ii.

Right-click the network connection corresponding to the wired
Ethernet connection on your IP device (often labelled “Local Area
Connection”) and select Properties

iii. Select the Networking tab.
iv. Under This connection uses the following items, select
Internet Protocol Version 4 (TCP/IPv4).
v.

Select Properties.

vi. Check that the option to Obtain an IP address automatically
is selected.
b. configured to detect UPnP devices. For Windows 7, 8, and 10:
i.

Go to Control Panel > Network and Sharing Center >
Advanced sharing settings

ii.

Check that the option to Turn on network discovery is selected.

3. The camera is automatically added to the list of devices located by your
IP device, and is named according to the camera part number, and serial
number (for example: E70353 1234). For Windows 7, 8, and 10, the
camera is listed in Windows Explorer under Network.
Note: Depending on your network configuration, it may take up to five
minutes for the camera to appear in the list of devices. If the camera
is not listed after five minutes, double-check that your IP address is
configured as described in step 2, then try renewing your IP device’s
IP address. For Windows 7, 8, and 10:
a. Go to Start > Run, then type “cmd” (without quotes), and click OK.
b. In the Command Prompt window that opens, type “ipconfig /release”
(without quotes), then press Enter.
c.

Type “ipconfig /renew” (without quotes), then press Enter.

d. Type “exit” (without quotes), then press Enter to close the window.
4. Under Network, double-click the camera item to open the camera’s web
page. To show more information about the camera, including its IP
address, right-click the camera item and select Properties.

78

Logging in to the Web browser user interface
You can log in to the camera’s Web interface using one of three User
Names: user, expert, or admin. By default, the passwords are: user,
expert, and fliradmin, respectively.
• The user login can access the Live Video page and control the camera.
• The expert login can access the Setup menus and make configuration
changes to the payloads and other components.
• The admin login can access the Maintenance menu and all the other
menus as well as change the login passwords.
You should change the default login passwords to prevent unauthorized log in.
Note: Only two web sessions can be active at once.
To log in:
1. Go to the camera’s web page by:
• entering the camera’s IP address directly into the address bar of your
web browser, OR
• double-clicking the camera in “My Network Places” (Windows XP) or
“Network” (later versions of Windows).
(See Setting up a netw ork connection
information.)

to the camer a for more

The login screen with a picture of the camera is displayed.

2. Select a different language if desired.
3. Enter user for User Name and user for Password, then click Log in.
The Live Video page is displayed.

System operation and setup

79

Live Video page
The Live Video page comprises a live image from the camera on the left
side of the page, and a virtual joystick and function buttons on the right.
Menu choices are available at the top of the screen, next to the FLIR logo.

The user login, can only access the Live Video page and controls, and a
limited selection of Configuration settings.
To change the password for the user login, click Configuration in the top
menu, then in the Basic User (user) section of the Configuration page,
select Allow change password.
Click Live Video to return to the Live Video page, and click user (next to
the Log out link). The Password change dialog is displayed.

A frame-rate selector at the lower-right of the page enables you to change
the rate at which video frames are displayed. This rate applies only to this
instance of the web browser. Video streams for other users are not affected.
80

At the top of the page, the Help menu shows software version information.
This page includes information about the camera, including hardware and
software revision numbers, part numbers, and serial numbers. Before
contacting FLIR Technical Support for assistance, make a note of the
information from this page.
Use the Log out link at the top of the page to disconnect from the camera
and stop the display of the video stream. If your web session is inactive for
more than 20 minutes, you will be logged out automatically.
In the lower left of the screen are two indicator lights: Control and Status.
Initially the Control light is off (black), indicating that you are not able to
control the camera.
When multiple users are connected to a camera, only one user at a time
can issue commands to the camera. If another user has control of the
camera, the Control light is yellow. To request control of the camera, click
on the yellow or black light, or by sending a command to the camera. The
Status light may turn off (black) temporarily, while waiting for a response
from the camera. There may be a slight delay responding to your inputs
while the browser waits for a response from the camera.
In addition, when you move the mouse cursor over the video display, pan &
tilt arrows, zoom buttons, and a snapshot button are shown.
The pan & tilt arrows and zoom buttons are shown at the lower-left of the
screen; the snapshot button is shown at the upper-right.

To save a still image from the video feed, click the snapshot button. The
video image at the moment the snapshot button is clicked, is created as
a JPEG (.jpg) file. Follow the browser prompts to save the image file; the
exact prompts depend on the browser you are using.
Note: M100-Series cameras support tilt movements only.

Control buttons
The control buttons on the right side of the page provide a way to control
the camera in a limited number of ways.
When you position your mouse cursor over a button, a tool tip is displayed.

System operation and setup

81

The following table describes the function of each button for
M100/M200-Series cameras.
Button

Description
Zoom In
Click and hold to zoom-in the thermal image.
The current zoom level (between x1.0 and x4.0)
is shown at the bottom-right of the thermal
image.
Zoom Out
Click and hold to zoom-out the thermal image.
The current zoom level (between x1.0 and x4.0)
is shown at the bottom-right of the thermal
image.
Home
Click and release to move the camera to its
home position.
Click and hold to set the current pan and tilt
position as the home position.
Toggle Palette
Cycle through four different look up table (LUT)
color palettes: WhiteHot, RedHot, Fusion, and
FireIce
Depending on the subjects viewed, one color
palette may be preferable to the others.

82

Button

Description
Toggle Scene Preset
Cycle through four different image presets: Day,
Night, Docking, and High Contrast. Each preset
adjusts the image brightness and contrast.
Depending on the time of day, weather, and
other conditions, you may find that one preset
produces a clearer thermal image than the
others.
Toggle Polarity
Switch the polarity of the image to change the
appearance of objects on-screen.
The available polarity options depend on the
currently selected color palette: WhiteHot /
BlackHot; RedHot / RedHot Inverse; Fusion /
Fusion Inverse; FireIce / FireIce Inverse
Toggle De-ice
Switch the camera’s de-ice heater on or off.
The button displays a red ON overlay when the
heater is operating.
IR NUC Calibration
Perform a Non-Uniformity Correction operation.
This can improve the quality of the thermal
video image.
Scan Position Presets
Display a numeric keypad.
Click a number to select an AutoScan
(Surveillance) preset position.
Click left-arrow or right-arrow to show the
previous or next sequence of preset buttons.
Click C to return to the main control buttons.

Toggle AutoScan (Surveillance) mode
Switch the camera into and out of AutoScan
(Surveillance) mode. While in AutoScan
(Surveillance) mode, the camera pans left and
right continuously.
Toggle AutoScan (Surveillance) width
Cycle through AutoScan (Surveillance) width
settings. This controls the range through
which the camera pans when in AutoScan
(Surveillance) mode.
Toggle AutoScan (Surveillance) speed
Cycle through AutoScan (Surveillance) speed
settings. This controls the speed at which the
camera pans when in AutoScan (Surveillance)
mode.

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83

Ball-down mode
You can configure the camera to account for a unit that is installed “ball
down” (that is, with the base fixings positioned above the camera lens). For
ball-down installations, the thermal image presented on displays is rotated
180 degrees, and pan and tilt controls are modified to account for the
inverted camera.
To configure ball-down mode:
1. From the camera’s Web interface, click Configuration on the top menu.
The Configuration page is displayed.
2. From the left-hand panel, click Devices.
The PT submenu is selected, and the PLAT panel is displayed.
3. From the Upside Down list, select Yes.
4. Click Save to confirm the change.
An information dialog confirms that the changes have been saved correctly.
5. Click Accept in the information dialog.
A message in the page footer indicates that you need to restart the
camera server before the changes will be effective.
6. To stop the server, click the green icon on the left side of the page footer.
An information dialog confirms that the server has stopped.
7. Click Accept in the information dialog.
8. To restart the server, click the black icon on the left side of the page
footer.
An information dialog confirms that the server is now running.
9. Click Accept in the information dialog.
The black icon reverts to green, and the camera is now configured for
ball-down operation.

84

Configuring JCU-3 user-programmable buttons (UPBs)
The JCU-3 keypad’s user-programmable buttons (UPBs) can be configured
using the camera’s Web interface.
You can assign a different action to each UPB (for example, “Park”, or
“DeIce”) on a per-camera basis.
Note: UPB mappings apply to individual cameras rather than to specific
JCU-3 keypads. This means that, if you are using a single JCU-3 keypad
to control two M100 / M200 Series cameras, UPB number 1 could be
configured to initiate a different action on each camera.
To configure JCU-3 user programmable buttons (UPBs) using the camera’s
Web interface:
1. From the camera’s Web interface, click Setup on the top menu.
The Setup page is displayed.
2. From the left-hand panel, click JCU.
The UPB Configuration panel is displayed.

3. From the UPB Button list, select the button you wish to configure.
4. From the UPB Action list, choose the camera action you wish to
associate with that UPB button.
5. Repeat steps 3 and 4 for each UPB you wish to configure.
6. Click Set to save the UPB Configuration.
The Live Video page is displayed.

System operation and setup

85

Configuring the camera’s IP-network parameters
manually
In some circumstances, you may need to configure the camera’s IP-network
parameters manually, rather than relying on automated configuration with
DHCP (the camera’s default setting).
For example, your network configuration may require the camera to use a
fixed IP address. This is the case if you are using the IP video decoder
supplied with system kits; refer to the documentation provided with the
IP video decoder.
Note: Unless you are specifically instructed in FLIR documentation, or have
previous experience of configuring IP networks, you should NOT attempt
to set the camera’s IP-network parameters manually. If you mis-configure
the IP-network parameters, your camera may stop working correctly or
become inaccessible on the network.
This procedure assumes that you have already established a network
connection, and can access the camera’s Web interface (see Setting up a
network connection to the camera). To configure the camera’s IP network
parameters manually:
1. In the Internet Explorer Browser, type the camera IP address into the
address bar.
The camera’s web interface is displayed
2. In the User Name box, type “expert”; in the Password box, type
“expert”, then click Log in.
The Live Video page is displayed.
3. In the top menu, click Configuration, then in the left-hand menu, click
Server > LAN Settings.
The camera’s network options are displayed.

4. Make any required changes to the IP-network parameters (“LAN Settings”).
The following example shows how to set a static IP address:
i. In the Interface: eth0 section of the page, from the IP Address
Mode list, select Static.
ii. Adjust the values for IP Address and Netmask as required for the
network your camera will be connected to. The remaining parameters
are not likely to require changes.
Note: Keep a record of the address shown in the IP Address box below
the IP Address Mode list. You will need this address to access the
camera’s configuration web interface in future.
5. At the bottom of the LAN Settings page, click Save.
An information dialog confirms that settings have been changed, and
that a network restart is required.
6. click Restart Network.
An information dialog confirms that the network has restarted, and that
you may need to enter a new IP address to regain access to the
camera’s Web interface.

86

Chapter 7: Maintenance
Chapter contents
•

7.1 Service and maintenance on page 88

•

7.2 Cleaning the thermal camera on page 89

Maintenance

87

7.1 Service and maintenance
This product contains no user serviceable components. Please refer all
maintenance and repair to authorized FLIR dealers. Unauthorized repair may
affect your warranty.

88

7.2 Cleaning the thermal camera
The camera housing and lens will require occasional cleaning. You should
clean the lens when image quality degradation is noticed or excessive
contaminant buildup is seen. Clean the interface between the yoke and base
often to prevent accumulation of debris or salt deposits.
When cleaning this product:
• Do NOT wipe the lens window with a dry cloth, or with abrasive materials
such as paper or scrub brushes, as this could scratch the coating.
• Do NOT use acid or ammonia based products.
• Do NOT pressure wash.
Particular care should be taken when cleaning the lens window, this has a
protective anti-reflective coating which may be damaged by improper cleaning.
1. Switch off the power to the unit.
2. Clean the camera body with a clean, soft cotton cloth. You can moisten
the cloth and use a mild detergent if required.
3. Clean the camera lens.
• Rinse the lens with fresh water to remove all dirt particles and salt
deposits, and allow to dry naturally.
• If any spots or smears remain, very gently wipe the lens window with
a clean microfibre cloth or soft cotton cloth.
• If necessary, use isopropyl alcohol (IPA) or a mild detergent to remove
any remaining spots or marks.

Maintenance

89

90

Chapter 8: System checks and troubleshooting
Chapter contents
•

8.1 Thermal camera troubleshooting on page 92

•

8.2 FLIR Maritime product support and servicing on page 94

System checks and troubleshooting

91

8.1 Thermal camera troubleshooting
Problems with the thermal camera and their possible causes and solutions
are described here.
Problem

Possible causes

Possible solutions

Video not
displayed.

Camera is in
Standby mode.

The camera will not display video
if it is in Standby mode. Use the
camera controls (either the thermal
camera application or JCU) to
“wake” the camera from standby.

Problem with
the thermal
camera network
connections.

• Check thermal camera network
cables (RayNet or Ethernet) are
sound and properly connected.

Problem with
• Check the power connections
power supply to
to the camera and JCU / PoE
the camera or JCU
injector (if used).
(if used as the
• Ensure that the power switch /
primary controller)
breaker is on.
• Check the fuse / breaker state.
Cannot control
thermal camera
from Raymarine
display or
keyboard.

Thermal camera
application is not
running.

Ensure the thermal camera
application is running on the
multifunction display (as opposed
to the video application which
does not have camera controls).

Erratic or
unresponsive
controls.

Network problem.

Check that the controller and
thermal camera are correctly
connected to the network. (Note:
This may be a direct connection or
via a Raymarine network switch.)
Check the status of the Raymarine
network switch.
Check that SeaTalkhs / RayNet
cables are free from damage.

Control conflict,
e.g. caused by
multiple users at
different stations.

Ensure that no other controllers
are in use at the same time.

Problem with the
controller.

Check power / network cabling
to the controller and PoE injector
(PoE only used with optional
Joystick Control Unit).
Check other controllers if available.
If other controllers are operating
this will eliminate the possibility of
a more fundamental camera fault.

92

Problem

Possible causes

Possible solutions

Image too dark or
too light.

Display brightness
is set too low.

Use the brightness controls at the
display to adjust accordingly.

The Scene Mode
is not appropriate
for the current
conditions.

A particular environment may
benefit from a different Scene
Mode setting. For example, a
very cold background (such as
the sky) could cause the camera
to use a wider temperature range
than appropriate. Use the SCENE
button.

Camera “Ball
down” setting is
incorrect.

Ensure that the Ball down setting
is set correctly.

Image is inverted
(upside down).

System checks and troubleshooting

93

8.2 FLIR Maritime product support and servicing
FLIR provides a comprehensive product support service, as well as warranty,
service, and repairs. You can access these services through the FLIR
website, telephone, and e-mail.
Product information
If you need to request service or support, please have the following
information to hand:
• Product name.
• Product identity.
• Serial number.
• Software application version.
• System diagrams.
You can obtain this product information using the menus within your product.
Servicing and warranty
FLIR offers dedicated service departments for warranty, service, and repairs.
Don’t forget to visit the FLIR website to register your product for extended
warranty benefits: http://customer.flir.com/Warranty/EndUserRegistration.
Region

Telephone

E-mail

United Kingdom
(UK), EMEA, and
Asia Pacific

+44 (0)1329
246 932

emea.service@flir.com

United States (US)

+1 (603) 324
7900

rm-usrepair@flir.com

Web support
On the FLIR website, please visit the “Marine” portal support area:
http://www.flir.com/marine/support
Telephone and e-mail support
Region

Telephone

E-mail

United Kingdom
(UK), EMEA, and
Asia Pacific

+44 (0)1329
246 777

maritimecamerasupport@flir.com

United States (US)

+1 (603)
324 7900
(Toll-free:
+800 539
5539)

support@flir.com

Australia and New
Zealand

+61 2 8977
0300

aus.support@flir.com
(FLIR Maritime subsidiary)

France

+33 (0)1 46
49 72 30

support.fr@flir.com
(FLIR Maritime subsidiary)

Germany

+49 (0)40
237 808 0

support.de@flir.com
(FLIR Maritime subsidiary)

Italy

+39 02 9945 support.it@flir.com
1001
(FLIR Maritime subsidiary)

Netherlands

+31 (0)26
3614 905

support.nl@flir.com
(FLIR Maritime subsidiary)

Sweden

+46 (0)317
633 670

support.se@flir.com
(FLIR Maritime subsidiary)

94

Region

Telephone

E-mail

Finland

+358 (0)207
619 937

support.fi@flir.com
(FLIR Maritime subsidiary)

Norway

+47 692 64
600

support.no@flir.com
(FLIR Maritime subsidiary)

Denmark

+45 437 164 support.dk@flir.com
64
(FLIR Maritime subsidiary)

System checks and troubleshooting

95

96

Chapter 9: Technical specification
Chapter contents
•

9.1 M100/M200 Series cameras on page 98

•

9.2 JCU-3 on page 99

Technical specification

97

9.1 M100/M200 Series cameras
Technical specification
Nominal supply voltage

12 or 24 V dc

Operating voltage range

-10% to +30% of nominal supply
range

Current

Peak 5.0 A

Power consumption

• 15 W typical
• 18 W maximum

Environmental

Installation environment
• Operating temperature: -25 °C to
+55 °C (-13 °F to 131 °F)
• Storage temperature: -30 °C to
+70 °C (-22 °F to 158 °F)
• Relative humidity: max 95%
• Waterproof to IPX6
• Wind: 100 mph (161 kph)
• Vibration: IEC 60945;
MIL-STD-810E
• Salt Mist: IEC60945

Electromagnetic compliance

EMI: IEC 60945

Dimensions

Camera:
• Base diameter: 161.1 mm (6.34
in.)
• Height: 229.3

mm (9.03 in.)

Camera attached to top-down riser:
• Base diameter (without seal):
188.0 mm (7.40 in.)
• Base diameter (with seal): 190.0
mm (7.48 in.)
• Height: 279.0

mm (10.98 in.)

Weight

2.7 kg (6.0 lb ) without top-down
riser; 3.0 kg (6.6 lb ) with top-down
riser

Pan / tilt

• 360° continuous pan (M200–Series
only)
• +110°/-90° tilt

Video

• Output: H264–encoded IP video
stream
• Video resolution: 640(H) x 512(V)
pixels
• Sensor resolution: 320(H) x 240(V)
pixels
• Field of view: 24 degrees
(horizontal); 18 degrees (vertical)

98

9.2 JCU-3
Technical specification
Power specification
PoE class

Class 1

Nominal supply
voltage

• PoE: 48 V dc

Operating voltage
range

• PoE: 44 V to 57 V dc

Power consumption

4 W Max with full keypad illumination

• Alternate power: 12 V / 24 V dc
• Alternate power: 9 V to 32 V dc

Environmental specification
Operating temperature -25 ºC to +55 ºC (-13 ºF to 131 ºF)
Storage temperature

-30 ºC to +70 ºC (-22 ºF to 158 ºF)

Relative humidity

Maximum 93%

Waterproof rating

IPx6 & IPx7

Wired connections
Network / PoE

1 x RayNet 10/100 Mb/s connector

Alternate power

1 x Power connector (SeaTalkng® style
connector)

Technical specification

99

100

Chapter 10: Spares and accessories
Chapter contents
•

10.1 M100/M200 Series camera accessories on page 102

•

10.2 Keypad spares and accessories on page 103

•

10.3 Network hardware on page 104

•

10.4 RayNet to RJ45 adapter cables on page 106

•

10.5 RayNet to RayNet cables and connectors on page 108

Spares and accessories

101

10.1 M100/M200 Series camera accessories
Accessories
Item

Part number

Right-angled single keyway power
cable, 10 m (32.8 ft)

A80511

Right-angled RayNet cable, 10 m
(32.8 ft)

A80512

RayNet adapter cable, 100 mm (3.9
in)

A80513

Top-down riser for M100/M200
Series cameras

A80509

JCU-3 remote control unit (with
portrait and landscape keypad mats)

A80510

102

10.2 Keypad spares and accessories
Spares
Item

Part number

Portrait keypad mat spare

R70557

Landscape keypad mat spare

R70558

Accessories
Item

Part number

Right angled 2 m (6.6 ft) power
cable

A06070

Straight 2 m (6.6 ft) power cable

A06049

Spares and accessories

103

10.3 Network hardware
Item

Part number

Notes

HS5 RayNet network
switch

A80007

5–port switch for network
connection of multiple devices
featuring RayNet connectors.
Equipment with RJ45 SeaTalkhs
connectors can also be
connected using suitable
adapter cables.

RJ45 SeaTalkhs network E55058
switch

8–port switch for network
connection of multiple SeaTalkhs
devices featuring RJ45
connectors.

RJ45 SeaTalkhs
crossover coupler

E55060

• Enables direct connection
of RJ45 SeaTalkhs devices
to smaller systems where a
switch is not required.
• Enables the connection of
RJ45 SeaTalkhs devices to a
HS5 RayNet network switch
(in conjunction with suitable
adapter cables).
• Enables 2 RJ45 SeaTalkhs
cables to be connected
together to extend the length
of the cabling.
Recommended for internal
installations.
Important: Do NOT use
crossover devices for POE
(Power Over Ethernet)
connections.

Ethernet RJ45 coupler

R32142

• Enables direct connection
of RJ45 SeaTalkhs devices
to smaller systems where a
switch is not required.
• Enables the connection of
RJ45 SeaTalkhs devices to a
HS5 RayNet network switch
(in conjunction with suitable
adapter cables).
• Enables 2 RJ45 SeaTalkhs
cables to be connected
together to extend the length
of the cabling.
Recommended for external
installations.

104

Network cable connector types
There are 2 types of network cable connector — RayNet, and RJ45
SeaTalkhs.
RJ45 SeaTalkhs connector.
RayNet connector.

Spares and accessories

105

10.4 RayNet to RJ45 adapter cables

1

Description

Typical use

Adapter cable with
a RayNet (female)
socket on one end,
and a waterproof
(female) socket
on the other end
accepting the following
cables with an RJ45
SeaTalkhs waterproof
locking (male) plug:

A typical use for this adapter
cable is to connect a DSM300
sonar module to a LightHouse
MFD, using all-waterproof cable
connections. This adapter cable
will also accept the following RJ45
SeaTalkhs cables, although the
RJ45 plug that connects at the
equipment end (e.g. DSM300) will
NOT be waterproof:

• A62245 (1.5 m).

• E55049 (1.5 m).

• A62246 (15 m).

• E55050 (5 m).

Quantity
1

• E55051 (10 m).
• A62135 (15 m).
• E55052 (20 m).
2

Adapter cable with
a RayNet (female)
socket on one end,
and a waterproof
(female) RJ45 socket
on the other end,
along with a locking
gland for a watertight
fit.

Directly connect a Raymarine radar
scanner with an RJ45 SeaTalkhs
(male) cable to a RayNet network
switch (e.g. HS5) or LightHouse
MFD.

1

3

Adapter cable with a
RayNet (male) plug
on one end, and
an RJ45 SeaTalkhs
waterproof (male) plug
on the other end.

Connect a legacy G-Series
GPM-400, C-Series Widescreen or
E-Series Widescreen MFD to a
Raymarine radar scanner supplied
with a RayNet power / data cable.

1

106

Quantity

Description

Typical use

4

Adapter cable with
a RayNet (female)
socket on one
end, and an RJ45
SeaTalkhs waterproof
(male) plug on the
other end.

Connect a legacy G-Series
GPM-400, C-Series Widescreen or
E-Series Widescreen MFD to a
RayNet network switch (e.g. the
HS5).

5

Adapter cable with
a RayNet (female)
socket on one
end, and an RJ45
SeaTalkhs (female)
socket on the other
end.

1
Connect a LightHouse MFD to
a legacy SR6 switch / weather
receiver or a legacy 8–port
SeaTalkhs network switch. Another
common use for the cable is in
conjunction with a crossover coupler
(E55060 or R32142) to connect
Raymarine products with an RJ45
connection (e.g. radar scanner,
thermal camera or DSM300) to
a LightHouse MFD or RayNet
network switch (e.g. the HS5).

Spares and accessories

1

107

10.5 RayNet to RayNet cables and connectors

Quantity

Description

Typical use

1

Standard RayNet
connection cable with
a RayNet (female)
socket on both ends.

Suitable for connecting all RayNet 1
equipment directly to LightHouse
multifunction displays featuring a
RayNet connector. Can also be
used to connect RayNet equipment
via a RayNet network switch (e.g.
HS5).

2

RayNet cable puller
(5 pack).

These “handles” securely attach
to the twist-lock on RayNet
cables, enabling you to pull the
cables through conduits and other
obstacles.

3

RayNet to RayNet
right-angle coupler /
adapter.

1
Suitable for connecting RayNet
cables at 90° (right angle) to
devices, for installations where
space is limited. For example,
use this adapter to connect a
RayNet cable to a multifunction
display when there is not enough
space behind the display for the
usual cable bend radius required
by a standard RayNet cable. This
adapter features a RayNet (female)
socket at one end, and a RayNet
(male) plug at the other end.

4

Adapter cable with a
RayNet (male) plug
on both ends.

Suitable for joining (female) RayNet 1
cables together for longer cable
runs.

108

5

Index

Surface mounting.................................................. 64

A

T

Accessories ................................................. 102–103

Technical support.................................................. 94
Temperature range................................................ 99

B
Box contents, See Parts supplied

C
Cable bend radius................................................ 40
Cable protection ............................................. 40–41
Cable routing ........................................................ 40
Compass safe distance ....................................... 32
Connecting cables ................................................ 42
Contact details...................................................... 94

E
Electromagnetic Compatibility .............................. 12
EMC, See Electromagnetic Compatibility
Environmental specification .................................. 99

F
Flush mounting ..................................................... 63

I
Interference ........................................................... 32
See also Compass safe distance

K
Keypad mat fitting ................................................ 64
keypad mat removal............................................. 62

M
Maintenance ................................................... 10, 88

P
Parts supplied ................................................. 27–28
PoE specification .................................................. 99
Power consumption .............................................. 99
Power specification ............................................... 99
Product dimensions ........................................ 36–37
Product support .................................................... 94

S
Securing cables .................................................... 40
Service Center ...................................................... 94
Servicing......................................................... 10, 88
Sharing a breaker................................................. 46
Spares ......................................................... 102–103
Strain relief, See Cable protection

W
Warranty ................................................................ 94
Water ingress........................................................ 99

FLIR Systems, Inc.
Corporate Headquarters
FLIR Systems, Inc.
27700A SW Parkway Ave. Wilsonville, OR 97070, USA
PH: + 1 503 498 3547 | PH: + 1 877 773 3547 | FX: + 1 503 498 3153

www.flir.com/marine
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