FURUNO SC-70 Satellite Compass Instruction Manual
- June 1, 2024
- FURUNO
Table of Contents
FURUNO SC-70 Satellite Compass
Specifications
- Model: SC-70
- Manufacturer: FURUNO
- Website: www.furuno.com
- Address: 9-52 Ashihara-cho, Nishinomiya, 662-8580, JAPAN
- Pub. No.: OME-72820-Q2 (MENA) SC-70/SC-130
- Release Date: JAN. 2017 Q2: NOV. 09, 2023
Product Usage Instructions
Safety Instructions:
- DANGER: Indicates a potentially hazardous situation which, if not avoided, will result in death or serious injury.
- WARNING: Indicates a potentially hazardous situation which, if not avoided, could result in death or serious injury.
- CAUTION: Indicates a potentially hazardous situation which, if not avoided, can result in minor or moderate injury.
Safety Instructions for the Installer:
- WARNING: Turn off the power at the mains switchboard before beginning the installation to prevent fire, electrical shock, or serious injury.
- ELECTRICAL SHOCK HAZARD: Do not open the equipment unless totally familiar with electrical circuits and service manual. Only qualified personnel should work inside the equipment.
- CAUTION: Ground the equipment to prevent electrical shock and mutual interference.
Compass Distances:
Observe the following safe compass distances to prevent interference to a magnetic compass.
FAQs
- How do I dispose of the product?
- Discard the product according to local regulations for industrial waste disposal. For disposal in the USA, refer to the Electronics Industries Alliance website for correct methods.
- What should I do with a used battery in the product?
- If the product has a battery, tape the + and – terminals before disposal to prevent fire or heat generation due to short circuits. Follow national legislation for battery disposal.
- What are the safety symbols used in the manual?
- The manual uses symbols like DANGER, WARNING, and CAUTION to indicate different levels of potential hazards.
“`
OPERATOR’S MANUAL
SATELLITE COMPASS
SC-70
Model
SC-130
www.furuno.com
9-52 Ashihara-cho, Nishinomiya, 662-8580, JAPAN
FURUNO Authorized Distributor/Dealer
All rights reserved.
Printed in Japan
Pub. No. OME-72820-Q2 (MENA ) SC-70/SC-130
A : JAN . 2017 Q2 : NOV . 09, 2023
0 0 0 1 9 8 9 8 3 1 4
IMPORTANT NOTICES
General
· This manual has been authored with simplified grammar, to meet the needs of
international users. · The operator of this equipment must read and follow the
instructions in this manual. Wrong oper-
ation or maintenance can void the warranty or cause injury. · Do not copy any
part of this manual without written permission from FURUNO. · If this manual
is lost or worn, contact your dealer about replacement. · The contents of this
manual and the equipment specifications can change without notice. · The
example screens (or illustrations) shown in this manual can be different from
the screens you
see on your display. The screens you see depend on your system configuration
and equipment settings. · Save this manual for future reference. · Any
modification of the equipment (including software) by persons not authorized
by FURUNO will void the warranty. · The following concern acts as our importer
in Europe, as defined in DECISION No 768/2008/EC. – Name: FURUNO EUROPE B.V. –
Address: Siriusstraat 86, 5015 BT, Tilburg, The Netherlands · The following
concern acts as our importer in UK, as defined in SI 2016/1025 as amended SI
2019/ 470. – Name: FURUNO (UK) LTD. – Address: West Building Penner Road
Havant Hampshire PO9 1QY, U.K. · All brand, product names, trademarks,
registered trademarks, and service marks belong to their respective holders.
How to discard this product
Discard this product according to local regulations for the disposal of
industrial waste. For disposal in the USA, see the homepage of the Electronics
Industries Alliance (http://www.eiae.org/) for the correct method of disposal.
How to discard a used battery
Some FURUNO products have a battery(ies). To see if your product has a battery, see the chapter on Maintenance. If a battery is used, tape the + and – terminals of the battery before disposal to prevent fire, heat generation caused by short circuit.
In the European Union
The crossed-out trash can symbol indicates that all types of batteries
must not be discarded in standard trash, or at a trash site. Take the
used batteries to a battery collection site according to your national
legislation and the Batteries Directive 2006/66/EU.
Cd
In the USA The Mobius loop symbol (three chasing arrows) indicates that Ni-Cd and lead-acid rechargeable batteries must be recycled. Take the used batteries to a battery collection site according to local laws.
Ni-Cd
Pb
In the other countries There are no international standards for the battery recycle symbol. The number of symbols can increase when the other countries make their own recycle symbols in the future.
i
SAFETY INSTRUCTIONS
The operator and installer must read the applicable safety instructions before attempting to operate or install the equipment. Failure to comply with these safety instruction may cause injury, loss of life or damage to the equipment.
DANGER
Indicates a potentially hazardous situation which, if not avoided, will result in death or serious injury.
WARNING Indicates a potentially hazardous situation which, if not avoided, could result in death or serious injury.
CAUTION
Indicates a potentially hazardous situation which, if not avoided, can result in minor or moderate injury.
Warning, Caution
Prohibitive Action
Mandatory Action
Safety instructions for the installer
WARNING
Turn off the power at the mains switchboard before beginning the installation.
Fire, electrical shock or serious injury can result if the power is left on or
is applied while the equipment is being installed.
ELECTRICAL SHOCK HAZARD Do not open the equipment unless totally familiar with
electrical circuits and service manual. Only qualified personnel should work
inside the equipment.
Use the specified power cable.
Fire can result if an incorrect cable is used.
Do not disassemble or modify the equipment. Fire, electrical shock or serious
injury can occur.
Do not install the equipment where it may get wet from rain or water splash.
Water in the equipment can cause fire, electrical shock or damage to the
equipment.
CAUTION
Ground the equipment to prevent electrical shock and mutual interference.
Observe the following safe compass distances to prevent interference to a magnetic compass:
Display Unit SC-702
Junction Box SC-701 Antenna Unit SC-703
Antenna Unit SC-1303
Remote Display Unit RD-50
Remote Display Unit RD-20
AC/DC Power Supply PR-240
AC/DC Power Supply PR-241
Standard compass
0.50 m
1.35 m 0.40 m 0.30 m 0.45 m 1.25 m 0.90 m 0.85 m
Steering compass
0.30 m
0.85 m 0.30 m 0.30 m 0.30 m 0.80 m 0.60 m 0.55 m
ii
SAFETY INSTRUCTIONS
Safety instructions for the operator
WARNING
ELECTRICAL SHOCK HAZARD Do not open the equipment unless totally familiar with
electrical circuits and service manual.
Only qualified personnel should work inside the equipment.
Do not disassemble or modify the equipment.
Fire, electrical shock or serious injury can occur.
Turn off the power immediately if water leaks into the equipment or smoke or
fire is coming from the equipment.
Failure to turn off the equipment can cause fire or electrical shock. Contact
a FURUNO agent for service.
Use the correct fuse.
A wrong fuse can cause fire or serious damage to the equipment.
CAUTION
No single navigation aid (including this unit) should ever be relied upon as
the exclusive means for navigating your vessel.
The navigator is responsible for checking all aids available to confirm his
position. Electronic aids are intended to assist, not replace, the navigator.
WARNING LABEL A warning label is attached to the Junction Box (SC-701). Do not remove the label. If the label is missing or damaged, contact a FURUNO agent or dealer about replacement.
WARNING
To avoid electrical shock, do not Unit: Junction Box (SC701)
remove cover. No user-serviceable parts inside.
Name: Warning Label (1)
Type: 86-003-1011-3
CodeNo.: 100-263-233-10
About the TFT LCD
The TFT LCD is constructed using the latest LCD techniques, and displays
99.99% of its pixels. The remaining 0.01% of the pixels may drop out or blink,
however this is not an indication of malfunction.
FOREWORD
A Word to the Owner of the SC-70/SC-130
FURUNO Electric Company thanks you for purchasing the FURUNO SC-70 or SC-130
Satellite CompassTM. We are confident you will discover why the FURUNO name
has become synonymous with quality and reliability. Since 1948, FURUNO
Electric Company has enjoyed an enviable reputation for quality and
reliability throughout the world. This dedication to excellence is furthered
by our extensive global network of agents and dealers.
Your equipment is designed and constructed to meet the rigorous demands of the
marine environment. However, no machine can perform its intended function
unless properly operated and maintained. Please carefully read and follow the
operation and maintenance procedures in this manual. We would appreciate
feedback from you, the end-user, about whether we are achieving our purposes.
Thank you for considering and purchasing FURUNO.
Features
The SC-70/SC-130 is a new Satellite CompassTM designed with FURUNO advanced
GPS kinematic technology. This compass has a wide range of applications for
both land and sea vessels. The main features are:
· Meets the requirement for the following regulations: IMO MSC. 116(73), ISO
22090 Ed 2.0, IMO A. 694(17), IEC 60945, ISO 22090 Ed 2.0, IEC 61108-1 Ed 2.0,
ISO 20672 Ed 1.0, IEC 619231 Ed 1.0, IEC 61923-2 Ed 1.0, IEC 61162-1 Ed 5.0,
IEC 61162-2 Ed 1.0, IEC 61162-450 Ed 2.0, IEC 62288 Ed 2.0, IEC 62923-1, IEC
62923-2.
· Can output speed for any set location, allowing monitoring of bow and stern
berthing speeds without the use of optional equipment.
· Perfect for use as a heading sensor for RADAR/ARPA, AIS, ECDIS and scanning
SONARs. · There are no mechanical parts such as gimbals or a rotating motor,
thus the compass is free
from routine maintenance. · Geomagnetism does not affect the compass
performance, making it usable on any vessel. · No need for speed correction,
unlike a gyrocompass. · Short setting time · Easily integrated into existing
ship-board network via Ethernet. · Remote Maintenance Service (RMS) ready,
allowing hassle-free assistance when in port. · Can be connected using
existing antenna cabling (SC-50/60/110/120 only) by adding the op-
tional conversion kit. Note that existing antennas units must be replaced.
(Non-IMO type only) · Uses multiple satellite types, eliminating the problem
of not having enough satellites visible.
(Non-IMO type only.)
vii
FOREWORD
Software used in this product
This product includes software to be licensed under the GNU General Public
License (GPL) version 2.0, GNU Lesser General Public Software License (LGPL)
version 2.0, Apache, BSD and others. The program(s) is/are free software(s),
and you can copy it and/or redistribute it and/or modify it under the terms of
the GPL version 2.0 or LGPL version 2.0 as published by the Free Software
Foundation. Please access to the following URL if you need source codes:
https://www.furuno.co.jp/en/contact/cnt_oss_e01.html
CE/UKCA declaration
With regards to CE/UKCA declarations, please refer to our website
(www.furuno.com), for further information about RoHS conformity declarations.
Disclosure of Information about China RoHS
With regards to China RoHS information for our products, please refer to our
website (www.furuno.com).
Program numbers
Unit & PC Board Antenna Unit
Junction box Display Unit Remote Display Unit RD-50
Remote Display Unit RD-20
*: “xx” denotes version number.
PCB/Application MAIN GNSS MAIN MAIN Starter Booter Main Starter Booter Main
Program No.* 2051570-02.xx 48505230xx 2051562-02.xx 2051566-02.xx 2651006-01.xx 2651007-01.xx 2651008-01.xx 2651003-01.xx 2651004-01.xx 2651005-01.xx
viii
SYSTEM CONFIGURATION
Antenna Unit SC-703
Select one
Antenna Unit SC-1303
Display Unit SC-702
LAN cable*
*: For configurations using the optional LAN conversion kit, the existing LAN cable is used.
Remote Display RD-50 RD-20
12 to 24 VDC
Junction Box
SC-701
Navigational Equipment (IEC61162-1)
AIS (IEC61162-2)
AD-10
12 to 24 VDC AC/DC Power Supply Unit PR-240/PR-241
100/115/220/230 VAC 1ø, 50/60 Hz
Environmental categories: Antenna units: Exposed to the weather. Other units:
Protected from the weather.
NMEA2000 Networked Equipment
Alert Management System (AMS)
IV-1.25sq
: Standard supply : Optional/local supply
ix
EQUIPMENT LIST
Standard supply
Name Antenna unit
Display Unit Junction Box Installation materials
Type SC-703 SC-703-L SC-1303 SC-1303-L SC-702 SC-701 SC-701-L CP20-04300
CP20-04310
CP20-04320
CP20-04340
CP20-04360
CP20-04370
CP20-04380
CP20-04500
CP20-04510
CP20-04520
CP20-04530
CP20-04540
CP20-04550
CP20-04201 CP20-04202 CP20-04001
Code No. –
Qty.
Remarks
Select
–
one Contains LAN-Coax conversion kit.
000-033-318 000-033-319 000-033-320 000-033-322
000-033-324
000-035-430
000-035-431
000-035-432
000-035-433
000-035-508
000-035-509
000-035-510
000-035-511
001-514-460 001-514-570 001-514-470
1 Select
one
Select one
1 1 1
Contains LAN-Coax conversion kit.
–
–
Contains LAN-Coax conversion kit.
LAN cable (30 m) for SC-701 to Antenna Unit connection.
LAN cable (40 m) for SC-701 to Antenna Unit connection.
LAN cable (50 m) for SC-701 to Antenna Unit connection.
LAN cable (30 m) for SC-701 to Antenna Unit connection. No armor, with
connector attached.
LAN cable (30 m) for SC-701 to Antenna Unit connection. No armor, with
separate connector.
LAN cable (10 m) for SC-701 to Antenna Unit connection, with separate
connector.
LAN cable (15 m) for SC-701 to Antenna Unit connection, with separate
connector.
LAN cable (10 m) for SC-701 to Antenna Unit connection, with connector
attached.
LAN cable (15 m) for SC-701 to Antenna Unit connection, with connector
attached.
LAN cable (10 m) for SC-701 to Antenna Unit connection, No armor, with
separate connector.
LAN cable (15 m) for SC-701 to Antenna Unit connection, No armor, with
separate connector.
LAN cable (10 m) for SC-701 to Antenna Unit connection, No armor, with
connector attached.
LAN cable (15 m) for SC-701 to Antenna Unit connection, No armor, with
connector attached.
For SC-703.
For SC-1303.
For SC-701.
x
EQUIPMENT LIST
Name Installation materials
Spare parts Accessories
Type CP20-04101 CP20-04100 CP20-04110 SP20-01801 FP19-01201
Code No. 001-521-480 000-035-376 000-035-377 001-516-680 001-517-360
Qty. 1
Select one 1 1
Remarks For SC-702. For SC-702-E-1. 10 m cable. For SC-702-E-3. 30 m cable. For SC-701. (Fuses 2) For SC-702. Front panel remover. (19-028-3124-1. Code: 100-340-471-10)
Optional supply
Name Interface Unit AC/DC Power Supply Unit Ferrite Core Remote Display Unit
Cable Assembly (For NMEA2000)
LAN cable (For AMS or dual configurations) 3 Pair Cable
Connector (waterproof) Bird Repellent Fixture
Front Fixing Panel Water Proof Kit F_Mount Cushion Kit LAN_CNV kit
Snow Cover Kit Modular Connector Micro T-Connector Termination Resistor
(Micro)
Type IF-NMEA SC PR-241
OP-86-11 RD-50 RD-20 FRU-NMEA-PMM-02 FRU-NMEA-PMMFF-010 FRU-NMEA-PMMFF-020
FRU-NMEA-PMMFF-060 FR-FTPC-CY 10M FR-FTPC-CY 20M FR-FTPC-CY 30M
Z-#26X2P+0.3SQX1PL30 Z-#26X2P+0.3SQX1PL10 FRU-RJ-PLUG-ASSY
OP20-37 OP20-36 OP20-49 OP24-35 OP05-139 OP05-141
OP20-47 OP20-48 OP20-51 MPS588-C SS-050505-FMF-TS001 LTWMC-05BFFT-SL8001
LTWMC-05BMMT-SL8001
Code No. 000-011-469
–
001-594-450 –
001-592-330 001-507-010 001-507-030 001-507-030 001-240-510 001-240-520
001-240-530
000-192-277-10 000-192-276-10 000-192-316-10
004-380-840 004-380-830 001-482-870 001-247-240 001-426-500 001-436-880
001-516-110 001-516-120 001-525-960 001-459-840 000-168-603-10 000-168-605-10
000-168-604-10
Remarks For analog output. For 100 to 230 VAC
For PR-241 –
For NMEA2000 equipment connection.
For AMS connection.
For SC-702, 30 m For SC-702, 10 m For connection between SC701 and
SC-703/SC-1303. Single. Four pieces. Seven pieces. For SC-702. For SC-702. For
SC-702.
For SC-701. For SC-703/SC-1303. For SC-703 For LAN cable.
xi
EQUIPMENT LIST
This page is intentionally left blank.
xii
INSTALLATION
This chapter covers the installation procedure and initial set up procedures
and settings for the SC-70 and SC-130 systems.
Note: The settings and procedures outlined in this chapter are for technical
personnel and should not be adjusted or changed by the user. If you require a
change to any of these settings, contact your dealer.
NOTICE
Do not apply paint, anti-corrosive sealant or contact spray to coating or
plastic parts of the equipment.
Those items contain organic solvents that can damage coating and plastic
parts, especially plastic connectors.
1.1
How to Install the Antenna Units
General considerations
· Keep the length of the antenna cable in mind when selecting a mounting
location. · Select a location with minimal or no vibration. · The sensor
should be separated more than three meters from Inmarsat F/FB anten-
nas. Select a location outside this transmission area. · Do not loop the
antenna cable or bundle the antenna cable with radio equipment
cables. When these noise reductions are insufficient, adjust the squelch on
the radio equipment. · Select a location with obstructions to the radio waves.
· Select a location more than a meter from the floor/deck etc. · Select a
location with no local vibration or impact (including sympathetic vibrations
due to engine or mast) for the GPS sensor in the antenna unit.
Installing the antenna above superstructures
It is recommended that the antenna is installed above all other
superstructures on the vessel. The antenna can obtain an unobstructed view of
the available satellites, regardless of the vessel heading. Failure to install
the antenna above all other superstructures can cause shadows and multipath
reflection problems.
The following figure shows an example of the antenna installed above all other
superstructures.
1-1
1. INSTALLATION
Mast
SC-series Antenna Radar Antenna
Bridge
Installing the antenna below superstructures
Where the antenna is installed below superstructures on the vessel, shadows and multipath problems may occur on at least one heading, and possibly more. To avoid these problems where possible, follow the guidelines in this section.
Note: If the antenna is installed below any superstructure, the installation must be done over a two-day period, following the procedure in the service manual. At least 12 hours are required to capture tracking data to measure multipath indexes and locate areas of shading.
· The horizontal separation between the antenna and masts must be as shown in the table below and the figure on the following page:
Mast diameter Minimum separation distance
10 cm
1.5 m
30 cm
3 m
SC-703 Antenna unit
OR
SC-1303 Antenna unit
Horizontal separation distance
Side view
Mast, etc.
Mast, etc.
SC-703 Antenna unit
Less than 10°
Top view
SC-1303 Antenna unit
1-2
1. INSTALLATION
· The field of view above the antenna should be as shown in the figure below, ±80° against the zenith. To avoid reflections from masts and other obstacles, locate the antenna well away from shadows of the radar mast, etc.
Zenith
Zenith
-80°
+80°
-80°
+80°
SC-703 Antenna field of view
SC-1303 field of view.
· Locate the antenna unit above the radar, out of the radar beam.
SC-703 Antenna unit
SC-1303 Antenna unit.
Mast, etc.
Radar antenna
Mast, etc.
1.1.1
SC series antenna installed away from radar beam
How to install the SC-703 Antenna Unit
Note 1: Where the installation location is inconvenient for cable connection,
connect the cabling (see step 6) before securing the antenna unit to the
mounting location.
Note 2: The bird deterrents can be attached to the antenna cover to prevent
birds from landing on the cover. If it is more convenient to attach the bird
deterrents before securing the antenna unit to the mounting location, do step
6 of the procedure below before fixing the antenna unit.
1. Prepare a mounting platform in accordance with the outline drawing at the
back of this manual. If corrosive material is used, take necessary anti-
corrosion measures. Note: Holes drilled into the mounting platform must be
parallel with the fore-aft line of the vessel.
2. Orient the antenna unit to face the bow, referring to the figure below.
The antenna should be installed within ±2.5° of the bowline. Note: The antenna
cable must be routed via the indent at the rear of the base (see the following
figure).
1-3
1. INSTALLATION
Positioning the antenna cable (Stern view)
200 160
160 300
BOW Fixing hole (ø11 mm)
5 mm to 15 mm
Flat washer Spring washer Hexagonal nut (M10)
Indent
Cable
3. Secure the unit to the platform with four sets of M10 hex. nuts, spring
washers and flat washers (all included as installation materials) with 20 ±2
Nm torque. Note 1: Take care not to crush the cabling when mounting the
antenna to the platform. Note 2: Take care not to cover the breathing hole on
the antenna.
4. Coat the exposed parts of the nuts, bolts and washers with the Adhesive
TB5211 (included) to prevent corrosion.
Bolt Antenna base
Mounting platform
Coat with adhesive.
Flat washer Spring washer
Hex nuts
5. Connect the SC-703 cable to the cable from the SC-701, then waterproof the connection (see section 1.5.2 for the waterproofing procedure).
6. Remove the double-sided tape from the bird deterrents, then attach to the antenna cover. Coat around the bird deterrents with the Adhesive TB5211 (included).
7. Secure the cables to the mast (or superstructure) with cable ties, at
regular intervals.
1-4
1.1.2
1. INSTALLATION
How to install the SC-1303 Antenna Unit
Note 1: Where the installation location is inconvenient for cable connection,
connect the cabling (see step 6) before securing the antenna unit to the
mounting location.
Note 2: The bird deterrents can be attached to the antenna cover to prevent
birds from landing on the cover. If it is more convenient to attach the bird
deterrents before securing the antenna unit to the mounting location, do step
7 before fixing the antenna unit.
1. Prepare a mounting platform in accordance with the outline drawing at the
back of this manual. If corrosive material is used, take necessary anti-
corrosion measures. Note: Holes drilled into the mounting platform must be
parallel with the fore-aft line of the vessel.
2. Orient the antenna unit to face the bow, referring to the figure below.
The antenna should be installed within ±2.5° of the bowline. Note: The antenna
cable must be routed via the indent at the rear of the base (see figure on the
following page).
Positioning the antenna cable (Stern view)
BOW
200 to 240 (max.) 160
160 200
Fixing hole (ø11 mm)
5 mm to 15 mm
Flat washer Spring washer
Hexagonal nut (M10)
Indent Cable
3. Coat the thread of the hex. bolts with silicone grease.
4. Fasten the unit to the platform with four sets of M10 hex. bolts, spring
washers and flat washers with 20 ±2 Nm torque. Note: Take care not to crush
the cabling when mounting the antenna to the platform.
5. Coat the exposed parts of the nuts, bolts and washers with the Adhesive
TB5211 (included) to prevent corrosion.
Bolt Antenna base
Mounting platform
Coat with adhesive.
Flat washer Spring washer
Hex nuts
6. Connect the SC-1303 cable to the cable from the SC-701, then waterproof the connection (see section 1.5.2 for the waterproofing procedure).
1-5
1. INSTALLATION
7. Remove the double-sided tape from the bird deterrents, then attach to the
antenna cover. Coat around the bird deterrents with the Adhesive TB5211
(included).
1.1.3
8. Secure the cables to the mast (or superstructure) with cable ties, at regular intervals.
How to retrofit from SC-603/SC-1203
For retrofits from the SC-603 or SC-1203, the following attachments must be
fabricated and attached to the mounting platform.
For SC-603 retrofits
4×C10 4×ø11
200 160±0.5
105
240 160±0.5 90
160±0.5 240
For SC-1203 retrofits
105 160±0.5
200
ø200
4×C10 4×ø11
ø20 10 15
ø12
(3 places)
ø20 10 15
ø12
(4 places)
1-6
1.2
1. INSTALLATION
How to Install the Junction Box (SC-701)
The junction box can be mounted on the floor, bulkhead, on a desk/console or
on the underside of a desk.
Mounting considerations
Select a mounting location, keeping the following points in mind:
· Locate the SC-701 away from heat sources. Heat can build up inside the unit,
causing damage to electrical parts.
· Locate the SC-701 away from areas prone to vibrations. The mounting location
should have minimal vibrations.
· Locate the SC-701 away from areas prone to water splash and rain. · Make
sure to connect the unit’s ground to the ship’s ground. · Leave sufficient
space around the unit to allow access for maintenance. See the
outline drawings at the back of this manual for the recommended maintenance
space. · A magnetic compass will be affected if the junction box is placed too
close to the magnetic compass. Refer to the compass safe distances at the
front of this manual when selecting a mounting location. · The power switch
has a small light which lights up when the unit is turned on. Note 1: For
wall/bulkhead mounted junction boxes, the cabling entrance indicated in the
figure below must be oriented to face downwards, to avoid water entering the
unit. Note 2: For floor/desk mounted (top or bottom) junction boxes, select a
location where water will not reach the cabling entrance indicated in the
figure below.
Top fixing holes
Bottom fixing holes
Cabling entrance 1. Referring to the outline drawing at the back of this
manual, drill four pilot holes for
the fixing screws. 2. Fasten two self-tapping screws (20, supplied) at the
location for the top fixing
holes. Leave approximately 5 mm of thread exposed. 3. Hang the SC-701 on the
two screws using the two top fixing holes. 4. Fasten two self-tapping screws
(20, supplied) to the bottom fixing holes. 5. Fasten all screws to secure the
SC-701 in place.
1-7
1. INSTALLATION
1.3
How to Install the Display Unit (SC-702)
The display unit can be installed on a desktop, overhead (bulkhead) or flush
mounted in a panel. Install the SC-702 on the chart table or near the helm,
referring to the outline drawing at the back of this manual.
Mounting considerations
When selecting a mounting location for the display unit, keep the following in
mind:
· Keep the unit out of direct sunlight. · The temperature and humidity should
be moderate and stable.
(See the specifications at the back of this manual for operating
temperatures.) · Locate the unit away from heat sources, such as exhaust pipes
and vents. · The mounting location should be well ventilated. · Keep the unit
away from areas subject to rain or water splash. · Install a ship-board earth
to the grounding terminal at the rear of the unit. · Mount the unit where
shock and vibration are minimal. · Keep the unit away from electromagnetic
field generating equipment, such as motors
and generators. · Referring to the outline drawings at the back of this
manual, leave sufficient space
around the unit to allow access for maintenance. · A magnetic compass will be
affected if the unit is placed too close to it. Observe the
compass safe distances listed on page ii to prevent magnetic disturbance. ·
Leave enough slack in the unit’s cabling to allow for maintenance and service.
· For flush mount installations, make sure the mounting location is flat. · To
avoid damage to the cabling when mounting the SC-702, make sure the cabling
is not excessively bent.
1.3.1
How to install the SC-702 on a desktop or overhead
The display unit is shipped with the hanger, and must removed from the hanger
in order to be installed correctly.
1. Place the SC-702 on a firm, flat surface, then unfasten the two knobs on
either side of the display unit to remove the unit.
2. Drill four holes for the self-tapping screws (5×20) at the installation
location.
3. Secure the hanger to the desktop or overhead bulkhead with four self-
tapping screws (520, included). The hanger should be oriented with the
insertion slots facing forwards. For mounting dimensions and required
clearance, see the outline drawing at the back of this manual.
Desktop mounted
Roof (bulkhead) mounted
4. Referring to section 1.5.6, connect the cabling to the SC-702.
5. Fit the SC-702 to the hanger and tighten the bolts on either side evenly. Adjust the angle of the SC-702 so the screen can be viewed clearly.
1-8
1.3.2
1. INSTALLATION
How to flush mount the SC-702
There are two methods for flush mounting the SC-702. You can mount the unit
directly onto the mounting area, or use the optional front fixing panel kit.
For both flush mount installation methods, the hanger and knobs are not
required. remove the unit from the hanger and discard the hanger and knobs.
Flush mounting the SC-702 (unit only)
1. Cut a hole in the mounting location, using the template at the back of
this manual. 2. Drill four holes for the self-tapping screws (5×20) at the
installation location. 3. Place the SC-702 on a firm, flat surface, then
unfasten the two knobs on either
side of the display unit to remove the unit. The hanger can be disposed. 4.
Gently lift the locking tabs at the rear of the front panel, then remove the
front pan-
el. Take care not to damage the locking tabs or the front panel.
Front panel
Rear view of SC-702
Lift these locking tabs (8 locations)
5. Fit the F Mount Cushion Kit (code: 20-032-106, included) to the rear of
the SC702 or to the mounting hole.
6. Run the cabling through the cutout, then, referring to section 1.5.6,
connect the necessary cabling to the SC-702.
7. Referring to the figure below, fit the SC-702 to the cutout, then use the
supplied self-tapping screws (320) to secure the SC-702 to the flush mount
panel.
SC-702
Mounting hole
F Mount Cushion
Front panel
Self-tapping screws (ø3×20, 4 pcs)
8. Re-fit the front panel that was removed at step 4.
1-9
1. INSTALLATION
Note: To remove the SC-702 from the mounting location, use the panel remover
(FP19-01201, included).
Pull tab outwards
Insert
Flush mounting the SC-702 (with optional F Mount Panel)
Use the optional kit (OP24-35), referring to the outline drawings at the back
of this manual and the installation instructions (C42-01310) included with the
optional kit.
1.4
How to Install the Remote Display Unit (option)
The RD-50/RD-20 can be connected as a ROTI (Rate Of Turn Indicator) display
unit.
For installation instructions regarding the RD-50 or RD-20, see the
appropriate operator’s manual (RD-50: OME-44530-x, RD20: OME-44540-x; x
denotes the manual version), included with your Remote Display.
Note: If your vessel is required to be ROTI type-test compliant, use the
RD-50.
1-10
1.5
1. INSTALLATION
Wiring
This section covers general wiring. For further details see the
interconnection diagram at the back of this manual.
Antenna Unit SC-703
Select one
Antenna Unit SC-1303
Display Unit SC-702
LAN cable* Cat5e/Straight (No cable/10/15/30/40/50 m)
Z-#26X2P+0.3SQX1PL (10/30 m)
or TTYCSLA-4
Remote Display
RD-50 RD-20
TTYCSLA-1Q
12 to 24 VDC
DPYC-1.5
Junction Box SC-701
USB Flash Memory (For maintenance)
PC (For maintenance)
TTYCSLA-1/ TTYCSLA-1Q (4 ports )
Navigational equipment (IEC61162-1)
TTYCSLA-4
AIS (IEC61162-2)
TTYCSLA-1Q (2 ports)
AD-10 equipment
M12-05BFFM (1/2/6 m)
NMEA2000 Networked equipment
12 to 24 VDC
DPYC-1.5
AC/DC Power Supply Unit PR-240
FR-FTPC-CY (10/20/30 m)
Alert Management System (AMS)
100/115/220/230 VAC 1ø, 50/60 Hz
DPYC-1.5
IV-1.25sq
: Option/Local supply : Standard supply
*: Attach the supplied modular connector to the supplied LAN cable. Do not use a commercial STP cable (LAN cable) or connector due to their low durability. See “Mounting considerations” on page 1-8 for how to attach the modular plug. Also, when using the optional LAN CONV KIT, use the existing cables.
1-11
1. INSTALLATION
1.5.1
How to fabricate the cables
LAN cable
Note 1: When fabricating the LAN cable for connection to the antenna unit,
remove the locking nut on the antenna base, then pass the supplied LAN cable
through the cable entrance before fitting the supplied modular plug on the
both ends. · Modular plug for the junction box: MPS588-C · Modular plug for
the antenna unit: FRU-RJ-PLUG-ASSY Secure to attach the shield (folded area)
of the LAN cable to the chassis of the modular plug (see the following step
6). Then fit the locking nut on the LAN cable.
Note 2: This equipment only uses straight cables.
Cable jacket Armor
Approx. 280 mm 80
Inner vinyl sheath Outer vinyl sheath
Wrap vinyl tape. (width: 20 mm)
Expose the inner and outer sheaths as shown to the left.
Cover the cable jacket at the cut as shown to the left.
Expose inner vinyl sheath.
25 mm
Remove the inner vinyl sheath by approx. 25 mm. Be careful not to damage inner shield and cores.
approx. 9 mm
Fold back the shield, wrap it onto the inner vinyl sheath and cut it, leaving
approx. 9 mm.
approx. 9 mm
Fold back drain wire and cut it, leaving approx. 9 mm.
Using special crimping tool MPT5-8AS (PANDUIT CORP.), crimp the modular plug.
Finally, check the plug visually.
approx. 11 mm
Straighten and flatten the cores in colored order and cut them, leaving
approx. 11 mm.
Drain wire
Insert the cable into the modular plug so that the folded part of the shield
enters into the plug housing. The drain wire should be located on the tab side
of the jack.
Modular plug
[Straight cable]
1 WHT/ORG 2 ORG 3 WHT/GRN 4 BLU 5 WHT/BLU 6 GRN 7 WHT/BRN 8 BRN
WHT/ORG 1 ORG 2
WHT/GRN 3 BLU 4
WHT/BLU 5 GRN 6
WHT/BRN 7 BRN 8
1-12
1. INSTALLATION
Z-#26X2P+0.3SQX1PL10/30, TTYCSLA-1/1Q/4 The supplied cable (Z-#26X2P+0.3SQX1PL10/30) does not have the armor.
L2
Armor
Sheath
L1
Measurements are displayed in mm
A
Unit
L1 L2 L3 A
Junction Box * 80 80 6
Drain wire
Display Unit 130 80 50 6
L3 A
*: Length depends on installation configuration. When fabricating this cable, ensure enough slack is left to allow easy access for maintenance and service.
Vinyl tape
Note: L2 lengths displayed in the table above are the minimum recommended
length. Adjust the length according to the installation configuration.
Power cable DPYC-1.5
Min. 80
50 6
Clamp here with cable clamp.
Vinyl tape
1-13
1. INSTALLATION
1.5.2
How to secure and waterproof the cable connections
All cable connections not inside the equipment, whether exposed to weather or
otherwise, should be waterproofed and secured after making the connection.
To waterproof and secure each connection, refer to the procedure outlined
below.
Securing and waterproofing connections
-
Wrap the connection with self-vulcanizing tape.
-
Wrap a second layer of self-vulcanizing tape in the opposite direction.
Self-vulcanizing tape
Self-vulcanizing tape
3) Wrap vinyl tape over the self-vulcanizing tape.
- Wrap a second layer of vinyl tape in the opposite direction.
Vinyl tape
Vinyl tape
Securing and protecting unused cable connectors
-
Cover the loose end of the cable connector with self-vulcanizing tape.
-
Wrap the connector with a layer of vulcanizing tape, covering approx. 50 mm of the connected cable. Confirm that the connector is covered.
50 mm
Self-vulcanizing tape
Self-vulcanizing tape
-
Wrap vinyl tape over the self-vulcanizing tape.
-
Wrap the connector with a layer of vinyl tape. Bind the tape end with a cable tie to prevent the tape from unraveling.
Vinyl tape
Cable tie Vinyl tape
1-14
1.5.3
1. INSTALLATION
How to fabricate the WAGO connectors
Follow the procedure outlined below to fabricate the WAGO terminal
connections.
Press downward.
Wire
Twist
Terminal opener WAGO connector
Procedure 1. Twist the cores. 2. Press the terminal opener downward. 3. Insert the wire to hole. 4. Remove the terminal opener. 5. Pull the wire to confirm that it is secure.
Note: Two terminal openers are included inside the SC-701. Check that the size
of the opener is correct before use.
· Small opener (labeled as “DISP”): For use on connectors for cabling between
the SC-702 and SC-701.
· Large opener: For use on the connectors inside the SC-701.
1.5.4
How to connect the Antenna Unit (SC-703/SC-1303)
Connect the LAN cable (included as installation materials; see table below)
from the antenna LAN port to the J3 terminal inside the SC-701.
Installation materials
type CP20-04300 CP20-04310 CP20-04320 CP20-04340 CP20-04360 CP20-04370
CP20-04380
LAN cable
Length Armor
30 m
Yes
40 m
Yes
50 m
Yes
30 m
No
30 m
No
10 m
Yes
15 m
Yes
Installation materials
type CP20-04500 CP20-04510 CP20-04520 CP20-04530 CP20-04540 CP20-04550
LAN cable
Length Armor
10 m
Yes
15 m
Yes
10 m
No
15 m
No
10 m
No
15 m
No
—
How to fit the waterproof connector
Follow the procedure below to fit the waterproof connector (included in installation materials marked with “*” in the above table).
Waterproof connector components
Sealing nut
Clip Sealing
Nut Housing
RJ plug Washer
1-15
1. INSTALLATION
1. Referring to the figure below, fit the connector components to the LAN
cable. Strip approximately 10 mm of the outer sheath to expose the cores, then
fold the drain wire back, along the cable. 10 mm
Cores
Housing Drain wire
RJ plug
2. Insert the cable cores into the RJ plug, then secure the cores using a
crimping tool (MPT5-8AS, or equivalent, local supply). Make sure the RJ plug
is in contact with the drain wire.
3. Push the RJ plug into the housing. Make sure the RJ plug is aligned with
the housing guides, then fit the nut, sealing, clip and sealing nut, in order.
Guides
Sealing nut
Clip Sealing
Nut
Housing RJ plug
4. Fasten the sealing nut until the thread on the housing is not visible. Fastening torque: 0.72 to 0.98 N·m.
9.8 mm approx.
5. Fit the washer to the RJ connector, making sure that the indents on the
washer match the indents on the connector.
Washer Housing – front-view 6. Connect the assembled waterproof connector to
the LAN cable on the antenna. 7. Use self-vulcanizing tape and vinyl tape to
additionally waterproof the connection.
For details on waterproofing cable connections, see section 1.5.2. Retrofits –
Coaxial cable connection You can use the existing coaxial cable for
connection. In this case, the optional LAN_CNV kits (OP20-47 and OP20-48) are
required. Cable connection: For cable connection, use one of the three
existing coaxial cables. Connect both ends of the cable, one end to the
antenna unit, the other end to the junction box. Secure and protect the
connection points of the coaxial cables, referring to subsection 1.5.2. For
unused existing coaxial cables, secure and protect both ends of the coaxial
cables, referring to subsection 1.5.2.
1-16
1. INSTALLATION
Antenna Unit
Secure and protect the joint of TNC connectors. Coaxial cable (existing)
Junction Box
1.5.5
How to connect the Junction Box (SC-701)
The Junction Box (SC-701) has two rows of cable entrances for connection. The
following figure and table show the internal connection points for the SC-701
and the recommended cable entrance for each connection (based on a
configuration which uses all connections). The tables on the following pages
show the pin connections for each WAGO connector.
J4: LAN_CONV assy. (For L-type or when using OP20-47)
J2: For Factory setting (unused) USB port
LAN connections
J1: Network
J2: Service/maintenance only
J3: Antenna unit
Fuse for DISP
connection
J8
TB9 TB8
TB7
TB6 TB5 TB4
TB3 TB2
Fuse for SC-701
Power terminals (TB1)
Top row Bottom row
1 23 4 5 6 7 8 9 10 11 12 13 14 15
Power cable entrance
Ground terminal
How to secure the LAN connectors
The securing plate is pre-attached to the LAN port. Detach the securing plate
to connect the LAN cables, then reattach the plate after connecting the LAN
cables.
Securing plate
The securing plate prevents communication error between the Junction Box and the Antenna Unit that is caused by the vibration. Be sure to attach the securing plate after connecting the LAN cables.
Note 1: LAN cable recommended entrances should be used to prevent undue stress to the LAN cables. The power and DISP cable must be passed through their recommended entrance to prevent damaged to the cabling.
1-17
1. INSTALLATION
Note 2: Cable entrances 1 though 8 are protected from foreign materials with a
small plastic spacer. To use one these cable entrances, remove the spacer,
then pass the cable through.
The following table indicates the recommended cable entrance, connector number
and the cable type required for connections to the SC-701.
External connection Power
Shipboard network (AMS, etc.) (IEC61162-450) Antenna unit (SC-703 or SC-1303)
AD-10 format data output NMEA0183 (IEC61162-2) NMEA0183 (IEC61161-1)
Display unit (SC-702) NMEA2000
USB Flash Memory*
Recommended entrance
Power cable entrance only 1, 2 or 9
9 10 or 11
3 or 10 3 or 10 4, 5, 6, 7 or 11, 12, 13, 14 15 only 4, 5, 6, 7 or 11, 12, 13,
14
–
Connector No.
TB1
J1
J3 LAN-Coaxial conversion kit TB8 or TB9 TB7 TB3 to TB6
TB2 J8
USB port
Cable type
(JIS) DPYC-1.5
(JIS) FR-FTPC-CY
LAN Existing coaxial.
(JIS) TTYCSLA-1Q (JIS) TTYCSLA-4 (JIS) TTYCSLA-1 or TTYCSLA-1Q (JIS) TTYCSLA-4
FRU-NMEA-PMM02
–
*: To remove the USB Flash Memory, see “How to remove the USB Flash Memory” on page 4-4.
Note: For (JIS) cable equivalents, see the JIS cable guide at the back of this
manual.
TB2 WAGO connector (9-pin, TTYCSLA-4)
Pin no. 1 2 3 4 5 6 7 8 9
Connection (signal) P12V GND
TD6_A TD6_B RD6_A RD6_B GND
Description Power Grounding.
TX data TX data RX data RX data Drain wire
Remarks –
Fixed at 115200 bps.
Connect to drain wire.
TB3 to TB6 WAGO connectors (7-pin, TTYCSLA-1/TTYCSLA-1Q)
Pin no. 1
2 3 4 5 6 7
Connection (signal) TDx_1A
TDx_1B TDx_2A TDx_2B RDx_H RDx_C GND
Description TX data
TX data TX data TX data RX data (Hot) RX data (Cold) Drain wire
Remarks
NMEA(Ver1.5/2.0/3.0/4.0), IEC61162-1
“x” denotes the connection to terminals as shown below.
Signal
TR/RD5 TR/RD4 TR/RD3 TR/RD2
Terminal
TB3 TB4 TB5 TB6
1-18
1. INSTALLATION
TB7 WAGO connector (6-pin, TTYCSLA-4)
Pin no. 1 2 3 4 5 6
Connection (signal) TD1_A TD1_B RD1_A RD1_B ISO_GND GND
Description TX data TX data RX data RX data Isolating ground Drain wire
Remarks
NMEA(Ver1.5/2.0/3.0/4.0) IEC61162-2
TB8 WAGO connector (9-pin, TTYCSLA-1Q)
Pin no. 1 2 3 4 5 6 7 8 9
Connection (signal) DATA_3A DATA_3B SHIFT_3A SHIFT_3B DATA_4A DATA_4B SHIFT_4A SHIFT_4B GND
Description RS-485
Remarks Data output in AD-10 format. Shift output in AD-10 format. Data output in AD-10 format. Shift output in AD-10 format.
TB9 WAGO connector (9-pin, TTYCSLA-1Q)
Pin no. 1 2 3 4 5 6 7 8 9
Connection (signal) DATA_1A DATA_1B SHIFT_1A SHIFT_1B DATA_2A DATA_2B SHIFT_2A SHIFT_2B GND
Description RS-485
Remarks Data output in AD-10 format. Shift output in AD-10 format. Data output in AD-10 format. Shift output in AD-10 format.
J8 PA connector (5-pin, FRU-NMEA-PMM-02)
Pin no. 1 2 3 4 5
Connection (signal) Shield NET_S NET_C NET_H NET_L
Description CAN_Shield Power input CAN_GND NMEA2000 NMEA2000
Remarks
+9 V DC to +16 V DC
Data I/O (Hot) Data I/O (Cold)
1-19
1. INSTALLATION
1.5.6
How to connect the Display unit (SC-702)
The display unit is connected to the Junction Box using a 9-pin WAGO
connector. Referring to section 1.5.3 and the table below, fabricate the WAGO
connector. Note that the WAGO connector is included inside the SC-702 and must
first be removed from the unit.
1. Unfasten the four screws on the rear cable clamp of the SC-702, then
remove the cable clamp to reveal the WAGO connector.
2. Unplug the WAGO connector from the SC-702.
WAGO connector
Cable clamp
3. Pass the cable through the cable clamp. For the supplied cable (Z-#26X2P+0.3SQX1PL) When the supplied cable is used, the supplied cable gasket (Type: 20-037-21040) must be attached. Open the cut line of the cable gasket then attach the cable gasket to the cable. Note: To prevent water intrusion, the cut line of the cable gasket must face downward.
Cable gasket
Cut line 4. Referring to the following table and the interconnection diagram
at the back of this
manual, connect the cable to the WAGO connector.
Display unit (SC-702) internal J301 WAGO connector (9-pin, TTYCSLA-4)
Pin Connection no. (signal)
Description
1 P12V
Power
2 GND 3
Grounding. Connect to SC-701.
4
5 TD_A
TX data
6 TD_B
TX data
7 RD_A
RX data
8 RD_B
RX data
9 GND
Drain wire
Remarks –
Fixed at 115200 bps.
Connect to drain wire.
5. Connect the cabling to the SC-702.
6. Slide the clamp along the cable towards the SC-702, then fasten the four
screws which were removed at step 1.
1-20
1. INSTALLATION
7. Secure the cable to the cable clamp, referring to the figure below.
Supplied cable Z-#26X2P+0.3SQX1PL
With three cable ties
Top view of cable clamp
Equivalent cable for JIS cable (TTYCSLA-4)
Without Water Proof Kit With two cable ties
With Water Proof Kit With a single cable tie
Cable clamp
Cable clamp
Cable clamp
Cable tie
Cable tie
Cable tie
Cable gasket
Secure the cable gasket also with a cable tie.
Slot Wind cable ties through the slots.
Slot Cable gasket
Wind a cable tie outside of the cable clamp.
Note: In cases where the WAGO connector is connected to the cable before the cable is passed through the cable clamp, the cable clamp can be adjusted to allow connection. Adjusting the cable clamp as outlined in the figure below voids the IPx5 waterproof rating of the clamp and the unit.
Cut along “V”-shaped indent using a wire cutter or similar tool.
Slide the clamp over the cable.
To keep the IPx5 rating, remove the WAGO connector, then repeat the procedure above.
1-21
1. INSTALLATION
How to fit the optional waterproofing kit (OP05-139)
The optional waterproofing kit must be fitted at the same time as the cabling is connected to the SC-702.
Note: To satisfy the requirements for IPX5 waterproof rating, the cable used
must have a diameter of 14.4 mm (±0.4 mm).
1. Unfasten the four screws on the rear cable clamp, then remove the cable
clamp to reveal the WAGO connector.
2. Fit the cable gasket to the cable clamp, referring to the figure below.
1. Fit the cable gasket to the cable clamp, passing the fixing lip partially
through the cable clamp.
Fixing lip
2. To pass the fixing lip completely through the cable gasket, twist the cable gasket gently.
Cable clamp Cable gasket
3. Check that the cable gasket is flush against the cable clamp, as shown
below.
4. Check that the cable gasket’s fixing lip is flush against the inside of
the cable clamp.
WAGO lever
Fixing lip
3. Pass the cabling through the cable gasket and cable clamp. 4. Fit the
cover gasket (rubber seal) to the rear of the SC-702. Make sure the rubber
seal is placed inside the groove indicated in the figure below.
Groove for rubber seal
5. Connect the cabling to the SC-702, referring to section 1.5.6. 6. Slide
the cable clamp along the cable until the clamp is flush against the rear of
the SC-702. Note: The cable clamp must be oriented with the dome facing
upwards in order to retain it’s waterproofing rating. 7. Fasten the four
screws removed at step 1. 8. Secure the cables to the cable clamp with cable
ties.
1-22
1.5.7
1. INSTALLATION
How to connect the Remote Display Unit (option)
Connect the RD-50 to the SC-70/SC-130 referring to the connection diagram
below. RD-50 connection (For details, see the RD-50 Operator’s Manual
OME-44530)
Remote display RD-50
TB4
21
6 5 43 21
TB2
43 21
TB1
TB3
Sensor signal (NMEA 0183, IEC61161-1)
to Junction Box SC-701
TTYCSLA-1/ TTYCSLA-1Q (Max. 30 m)
DPYC-1.5
TB1 1+ 2-
To ship mains 12 to 24 VDC
IV-1.25 sq
4
To ground terminal on hull
RD-20 Connection (For details, see the RD-20 Operator’s Manual OME-44540)
1 2 11 10 9 8 7 6 5 4 3 2 1
DPYC-1.5 To ship mains 12 to 24 VDC TTYCSLA-1(Max. 100 m) Sensor signal (NMEA
0183, IEC61161-1) to Junction Box SC-701
To Remote Control Unit
4
Ground terminal
IV-1.25 sq
To ground terminal on hull
1-23
1. INSTALLATION
1.6
Initial Settings
The initial setup for your SC-70/SC-130 requires the system to be powered.
Referring to the instructions at section 2.2, turn the power on.
For the sake of brevity, the following terminology is used.
Terminology “Select”
“Open the [MENU].” “Close the [MENU].”
IMO type
Non-IMO type
INTERNATIONAL RUSSIA
Meaning Example: “Select [SENSOR], then press the ENT key.” Use the Cursorpad
to select the menu item. Press the MENU ESC key; this opens the [MENU].
· Press the MENU ESC key; this closes the [MENU] and returns to the last used
display screen or sub-screen.
· Press the DISP key; this closes the [MENU] and returns to the main screen.
SC-70 or SC-130 systems which have been assigned as [MERCHANT] at installation
and installed on vessels which meet the applicable IMO standards. SC-70 or
SC-130 systems which have been assigned as [FISHING] at installation and
installed on vessels which do not meet the applicable IMO standards. [TYPE
APPROVAL] setting for international vessels other than Russia. [TYPE APPROVAL]
setting for Russian vessels.
When the unit is powered for the first time, it is in a “cold start” state.
There is no satellite data (almanac data) stored. In this state, the unit
searches for, and stores, satellites to find its heading. This process takes
approximately 90 seconds. If the heading is not found within 30 minutes, the
antenna installation location may not be suitable. A lack of visible
satellites (less than five) can also prevent the unit from finding a heading.
Resolve the problem, then re-check the tracking status.
If the heading error is between 5° and 10°, adjust the antenna unit
orientation while monitoring the heading indication on the SC-702.
Once a heading has been found, the following items may need setting or
adjustment:
· Vessel dimensions. · Antenna location. · Offset heading, roll, pitch, heave, etc. · Main device mode. · Password (as necessary).
· Alert mode. · Legacy sentence input. · I/O menu settings as appropriate.
(See
section 1.8.)
Note: Some settings are set at installation and are non-selectable (gray in color) from the menu. These settings require password input. Password input is not covered in the setting procedures for these items. To adjust these settings, contact your dealer.
1-24
1.6.1
1. INSTALLATION
Main menu
How to access the menu
The menu is locked with a password. Press the MENU ESC key to show the
password input window (shown below-right).
If this is the first time the unit has been turned on, the password is not set
at default. Press the ENT key to access the menu. It is recommended to set a
new password in this case.
If the unit has a previously set password, input the password, then press the
ENT key to access the menu.
Note 1: Password input is required to access the menu each time the unit is
turned off, then on again.
Note 2: The menu closes automatically if no keys are pressed within one
minute.
How to change/set the password
1. Open the [MENU]. 2. Select [SYSTEM], then press the ENT key. 3. Select
[PASSWORD], then press the ENT key. 4. Select [CHANGE], then press the ENT
key. An input window appears.
The currently selected input box is indicated with a small arrow to the
leftside of the input box, as shown in the figure to the right. To set the
password for the first time, press the ENT key to select the [NEW PASSWORD]
input box, then skip to step 6. 5. Enter the current user password. If the
password is incorrect, the input window is reset to blank. If the password is
correct, the arrow indication moves to the [NEW PASSWORD] input box. 6. Enter
a new password, then press the ENT key. The arrow indication moves to the [NEW
PASSWORD (CONFIRM)] input box. 7. Enter the new password again, then press the
ENT key. If the passwords match, the [CHANGE PASSWORD] input window
disappears. If the passwords do not match, the input boxes for [NEW PASSWORD]
and [NEW PASSWORD (CONFIRM)] are reset and the arrow indication returns to the
[NEW PASSWORD] box. Repeat the procedure from step 6. 8. Close the [MENU].
1-25
1. INSTALLATION
How to disable access to the menu Where necessary, you can disable menu access
by doing the following: 1. Open the [MENU]. 2. Select [SYSTEM], then press the
ENT key. 3. Select [PASSWORD], then press the ENT key. 4. Select [LOGOUT],
then press the ENT key. The menu closes.
1.6.2
How to set vessel dimensions, antenna location and CCRP
Note: Access to the [OFFSET] menu requires the [SERVICE] menu to be unlocked. To unlock the service menu, consult your local dealer.
1. Open the [MENU]. 2. Select [SENSOR], then press the ENT key. 3. Select
[OFFSET], press the ENT key. 4. Select [DIMENSIONS/CCRP], then press the ENT
key. The settings window ap-
pears. The figure below is an example of the settings window.
Number assigned to this antenna
Dynamic antenna location indicator
OS dimensions
Antenna unit mounting location
Corrections for speed calculation
5. Select [EQUIPMENT NO.], then press the ENT key. The [INPUT EQUIPMENT NO.]
pop up window appears.
6. Set the antenna number you wish to set the location for.
7. Select [ENTER], at the bottom of the pop up window, then press the ENT
key. The antenna selected here is used to output the POS sentence to external
equipment.
8. Select [SHIP’S WIDTH], then press the ENT key. A numerical pop up window
appears. Referring to the figure above, set the dimensions of the vessel.
9. Set [SHIP’S LENGTH] and [SHIP’S HEIGHT] in a similar manner. Note: [SHIP’S
HEIGHT] is from the keel to the mast top.
10. Referring to the table below, set the antenna mounting position (CCRP)
and the speed calculation adjustments. Note: These settings require CCRP and
ship dimensions. Do step 5 and step 6 before changing these settings.
1-26
1. INSTALLATION
Indication [ANT POSN X0] [ANT POSN Y0] [ANT POSN Z0] [CALC-SPD POSN Y1]
[CALC-SPD POSN Y2]
[CALC-SPD POSN Z]*
Description
Port-starboard location of antenna unit. Enter a negative value for portside,
positive value for starboardside. The center of the vessel is [0 m].
Bow-stern location of the antenna unit. Calculated from the center of the
stern.
Height of antenna unit location, from the bottom of the ship.
Set the bow-stern position for calculating the 3-axis speed. Ship’s speed can
be measured at two locations in addition to the antenna position. Enter the
backward distance from the reference position (Fwd Center of the bow) to the
position where you want to measure the ship’s speed. Normally, keep the
default settings. Note: The value for [CALC-SPD-Y1] is set to 0 m as default.
[CALC-SPDY2] is automatically set to the ship’s length (set previously, in the
same menu). For most vessels, these two settings do not require adjustment. On
large vessels, where speed and location is required at numerous points for
situations such as docking, these two values should be adjusted as required.
For all vessels, [CALC-SPD-Z] should be set to the vessel’s draft value. For
further information, contact your local FURUNO dealer.
Setting range – ([SHIP’S WIDTH]/2) to + ([SHIP’S WIDTH]/2). For example, if
the [SHIP’S WIDTH] is set to [100 m], the range is [-50 m] to [+50 m].
[0.0 m] to [SHIP’S LENGTH]. For example, if [SHIP’S LENGTH] is set to [45 m],
the maximum range for this setting is also [45 m]. [0.0 m] to [99.9 m] [0.0 m]
to [SHIP’S LENGTH]. For example, if [SHIP’S LENGTH] is set to [45 m], the
maximum range for this setting is also [45 m]. [0.0 m] to [SHIP’S LENGTH]. For
example, if [SHIP’S LENGTH] is set to [45 m], the maximum range for this
setting is also [45 m].s
Set the height for calculating the 3axis speed. Enter the distance from the bottom of the ship to the position where you want to measure the ship’s speed. For example, enter the draft value when you want to measure the speed at draft position.
[0.0 m] to [ANT POS Z0].
*: These settings are required in order to display correct data on the SPD display. See section 2.10.
11. To apply the settings, select [ENTER], then press the ENT key. To discard
the changes and start again, select [CANCEL], then press the ENT key.
12. Close the [MENU].
1-27
1. INSTALLATION
1.6.3
How to apply offsets for heading/pitch/heave/roll/position
Note: Access to the [OFFSET] menu requires the [SERVICE] menu to be unlocked. To unlock the service menu, consult your local dealer.
1. Open the [MENU]. 2. Select [SENSOR], then press the ENT key.
3. Select [OFFSET], then press the ENT key.
4. Referring to the table below, select the appropriate item to offset, then press the ENT key.
Menu item
Description
Offset range
HDG OFFSET PITCH OFFSET
Offset the heading.
-180° to +180°
Offset to compensate for pitch. -10°000 to +10°000
ROLL OFFSET POSITION OFFSET
Offset to compensate for roll. Offset the Own Ship position.
North/South: 00.0000′ to 59.9999′ East/West: 00.0000′ to 59.9999′
DIMENSIONS/CCRP SOG OFFSET
Set the ship size, location of the See section 1.6.2. antenna and CCRP.
Offset the SOG.
-12.5% to +12.5%
ATM OFFSET TEMP OFFSET
Offset atmospheric pressure.
Offset the temperature. Note: The displayed temperature appears lower than the
actual temperature immediately after the power is turned on. It takes
approximately one hour for the equipment to display the correct temperature in
a stable manner.
-99.9 hPa to +99.9 hPa -99.9°C to +99.9°C
5. Use the arrows key to set the offset, then press the ENT key. 6. Close the [MENU].
1.6.4
How to set the heave output delay
To use the heaving compensation on external equipment, the SC-70/SC-130 must
output the heave data to the external equipment. Do as follows to output heave
data.
Note: Access to the [HEAVE OUTPUT DELAY] menu requires the [SERVICE] menu to
be unlocked. To unlock the service menu, consult your local dealer. 1. Open
the [MENU]. 2. Select [SERVICE], then press the ENT key.
1-28
1. INSTALLATION
3. Select [HEAVE OUTPUT DELAY], then press the ENT key. 4. Select [ON] or
[OFF] as appropriate, then press the ENT key.
To output the heave data to the external equipment, select [ON]. 5. When [ON]
is selected, confirm that the delay time
setting is “050 ms”, then select [ENTER]. When [OFF] is selected, go to the
next step. Keep the default delay time setting (50 ms).
When you change the setting for [HEAVE OUTPUT DELAY], the following
confirmation message appears.
6. Select [YES], then press the ENT key. The following message appears and
the system is restarted automatically.
1.7
How to Access and Use the [SERVICE] Menu
Menu items which require service level access are shown in gray. A password,
obtained from FURUNO, is required to access the [SERVICE] menu. Several
initial settings must be done from this menu to complete the setup of your
SC-70 or SC-130. To adjust or change any of these settings, consult your local
dealer.
1.8
I/O Menu Settings
To set which data to output to external equipment from the SC-70/ SC-130, see
section 2.15.
1-29
1. INSTALLATION
1.9
Initial Settings for the Remote Display
After wiring is complete for all units in the configuration, setup the [ROTI
Display] as follows. The RD-50 requires menu setup.
For detailed operational guidance for either Remote Display unit, see the
appropriate Operator’s Manual (RD-50: OME-44530-x, RD:20: OME-44540-x: “x”
denotes version).
How to setup the RD-50 for ROTI display.
1. Open the [SERVICE] menu for the RD-50.
UNIT Name Serial No PWB No Remote Dimmer Depth Select Depth Position L/L Digit
Without Checksum I/O Port
Port1 SIO Monitor Sensor Out Device Mode LCD RESET SIM Service RESET
[]/[] : Select [ENT] : Enter
: RD-50 : 6408-XXXX : 26P0006-XX : Main : Auto : Single : 4digit : Disable
: 4800
: ON : Normal
: OFF
XXXX: Serial number XX: Program version number
2. Select [Device Mode], then press the ENT key. Note: Do not change the
settings for any other items in the [SYSTEM] menu for the RD-50.
3. Select [ROTI], then press the ENT key.
4. Press the PWR key to close the menu and turn off the power. When the power
is next turned on, your RD-50 shows the [ROTI Display] from the SC-70/SC-130.
How to setup the RD-20 for ROTI display
Press the DISP key on the RD-20 to show the ROTI display.
1-30
2. OPERATION
2.1 Controls Overview
GP-D3D
CAUTION
9 . 6
567/199m
05 : 16 ‘ 35 21 / DEC / 15
14 : 16 ‘ 35 21 / DEC / 15
TOKYO
24º40.1234’N 059 .1
104º45.5678’E 6 .2
1
2
3
BRILL
DISP
MENU ESC
7
ACK
LIST
ENT
4
5
6
No.
Key
1 BRILL
2 DISP
3 MENU ESC
4 ACK 5 LIST 6 ENT
7 Cursorpad
Description
· Opens the [BRILL SETTING] window. · With the BRILL SETTING window open,
adjusts the screen brilliance.
· With the menu open: Close the menu and return to the last used display
mode’s main screen.
· Without the menu open: Change the display mode.
Short press: · Open the main menu. · Close the menu and return to the last
used screen. · Close settings pop up window and return to the last used menu.
Long press: · Opens the [ALERT LIST].
· Acknowledge an individual alert and close the alert pop up message.
· Show the [LIST] display. · Cycle through the [LIST] display.
· Open a menu item. · Confirm selected setting in pop up window. · Switch
between graphic and main display for the current device mode. · From the SPD
main screen: Long press to reset track (for non-IMO types
only).
· Navigate menus. button: Go back one layer in the menu. button: Open the
selected menu item. button: Move selection cursor to the item above the
current selection. button: Move selection cursor to the item below the current
selection.
· Adjust settings. button: Move cursor to the left. button: Move cursor to the
right. button: Increase the value of the selected item. button: Decrease the
value of the selected item.
· With [INTEGRITY] screen shown: scroll through the displayed data when more
than one screen is available.
2-1
2. OPERATION
2.2
How to Turn the Power On/Off
The power is turned on or off from the Junction Box (SC-701). Turn the SC-701
on/off to turn the SC-702 on/off.
The startup screen appears for five seconds, then the system starts a
diagnostic test. The diagnostic test takes approximately 30 seconds to
complete. After the diagnostic test is complete, the main screen appears. You
can also bypass the diagnostic test and show the main screen at any time
during the test, my pressing any key.
Note 1: If the startup process has one or more errors, the message
“COMMUNICATION ERROR” appears at the bottom of the diagnostic test screen.
Note 2: The display may appear “sluggish” if the ambient temperature is low.
Note 3: Viewable angles may vary between daylight and nighttime.
Startup/initialize screen. Shown for approximately five seconds.
Self-test screen. Shown for approximately 30 seconds.
Main screen. For IMO type vessels: The preset [DEVICE MODE] screen appears.
For non-IMO vessels: The last used screen appears. : The [DEVICE MODE] is set
at installation. To change this setting, consult your local dealer.
2-2
2.3
2.3.1
2. OPERATION
How to Adjust the Brilliance, Change the Background Color
The display unit (SC-702) has brilliance (brightness) controls for the screen
and the key panel.
How to adjust the screen and key panel brilliance
To change the brilliance, do the following: 1. Press the BRILL key. The
brilliance pop up window appears.
Note: The pop up window automatically disappears if there is no operation
detected. 2. Press to reduce, or to increase, the display brilliance. 3. Press
to reduce, or to increase, the key panel brilliance.
4. Press the ENT key to close the pop up window.
The factory default settings and setting range for brilliance are listed in
the table below.
Display Setting range: [1] to [17] White background default: [14] Black background default: [6]
Panel Setting Range: [0] to [17] White background default: [10] Black background default: [10]
Note: The brilliance default setting for RD-50/RD-20 is [9], and the setting range is [0] to [9]. See the operator’s manual (RD-50: OME-44530-x, RD:20: OME-44540-x; “x” denotes version) for details.
2.3.2
How to change the background and text color
1. Press the BRILL key to show the brilliance pop up window. 2. Press the
DISP key to alternate background/text color.
White background
Black background
3. Press the ENT key to close the pop up window.
The background color can also be changed from the menu, see section 2.13.1.
2-3
OPERATION
2.4
Menu Overview
The main menu can be password protected. For information on how to access and
operate the main menu, see section 1.6.1.
For the sake of brevity, the following terminology is used in this manual:
Terminology “Select”
“Open the [MENU].” “Close the [MENU].”
IMO type
Non-IMO type
INTERNATIONAL RUSSIA
Meaning Example: “Select [SENSOR], then press the ENT key.” Use the Cursorpad
to select the menu item. Press the MENU ESC key; this opens the [MENU].
· Press the MENU ESC key; this closes the [MENU] and returns to the last used
display screen or sub-screen.
· Press the DISP key; this closes the [MENU] and returns to the main screen.
SC-70 or SC-130 systems which have been assigned as [MERCHANT] at installation
and installed on vessels which meet the applicable IMO standards. SC-70 or
SC-130 systems which have been assigned as [FISHING] at installation and
installed on vessels which do not meet the applicable IMO standards. [TYPE
APPROVAL] setting for international vessels other than Russia. [TYPE APPROVAL]
setting for Russian vessels.
Note: The default operation mode for the SC-70/SC-130 is [MERCHANT] (IMO
compliant). [FISHING] is not compliant with the IMO regulations and must not
be used for vessels which are required to be IMO compliant. To change the
operation mode, consult your local dealer.
1. Press the MENU ESC key to open the menu.
Main menu.
Selection is highlighted. In this example, [DISPLAY] is selected.
Selected menu’s contents. In this example, the [DISPLAY] menu’s contents are shown. “” inidicates there is a sub-menu available.
Operational guidance.
2. Press or to select a menu item, then press the ENT key. “” next to a menu
item indicates that there is a sub-menu available.
3. Press the MENU ESC key to close the menu.
2-4
2.5
2. OPERATION
LIST Screens Overview
LIST display mode shows the [ACTIVE ALERT] list, [ALERT LOG] and [DEVICE LIST]
in cyclic order with the display mode currently in use. Press the LIST key to
cycle through the lists in the order shown below. Press and hold the LIST key
to cycle through the lists in reverse order.
Main screen [ALERT LIST] [ALERT LOG] [DEVICE LIST]
2.6
Display Modes Overview
The available display modes are GPS, THD, ROTI and SPD.
Note: The SPD display mode is available only for non-IMO compliant vessels. If
the device mode is changed to [MERCHANT] and the SPD display mode is in use,
it is automatically changed to the THD display mode. Consult your local dealer
for details.
How to change the display mode
Press the DISP key to cycle through the display modes. The order in which the
display modes are shown is: GPS THD ROTI SPD GPS…
Note: Some display modes may not be available, depending on vessel
configuration. The figures below shows all four available display modes.
GPS mode
THD mode
GP-D3DD
9.6
NORMAL
31
104.1
SPD mode*
GP-D3D
9.6
NORMAL
31
12.34
13.57
56.78
123456.78
*: Non-IMO type only
ROTI mode
NORMAL
31
104.1
2-5
2. OPERATION
2.6.1
Icons and indications
The top section of all device modes displays various icons and the operational
status icon is always displayed. The example figure below shows all icons,
along with a brief description.
2
No.
Description
1 Indicates the displayed screen.
Display mode icon: (Two-tier) Display mode icon: (Single-tier)
LIST screen:
Current display mode Preset [DEVICE MODE] (Startup screen)
Indication appears on one line when the currently selected screen matches the
preset [DEVICE MODE].
MENU screen:
2 Precision indicator – displayed when five or more satellites are available
for position fixing.
3 GNSS core number – shown for non IMO-types only. Shown only when GNSS core 1
is faulty; the substituted core number is shown here.
4 Simulation mode indicator. Shown only when the system is in simulation mode.
5 Excessive vibration icon – displayed when the antenna location is subjected
to ex-
cessive vibration. 6 Operational status indicator – rotates in a clockwise
direction when the system is
operating normally. If this indicator does not move for more than 30 seconds,
restart the equipment. For Non IMO-types, this icon is displayed in a light-
blue color. For IMO-types, this icon is displayed in a dark blue color.
Alerts and operational guidance
The bottom section of the screen for all device display modes shows
operational guidance and alerts.
Alerts take priority over guidance and must be acknowledged before normal
operational guidance can be displayed again.
Operational guidance
Alert message (flashing)
3008-5 LOST HDG OUTPUT
2-6
2.7
2.7.1
2. OPERATION
GPS Display Mode
The GPS display mode has three display screens. Press the ENT key to cycle
through the screens in the following order: Main screen INTERGITY BEACON/TYPE
16 MESSAGE main screen…
GPS coordinates screen (main screen)
The GPS main screen shows own position, COG, SOG and other important GPS
information.
GP-D3D
CAUTION
9 . 6
567/199m
05 : 16 ‘ 35 21 / DEC / 15
14 : 16 ‘ 35 21 / DEC / 15
TOKYO
24º40.1234’N 059 .1
104º45.5678’E 6 .2
No. Indication
Description
1 [FIX]
Current position fixing method (GP-3D, GP-D3D, etc.)
2 [RAIM]
Current RAIM status. · SAFE: GPS signal is normal, positioning accuracy
satisfies the setting val-
ue. · CAUTION: RAIM accuracy cannot be calculated. (Signals from more than
five GPS satellites are necessary.) The positioning accuracy does not satisfy
the setting value. · UNSAFE: GPS signal is abnormal, therefore the positioning
accuracy is not reliable. · OFF: RAIM is disabled.
3 [PDOP], [HDOP]
Current DOP (Dilution Of Precision). Displayed as PDOP for positional dilution, HDOP for horizontal dilution.
4 [A. LEVEL] Accuracy offset for RAIM.
5 [TIME]
Time and date. Displayed with the prefix “L” for local time, “U” for UTC.
6 Datum
Current Datum in use.
7 Location
Own ship latitude and longitude (coordinates).
8 [POSN]
Time and date of last position calculation. Displayed in a orange color when the unit is restarted. When connection is established and positioning can be calculated, the indication changes to the opposite color of the setting selected from the [DISPLAY] [BKGD COLOR] menu.
9 [COG]
Course Over Ground.
10 [SOG]
Speed Over Ground.
2-7
2. OPERATION
2.7.2
GPS integrity screen
The GPS integrity display shows satellite status and various integrity-related
data, as shown in the figure and table below.
WGS84 34° 44. 4476′
135° 21. 2160’
GP-D3D
SAFE
1 . 3
4 / 100m
05 : 14 ‘ 47 21 / APR / 16
29
3
26 16
31
31 26
27 21
137 21 16
3
27 14
29 14
129 137
No.
Name
Description
1 Satellite positions
Shows the available satellites and their elevation. · Light blue shaded
circle: Indicates area where multipath
can be used. · White numerals: Indicates satellites used for position fix. ·
Own ship is shown at the center of the circle. Press to alternate between
North-Up and Head-Up orientations.
2 Own ship position/positioning Shows OS coordinates and positioning reference. reference
3 Text data box
See section 2.7.1.
4 RX level
Shows the strength of the signal received from the satellite code. · [SV PRN]: Satellite number. · [SNR]: Signal to Noise Ratio. When more than 10 satellites are in use, press or to scroll though the list.
5 Satellite color codes
Shows the color code for the satellites currently in use. The displayed indications are abbreviated as follows: · [GP]: GPS. · [GL]: GLONASS. · [GA]: Galileo · [SBAS]: SBAS
2-8
2.7.3
2. OPERATION
BEACON INFO/TYPE 16 MESSAGE screen
The beacon information display screen has two information tabs, the [BEACON
INFO] tab and the [TYPE16 MESSAGE] tab.
The GPS [BEACON INFO] tab displays important information about the selected
GPS beacon.
The [TYPE16 MESSAGE] tab displays all received TYPE16 messages received from
beacons. To switch tabs, press either the or the arrow key.
No.
Name
Description
1 Own ship position/positioning Shows OS coordinates and positioning reference reference
2 Text data box
See section 2.7.1.
3 Information/message box
BEACON INFO tab: · STATION NAME: Always shown as “UNKNOWN”. · FREQUENCY:
Beacon/station’s frequency · STATION HEALTH: Always shown as “Not Available”.
· SIGNAL QUALITY: SN = Signal to noise ratio (range: 00
dB to 99 dB); SS = Signal strength (range: 00 dB to 99 dB). Note: Where the
value for SN or SS exceeds the maximum displayable value, the indicated value
appears as bars (“99dB”).
4 [BEACON INFO] /
Displays beacon information ([BEACON INFO] tab), or dis-
[TYPE16 MESSAGE] tabs plays received [TYPE16 MESSAGE] messages.
2-9
2. OPERATION
2.8
THD Display Mode
THD (Transmitting Heading Device) display mode outputs heading data to
external equipment. This display mode has five sub display screens. The
default screen is the HDG (heading) data screen. The sub screens, in displayed
order, are: Compass Rose screen ROT (Rate Of Turn) screen HDG/ROT split screen
HDG/TIME/COG/ SOG split screen THD integrity screen.
Press the ENT key to cycle through the display screens.
2.8.1
HDG data screen
The HDG data screen shows your current heading and any offset applied to the
heading data.
GP-D3D
9.6
NORMAL
31
104.1
How to interpret the THD data display screen
Indication FIX PDOP CALC
COM. SV
Description
Current position fixing method (GP-3D, GP-D3D, etc.)
Current DOP (Dilution Of Precision). Displayed as PDOP for positional
dilution, HDOP for horizontal dilution.
Calculation status. · [NORMAL]: HDG and ROT are calculated normally. · [DR]:
HDG and ROT are calculated using Dead Reckoning. · [STOPPED]: HDG calculation
stopped. · [SYS FAULT]: System fault.
Commonly used satellite’s number.
2-10
2.8.2
Compass Rose data screen
The Compass Rose data screen shows heading with compass.
2. OPERATION
How to interpret the Compass Rose data screen
Indication FIX PDOP
CALC
COM. SV HDG COG SOG TIME ROLL PITCH SWITCH HUP/N-UP
Description Current position fixing method (GP-3D, GP-D3D, GP-S3D, etc.)
Current DOP (Dilution Of Precision). Displayed as PDOP for positional
dilution, HDOP for horizontal dilution. Calculation status. · [NORMAL]: HDG
and ROT are calculated normally. · [DR]: HDG and ROT are calculated using Dead
Reckoning. · [STOPPED]: HDG calculation stopped. · [SYS FAULT]: System fault.
Commonly used satellite’s number. Current heading Course Over Ground Speed
Over Ground Time and date. Displayed with the prefix ’L” for local time,’U”
for UTC. Shows the degree of roll. Shows the degree of pitch. Press key to
alternate between North-Up and Head-Up orientations as shown below (Head-Up is
set as default setting).
Head-Up orientation North-Up orientation
2-11
2. OPERATION
2.8.3
ROT data screen
The ROT data screen shows your vessel’s current rate of turn.
GP-D3D
NORMAL COM.SV
198.8
2.8.4
How to interpret the ROT data screen
Indication FIX PDOP CALC
COM. SV
Description
Current position fixing method (GP-3D, GP-D3D, etc.)
Current DOP (Dilution Of Precision). Displayed as PDOP for positional
dilution, HDOP for horizontal dilution.
Calculation status. · [NORMAL]: HDG and ROT are calculated normally. · [DR]:
HDG and ROT are calculated using Dead Reckoning. · [STOPPED]: HDG calculation
stopped. · [SYS FAULT]: System fault.
Commonly used satellite’s number.
HDG/ROT split screen
The HDG/ROT split screen shows heading and rate of turn data with
roll/pitch/heave.
GP-D3D
11 .8
NORMAL
16
319.999 7 3
05
116.200 1 2
2-12
2.8.5
2. OPERATION
HDG/TIME/COG/SOG split screen
The HDG/TIME/COG/SOG split screen shows heading, time, Course Over Ground and
Speed Over Ground data.
2.8.6
THD integrity screen
The THD integrity display shows satellite status and various integrity-related
data, as shown in the figure and table below.
No.
Indication
1 HDG
2 Available satellites
3 · ROT · CALC
· COM. SV 4 Satellite details
Description Current heading. Shows the available satellites and their
elevation. Press to alternate between North-Up and Head-Up orientations. ·
Current Rate Of Turn. · Calculation status. (See the table in `’HDG data
screen”
subsection 2.8.1 for details.) · Commonly used satellite’s number. Shows the
strength of the signal received from the satellites. More than one bar
indicates that more than one antenna is using that satellite. · [SV PRN]:
Satellite number. · [SNR]: Signal to Noise Ratio. When more than 10 satellites
are in use, press or to scroll though the list.
2-13
2. OPERATION
No.
Indication
Description
5 Antenna baseline color codes Shows the color for each antenna baseline in use. The displayed indications are abbreviated as follows: · [BL 1] – Antenna No. 1 + Antenna No. 2 · [BL 2] – Antenna No. 2 + Antenna No. 3 · [BL 3] – Antenna No. 3 + Antenna No. 1 · COM – Common *: Shown only when a SC-1303 is connected.
2.9
ROTI Display Mode
The ROTI display mode is essentially the same as the THD display mode, in
terms of displayed data. However, the following items are displayed in a
different manner:
· [DOP] and [FIX] are not shown. · The indications for [ROT] and [HDG] in the
split-screen are reversed. This display mode has three sub display screens.
The default screen is the ROT (Rate Of Turn) data screen. The sub screens, in
displayed order, are: ROT analog meter screen HDG (Heading) screen ROT/HDG
split screen THD integrity screen.
NORMAL
31
104.1
2.9.1
ROTI analog meter screen
In the ROT analog meter screen, the ROT data is displayed in an analog meter
format. When the ROT value exceeds 30° (degrees), the meter needle will be as
the illustration on right side.
When ROT value is 10 degrees (to the PORT)
When ROT value exceeds the 30 degrees (to the PORT)
NORMAL
31
NORMAL
31
2-14
2.9.2
2. OPERATION
ROTI Display for RD-50/RD-20 (option)
For vessels with the optional RD-50/RD-20 installed as part of the SC system
configuration, you can show the ROTI data on the RD-50/RD-20 display. See the
appropriate operator’s manual for details (RD-50: OME-44530-x; RD-20:
OME-44540-x; “x” denotes the manual version).
Note: For IMO-type vessels, the RD-50 remote display is compatible with IMO
regulations. If you use the RD-20 remote display, your vessels no longer meets
the IMO requirements.
2.10
SPD Display Mode (Non-IMO types only)
The speed and distance data display screen is the default. The sub screen
shows navigational data. This display mode is only available for non-IMO
types.
2.10.1 Speed and distance display screen
GP-D3D
9 . 6
NORMAL
31
12.34
13.57 kn
56.78
4
123456.78NM
How to interpret the speed and distance display screen
No.
Indication
1 [FIX], [DOP], [CALC], [COM.
SV]
2 Lateral bow speed*
3 Bow to stern speed 4 Lateral stern speed
5 Distance traveled
Description See section 2.8.1.
Shows the calculated speed at the bow of your vessel. The arrow indicates
tendency to port or starboard. Shows the calculated speed of your vessel. The
arrow indicates forward or reverse motion. Shows the calculated speed at the
stern of your vessel. The arrow indicates tendency to port or starboard. Shows
the distance traveled for this trip.
*: CALC-SPD values must be set at installation to show these speeds. See section 1.6.2 for details.
2-15
2. OPERATION
2.10.2 Navigational data screen
GP-D3D
9 . 6
12.34
13.57 kn
56.78
NORMAL
31
123.4 ESE
98.7
231.1 SW
How to interpret the navigational data
No.
Indication
1 FIX
2 HDG
3 ROT
4 COG
5 Speed data
Description See section 2.8.1. Current heading Rate of turn. Course Over Ground. Top line: Lateral bow speed. Middle line: Bow to stern speed. Bottom line: Lateral stern speed.
2.11 Alerts
2.11.1
What is an Alert?
“Alert” is a generic name for a notice to any unusual or potentially dangerous
situation generated within the system.
Alerts are classified according to priority and category.
Alert priority
There are three alert priorities: alarm, warning and caution.
Alarm: Situations or conditions which require immediate attention, decision
and (if necessary) action by the bridge team to avoid any kind of hazardous
situation and to maintain the safe navigation of the ship.
Warning: Conditions or situations which require immediate attention for
precautionary reasons, to make the bridge team aware of conditions which are
not immediately hazardous, but may become so.
Caution: Awareness of a condition which continues to require attention out of
the ordinary consideration of the situation or of given information.
2-16
2. OPERATION
Alert category
An alert is further classified by category, A, B or C, according to its degree
of severity or source.
Category A
B C
Description
Category A alerts include the following, and must be confirmed from the
equipment that generated the alert. · Danger of collision · Danger of
grounding
Category B alerts are alerts where no additional information for decision
support is necessary. Category B alerts are all alerts not falling under
category A.
IAS (Integrated Automation System) generated engine alert
When an alert is triggered, a flashing indication appears at the bottom of the
screen and an alert sound is released. The indication shows the alert icon,
alert number (code) and the alert name.
[Warning] level alerts are shown in yellow-orange color, [Caution] level
alerts are shown in yellow color.
When more than one alert is active, the highest priority alert appears in the
flashing indication. Other active alerts are indicated with an icon, located
to the right edge of the flashing indication.
Example alert message (flashing)
These icons only appear when multiple alerts of the related level are active.
The icon also shows the alert level: “W” for Warnings and “C” for Cautions.
The SC-70/SC-130 tracks active (acknowledged but not rectified, or
unacknowledged) alerts in the [ALERT LIST] (see section 2.11.5). Alerts which
are acknowledged and rectified are saved in the [ALERT LOG] (see section
2.11.6).
For a full list of possible alerts, along with their details such as alert
codes and remedies or action required, see “ALERT LIST” on page AP-4.
Alert icons
This equipment uses alert icons to indicate the alert level and status. For a
list of the possible icons, see “Alert icons and their meanings” on page
AP-10.
2-17
2. OPERATION
2.11.2
How to acknowledge alerts
There are three methods by which you can acknowledge an alert.
How to acknowledge an alert from the display unit (All alert modes)
Press the ACK key to acknowledge the alert.
How to acknowledge an alert remotely (IMO alert mode)
Alerts output by this equipment can be acknowledged remotely when displayed at equipment on the same network. Refer to the related equipment’s manual for how to acknowledge an alert at that equipment.
How to acknowledge an alert remotely (LEGACY alert mode)
The [REMOTE ACK I/F] setting sets the behavior of external equipment which can acknowledge alerts. To use this function, the [ALERT MODE] must be set to [LEGACY] at installation. (Consult your dealer to change this setting.)
To set remote acknowledge, do the following:
1. Open the [MENU].
2. Select [ALERT], then press the ENT key.
3. Select [REMOTE ACK I/F], then press the ENT key.
4. Select the appropriate setting, then press the ENT key.
Setting [ACK] [BUZZER STOP]
Description External equipment can acknowledge alerts. External equipment can stop aural alerts, but cannot acknowledge alerts.
5. Close the [MENU].
Refer to the operator’s manual for the external equipment for alert
acknowledgment procedures.
2.11.3
How to silence alerts
When connected to the same network, alerts output by this equipment can be
silenced remotely. Refer to the related equipment’s manual for how to silence
an alert at that equipment.
Note: The buzzer sounds again if the alert condition is not rectified or the
alert is not acknowledged within 30 seconds.
2-18
2. OPERATION
2.11.4
How to enable/disable the aural alert (Non-IMO type only)
This setting is only available for non-IMO types.
1. Open the [MENU].
2. Select [ALERT], then press the ENT key.
3. Select [SOUND], then press the ENT key. An options pop up window appears.
4. Select the appropriate option, then press the ENT key.
Option [OFF] [SHORT] [LONG] [CONTINUOUS]
Description Disable aural alerts. Release two short beeps when an alert is triggered. Release three long beeps when an alert is triggered. Release a continuous beep when an alert is triggered.
5. Close the [MENU].
2.11.5
How to access the alert list
The alert list shows all currently violated alerts and state of
acknowledgment.
All unacknowledged alerts are shown, even those whose reason for the alert has
bee rectified or passed (except for cautions). To access the alert list, do
the following:
1. Open the [MENU]. 2. Select [ALERT], then press the ENT key. 3. Select
[ALERT LIST], then press the ENT key. The list of active alerts appears.
NORMAL
If no alerts are active, the list shows the message “NO ACTIVE ALERTS”. 4.
Press or to scroll up or down through the alert log.
To see the highest priority alert, press . To see the lowest priority alert,
press . 5. Press the DISP key to close the [ALERT LIST].
Note 1: You can also access the [ALERT LIST] from the [LIST] display. Press
the LIST key to cycle through the lists.
Note 2: The time and date shown in this equipment is derived from the
connected satellites. When connection (view) to the satellites is stopped or
interrupted, the next available satellite’s data is used. This equipment
outputs the time and date, as part of the ZDA sentence, to the connected
network and may be used for UTC synchroniza-
2-19
2. OPERATION
tion by other equipment. If the output ZDA sentence is interrupted to stopped, the connected equipment may not show the correct time.
How to interpret the alert list
No. Indication name
Description
1
DATUM/OS coor-
Where the device mode is [THD] or [ROTI]:
dinates or [HDG]/[ROT]
· [HDG]: OS heading, oriented to North. If the heading data is received from an external device, the device name and external input talker are shown.
· [ROT]: Rate of turn with arrow indicating turn direction to
port or starboard.
Where the device mode is [SPD] or [GPS]:
2
FIX
3
CALC
4
Alert icon
5
Alert details
6
Alert text
7
Active alert
8
Background
icons
Datum and OS coordinates are displayed. Current position fixing method (GP-3D,
GP-D3D, etc.) Calculation status. · [NORMAL]: Data is calculated normally. ·
[DR]: Data is calculated using Dead Reckoning. · [STOPPED]: Data calculation
stopped. · [SYS FAULT]: System fault. Shows alert status. See page AP-10 for
details. Top line: alert code, alert title Bottom line: time of alert,
coordinates at time of alert. Note: A full list of alert codes, meaning and
measure is included at “ALERT LIST” on page AP-4.
Selected alert’s message text. Shows the highest priority active alert. Shows
the icon(s) for background alerts. This area is blank if there are no active
background alerts.
Background alerts
Background alerts are alerts which are active at the same time as a higher
priority alert. If there are two alerts of the same priority, the alert which
occurred first (earliest) is shown in the “active alert” area of the list and
the second (later) alert is shown as an icon. Warning level background alerts
appear with a “W” icon, Caution level background alerts appear with a “C”
icon.
2-20
2. OPERATION
2.11.6
How to access the alert log
The alert log shows the latest 50 alerts. When the log becomes full, the
oldest entry is erased to make room for current alerts. To access the alert
log, do the following:
1. Open the [MENU]. 2. Select [ALERT], then press the ENT key. 3. Select
[ALERT LOG], then press the ENT key.
CAUTION 000301 DEAD RECKONING
NORMAL
4. Press or to scroll up or down through the alert log.
5. Press the DISP key to close the [ALERT LOG].
Note 1: The [ALERT LOG] can also be accessed from the [LIST] display. Press
the LIST key to cycle through the lists.
Note 2: The time and date shown in this equipment is derived from the
connected satellites. When connection (view) to the satellites is stopped or
interrupted, the next available satellite’s data is used. This equipment
outputs the time and date, as part of the ZDA sentence, to the connected
network and may be used for UTC synchronization by other equipment. If the
output ZDA sentence is interrupted to stopped, the connected equipment may not
show the correct time.
How to interpret the alert log
No.
Indication name
Description
1 DATUM, OS See section 2.11.5. coordinates, Calculation status, [HDG], [ROT]
2 Alert code and Alert code appears in six digit format.
message
Note: A full list of alert codes, meaning and measure is includ-
ed at “ALERT LIST” on page AP-4.
3 Alert number
Number assigned to the selected alert by the alert log. Up to 50 alerts are stored. Note: This is not an alert code.
4 [ACK] 5 Alert priority
6 Alert time / coordinates
7 [RECT]
Time and date the alert was acknowledged. The priority level assigned to the
selected alert. Displayed as “WARNING” or “CAUTION”. Time of alert,
coordinates at time of alert.
Time and date alert was rectified.
2-21
2. OPERATION
2.11.7
Responsibility transfer alert
MSC302(87) requires the use of the “responsibility transfer alert” which
functions in the multiple sensor, multiple equipment installation. When one
sensor or one equipment fails but does not disturb the system operation (other
sensor or equipment is normal), the AMS automatically sends the
“responsibility transfer alert” (ACN sentence) to the sensor or equipment that
generated the alert.
Note: All ALERT I/F2 Warning level alerts have responsibility transfer
function. Caution level alerts do not have responsibility transfer function.
Some alerts occur
ESxetenrsnoarl EquipAment
ALF ACN
CAM HMI
Check if there is problem for system
Sensor B
If the sensor or equipment refuses the responsibility transfer, normal operation is restored.
Some alerts occur
ESxetenrsnoarl EquipAment
ALF ACN
CAM HMI
ALC timeout computed.
Alert re-generated.
Sensor B
If the ALC sentence is not received from equipment within the prescribed time
interval, the alert processed as responsibility transfer alert is made active
and the “System communication fail” alert is generated.
2-22
Some alerts occur
ESxetenrsnoarl EquipAment
ALC
CAM HMI
2. OPERATION
ALC timeout computed
Alert re-generated
Sensor B
2.11.8
Alert escalation
All ALERT I/F2 Warning level alerts are escalated as Warning level alerts if
they are not acknowledged or rectified within five minutes.
Caution level alerts are not escalated.
2.11.9
Alert continuation
Active alerts are terminated and their status is changed to “normal” under the
following circumstances.
· When the [Device Mode] is changed. (Requires [SERVICE] menu login.) · When
the [Alert Mode] is changed. (Requires [SERVICE] menu login.) · When the [Demo
Mode] is activated/deactivated.
2.11.10 UTC de-synchronization and alert output
For vessels assigned as [RUSSIAN] at installation, the time/date field of some
alerts sentences may be output as “null” under the following circumstances.
· The system is starting up. · The system is unable to obtain a position fix.
2-23
2. OPERATION
2.12
How to View the Connected Devices
The [DEVICE LIST] shows up to 51 devices connected to the same NMEA2000
network. You can also view details for each displayed device.
To view the [DEVICE LIST], press the LIST button to cycle through the [LIST]
screens.
1
123.5
98.8
17 FFFFFF
18 HHHHHH
2
47 DDDDDD
62 AAAAAA
65 GGGGGG
78 CCCCCC
129 BBBBBB
666666 888888 444444 111111 777777 333333 222222
GP-D3D NORMAL
23
23
21
12
3
211
121
23
Note: The [DEVICE LIST] is updated each time it is accessed. If a device is added to the network while the [DEVICE LIST] is open, close, then re-open the [DEVICE LIST] to show the newly added device.
How to interpret the device list
No.
Indication name
Description
1 DATUM, OS See section 2.11.5. coordinates, Calculation status, [HDG], [ROT]
2 [ADR]
NMEA2000 network address (0 to 255). Devices are listed in numerical order.
[NAME]
CAN Device name.
[SERIAL CODE]
CAN device’s address claim.
[LEN]
CAN device’s LEN (Load Equivalency Number).
3 Selected item Press or to scroll through the device list.
(highlighted)
How to interpret device details
Select the device whose details you want to view, then press . the device
details appears at the center of the screen.
Selected device’s unique CAN number
Selected device’s mode ID
2-24
Selected device’s code
Selected device’s software version
2.13
DISPLAY Menu
You can customize the manner in which most items are displayed on your screen,
from the [DISPLAY] menu.
Press the MENU ESC key, select [DISPLAY], then press the ENT key to show the
[DISPLAY] menu.
2. OPERATION
2.13.1
How To Change the Display Color
You can change the background and text color for better visibility. There are
two options, White background and Black background.
White background
Black background
GP-D3D
CAUTION
9 . 6
567/199m
05 : 16 ‘ 35 21 / DEC / 15
14 : 16 ‘ 35 21 / DEC / 15
TOKYO
24º40.1234’N
104º45.5678’E
GP-D3D
CAUTION
9 . 6
567/199m
05 : 16 ‘ 35 21 / DEC / 15
14 : 16 ‘ 35 21 / DEC / 15
TOKYO
24º40.1234’N
104º45.5678’E
The color change can be made using of the two following methods:
How to change the color from the menu 1. Open the [DISPLAY] menu. 2. Select
[BKGD COLOR], then press the ENT key. 3. Select [BLACK] or [WHITE] as
appropriate, then press the ENT key. 4. Close the [MENU]. How to change the
color from the controls See section 2.3.2 for details.
2.13.2
How to Change the Units of Measurement
To change the unit of measurement for distance, follow the procedure below.
1. Open the [DISPLAY] menu. 2. Select [UNIT], then press the ENT key. 3.
[DISTANCE] is selected, press the ENT key. 4. Select the appropriate distance
unit, then press the ENT key.
Note: The unit of measurement for speed is also changed, as shown below ·
[NM]: Nautical Miles – speed shown as [kn]. · [KM]: Kilometers – speed shown
as [km/h]. · [SM]: Statute Miles – speed shown as [mph].
5. Close the [MENU].
2-25
2. OPERATION
2.13.3
How To Use The Smoothing Menu
Data received from external sensors can be smoothed. This helps to reduce variations caused by unfavorable receiving conditions or other factors.
1. Open the [DISPLAY] menu.
2. Select [SMOOTHING], then press the ENT key.
3. Select the appropriate item to smooth, then press the ENT key.
Menu item SOG/COG 6DoF 3AXIS SPEED
Description Course over ground, ground speed Six Degrees of Freedom – Roll/Pitch Dual water/ground speed
Setting range 0000 s to 9999 s 0000 s to 9999 s 0000 s to 9999 s Note: Available for non-IMO types only.
ROT
Rate of turn
00 s to 30 s
4. Close the [MENU].
To disable smoothing for any of the above menu items, repeat the above
procedure, then set the smoothing value to [0] (zero).
2.13.4
How to set the number of digits after a decimal point
To change the number of digits displayed after a decimal point, follow the
procedure below. Up to three digits can be set.
1. Open the [DISPLAY] menu.
2. Select [DECIMAL ROUNDING], then press the ENT key.
3. Select the appropriate item, then press the ENT key.
Item [VTG] [VBW] [HDG] [ROLL, PITCH]
Affected indications Speed indications which use the VTG sentence for data input. Speed indications which use the VBW sentence for data input. All heading indications. ([ROT] is also affected, see section 2.8.3.) All roll/pitch indications. ([HEAVE] is also affected, see section 2.8.4.)
4. Select [1], [2] or [3] as appropriate, then press the ENT key.
· [1]: Values are displayed with one digit after the decimal point. The values
are also rounded up or down as appropriate.
· [2]: Values are displayed with two digits after the decimal point. The
values are also rounded up or down as appropriate.
· [3]: Values are displayed with three digits after the decimal point. The
values are also rounded up or down as appropriate.
Note: This setting also affects serial output data, sent to other equipment.
5. Close the [MENU].
2-26
2. OPERATION
2.13.5
How to Set Geodetic Data
The SC-70/SC-130 uses the WGS84 datum as the default geodetic datum. To change
the datum used, follow the procedure below.
1. Open the [DISPLAY] menu. 2. Select [DATUM], then press the ENT key. 3.
Select the appropriate datum, then press the ENT key. The available selections
are: [WGS84], [WGS72], [PZ90], [CK42], [CK95] and [OTHERS]. If the datum you
wish to use is not displayed, select [OTHERS]. 4. If you selected [OTHERS],
proceed to step 5. For all other selections, close the menu. 5. Input the
chart number, referring to the geodetic chart list at the back of this manual,
then press the ENT key. 6. Close the [MENU].
2.13.6
How to Reset the Trip Meter
The trip meter calculates the distance your vessel has traveled and can be
restarted at any time. This menu is not available for IMO types.
To reset the trip meter, do the following:
1. Open the [DISPLAY] menu. 2. Select [TRIP SETTING], then press the ENT key.
3. [CLEAR] is already selected. Press the ENT key to reset the meter. 4. Close
the [MENU].
2.13.7
How to Adjust the Date and Time
The SC-70/SC-130 can display the date and time in UTC format or as the local
(geographical) time. You can also set for summer time. To adjust time
settings, refer to the appropriate topic below.
Note: These settings are only applied to the SC-70/SC-130 display and do not affect the time/date included in the ZDA sentence when output.
How to change the time display format
1. Open the [DISPLAY] menu.
2. Select [TIME], then press the ENT key.
3. Select [LOCAL TIME], then press the ENT key.
4. Select [UTC] or [LOCAL] as appropriate, then press the ENT key.
Setting
Remarks
[UTC] UTC (Coordinated Universal Time) time is calculated automatically. [LOCAL] Manually input the time offset (based on UTC time).
5. Close the [MENU].
2-27
2. OPERATION
How to enable/disable summer time You can manually adjust the time to reflect
summer (daylight saving) time. 1. Open the [DISPLAY] menu. 2. Select [TIME],
then press the ENT key. 3. Select [SUMMER TIME], then press the ENT key. 4.
Select [ON] to enable summer time, [OFF] to disable summer time. 5. Close the
[MENU].
2.13.8
How to Set the Display Language
The SC-70/SC-130 can display menus and data in English or Japanese. If the
display language has been changed to Japanese, do the following to change the
language back to English.
Note: This procedure uses the menu item numbers which are displayed at the
left-side of each menu. 1. Open the [MENU]. 2. Select [1], then press the ENT
key. 3. Select [8], then press the ENT key. 4. Select [ENGLISH], then press
the ENT key. 5. Close the [MENU].
2.14
GNSS Menu
You can adjust various GNSS-related settings from the [GNSS] menu.
Press the MENU ESC key, select [GNSS], then press the ENT key to show the
[GNSS] menu.
2.14.1
How to select the positioning system to use
1. Open the [GNSS] menu. 2. Select [POSN. SYSTEM], then press the ENT key. 3.
Select the appropriate positioning system, then press the ENT key.
Note: At the time of printing, only [GPS] is available for selection. Other
positioning system may be added at a later date. 4. Close the [MENU].
2-28
2. OPERATION
2.14.2
How to set the positioning conditions
1. Open the [GNSS] menu. 2. Select [POSN. CONDITION], then press the ENT key.
3. Referring to the table below, set the conditions for position fixing, then press the ENT key.
Menu item QZSS
Options
· [OFF] · [ON] (default)
Remarks Enable/disable the use of the QZSS system.
ELEVATION MASK IGNORED GNSS
For technical personnel only. Not changeable.
[000] to [999] The system uses the on-board almanac to ignore satellites which
are known to provide incorrect data. However, some of these satellites may not
be registered in the almanac. You can add satellites to be ignored using this
function. 1) Select the satellite network to which the satellite you want to
ignore is registered. The [IGNORED SATELLITE] window appears. 2) Enter the
satellite number to be ignored. You can enter up to 3 satellites per network.
Press to increase the value, to decrease the value and press or to move the
input cursor.
4. Close the [MENU].
- Select [ENTER], then press the ENT key.
2-29
2. OPERATION
2.14.3
How to Set Up DGPS/SBAS
The SC-70/SC-130 can connect to DGPS beacons or SBAS (Satellite Based
Augmentation Systems) to refine position fixing.
How to select the mode of refinement
- Open the [GNSS] menu. 2) Select [DGPS/SBAS], then press the ENT key. 3)
Select [DIFFERENTIAL], then press the ENT key. 4) Referring to the list below,
select the appropriate mode, then press the ENT key.
· [GNSS]: No position refinement used. · [GNSS+SBAS]: Use SBAS to refine position fixing. · [GNSS+EXTERNAL]: Use beacons to refine position fixing.
Note: The [MODE] setting for [DATA5] in the [I/O] menu must be set to [RTCM] to enable this mode. · [AUTO]: The SC-70/SC-130 automatically switches modes as required. The priority is: [EXTERNAL] > [SBAS] > [GNSS]. 5) Close the [MENU].
How to search for available SBAS
-
Open the [GNSS] menu. 2) Select [DGPS/SBAS], then press the ENT key. 3) Select [SBAS SEARCH], then press the ENT key. 4) Select [AUTO] or [MANUAL] as appropriate, then press the ENT key.
· [AUTO] selects the highest elevated satellite available. · [MANUAL] requires the manual input of the three-digit satellite number. 5) Close the [MENU].
How to ignore SBAS satellites -
Open the [GNSS] menu. 2) Select [DGPS/SBAS], then press the ENT key. 3) Select [IGNORED SBAS], then press the ENT key. 4) Enter the satellite number to be ignored. You can enter up to 3 satellites per network.
Press to increase the value, to decrease the value and press or to move the input cursor. 5) Close the [MENU].
How to select the DGPS beacon
- Open the [GNSS] menu. 2) Select [DGPS/SBAS], then press the ENT key. 3)
Select [BEACON SETUP], then press the ENT key. 4) Select [AUTO] or [MANUAL],
then press the ENT key.
· [AUTO]: The SC-70/SC-130 automatically select the beacon to use. · [MANUAL]: Manually input the beacon frequency and bit rate. 5) Close the [MENU].
2-30
2. OPERATION
2.14.4
How to Set Up RAIM
RAIM (Receiver Autonomous Integrity Monitoring) is a diagnostic feature which
tests the integrity (accuracy) of the position fixing signal.
The receiver estimates position confidence using range value and detected
satellite error, and displays (provided the RAIM function is active) the
results as one of three levels of position confidence in the text data box of
the GPS display mode only. The three levels are as follows:
· [SAFE]: GPS signal is normal. The positioning accuracy satisfies the setting
value. · [CAUTION]: RAIM accuracy cannot be calculated. (Signals from five or
more GPS
satellites are necessary for calculation.) The positioning accuracy does not
satisfy the setting value. · [UNSAFE]: GPS signal is abnormal, therefore the
positioning accuracy is not reliable. To use the RAIM feature, do the
following:
1. Open the [GNSS] menu. 2. Select [RAIM], then press the ENT key. 3. Select
[RAIM FOR GPS], then press the ENT key. 4. Select [SETTING], then press the
ENT key. An options pop up window appears. 5. Select [ON] to enable the RAIM
feature, select [OFF] to disable the RAIM feature. 6. Select [ACCURACY LEVEL],
then press the ENT key. A numerical input pop up
window appears. 7. Set the compensation for RAIM accuracy. 8. Select [ENTER],
then press the ENT key to apply the RAIM settings, or select
[CANCEL] then press the ENT key ignore the settings changes. 9. Close the
[MENU].
2.14.5
How to set the rollover timing
The SC-70/SC-130 uses the positioning system to calculated date and time. Date
and time data sent via satellite signal is reset once every few years, which
can cause problems in date/time display. The rollover is used to prevent this
from occurring. By setting the correct year on your SC-70/SC-130, the
satellites and your system become synchronized.
1. Open the [GNSS] menu.
2. Select [RAIM], then press the ENT key.
3. Select [ROLL OVER], then press the ENT key. The [INPUT ROLL OVER] window
appears.
4. Enter the current year. Press to increase the value, to decrease the value
and press or to move the input cursor.
5. Select [ENTER] to apply the new setting, select [CANCEL] to keep the
current setting. If you select [ENTER], a confirmation window appears. Select
[YES] to confirm and restart the system with the new setting.
2-31
2. OPERATION
2.15
How to Set Up the I/O Menu
Besides its fundamental function of displaying position, the SC-70/SC-130 can
also output various data to external equipment. Before outputting data to
external equipment, first determine what data the external equipment requires.
Only the necessary data should be output, to ensure that the data will be
output correctly.
All data transmitted by marine electronics equipment are prefixed with a two
character code, known as a “talker”. The same talker must be shared by the
transmitting and receiving equipment to transmit and receive data
successfully.
2.15.1
How to set up serial data output
The SC-70/SC-130 has five serial data ports which can be set up for data output.
To set up more than one port, repeat the procedure below as necessary.
1. Open the [MENU].
2. Select [I/O], then press the ENT key.
3. Select [DATA 1], or the appropriate data port, then press the ENT key.
4. Select [DATA OUTPUT], then press the ENT key. An options pop up window appears.
5. Select [IEC/NMEA] or [RTCM] as appropriate, then press the ENT key. [IEC/NMEA]: Output data in NMEA format. [RTCM]: Output data in binary format. Note: [RTCM] can only be selected as the mode of output at [DATA 5], all other ports display [RTCM] in gray color and [RTCM] is not selectable.
6. For non-IMO vessels only, select [OUTPUT FORMAT], then press the ENT key. An options pop up window appears. For IMO type vessels, go to step 12. [OUTPUT FORMAT] and [BAUD RATE] are fixed for IMO type vessels.
7. Select the appropriate port output format, then press the ENT key. The available options are: [IEC61162-1ED.5], [IEC61162-1ED.3], [NMEA V2.0], [NMEA V1.5].
8. Select [TALKER], then press the ENT key. An options pop up window appears.
9. Select the appropriate talker, then press the ENT key. The available options are listed in the table below with a brief description.
Talker GN HE HN HC
Description Mixed GPS and GLONASS Heading – North seeking gyrocompass Heading – Non-north seeking gyrocompass Heading – Magnetic compass
Talker GP GL GA
Description GPS GLONASS Galileo
Note: For IMO-types, the talkers are fixed as follows. · THD, ROTI device mode: Fixed at [HE]. · GPS device mode: Fixed at [GP].
10. Select [BAUD RATE], then press the ENT key. An options pop up window
appears.
11. Select the appropriate baud rate for data transfer, then press the ENT
key.
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2. OPERATION
12. Select [SENTENCES], then press the ENT key. The sentence setup window ap-
pears.
Currently selected port and port’s baud rate
Sentence load rate
Sentences and their settings
13. Press the arrow keys to move the selection cursor and highlight the
sentence to set up, then press the ENT key. The cycle section of the sentence
is now highlighted.
14. Press or to adjust the sentence output cycle, then press the ENT key.
15. To set up other sentences, repeat step 13 and step 14 as necessary. Note:
The sentence load rate indicates the workload required to process the
sentences. When setting sentences, observe the load rate carefully and ensure
it does not reach or exceed 100%.
16. To apply the changes, select [ENTER], at the bottom of the sentence list,
then press the ENT key. To cancel any changes to the sentences, select
[CANCEL], then press the ENT key.
17. Close the [MENU].
2.15.2
How to set up LAN data output
When connecting the SC-70/SC-130 to a shipboard LAN network, perform the
following procedure to set up data output.
1. Open the [MENU]. 2. Select [I/O], then press the ENT key. 3. Select
[NETWORK], then press the ENT key. 4. For non-IMO vessels, select [TALKER],
then press the ENT key.
An options pop up window appears. For IMO-type vessels, go to step 6. 5.
Select the appropriate talker, then press the ENT key. The available options
are listed in the table at step 9 of section 2.15.1. Note: For IMO-types, the
talkers are fixed as follows. · THD, ROTI device mode: Fixed at [HE]. · GPS
device mode: Fixed at [GP].
6. Referring to steps 12 through 15 of section 2.15.1, set up the sentences
as appropriate.
7. Select [IP ADDRESS/PORT], then press the ENT key. A numerical pop up
window appears. Use the following IP Address and Port combinations to show the
log data in the [ETHERNET] log:
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2. OPERATION
IP Address 239.192.000.001 239.192.000.003 239.192.1.56*
Port 60001 60003 60056*
IP Address 239.192.000.004 239.192.000.008
Port 60004 60008
*: To be used only when an SRP output log is required. 8. Set the IP address and port as appropriate, select [ENTER], then press the ENT
key. 9. Close the [MENU].
2.15.3
How to set up data sources (data input)
1. Open the [MENU].
2. Select [I/O], then press the ENT key.
3. Select [DATA SOURCE], then press the ENT key.
4. Select [HDG] (Heading) or [EXT. STW] (External Speed Thru Water), then press the ENT key. An options pop up window appears.
5. Referring to the table below, set the appropriate data source for [HDG] or [EXT. STW].
Menu option [INTERNAL LAN]*
[DATA 1] to [DATA 5] [USER PRIORITY]
Description
Use the SC-70/SC-130 antenna as the data source. This is the default setting.
Select the serial port for position data input from an external source.
Set the priority for serial ports. If the signal from a port is interrupted,
the SC-70/SC-130 automatically switches to the next available port (sensor),
in priority order.
The port numbers are
Port numbers
listed on the left-side of
the window.
The priority settings, at
the right-side of the win-
dow, show the highest
priority sensor to the left, Priority settings
and the lowest priority
Press or to change port.
sensor to the right.
Press or to move the cursor.
In the example figure, the
priority order is set as follows: 164253.
Note: [1: INTERNAL LAN] is fixed as the highest priority data
source.
*: The [INTERNAL LAN] menu option is not available for [EXT. STW]. 6. Close the [MENU].
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2. OPERATION
2.15.4
How to use the input/output logs
The [I/O LOGS] display logged data for input/output information for serial
ports and LAN connections. You can export the logged data to an external flash
memory.
The following keys have specific functions when a log screen appears.
Key or
ENT
MENU ESC
Function Close the log and return to the [I/O] menu. Toggle input and output log displays. Press with external flash memory connected: start/pause saving the log. Close the logs and the [I/O] menu.
Saved log files are automatically named in the following format:
This equipment’s name
The log type Tx = ouput Rx = input
Time and date when the log was saved. Displayed in YYYYMMDDHHMMSS format.
The logged port. Displayed in the filename as follows:
DATA 1 to DATA 5 : Data from serial port 1 to 5.
Network
: Data from the connected LAN network.
CANbus
: PGN data from the CAN bus network.
RAW
: Raw data from the connected antenna.
The log data which can be saved depends on the monitor type selected.
[DATA1] to [DATA5] – Serial data
Selected port and port’s baud rate
Currently displayed data TX = Output data RX = Input data
USB status No USB = No external flash memory connected. SAVING = Saving log
data to external flash memory. STOP SAVING = Flash memory connected, no log
data currently being saved.
Logged input/output data is displayed here.
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2. OPERATION
[ETHERNET] – LAN data
Note: If the IP address & port combination is not a recognized combination
(see section 2.15.2), the [ETHERNET] log screen appears blank.
Data source’s IP address Destination broadcast address and port
Packet summary Press or to select a packet. Selection is highlighted in gray.
Select a packet, then press to view the packet details.
[CAN] – NMEA2000 network data
PGN destination’s CAN address (broadcast to 255)
PGN source’s unique CAN address
PGN PGN name
Select a PGN, then press to view the PGN details. PGN and name
USB status No USB = No external flash memory connected. SAVING = Saving log data to external flash memory. STOP SAVING = Flash memory connected, no log data currently being saved.
PGN details
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2. OPERATION
[LAN ERROR LOG] The [LAN ERROR LOG] counts LAN errors, filing the errors in
one of six error groups. The table below shows the error groups along with
possible causes for their errors.
Error [INCORRECT SENTENCE] [TAG BLOCK FRAMING ERROR] [TAG SYNTAX ERROR] [TAG BLOCK CHECKSUM ERROR] [INCORRECT TAG BLOCK] [INVALID HEADER]
Possible cause(s)
· Sentence in TAG block has an error. · CHECKSUM error. · Sentence does not
meet NMEA0183 standards.
Unexpected transmission start/stop in TAG block.
· One or more errors in TAG block. · Data length is too long or too short. ·
Delimiter is in use. · Use of incorrect characters.
TAG block has one or more CHECKSUM errors.
One or more instances of the following: · Incorrect talker used. · Incorrect SFI used. · Incorrect parameters (g, s, p, n, t) used.
One or more instances where the following are not included:
· UdPbC
· RaUdP
· RrUdP
Press and hold the ENT key to clear the [LAN ERROR LOG].
2.15.5
How to restart heading output
In cases where the heading signal is lost or interrupted, the SC-70/SC-130 can
restart signal output. There are two methods, [AUTO] and [MANUAL].
1. Open the [MENU].
2. Select [I/O], then press the ENT key.
3. Select [MISCELLANEOUS], then press the ENT key.
4. Select [HDG OUTPUT RESTART], then press the ENT key. An options pop up window appears.
5. Select [AUTO] or [MANUAL] as appropriate, then press the ENT key.
[AUTO] [MANUAL]
: Automatically restart heading output when the signal is restored.
: When the heading signal is lost, an alert message and audible alert are
released. If the heading signal output is restored, the message “HDG DATA
OUTPUT HAS BEEN RESTARTED.” is shown. Press the ENT key to resume the signal
output.
Note: The default setting is [AUTO]. Select [MANUAL] depending on connected
equipment.
6. Close the [MENU].
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2. OPERATION
2.15.6
How to use backup HDG output
Note: This feature is NOT available for vessels set as [RUSSIA] and [MERCHANT]
at installation. For Russian merchant vessels, this feature is fixed to [OFF]
and related settings are not shown in the menu.
The SC-70/130 can use the heading from the last time of operation as a backup
immediately after the power is turned on. The backup heading is used until a
new heading is fixed. You can activate or deactivate this feature with the
following procedure.
1. Open the [MENU]. 2. Select [I/O], then press the ENT key. 3. Select
[MISCELLANEOUS], then press the ENT key. 4. Select [REPEATER BACKUP HDG
OUTPUT], then press the ENT key. 5. Select [ON] or [OFF] as required.
dead reckoning heading until a heading is fixed. 6. Close the [MENU].
2.15.7
How to change the speed reference (Non-IMO types only)
The speed reference is used in the VHW sentence for speed data output to
external equipment.
1. Open the [MENU]. 2. Select [I/O], then press the ENT key. 3. Select
[MISCELLANEOUS], then press the ENT key. 4. Select [STW] (Speed Through
Water), then press the ENT key. An options pop up
window appears. 5. Select [VECTOR] or [SCALAR] as appropriate, then press the
ENT key.
[VECTOR] : Speed is calculated based on own ship vector. [SCALAR] : Speed is
calculated based on SOG (Speed Over Ground).
6. Close the [MENU].
2.15.8
How to hold course at low speeds
To hold the same course when speed is under 0.2 kn, do the following
procedure.
1. Open the [MENU]. 2. Select [I/O], then press the ENT key. 3. Select
[MISCELLANEOUS], then press the ENT key. 4. Select [COG HOLD (LOW SPD)]
(Course Over Ground at low speed), then press
the ENT key. An options pop up window appears. 5. Select [ON] or [OFF] as
appropriate, then press the ENT key.
[ON]: COG is not updated when speed is under 0.2 kn. [OFF]: COG is updated
regardless of ship’s speed. 6. Close the [MENU].
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2. OPERATION
2.16
SENSOR Menu
The [SENSOR] menu contains settings for the connected sensors. Some settings
in this menu require service level access and are not changeable by the user.
To access this menu, open the [MENU], then select [SENSOR].
Note: The [OFFSET] menu is reserved for technical personnel only.
2.16.1
OTHER menu
1. Open the [MENU]. 2. Select [SENSOR], then press the ENT key. 3. Select
[OTHER], then press the ENT key.
For technical personnel only
Not available for IMO types
4. Select the appropriate menu item, then press the ENT key.
· [GNSS RESTART]: Restarts the GNSS cores. A confirmation message appears