Sailmon E4 User manual

SAILMON
Installation Manual version 3.0
October 2017
SAILMON
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Index
Disclaimer 4
Introduction 8
System introduction 8
Sailmon system example 9
Chapter 1 11
1.1 Product overview 11
1.1.1 Functionality 11
1.1.2 Instrument Integration 12
1.1.3 Software 12
1.1.4 Connectivity 12
1.2 Hardware specifications 13
1.2.1 Power consumption 13
1.2.2 Internal components 13
1.2.3 Dimensions 13
1.2.4 E4 port connections 14
1.2.5 LED Status 15
1.3.0 Sensor connecting 15
1.3.2 System architecture 17
1.4 E4 installation 20
1.4.1 Network installation 21
1.4.2 Sailmon Network 24
Chapter 2 27
2.1 Software 27
2.1.1 Software download 27
2.1.2 Minimum system requirements 27
2.2 Using software to connect to E4 28
Chapter 3 29
3.1 Displays 29
3.1.1 product overview 29
3.1.2 Mounting 29
3.1.3 Technical specifications 30
Chapter 4 32
4.1 Sailmon components 32
4.1.1 Snet connector 32
4.1.2 SAILethernet 33
4.1.3 Mounting 34
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4.1.4 Windbox 35
Operation 36
4.1.5 LinearBox 37
Installation 37
4.1.6 Loadcell Box 39
Chapter 5 41
5.1 system set ups 41
5.1.1 B&G 41
5.1.3 Raymarine 43
5.1.4 Nexus 44
5.2 Troubleshooting 45
5.2.1 NMEA 2000 45
5.2.2 NMEA 2000 details 46
FAQ. 47
General 47
Fastnet 48
No Network detected 49
Windbox 50
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Disclaimer
The owner of Sailmon products is responsible for installing and using the instruments in a
way that will not cause any accidents, personal injury or property damage. It is the user’s
obligation and responsibility to comply with the standards of safe boat handling.
Sailmon B.V. disclaims all liabilities for any use of this product in a way that may cause
accidents, damage or that may violate the law.
Sailmon are an aid to navigation but do not replace conventional navigation. It is the owner's
responsibility to practice safe boating practices and navigation. All precautions should be
taken to ensure the yacht is not placed in any danger.
Calibrating the Sailmon system is an electronic aid and is designed to assist in navigation
and reading measurement values. Incorrect calibration can lead to false and inaccurate
readings placing the yacht into possible danger.
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About this Manual
As Sailmon is continuously improving their products, we retain the right to make
changes to our products at any time which may not be reflected in this version of the
manual.
This manual is exclusively for the installation of Sailmon products. We will
not be responsible for any faulty installation. In this manual we assume that
the Installer has basic knowledge of DC electrical systems, wiring and
common installation practices.
If in doubt always ask SAILMON or your dealer for assistance.
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LIABILITY AND SAFETY WARNINGS
It is the user’s responsibility to ensure that under all circumstances the equipment is used for
the purposes for which it has been designed.
Electrical Hazard:
Using the equipment enlarges the possibility of electrocution. Contact with high voltages may
result in injury and/or loss of life.
Calibration:
Accurate and correct calibration is of paramount importance for a safe use of the equipment.
The yacht may be placed in danger when incorrect calibration of the equipment has
occurred.
Operational:
Sailmon systems are designed for assistance during navigation proceedings. It is not
designed to replace conventional navigation procedures. Precautions should be taken to
avoid placing the yacht/boat into danger
Sailmon systems are capable of running on power sources up to 30VDC. A higher or
different power supply can and will lead to permanent damage to the system and equipment.
NMEA 2000 equipment is designed for use with a power supply source of 12VDC. The
application of any other power supply may result in permanent damage to the NMEA 2000
equipment.
Caution: Display Installation
Displays installed into locations manufactured from conductive materials (e.g. Steel, Carbon
Fibre etc.) should be insulated from the structure to prevent damage to the casings as a
result of the effects of electrolysis.
Caution: Processor Installation
All Sailmon processors should be installed below decks in a dry location protected from
water and moisture.
Power Off Disclaimer
When in standby mode, the E4 still consumes a little power. If you leave it for too long
without shore power, it could drain the battery.
Caution: Cleaning
When cleaning this product:
● Use a clean soft dry cloth to wipe the screens and ideally use isopropyl alcohol (IPA)
for removing oil based pollution.
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● Do NOT wipe the display screen with a dirty or rough cloth, as this could scratch the
screen coating.
● Do NOT use abrasive, acid or ammonia based products.
● Do NOT use a jet wash.
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Introduction
System introduction
Sailmon system provides a whole new look to yachting electronics for a wide range of
vessels, from top end racing yachts to weekend cruisers. Sailmon products are developed to
bring, combine and view all data on board, anywhere, anytime.
The heart of the Sailmon network is the E4 processor. This small but powerful central
processor unit provides all the navigation information that is needed. With more than six data
compatibilities, it is the smartest and most advanced CPU on the market. Powered with
either 12 or 24VDC it is possible to install the E4 nearly anywhere on board. With the use of
WiFi, data is accessible everywhere.
The sunlight viewable displays enable all data to be selected and displayed at all locations.
Using the standard 100BASE-TX fast Ethernet communication network, all displays can be
connected to one E4 processor. Sailmon displays use our proprietary S-NET cable and
connector system, which contain power and data wiring, made from waterproof components
to survive the harsh conditions found at sea. Power and ethernet is combined in our
dedicated SAILethernet.
To complete your system, sensors from any manufacturer can be added using our
interfacing boxes, including load cell, wind instruments, through hull transducers and linear
inputs. You can also use existing sensors when you upgrade to the E4
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Sailmon system example
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1
Mast head unit
2
Windbox, translates MHU to NMEA 2000
3
GH2183 Airmar compass
4
SAILlethernet box, converts Ethernet & power into Snet for displays
5
Circuit breaker, For system protection
6
Sailmon model X displays, Landscape
7
Model E4 processor
8
Actisense DST - 2. Analogue transducer converter
9
Analogue Depth - and Speed transducer
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Chapter 1
1.1 Product overview
The Sailmon model E4 processor will provide your vessel with the possibility to view all your
data everywhere on board. Combining sailing data with advanced racing technology, the
processor enables you to configure, calibrate and view your boat data everywhere. This way,
when installed in either an existing system or working on its own, the processor will connect
to different data protocols and stream all data to our wired display or any smart device using
our USB wifi dongle or on board access point.
Due to its number of data ports, the E4 can be connected to almost any network or can be
set up as a standalone CPU to run your Sailmon equipment.
The Sailmon E4 processor will work as a high end calibration system for different vessels.
The E4 provides the following capabilities:
1.1.1 Functionality
● To receive raw data from a wide range of sensors such as wind, boat speed,
compass and mast rotation,
● Provide very sophisticated multidimensional calibration of data.
● Produce calibrated and derived data such as: True Wind Speed & Angle, calibrated
Apparent Wind Speed & Angle, calibrated Boat Speed, derived tidal information and
drift.
● To (re)publish sensor-calibrated and derived data on the various networks
● To calculate values based on the data and your polars such as Target Speed or
performance ratio.
● To receive and re publish data from other applications. For example, to publish
Bearing & Distance To Waypoint (BTP & DTP) from tactical racing software on NMEA
interfaces.
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1.1.2 Instrument Integration
The E4 system can use a wide range of sensors based on NMEA, B&G, Nexus or
Raymarine protocols. Sailmon can provide support for various other sensors via optional
Sailmon boxes such as WindBox, LoadcellBox and LinearBox. The Sailmon E4 system is
very flexible:
● It supports various interfaces for existing hardware on board such as B&G,
Raymarine and other sensors or hardware
● It can even support and bridge different legacy networks simultaneously and upgrade
their capabilities.
● It allows the re use of old system displays from many manufactures, so no need to
replace them. For example, Garmin GNX, B&G Fastnet or Sailmon model X and VII
can be connected to the system.
1.1.3 Software
Many other applications interface with E4 via Ethernet. Expedition, Adrena and Deckmann all
can be combined into the Sailmon system. Besides this, Sailmon offers E4 users the
following software functionality:
• NavDesk on PC (Windows) or Tablet (IOS, Android) for system control
• Screen view to enable a tablet or PC to act as Sailmon Display
• Crew View on mobile / tablet (IOS, Android) to act as a preset display.
1.1.4 Connectivity
Protocols that can be connected:
● NMEA 2000
● NMEA 0183
● Seatalk
● Fastned
● Ethernet
● Nexus FDX
● USB
The Sailmon instruments communicate using standard 100Mbps ethernet allowing for fast
and flexible integration. Each device is a DHCP client which allows our system to be
integrated in the yachts network. All system control is done using our Navdesk application.
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1.2 Hardware specifications
1.2.1 Power consumption
The E4 will draw a maximum of 3 Watts at 12v. The E4 can be powered up to 30V Max.
1.2.2 Internal components
The E4 is powered by a A9 dual core processor.
1.2.3 Dimensions
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1.2.4 E4 port connections
Figure
1.1
USB / Wifi
For connecting USB WIFI Adaptor, to
connect smart devices
Ethernet
Links laptop with Sailmon software or ship's
network via a wired connection
NMEA 2000
Connection for N2K backbone network
Port II
Connection between Sailmon and NMEA
0183 and Fastnet network
Port I
Connection for Seatalk 1 and analogue
transducers
Power
12 / 24 VDC input
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1.2.5 LED Status
On top of the E4, several blue LED lights are visible. LED’s indicate sensors connection and
correct operation. When connecting NMEA 2000 it can take slightly longer for the blue LED
to show up due to NMEA 2000 protocol .
1.3.0 Sensor connecting
Port 1 & 2 are set in a default mode when the E4 is delivered to NMEA 0183 . Each model
E4 port must be set during commissioning using the Sailmon tool. Connect a PC to the E4
for setting the correct port option before connecting the cable to the port.
Port I/O and II/O
Both ports can be used for connecting several different protocols, only one protocol can
be used at a time per port. You can set up which protocol to use with the Sailmon tool
NMEA 0183
The NMEA 0183 protocol can be used in both regular (4800bps) and high speed
(38400bps).
If you require more than one NMEA 0183 input you will need a NMEA multiplexer.
Please contact Sailmon support if you need any assistance.
Wiring:
PORT O/I
● NMEA 0183 / NMEA 0138 HS
● Seatalk
● NEXUS FDX
PIN #
Supplied cable
Colour
NMEA
0183
NMEA
0183
HS
SeaTalk
RX
only
Nexus
FDX
1
Red
NMEA
in
+
RxD
/
D9
pin
2
2
Blue
NMEA
out
+
TxD
/
D9
pin
3
3
Green
NMEA
out-
4
Yellow
12V
(red)
5
White
Data
(Yellow)
6
Black
NMEA
in
+
GND
(Black)
GND
/D9
pin
5
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Note: No power output supplied in connector
PORT O/II
● NMEA 0183 / NMEA 0183 HS
● B&G Fastnet
PIN #
Supplied Cable
Colour
NMEA 0183
NMEA 0183 HS
B&G Fastnet
1
Red
NMEA in +
2
Blue
NMEA out +
3
Green
Bridge to pin 4
4
Yellow
Bridge to pin 3
5
White
Fastnet Red
6
Brown
Fastnet White
7
Purple
Fastnet Green
8
Black
NMEA in / out -
Fastnet Blk
Note: No power output supplied in connector
NMEA 2000:
Connect a NMEA 2000 drop cable with a standard female NMEA 2000 connector to the E4.
The port is a NMEA 2000 node and does not power the bus.
Note: never connect the NMEA 2000 backbone power cable to a 24V.
Fastnet:
Connect Fastnet sensors and networks through port II on your E4 using the 8 pin NMEA
cable E4 data will be mapped to the custom channels on the B&G display
Seatalk
Seatalk 1 can be connected through port I on the E4 using the 6 pin NMEA cable
Seatalk NG can be connected with the use of a Seatalk NG to NMEA 2000 cable
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Nexus:
Use a Garmin GND10 unit to connect Nexus equipment the GND10 will then connect
direclt to the NMEA2000 bus and in turn to the E4
Garmin:
Garmin display and equipment will connect directly to the NEMA2000 bus, E4 data will
be avalable in the custom channels list as defined in Navdesk
1.3.2 System architecture
The system architecture varies in practice on each boat. It is very important to have a clear
overview of the architecture in which the E4 system is placed. Below are examples of
possible architectures showing how Sailmon is implemented.
Standalone Processor tablet display:
Image
1.2
Example
of
stand
alone
installation
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Requirements:
For setting up the architecture in image 1.2 the following is required:
● Model E4 processor
● Sailmon Windbox
● NMEA 2000 GPS
● NMEA 2000 Speed depth TX (optioninal)
● TP - Link USB dongle
● minimum of 2 extra NMEA 2000 T – pieces
● Tablet or PC for system setup and system displays
Standalone with Sailmon X7 or X10 display:
A Sailmon display can be connected using the SAILethernet and the ethernet port of the E4.
The USB wifi adapter is still used, with a PC or Tablet used to configure the displays though
navdesk.
Sailmon displays can easily be connected to each other using the daisy chain that is
provided, please note that:
- A maximum of two displays can be connected to a single 12V supply
- A maximum of four displays can be connected to a 24V single supply
Image
1.3
Example
of
standard
Sailmon
setup
with
display
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Requirements:
For setting up the architecture in image 1.3, the following is required
● Model E4 processor
● SailmonWindBox
● SAILethernet
● Ethernet cable
● NMEA 2000 GPS
● NMEA 2000 Speed depth TX (optional)
● TP - Link USB dongle
● Two extra NMEA 2000 pieces
More information about Sailmon displays can be found in chapter 3
Sailmon E4 processor and display upgrade / integration:
Image
1.3
Example
of
Sailmon
E4
integration
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System Details:
● E4 integration into the boats new or existing system with the use of Sailmon Linear
Boxes, Sailmon Loadcell Boxes and NMEA 0183 multiplexer units.
● E4 ports 1 & 2 are configured and connected to different data protocols to enable
endless sensor configuration.
● A on board network is used to connect the E4 , displays and access point (4G unit
used to enable remote access) smart devices can again be used as extra displays.
● Again E4 and display configured and calibrated through a pc or tablet running nav
desk
1.4 E4 installation
Warning: Before starting the installation, make sure all electrical power is switched
off, the power supply is suited for the desired installation and the right cabling is
being used.
Make sure the E4 is mounted in a dry and well ventilated area., the E4 is not designed to be
watertight and should therefore not be in contact with water. Securely mount the E4 in the
desired location and mount with four screws.
The E4 has no orientation components so it is possible to mount the processor in any angle.
However, it is recommended to place the E4 with its connection ports downwards.
Connect data connections using image 1.2. Be sure to observe connector keyway alignment.
A bad connection will lead to data loss and the system under performing.
Ensure cables are suitably supported and are located where they will not become damaged
in any way. Consider cable protection in exposed cable runs.
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