AlphaWind - Home - Alphatron Marine 2017/110 Anemometer... · 7 | Preface I.i.iii Norms and Standards The whole of the Alphaline range of products comply with the applicable standards,

AlphaWind

Installation and Operation Manualalphatronmarine.com

2 | Contents

Contents

I Preface..........................................................................................................4I.i Glossary......................................................................................................................................................................4

I.i.i Definitions........................................................................................................................................................... 4I.i.ii Abbreviations..................................................................................................................................................... 6I.i.iii Norms and Standards.......................................................................................................................................7

II Caution........................................................................................................ 8II.i Warranty.................................................................................................................................................................... 9II.ii Storage..................................................................................................................................................................... 9

III Introduction..............................................................................................10

1 Installation Instructions........................................................................... 111.1 Mechanical............................................................................................................................................................. 11

1.1.1 Dimensions....................................................................................................................................................111.1.2 Mounting........................................................................................................................................................111.1.3 Fit Mounting Frame.......................................................................................................................................121.1.4 Fit Water Seal............................................................................................................................................... 121.1.5 MF Instrument electric connections.............................................................................................................. 131.1.6 Cable............................................................................................................................................................. 131.1.7 Cable preparation..........................................................................................................................................131.1.8 Grounding......................................................................................................................................................131.1.9 Power supply.................................................................................................................................................141.1.10 Serial connection.........................................................................................................................................141.1.11 Relay........................................................................................................................................................... 151.1.12 Connect NMEA............................................................................................................................................151.1.13 Connect Dimmer......................................................................................................................................... 17

1.2 Software................................................................................................................................................................. 181.2.1 Select Active Software.................................................................................................................................. 18

1.2.1.1 Software Applications...........................................................................................................................191.2.2 Software updates MF....................................................................................................................................21

2 Operation...................................................................................................222.1 Power..................................................................................................................................................................... 222.2 Main screen............................................................................................................................................................22

2.2.1 True Wind / Rel. Wind.................................................................................................................................. 232.3 Menu handling........................................................................................................................................................23

2.3.1 Default Values...............................................................................................................................................242.4 Alert Handling.........................................................................................................................................................262.5 Settings...................................................................................................................................................................28

2.5.1 Generic.......................................................................................................................................................... 292.5.1.1 Touch screen calibration (TOUCH CAL)............................................................................................. 292.5.1.2 Touch screen sensitivity (TOUCH SET).............................................................................................. 302.5.1.3 Change Date and Time (DATE TIME).................................................................................................302.5.1.4 Change contrast theme (THEME)....................................................................................................... 312.5.1.5 Unit selection (UNIT)............................................................................................................................322.5.1.6 Change Range Settings (RANGE SCALE)..........................................................................................32

3 | Contents

2.5.1.7 Wind Settings (WIND SET)..................................................................................................................332.5.1.8 About the MF instrument (ABOUT)..................................................................................................... 34

2.5.2 Advanced.......................................................................................................................................................352.5.2.1 Advanced settings password (ADV SET)............................................................................................ 352.5.2.2 Advanced settings menu......................................................................................................................352.5.2.3 Central dimming (CNTRL DIM)............................................................................................................362.5.2.4 Ethernet configuration (ETH CONFIG)................................................................................................ 362.5.2.5 Serial port (UART) configuration (UART CONFIG)............................................................................. 372.5.2.6 Serial port monitor (SERIAL MON)......................................................................................................382.5.2.7 NMEA Filter..........................................................................................................................................402.5.2.8 NMEA Talker........................................................................................................................................402.5.2.9 Factory reset (RESET).........................................................................................................................412.5.2.10 Log (LOG).......................................................................................................................................... 422.5.2.11 Wind Settings (WIND SET)................................................................................................................42

3 Specifications............................................................................................443.1 Electrical................................................................................................................................................................. 443.2 Environmental.........................................................................................................................................................443.3 Mechanical............................................................................................................................................................. 443.4 Maintenance........................................................................................................................................................... 45

4 Appendix A................................................................................................464.1 Mechanical Drawings............................................................................................................................................. 46

4.1.1 MFS-V........................................................................................................................................................... 474.1.2 MFM.............................................................................................................................................................. 48

4.2 Connection Diagrams.............................................................................................................................................494.2.1 MF Instrument............................................................................................................................................... 494.2.2 AlphaWind (River)......................................................................................................................................... 51

4.3 Data Sheets........................................................................................................................................................... 524.3.1 Alphaline MF................................................................................................................................................. 52

4.3.1.1 Alphaline MFS-V.................................................................................................................................. 524.3.1.2 MFM..................................................................................................................................................... 53

4.4 Type Examination Certificates............................................................................................................................... 544.4.1 Alphaline MF................................................................................................................................................. 55

4.5 Thales Certificates................................................................................................................................................. 554.5.1 MFS-V........................................................................................................................................................... 554.5.2 MFM.............................................................................................................................................................. 55

5 Appendix B................................................................................................565.1 ISO 9001 certificate Alphatron Marine R&D..........................................................................................................56

6 Appendix C................................................................................................576.1 EC Declaration of Conformity................................................................................................................................ 57

4 | Preface

I PrefaceThe Alphatron Marine MF range of instruments was designed for navigation and control of ships and is based on generichard- and software, allowing for many different applications.

• Thoroughly read this instruction manual before installation and operation of the equipment.• We recommend to keep this manual nearby the equipment to ensure ready access to it.

I.i GlossaryThe glossary contains a list of Definitions and a list of Abbreviations.

I.i.i DefinitionsThe meaning of standard definitions as used in this manual are explained in the table of Definitions.

See Table 1: Definitions on page 5

5 | Preface

Redundant A device that is equipped with multiple part of the same type, for example a double powersupply. This equipment will continue to function when one of the redundant part fails.

Heading users Navigation equipment that uses heading/course information for functioning.

Hardware The physical parts of the Alphaline MF system.

LED's Light Emitting Diodes, these are used for signaling statuses of hardware and software signals tothe user.

Central alarmsystem/Bridge watchmonitoring

System that is connected to all vital systems on a ship and that is able to give a centralizedindication of the (alarm)status of all connected systems.

NMEA protocol Protocol standard for transmitting and receiving of asynchronous serial data sentences.

Talker Device which transmits data. This is usually called transmitter or TX.

Listener Device which receives data. This is usually called receiver or RX.

ISO GND Isolated Ground. This is a ground connection to be used for reference signal. It is different fromEARTH and should normally not be connected to EARTH.

Grounding point/stud

Point on the chassis of the Alphaline MF system which should be connected to the ship's mass.

Printed Circuit Board A printed circuit board, or PCB, is used to mechanically support and electrically connectelectronic components using conductive pathways, or traces, etched from copper sheets,laminated onto a non-conductive substrate.

(Galvanic)isolated Electrical separation of two circuits. There is no current flowing directly from one circuit toanother. Electrical energy and/or information can still be exchanged between the sections byother means, such as by induction or by optical means(like a transformers or opto couplers).

CAN bus Controller Area Network. This is a network based serial bus system used for exchanginginformation. It is the advanced version of RS485/422 serial busses.

Reverse polarityprotection

This is a part of the power supply hardware that prevents any damage to the equipment whenthe power supply is connected to the wrong polarity.

ROT signal - Rate Of Turn signal indicates the course change of a ship in degrees per minute. This signal canbe analog using voltage or current, or can be an NMEA data signal.

Heading/bearingrepeaters

Navigation type of instruments displaying the heading/course of a ship.

Baud rate This is the transmission speed of serial interfaces in characters per second.

Transmitting interval The frequency at which complete NMEA sentences are being transmitted in number of times persecond.

Factory setting Instrument setting for backlight color, language, number of connected apparatus, etc. asconfigured as a new instrument by the factory.

Flash memory Non volatile type of memory. This type of memory retains its contents even when the instrumentis turned off. All the settings of the inter switch such as number of connected instruments, theselected instrument, language, backlight color are stored in the flash memory of the inter switchand the display unit.

Firmware (embedded) software inside the processors of the Alphaline MF system.

Compass safedistance

The minimum distances to equipment that will not cause an unacceptable deviation of the ship'sstandard and steering compasses.

Table 1: Definitions

6 | Preface

I.i.ii AbbreviationsAbbreviations as used in this manual are explained in the table of Abbreviations.Table 2: Abbreviations on page 6

A Ampere

CAN Controller Area Network

DC Direct Current

DP Dynamic Position

ECDIS Electronic Chart Display Information System

GPS Global Positioning System

I/O Inputs and Outputs

I.S. Inter Switch

LED Light Emitting Diode

mA milliamperes

MF Multi Function

mm Millimeter

NC Normally Closed

NMEA National Marine Electronics Association

NO Normally Open

OA Operational Alarm

TAP Type Approval Program

PCB Printed Circuit Board

RCU Remote Control Unit

ROT Rate Of Turn

VAC Volts Alternating Current

VDC Volts Direct Current

VDR Voyage Data Recorder

W Watt

Table 2: Abbreviations

7 | Preface

I.i.iii Norms and StandardsThe whole of the Alphaline range of products comply with the applicable standards, norms and regulations.

See Figure 1: Norms and Standards on page 7

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1IEC 60945 (2002) including IEC 60945 Corrigendum 1(2008) √ √ √ √ √ √ √ √ √ √ √ √ √

2 Standard DNV 2.4 √ √ √ √ √ √ √ √ √ √ √ √3 IEC 61162 series √ √ √ √ √ √ √ √ √ √ √ √ √4 IEC 62288 (2014) √ √ √ √ √ √ √ √

5ISO 22090-2 (2004) including Corrigendum 2005 √

6 ISO 20673 (2007) √7 ISO 20672 (2007) √8 ISO 8728 (1997) √

NORMS & STANDARDS

Figure 1: Norms and Standards

8 | Caution

II CautionTo safely install and operate this instrument, so as not to adversely affect the warranty, the WARNINGS and CAUTIONSmust be adhered to.

• WARNING• Indicates potential risk of injury or death to users of the product.

• WARNING• Do not disassemble or modify the equipment. Failure to observe this instruction may cause a fire, electric

shock, or equipment failure.

• WARNING• Do not insert or remove the power cord or operate switches with a wet hand. Otherwise, you may suffer an

electrical shock.

• WARNING• Operate the equipment only at the power supply voltage of DC 12V or 24V. Failure to observe this instruction

can cause a fire, electric shock, or equipment failure

• WARNING• Do not scratch, damage, modify, heat, pull, excessively bend, or heavily load the power supply cable. It may

cause a fire, or electric shock.

• WARNING• Immediately turn off the power and disconnect the power supply cable if the equipment is generating any

smoke or odor, or is overheated. Immediately inform our local service agent of the symptom to have itrepaired. Prolonged equipment operation under such a condition can cause a fire or electric shock.

• WARNING• Do not place a vessel containing liquid on the equipment. It may cause a fire, electrical shock, or a failure to

the equipment if knocked over.

• CAUTION• Indicates potential risk of damage to equipment.

• CAUTION• Any modification to this equipment without prior written permission from ALPHATRON MARINE will void the

warranty.

• CAUTION• Installation of this product shall only be done by a certified installation company approved by either

ALPHATRON MARINE or by an official ALPHATRON MARINE distributor. Acting otherwise will void thewarranty.

• CAUTION• This product must be installed in accordance with the installation methods described in this manual. Acting

otherwise will void the warranty.

• CAUTION• This product contains no operator serviceable parts. Service and repair shall only be carried out by personnel

trained and certified by ALPHATRON MARINE.

• CAUTION• Do not allow the Display Unit to fall or immerse into water. The equipment can be damaged.

• CAUTION• When removing the power, be sure to remove the cord terminal correctly. If the cord is pulled, the cord may

get damaged resulting in a fire or an electrical shock.

• CAUTION• If the instruments are not stored as described it will void the warranty.

9 | Caution

• CAUTION• When cleaning the surface, do not use any organic solvent such as thinner or benzine. Otherwise, the paint

and markings on the surface may get damaged. For cleaning the surface, remove the dust and debris andwipe with a clean dry cloth.

II.i WarrantyNon-compliance with the installation, operation and maintenance requirements may void the warranty.

Read the Caution requirements.

Contact the Alphatron dealer regarding the terms of the warranty.

II.ii StorageThe Alphaline range of instruments are sensitive to humidity, temperature fluctuations and aggressive substances. Storethem appropriately.

• CAUTION• If the instruments are not stored as described it will void the warranty.

10 | Introduction

III IntroductionEach type in this navigation and control instrument product range consists of a display unit and, if applicable, one ormore external remote I/O modules.

The following 6 versions are available in the Alphatron Marine MF range of instruments.

Alphaline MFS-H 5.0 inch display in ½ DIN mounting LCD orientation horizontal

Alphaline MFS-V 5.0 inch display in ½ DIN mounting LCD orientation vertical

Alphaline MFS-VJ 5.0 inch display in ½ DIN mounting LCD orientation vertical, joystickwith rotary encoder and push buttonfor advanced control of third-partysystems

Alphaline MFS-VR 5.0 inch display in ½ DIN mounting LCD orientation vertical, rotaryencoder and push button foradvanced control of third-partysystems

Alphaline MFM 6.5 inch display in DIN mounting LCD orientation vertical

Alphaline MFL 8.4 inch display in 1.5 DIN mounting LCD orientation horizontal

The AlphaWind shows the Relative Wind information in a very user friendly way. Wind information can be obtained fromany IEC61162-1 compatible wind sensor. The AlphaWind Repeater Display for sea-going vessels shows relative andtrue Wind information. The Wind information can be obtained from any IEC61162-1 compatible wind sensor.

11 | Installation Instructions

1 Installation InstructionsInstallation follows a generic method and is applicable to the complete range of MF instruments.

This chapter describes the installation into a console.

1.1 MechanicalStrictly follow the prescribed installation method.

• CAUTION• This product must be installed in accordance with the installation methods described in this manual. Acting

otherwise will void the warranty.

The Location Class/Category of the Alphaline MF instruments is: EXPOSED (May be used outside)

The Alphaline MF display is supplied complete with the following parts.

• Display unit (5.0, 6.5 or 8.4 inch)• Mounting frame with 2 sets of screws for fixing to either steel or wood.• 3 off Phoenix connectors for power supply and signals.• USB stick with manual.• Mounting template.• Grounding lug.

1.1.1 DimensionsCarefully check the applicable drawing(s) of the Alphaline MF instrument. See Mechanical Drawings on page 46.

1.1.2 MountingThe display unit can only be flush mounted. Carefully consider the location and angle of the display unit for maximumvisibility. Make sure that there is enough space to connect cables. The display unit can be installed horizontally, verticallyor under an angle, see Figure 2: Flush mounting on page 12

Note For outdoor fitting use correct sealing arrangement.


Figure 2: Flush mounting

1.1.3 Fit Mounting FramePrior to fitting the display unit, install the mounting frame.

1. Make a square hole in the (overhead) console. For dimensions see drawing and use template provided.

2. Push the mounting frame into the hole and attach it with four screws.

3. Push the display unit into the mounting frame.

INFO:

Note The instrument is locked into position by a spring system.

Note Use the MF Display Overhead Mounting Kit for securing the display unit to an overhead console, toprevent the unit from falling out.

1.1.4 Fit Water SealThe instrument can also be positioned outside.

Care must be taken in applying the seal.


1.1.5 MF Instrument electric connectionsAll six MF instrument versions share the same electronics with identical connections.

For pinouts see andTable 4: Serial connections 8 pin on page 15 and Table 5: Serial connections 12 pin on page15.

1.1.6 CableUse the following connection cables:

Name Specification Shield[Y/N}

Norm

Power LIYCY 1x2x0.5mm² XAI Y IEC 60092-352

USB USB Y

Serial 3x2x0.5mm² Y IEC 61162-2

Serial 2x2x0.5mm² Y IEC 61162-1

Ethernet Ethernet CAT 5e S/FTP Y IEC 61162-450

Table 3: Connection Cables

1.1.7 Cable preparationCable preparation and cable connections as described in this manual are essential for the correct functioning of theinstrument.

1. Remove approx. 80 mm of the plastic cable sheath, but leave the grounding shield untouched.2. Cut away approx. half the length of the now visible cable shield and fold the remaining shield back over the cable

sheath.3. Wrap insulating tape over half of the visible grounding shield.4. Attach the remaining visible grounding shield to the metal saddle on the rear of the instrument. See Figure 3: Cable

preparation on page 13

Note Always check the drawing for the correct shielding of signals. See chapter Connect NMEA on page 15for description of how to apply shielding.

Figure 3: Cable preparation

1.1.8 GroundingTo function properly, the instrument must be grounded to the ship’s mass.

For this purpose the instrument has a grounding bolt. Connect the grounding bolt to the ship’s mass with a lowimpedance connection.


Figure 4: Grounding Bolt

Note The grounding strap must be as short as possible. If wire is used, use a minimum of 6 mm2 copper wire.See Figure 4: Grounding Bolt on page 14

Note Always check the drawing for the correct shielding of signals. See chapter Connect NMEA on page 15for description of how to apply shielding.

1.1.9 Power supplyThe display has one 24 VDC (nominal) power input. Power consumption is approx. 500 mA. Connect to a power supply> 1 A.

Note The power supply input is protected against connecting to the wrong polarity.

Note In rush current ∼ 4A pf approximately 4A.

1.1.10 Serial connectionThe MF instrument has four IEC 61162 serial ports with Transmit (Tx) and Receive (Rx) connections. Three ports are oftype IEC 61162-1, one port is of type IEC 61162-2.

Note for explanation of correct connectionof IEC61162-1 and IEC61162-2 signals refer chapter Connect NMEAon page 15

The instrument has two serial connectors, connector 1 with 8 connections and connector 2 with 12 connections.

For pin connections see Figure 5: Serial pin connections on page 14, Table 4: Serial connections 8 pin on page 15and Table 5: Serial connections 12 pin on page 15

Figure 5: Serial pin connections


1 COM0 IEC61162-2 Tx+

2 COM0 IEC61162-2 Tx-

3 COM0 IEC61162-2 GND

4 COM0 IEC61162-2 Rx+

5 COM0 IEC61162-2 Rx-

6 Relay Contact NO

7 Relay Contact C

8 Relay Contact NC

Table 4: Serial connections 8 pin

1 COM1 IEC61162-1 Tx+

2 COM1 IEC61162-1 Tx-

3 COM1 IEC61162-1 Rx+

4 COM1 IEC61162-1 Rx-

5 COM2 IEC61162-1 Tx+

6 COM2 IEC61162-1 Tx-

7 COM2 IEC61162-1 Rx+

8 COM2 IEC61162-1 Rx-

9 COM3 IEC61162-1 Tx+

10 COM3 IEC61162-1 Tx-

11 COM3 IEC61162-1 Rx+

12 COM3 IEC61162-1 Rx-

Table 5: Serial connections 12 pin

Note The instrument should always be connected according to the connection diagram. See Figure 46:Connection Diagram MF Instrument on page 50. Ensure connection to the correct COM port.

1.1.11 RelayOne relay output is available for legacy alarm monitoring systems without serial ALR connection. This MF instrumentrelay output is located on the 8-pin connector on the following pins. Use the NC (Normally Closed), or NO (NormallyOpen) connection depending on the application.

For pin lay out, see Table 6: Relais connection on page 15.

6 Relais Normally Open

7 Relais Common

8 Relais Normally Closed

Table 6: Relais connection

1.1.12 Connect NMEASerial data from sensors such as GPS, Speedlog and others is commonly known as NMEA. NMEA is an Americanstandard and the naming is commonly used.

However common and well known, NMEA is the American standard. In the regulations is referred to the IEC standard forthe correct protocol description. These are:

IEC61162-1 and IEC61162-2. The manual will use both these standards as there is a difference between them. Thischapter describes both standards to clarify the differences and the correct application of them.

This chapter explains some basic knowledge about the serial interfaces used in the Marine Electronics.

For detailed information on both standards, please read the IEC-61162-1 and IEC61161-2 documents.

• IEC 61162-1

This standard is the most commonly used. In the standard, the sender (Tx side) and receiver (Rx side) are referred toas Talker and Listener.

It has the following characteristics:

• Communication speed: BAUD rate of 4800, 8 databits, 1 stop bit, no parity• One talker (TX side, commonly a sensor such as GPS) may be connected to one or more listeners (RX side, e.g.

displays or computer systems such as ECDIS). The circuit looks as shown in Figure 6: IEC 61162-1 Circuits onpage 16


Figure 6: IEC 61162-1 Circuits

There are some requirements to the wiring of the signal.

• Tx+ and Tx- are connected to Rx+ and Rx- respectively.• On the transmitting side the shield of the cable is connected to earth , and is NOT connected on the listener side.

Note In case the NMEA signal is connected both ways, two cables should be used with proper shieldingas described above. (It is just above situation times two for the opposite direction).

Only one talker is connected to the bus, and multiple listeners may be connected to the same bus without the needfor a signal isolator/multiplier. However, it is not forbidden and good practice to use a multiplier since it eliminatespossible faults caused by short circuiting of the signal by a faulty listener. Alphatron is able to supply such a multiplierif needed (NMEA distribution module mk.2)

• IEC-61162-2

This standard is applied to provide better characteristics when the data transmission speed is higher.

It has the following characteristics:

• Communication speed: BAUD rate of 38400, 8 databits, 1 stop bit, no parity.• One talker (TX side, commonly a sensor such as GPS) may be connected to one or more listeners (RX side, e.g.

displays or computer systems such as ECDIS). The circuit looks as shown in Figure 7: IEC 61162-2 Circuits onpage 16

Figure 7: IEC 61162-2 Circuits

The main difference with the IEC61162-1 standard is that a COMMON signal is added here for a good reference toisolated ground.

• Tx+ and Tx- are connected to Rx+ and Rx- respectively.• The shield of the cable is connected to the earth on the transmitting side, and is NOT connected on the listener.


Note In case the NMEA signal is connected both ways, two cables should be used with proper shieldingas described above. (It is just above situation times two for the opposite direction).

Only one talker is connected to the bus, and multiple listeners may be connected to the same bus without the needfor a signal isolator/multiplier. However, it is not forbidden and good practice to use a multiplier since it eliminates thepossible faults caused by short circuiting of the signal by a faulty listener. Alphatron is able to supply such a multiplierif needed (NMEA distribution module mk.2)

The cable should be of a shielded type, and the shield connected to the earth on the Talker side and NOT to earth on theListener side.

The IEC61162 specifies a number of different cables which can be used. Of these cables, Alphatron recommends to usesingle shielded cable, as shown in Figure 8: Single Shielded Cable on page 17

Figure 8: Single Shielded Cable

So, for a two way connection two times 3 wire cable is used with shield connected on the Talker side.

Note For MODBUS we recommend to use the IEC61162-2 connections on equipment. IEC61162-1 ports arealso usable and tested to work with MODBUS on speeds up to 38400 BAUD, however the IEC61162-2 ports area little better suited because of the C wire for signal ground reference.

To make connections, proceed as follows:

1. Connect data signal to the COM port as drawn in the Connection Diagram of the AlphaWind (River). See Figure 47:Connection Diagram on page 51

1.1.13 Connect DimmerAlphaline MF instruments can accept IEC61162-1 dimmer message with the $--DDC format.

Connect signal to the designated dimmer connector as shown on the Connection Diagram, see

Note


Figure 9: Dimmer Message

1.2 SoftwareThe software version for this range of instruments is 1.X

1.2.1 Select Active SoftwareThe ARD (Alphaline Repeater Display) units are stocked in the warehouse with all software pre-installed. Thecommissioning engineer will select the function the ARD requires.

When a general purpose Alphaline Repeater Display is started up for the first time, or after a RESET, a selection menuappears where the required application can be selected. See fig. Figure 10: First Start up Screen (EXAMPLE ONLY) onpage 19.


Figure 10: First Start up Screen (EXAMPLE ONLY)

1. Search for the required application by touching the < or > buttons.

2. Touch the Start Application button once the required application appears in the window.The ARD will restart and install the selected application. This will take a couple of minutes to complete. Please bepatient.

Note DO NOT switch off or disconnect the ARD while installing – this will corrupt the software and make theARD inoperable.

Note When the installation has been completed, the MAIN SCREEN of the application will be visible.

1.2.1.1 Software Applications

The selection menu shows the whole range of Alphaline MF instruments applicable to this screen format and orientation,with the name of the SOFTWARE APPLICATION displayed in the window. This name will be different from theCOMMERCIAL NAME of the instrument. Refer to Table 7: MFL on page 20, Table 8: MFM on page 20, Table9: MFS-H on page 20 and Table 10: MFS-V on page 21 to search for the correct SOFTWARE NAME for theinstrument.


Selection Applications Commercial Name Instrument

Alphanav_8,4_LS_INL AlphaNav (River)

Clock_8,4_LS_SEA AlphaTime

Heading_8,4_LS_SEA AlphaHeading

Meteo_8,4_LS_SEA AlphaMeteo

RudderROT_8,4_LS_INL AlphaRudderTurn (River)

SpeedLog_8,4_LS_SEA AlphaSpeedLog

SteeringRepeater_8,4_LS_SEA AlphaHeading+

Wind_8,4_LS_SEA AlphaWind

Table 7: MFL


Clock_6,5_PT_SEA AlphaTime

Depth_6,5_PT_INL AlphaDepth (River)

DepthSingle_6,5_PT_INL AlphaDepth (River)

Depth_6,5_PT_SEA AlphaDepth

Heading_6,5_PT_SEA AlphaHeading

Meteo_6,5_PT_SEA AlphaMeteo

Meteo_6,5_PT_INL AlphaMeteo (River)

MeteoRel_6,5_PT_SEA AlphaMeteo

ROT_6,5_PT_INL AlphaTurn (River)

ROT_6,5_PT_SEA AlphaTurn

Rudder_6,5_PT_INL AlphaRudder (River)

Rudder_6,5_PT_SEA AlphaRudder

RudderROT_6,5_PT_INL AlphaRudderTurn (River)

ShipSpeed_6,5_PT_SEA AlphaSpeed

SpeedLog_6,5_PT_SEA AlphaSpeedLog

Wind_6,5_PT_SEA AlphaWind

Wind_6,5_PT_INL AlphaWind (River)

WindRel_6,5_PT_SEA AlphaWind

Table 8: MFM


Clock_5_LS_SEA AlphaTime

Depth_5_LS_SEA AlphaDepth

Heading_5_LS_SEA AlphaHeading

ShipSpeed_5_LS_SEA AlphaSpeed

Table 9: MFS-H



Clock_5_PT_SEA AlphaTime

Depth_5_PT_INL AlphaDepth (River)

Heading_5_PT_SEA AlphaHeading

Rudder_5_PT_INL AlphaRudder (River)

ShipSpeed_5_PT_INL AlphaSpeed (River)

ShipSpeed_5_PT_SEA AlphaSpeed

Wind_5_PT_INL AlphaWind (River)

Table 10: MFS-V

1.2.2 Software updates MFAlphatron Marine is constantly improving and updating its products by developing new functionalities and improvingusability and performance.

Visit our support website www.jrc.am/support for the newest manuals and to check that your product is still running thelatest software. Due to the nature of our products and solutions, software and relevant instructions will be available toauthorized distributors and dealers only.

Software update files are made available by Alphatron and can be acquired from the Alphatron Service Deskwww.jrc.am/support. The update procedure consists of adding a zip file containing the new software/firmware to the rootdirectory on the SD card.

On start-up (boot) of the MF, the root directory of the SD card will be checked for the presence of a *.zip file. If this file isfound, the MF application will make a backup of the current software/firmware. Next it will try to unzip the new software/firmware. If this is successful, the MF application will restart and try to run the new software/firmware. If no problemis found during the new boot, then the old software/firmware will be deleted and the new application will run normally.Otherwise, the existing software/firmware will automatically be reverted to.

Note DO NOT shut down the device during an update procedure, because this can cause irreversible damageto the files on the SD card.

http://www.jrc.am/support

22 | Operation

2 OperationAll MF instruments are operated in a similar way because of a common user interface.

Being familiar with one instrument in the MF range makes operation of other instruments in the range easier.

2.1 PowerThe unit must be connected to the power at all times.

• Use the Power button in the front panel of the instrument to switch the power ON and OFF.

Note In the OFF position, the Power button is still dimly lit for easy identification in the dark. This only applieswhen the instrument is connected to the power supply.

• In a blackout situation the instrument will always return to the last power state. This means that if the instrumentwas switched ON before a blackout, it will be ON after a blackout. The same applies to the OFF status. Whenthe instrument is switched ON, the Power button is lit in accordance with the DIM setting of the LCD backlight, sodimming together with the LCD panel.

2.2 Main screenWhen the MF instrument is switched ON, it will boot into the MF application. The MF application will show the instrumentspecific data applicable to the particular instrument.

During the initialization time, while the instrument is starting up, this picture will be displayed on the screen Figure 11:Splash Screen on page 22. Depending on the size of the instrument, the letters in the lower half of the screen mayshow MFS-V, MFS-H, MFM, or MFL.

Figure 11: Splash Screen

After the initialization time has been completed, the main screen appears. The Main Screen displays four standardbuttons. See Figure 12: Main Screen Alpha Wind on page 23 and Table 11: Main screen buttons on page 23

23 | Operation

Figure 12: Main Screen Alpha Wind

Functionality of the buttons is as described in table below.

Shows the instrument is functioning normally. If there's a malfunction a colored alert symbol willshow here.

Opens the SETTINGS MENU, where settings can be adjusted and shows the functionality of theinstrument by rotating. If this stops rotating, the software of the instrument is very busy or hascrashed.

Touching this button will set the LCD dim level brighter.

Touching this button will set the LCD dim level one step less bright.

Table 11: Main screen buttons

2.2.1 True Wind / Rel. WindTRUE WIND is measured by the sensor as the direction of the wind in relation to North at a certain speed in knots,irrespective of the ships heading and speed. On the Mainscreen this is shown as a dial from 0˚ to 360˚.

RELATIVE WIND is measured by the sensor as the direction of the wind. When the ship is sailing the rate of knots ofship speed is added to, or subtracted from the wind speed. On the Mainscreen this is shown as a dial from -180˚ to+180˚.

2.3 Menu handlingMenu handling is standardised for all different menu screens and for all different instruments. Example: see Figure 13:Menu Example on page 24 and Table 12: Explanation of on-screen buttons and icons on page 24.

24 | Operation

Figure 13: Menu Example

Go to Main Screen, touch again to go to MENU SETTINGS

Go back to previous screen, without saving settings.

Undo the last value change

Accept current settings and applied Settings will be saved.

Undo all settings and exit Menu

Normal Condition, meaning there is no alarm.

Scroll between standard settings using + or - button

Navigate through Menu pages using < or > button. Not visibleon this screen, but visible on subsequent menu screens.

Table 12: Explanation of on-screen buttons and icons

2.3.1 Default ValuesWhen the ADR is reset, it will return to the start-up screen, where a new instrument can be selected. The newly selectedinstrument will contain the DEFAULT VALUES.

25 | Operation

The Default Values for the whole range of Alphaline instruments is shown in Figure 14: Default Values all MF instrumentson page 25

Depth_5_PT_INL

Rudder_5_PT_INL

ShipSpeed_5_PT_INL

Wind_5_PT_INL

Depth_6,5_PT_INLDepthSingle_6,5_PT_INL

Meteo_6,5_PT_INL

ROT_6,5_PT_INL

Rudder_6,5_PT_INL

RudderROT_6,5_PT_INL

Wind_6,5_PT_INL

Alphanav_8,4_LS_INL

RudderROT_8,4_LS_INL

Clock_5_LS_SEA

Depth_5_LS_SEA

Heading_5_LS_SEA

ShipSpeed_5_LS_SEA

Clock_5_PT_SEA

Heading_5_PT_SEA

Remote_5_PT_SEA

ShipSpeed_5_PT_SEA

TMC_5_PT_SEA

Clock_6,5_PT_SEA

Depth_6,5_PT_SEA

Heading_6,5_PT_SEA

Meteo_6,5_PT_SEAMeteoRel_6,5_PT_SEA

ROT_6,5_PT_SEA

Rudder_6,5_PT_SEA

ShipSpeed_5_PT_SEA

SpeedLog_6,5_PT_SEA

Wind_6,5_PT_SEAWindRel_6,5_PT_SEA

Clock_8,4_LS_SEA

Heading_8,4_LS_SEA

Meteo_8,4_LS_SEA

SpeedLog_8,4_LS_SEA

SteeringRepeater_8,4_LS_SEA

Wind_8,4_LS_SEA

MFS-V

MFS-V

MFS-V

MFS-V

MFM

MFM

MFM

MFM

MFM

MFM

MFL

MFL

MFS-H

MFS-H

MFS-H

MFS-H

MFS-V

MFS-V

MFS-V

MFS-V

MFS-V

MFM

MFM

MFM

MFM

MFM

MFM

MFM

MFM

MFM

MFL

MFL

MFL

MFL

MFL

MFL

AlphaDepth (River)

AlphaRudder (River)

AlphaSpeed (River)

AlphaWind (River)

AlphaDepth (River)

AlphaMeteo (River)

AlphaTurn (River)

AlphaRudder (River)

AlphaRudderTurn (River)

AlphaWind (River)

AlphaNav (River)

AlphaRudderTurn (River)

AlphaTime

AlphaDepth

AlphaHeading

AlphaSpeed

AlphaTime

AlphaHeading

AlphaRemote

AlphaSpeed

AlphaTMC(+)

AlphaTime

AlphaDepth

AlphaHeading

AlphaMeteo

AlphaTurn

AlphaRudder

AlphaSpeed

AlphaSpeedLog

AlphaWind

AlphaTime

AlphaHeading

AlphaMeteo

AlphaSpeedLog

AlphaHeading+

AlphaWind

numbers correspond w

ith Matrix

1110

1312

1116a

410

512

145

1815

713a

187

313a

218

157

166

813a

1712a

187

1617

912a

Menu Touch Screen Sensitivity

Sensitivity8

88

88

88

88

88

88

88

88

88

88

88

88

88

88

88

88

88

8M

enu Theme

Theme

DAYDAY

DAYDAY

DAYDAY

DAYDAY

DAYDAY

DAYDAY

DAYDAY

DAYDAY

DAYDAY

DAYDAY

DAYDAY

DAYDAY

DAYDAY

DAYDAY

DAYDAY

DAYDAY

DAYDAY

DAYDAY

LanguageEN

GLISHEN

GLISHEN

GLISHEN

GLISHEN

GLISHEN

GLISHEN

GLISHEN

GLISHEN

GLISHEN

GLISHEN

GLISHEN

GLISH-

--

--

--

--

--

--

--

--

--

--

--

-M

enu Date/Time [1/2]

YearCom

pulsory Input=

==

==

==

==

==

==

==

==

==

==

==

==

==

==

==

==

==

Month

Compulsory Input

==

==

==

==

==

==

==

==

==

==

==

==

==

==

==

==

==

=Day

Compulsory Input

==

==

==

==

==

==

==

==

==

==

==

==

==

==

==

==

==

=M

enu Date/Time [2/2]

HourCom

pulsory Input=

==

==

==

==

==

==

==

==

==

==

==

==

==

==

==

==

==

Minutes

Compulsory Input

==

==

==

==

==

==

==

==

==

==

==

==

==

==

==

==

==

=Tim

e ZoneCom

pulsory Input=

==

==

==

==

==

==

==

==

==

==

==

==

==

==

==

==

==

Menu Range/Scale Settings

SCALE10

--

-10

-90

--

-10 (Depth)

--

10-

40-

--

40-

-10

--

--

40-

--

--

--

-ALARM

DISABLEDDISABLED

-DISABLED

DISABLEDDISABLED

-DISABLED

DISABLED(Rudder)

DISABLED-

DISABLED(Rudder)

-DISABLED

--

--

--

--

DISABLED-

DISABLED-

DISABLED-

-DISABLED

--

DISABLED-

-DISABLED

Menu U

nitsDEPTH

--

--

--

--

--

--

-m

etre-

--

--

--

-m

etre-

--

--

--

--

--

--

SPEED (sail)-

--

--

--

--

--

--

--

--

--

--

--

--

--

--

--

--

--

-SPEED (w

ind)-

--

bft-

bft-

--

bft-

--

--

--

--

--

--

-bft

--

--

bft-

-bft

--

bftM

enu Ship SettingsSPEED

--

--

--

--

--

--

--

--

--

--

--

--

--

--

GPS SOG

--

--

GPS SOG

--

Menu W

ind SettingsW

IND FILTER

--

-DISABLED

-DISABLED

--

-DISABLED

--

--

--

--

--

--

--

DISABLED-

--

-DISABLED

--

DISABLED-

-DISABLED

Menu RO

T SettingsRO

T Damping

--

--

--

DISABLED-

DISABLED-

-DISABLED

--

--

--

--

--

--

-DISABLED

--

--

--

--

--

Damping Tim

e (ms)

--

--

--

1000-

1000-

-1000

--

--

--

--

--

--

-1000

--

--

--

--

--

Menu ADV_SET Central Dim

mer

SelectionO

NO

NO

NO

NO

NO

NO

NO

NO

NO

NO

NO

NO

NO

NO

NO

NO

NO

NO

NO

NO

NO

NO

NO

NO

NO

NO

NO

NO

NO

NO

NO

NO

NO

NO

NO

NM

enu ADV_SET EthernetIP Address: 192.168.31.xx

3232

3232

3131

3131

3131

3333

3232

3232

3232

3232

3231

3131

3131

3132

3131

3333

3333

3333

Subnet Mask

255.255.255.0=

==

==

==

==

==

==

==

==

==

==

==

==

==

==

==

==

==

Gateway

192.168.31.1=

==

==

==

==

==

==

==

==

==

==

==

==

==

==

==

==

==

Menu ADV_SET U

ART [1/2]UART

UART 0UART 0

UART 0UART 0

UART 0UART 0

UART 0UART 0

UART 0UART 0

UART 0UART 0

UART 0UART 0

UART 0UART 0

UART 0UART 0

UART 0UART 0

UART 0UART 0

UART 0UART 0

UART 0UART 0

UART 0UART 0

UART 0UART 0

UART 0UART 0

UART 0UART 0

UART 0UART 0

ParityN

ON

EN

ON

EN

ON

EN

ON

EN

ON

EN

ON

EN

ON

EN

ON

EN

ON

EN

ON

EN

ON

EN

ON

EN

ON

EN

ON

EN

ON

EN

ON

EN

ON

EN

ON

EN

ON

EN

ON

EN

ON

EN

ON

EN

ON

EN

ON

EN

ON

EN

ON

EN

ON

EN

ON

EN

ON

EN

ON

EN

ON

EN

ON

EN

ON

EN

ON

EN

ON

EN

ON

EStop Bits

11

11

11

11

11

11

11

11

11

11

11

11

11

11

11

11

11

11

Menu ADV_SET U

ART [2/2]Data Bits8

88

88

88

88

88

88

88

88

88

88

88

88

88

88

88

88

88

8Baud Rate

48004800

48004800

48004800

48004800

48004800

48004800

48004800

48004800

48004800

48004800

48004800

48004800

48004800

48004800

48004800

48004800

48004800

48004800

ProtocolN

MEA

NM

EAN

MEA

NM

EAN

MEA

NM

EAN

MEA

NM

EAN

MEA

NM

EAN

MEA

NM

EAN

MEA

NM

EAN

MEA

NM

EAN

MEA

NM

EAN

MEA

NM

EAN

MEA

NM

EAN

MEA

NM

EAN

MEA

NM

EAN

MEA

NM

EAN

MEA

NM

EAN

MEA

NM

EAN

MEA

NM

EAN

MEA

NM

EAM

enu ADV_SET NM

EA FILTERID 1: Sentence

DPT-

VTGM

WV

DPTM

WV

--

-M

WV

DPT-

-DPT

HDTVTG

-HDT

-VTG

GGA-

DPTHDT

MW

V-

-VTG

HDTM

WV

-HDT

MW

VHDT

HDTM

WV

ID 2: Sentence-

--

--

--

--

-HDT

--

--

--

--

--

--

-VTG

--

--

VTG-

-VTG

--

VTGID 3: Sentence

--

--

--

--

--

VTG-

--

--

--

--

--

--

HDT-

--

-HDT

--

HDT-

-HDT

Menu ADV_SET N

MEA TALKERTALKER

****

****

****

****

****

****

****

****

****

****

****

****

****

****

****

****

****

****

USED / UNUSED

USEDUSED

USEDUSED

USEDUSED

USEDUSED

USEDUSED

USEDUSED

USEDUSED

USEDUSED

USEDUSED

USEDUSED

USEDUSED

USEDUSED

USEDUSED

USEDUSED

USEDUSED

USEDUSED

USEDUSED

USEDUSED

Menu ADV_SET Heading Settings

ANGLE O

FFSET-

--

--

--

--

--

--

-0

--

0-

--

--

0-

--

--

--

0-

--

-M

enu ADV_SET Ship SettingsSHIP LEN

GTH [M]

--

--

--

--

--

--

--

--

--

--

--

--

--

--

Compuls. Inp.

--

--

Compuls. Inp.

--

BOW

GPS [M]

--

--

--

--

--

--

--

--

--

--

--

--

--

--

Compuls. Inp.

--

--

Compuls. Inp.

--

STERN GPS [M

]-

--

--

--

--

--

--

--

--

--

--

--

--

--

-Com

puls. Inp.-

--

-Com

puls. Inp.-

-M

enu ADV_SET Wind Settings

FILTER (ms)

--

-1000

-1000

--

-1000

--

--

--

--

--

--

--

1000-

--

-1000

--

1000-

-1000

DEFAULT VALU

ES ALPHALINE M

F SYSTEMS

Figure 14: Default Values all MF instruments

26 | Operation

2.4 Alert HandlingIf a malfunction occurs, an audible and visible alert will be displayed.

An alert will be shown as a sequence of events on the display, see Figure 15: Alert Handling Main Screen on page26.

Alertoccurrence

Push the Alarm button

to show alarm info

Push the Alarm bar to

acknowledge and show next alert

info

Push the Alarm bar to acknowledge

and shownext alert info

Push the Warning bar to


info



info

Push the icon for

acknowledgealarm and alert

bar to disappear

Push the icon for acknowledge

alarm And alert bar to disappear

Figure 15: Alert Handling Main Screen

27 | Operation

Alert handling while operating the Menu, see Figure 16: Alert Handling in Menu Settings: on page 27Alert

occurrencePush the Alarm

buttonto show alarm

info


acknowledge and show next

alert info


acknowledge and show next

alert info



info

Push the Warning bar to acknowledge

and show next alert info

Push the icon for

acknowledgealarm and alert

bar to disappear

Push the icon for acknowledge

alarm And alert bar to disappear

Figure 16: Alert Handling in Menu Settings:

28 | Operation

IconNumber

Icon Name Icon Description Icon Graphic

0 Normal Condition Stationary circle with grey tick mark

1Active -Unacknowledged Alarm

Flashing red triangle with loudspeaker and alert text

2 Active - Silenced Alarm Flashing red triangle with loudspeaker with prominentline through it and alert text

3Active - AcknowledgedAlarm

Red triangle with exclamation mark and alert text

4 Active - Responsibilitytransferred alarm

Red triangle with arrow pointing to the right and alerttext

5 Rectified -Unacknowledged Alarm

Flashing red triangle with tick mark and alert text

6 Active -UnacknowledgedWarning

Flashing yellowish orange circle with loudspeaker andalert text

7 Active - SilencedWarning

Flashing yellowish orange circle with loudspeaker withprominent line through it and alert text

8 Active - AcknowledgedWarning

Yellowish orange circle with exclamation mark andalert text

9 Active - Responsibilitytransferred Warning

Yellowish orange circle with arrow pointing to the rightand alert text

10 Rectified -UnacknowledgedWarning

Flashing yellowish orange circle with tick mark andalert text

11 Caution Yellow square with exclamation mark and alert text

12 AggregationPlus sign to be presented together with icon number 1- 11

+

13 Acknowledgement notallowed for Alarm¹

Red triangle with cross to be presented together withicon numbers 1, 2 and 5

14 Acknowledgement notallowed for Warning¹

Yellowish orange circle with cross to be presentedtogether with icon numbers 6, 7 and 10

¹ "Acknowledge not allowed" icon is used when a Category A alert cannot be acknowledged in a task situation.

Table 13: Alert Management Icons

2.5 SettingsAll instruments have Generic and Advanced Settings dependant on who needs access to it.

All users are authorised to use the Generic Settings. Only the commissioning engineer has access to the AdvancedSettings, which are only needed during commissioning or troubleshooting.

29 | Operation

2.5.1 GenericEvery user of the MF instrument can access the generic settings.

Touch the MENU button in the instrument screen to enter the SETTINGS menu page, see Figure 17: Settings Menu onpage 29

Figure 17: Settings Menu

2.5.1.1 Touch screen calibration (TOUCH CAL)Screens can be calibrated by drawing lines on the screen with your fingers.

The screen can be calibrated by following the instructions that appear on the screen.

Figure 18: Touchscreen Calibration Figure 19: Calibration ReferencePoints

Figure 20: Calibration Lines

1. In the SETTINGS menu, press the TOUCH CAL button .The touchscreen calibration menu page appears, see Figure 18: Touchscreen Calibration on page 29.

2. Calibrate the screen by touching the CONFIRM CALIBRATE THE TOUCH SCREEN button.The calibration screen appears with text requesting to touch the four numbered reference points that appear on thescreen, see Figure 19: Calibration Reference Points on page 29.

30 | Operation

3. Touch the four reference points in sequence 1 to 4, as they light up.Text appears VALID or INVALID

4. When valid, test calibration for accuracy by dragging a finger across the screen, see Figure 20: Calibration Lines onpage 29The line that appears on the screen should follow the finger.

5. Touch the ACCEPT button if calibration appears to be correct, or press the AGAIN button to repeat the calibrationprocess.

6. When the text INVALID appears press the AGAIN button to repeat the calibration process.

2.5.1.2 Touch screen sensitivity (TOUCH SET)Screen sensitivity can be adjusted.

Setting the desired sensitivity is achieved by touching the appropriate buttons on the screen.

Figure 21: Touchscreen sensitivity

1. In the SETTINGS menu, press the TOUCH SET button . The touchscreen sensitivity menu page appears, see Figure21: Touchscreen sensitivity on page 30.

2. Touch the + or - buttons to select the desired sensitivity value.

3. Touch the Accept √ button if sensitivity level appears to be correct.

INFO: There are 10 different options for touchscreen sensitivity, from level 1 for low touchscreen sensitivity, up tolevel 10 for very high touchscreen sensitivity.

4. Touch the ← button to return to SETTINGS screen.

2.5.1.3 Change Date and Time (DATE TIME)Date and Time settings can be easily adjusted.

Setting the desired time is achieved by touching the appropriate buttons on the screen.

31 | Operation

Figure 22: Date & Time page 1 Figure 23: Date & Time page 2

1. In the SETTINGS menu, press the DATE TIME button .The Date menu page appears, see Figure 22: Date & Time page 1 on page 31

2. Touch the + and - buttons to set the correct DATE values.

3. Touch the > button to select the TIME page, see Figure 23: Date & Time page 2 on page 31

4. Touch the + and - buttons to set the correct TIME values.

5. Touch the Accept √ button to activate the chosen values and return to the SETTINGS screen.

6. To abort, press the ← button to return to the SETTINGS screen.

2.5.1.4 Change contrast theme (THEME)Contrast colors can be easily adjusted to Day, Dusk and Night settings.

Set the contrast colours by touching the appropriate buttons on the screen.

Figure 24: Theme Menu

32 | Operation

1. In the SETTINGS menu, press the THEME button.The THEME menu page appears, see Figure 24: Theme Menu on page 31 and

2. Touch the + or - buttons to select the desired Mode values.

INFO: Three different Mode values can be selected, in accordance with ambient light; Day, Dusk and Night.

3. Touch the Accept √ button to confirm the chosen Mode.

2.5.1.5 Unit selection (UNIT)The Unit menu page enables selection of default values for selected unit values.

Setting the desired units is achieved by touching the appropriate buttons on the screen.

Figure 25: Unit menu

1. In the SETTINGS menu, touch the UNIT button .The UNIT MENU page appears, see Figure 25: Unit menu on page 32.

2. Touch the + and - buttons to select the desired Wind speed units.

3. Touch the Accept √ button to confirm the chosen values.

2.5.1.6 Change Range Settings (RANGE SCALE)There are various options for Range Settings depending on which instrument it is being used.

33 | Operation

Figure 26: Range Settings

1. In the SETTINGS menu, press the RANGE SCALE button .The RANGE SETTINGS menu page appears, see Figure 26: Range Settings on page 33

2. Determine the Alarm Range in the Scale Bar, by using the + and - buttons.

INFO:

Note The alarm can be set from 5.0 to 12.0 bft.

3. Set the precise number at which point the alarm must be triggered, by using the + and - buttons.

4. Touch the Accept √ button to confirm the chosen value.

2.5.1.7 Wind Settings (WIND SET)The Wind Filter is designed to dampen fluctuations in wind speed and direction depending on weather conditions andlocation of the wind sensor. In the Advanced Wind Settings the commissioning engineer can input a damping value toshow a calmer view on the display.

Touch the + or - buttons on the screen to enable or disable the Wind Filter

34 | Operation

Figure 27: Wind Settings

1. In the SETTINGS menu, press the WIND SET button .The WIND SETTINGS menu page appears.

2. Touch either the + or - button to enable or disable the WIND FILTER.

3. Touch the Accept √ button to confirm the chosen setting.

2.5.1.8 About the MF instrument (ABOUT)The About screen contains details of the version of the software, type approval and when it was built.

Touch the MENU button on the screen to return to the Menu.

Figure 28: About the MF instrument

1. In the SETTINGS menu, press the ABOUT button .The menu page appears, see Figure 28: About the MF instrument on page 34.

Note When asking for manufacturer's support this information will be useful.

35 | Operation

2.5.2 AdvancedThe Advanced Settings are password protected and are for use by commissioning engineers only.

In the SETTINGS menu, press the ADV SET button.

2.5.2.1 Advanced settings password (ADV SET)

A password is required to open the menu .

Figure 29: Password dialog

1. In the SETTINGS menu, touch the ADV SET button .The Password dialog screen appears, see Figure 29: Password dialog on page 35.

2. Key in the password and touch the Accept √ button.

2.5.2.2 Advanced settings menuIn this menu various settings may be adjusted.

After touching the Accept √ button in the password screen, the ADVANCED SETTINGS menu screen appears, seeFigure 30: Advanced Settings Menu on page 35

Figure 30: Advanced Settings Menu

1. Select the button to configure a specific setting, or touch the ← button to return to the Main menu.

36 | Operation

2.5.2.3 Central dimming (CNTRL DIM)The MF instrument supports Central dimming as a listener (slave) from a standard (IEC 61162-1) dimming sentence.

This dimming signal should be connected to serial port COM3, see Table 4: Serial connections 8 pin on page 15 andTable 5: Serial connections 12 pin on page 15. Also see Figure 5: Serial pin connections on page 14.

If a central dimmer is connected, it can be enabled through the Central dimming menu, see Figure 31: Central dimmingon page 36. There are no other configuration options for central dimming.

Figure 31: Central dimming

1. In the ADVANCED SETTINGS menu touch the CNTRL DIM button.The CENTRAL DIMMER SCREEN appears, see Figure 31: Central dimming on page 36.

2. Touch the + or - button to select CENTRAL DIMMING on or off and confirm with the Accept √ button.

2.5.2.4 Ethernet configuration (ETH CONFIG)The MF instrument has one network interface to connect to a ship's network.

This can be useful when the instrument is connected to a remote interface or a PLC which uses MODBUS/TCP. Theethernet interface can also be used for IEC611612-450 signals.

Note This option has been included for future use.

In the Ethernet menu pages, touch a setting to enter the setting dialog. Use the numeric pad to enter the required setting.

37 | Operation

Figure 32: Ethernet Configuration Figure 33: Numeric Pad

1. In the ADVANCED SETTINGS menu, touch the ETH CONFIG button.The Ethernet Configuration menu page appears, see Figure 32: Ethernet Configuration on page 37.

2. Touch the bar below IP ADDRESS, SUBNET MASK, or GATEWAY to change these.The numeric pad appears every time one of the bars is touched, see Figure 33: Numeric Pad on page 37

3. Touch the numbers to insert new numbers and Touch the X button to delete numbers.

4. Touch the Accept √ button when numbers are correct.

2.5.2.5 Serial port (UART) configuration (UART CONFIG)The MF instrument is equipped with 4 serial ports (also called ’UART’ or COM).

The settings of the serial ports are divided over two screens as shown in Figure 34: UART screen 1 on page 38 andFigure 35: UART screen 2 on page 38. Use the < or > button to toggle between the pages.

The default setting for NMEA IEC61162-1) data is 4800 BAUD, 8 databits, 1 stopbit. The default setting for MODBUSover serial port is 19200 BAUD, 8 databits, 1 stopbit and EVEN parity. See also Figure 14: Default Values all MFinstruments on page 25

Select and configure NMEA when a sensor is connected with the standard NMEA signals. Select ModbusMaster whenan interface (such as Rudder Interface or ROT interface) is used.

38 | Operation

Figure 34: UART screen 1 Figure 35: UART screen 2

1. In the ADVANCED SETTINGS menu, touch the UART CONFIG button .The UART screen 1 dialog screen appears, see Figure 34: UART screen 1 on page 38

2.• Touch the + button, or the - button to set UART from 0 to 3• Touch the + button, or the - button to set PARITY to ODD, EVEN, FORCED 0, FORCED 1, NONE.• Touch the + button, or the - button to set STOP BITS to 1or 2

3. Touch button > to toggle to screen 2, see Figure 35: UART screen 2 on page 38 and follow the same principle asfor screen 1. Touch button < to return to screen 1.

4. Touch the Accept √ button when settings are correct.

2.5.2.6 Serial port monitor (SERIAL MON)It is possible to show serial data transmitted and received over the serial ports.

Usually, NMEA signals should be viewed as ASCII data and MODBUS data should be viewed as HEX data. Receiveddata as well as sent data can be viewed (but not simultaneously). Select the appropriate button (Tx / Rx). For NMEA, Rxis normally used.

39 | Operation

Figure 36: Serial Port 1 Figure 37: Serial Port 3

1. In the ADVANCED SETTINGS menu, press the SERIAL MON button.The Serial Port Monitor 1 appears, see Figure 36: Serial Port 1 on page 39.

2. Touch the < or > buttons to select next port, see Figure 37: Serial Port 3 on page 39.

3. Touch Rx/Tx buttons to select desired setting.

4. Touch ASCII/HEX BUTTONS to select desired setting.

5. Touch the ← button to return to ADVANCED SETTINGS menu.

INFO:

Note All serial ports are configured the same way, the serial port setup screen has the following options:

• Baud rate: - Baud rate is a setting for Modbus devices, NMEA talkers, and other devices. It is also knownas symbol rate and modulation rate. The term roughly means the speed that data is transmitted. It is aderived value based on the number of symbols transmitted per second. Valid values are: 1200, 2400,4800, 9600, 19200, 38400, 57600 or 115200. The default value for NMEA is 4800. The default value forremote I/O devices is 19200.

• Data bits: - The numbers of data bits in each character can be 7 (for true ASCII), 8 (for any kind of data,as this matches the size of a byte) 8 data bits are almost universally used in newer applications. 7 bitsis only used on special occasions. Valid values are: 7 or 8. The default value for NMEA and remote I/Odevices is 8.

• Stop bits: - Stop bits sent at the end of every character allow the receiving signal hardware to detectthe end of a character and to resynchronize with the character stream. Electronic devices usually useone stop bit. Valid values are: 1 or 2. The default value for NMEA is 1. The default value for remote I/Odevices is 1.

• Parity: - Parity is a method of detecting errors in transmission. When parity is used with a serial port, anextra data bit is sent with each data character, arranged so that the number of 1 bits in each character,including the parity bit, is always odd or always even. If a byte is received with the wrong number of 1's,then it must have been corrupted. However, an even number of errors can pass the parity check. Validvalues are: N ( None ), O ( Odd ) or E ( Even ). The default value for NMEA is N (None). The default valuefor remote I/O devices is E (Even)

Note The dark gray frame is used to monitor serial data. If a remote I/O device is connected, it will displayhexadecimal Modbus data, when an NMEA device is connected it will show the NMEA serial data strings.

Note Settings are only activated if the ‘Apply’ button is pressed.

40 | Operation

2.5.2.7 NMEA FilterThis function is included to select the correct sentence where several sentence options are possible.

For example: In a depth sentence there are two DEPTH sentences, $xxDPT and $xxDBT. This setting allows to selectone of the two sentences to be used in the display.

More than one sensor may be connected to the instrument at the same time.

During installation of the MF instrument execute the following procedure to select the correct filter for its intended use,see Figure 38: NMEA Filter on page 40

Figure 38: NMEA Filter

1. In the ADVANCED SETTINGS menu, press the NMEA FILTER button.The FILTER MENU SCREEN appears.

2. Select the FILTER ID 1, 2 or 3 depending on the type of sensor used by touching the < or > buttons.

3. Select the correct Sentence Filter by touching the + or - buttons.

4. Touch the √ button to confirm.

2.5.2.8 NMEA TalkerWith this menu, some additional NMEA sentence filters can be applied. This is depending on the configuration of thesoftware.

Setting the desired selection is achieved by touching the appropriate buttons on the screen as follows: See Figure 39:NMEA Talker on page 41

41 | Operation

Figure 39: NMEA Talker

1. Select the correct sentence type by touching the < or > buttons.

2. The TALKER (manufacturer) is usually indicated as a "Wildcard" by **

3. Touch the + or - buttons to select USED or UNUSED

2.5.2.9 Factory reset (RESET)All menu settings can be returned to the factory default setting

Figure 40: Factory reset Figure 41: First Start-Up Screen

1. In the ADVANCED SETTINGS menu, touch the RESET button.The EXECUTE FACTORY RESET dialog page appears, see Figure 40: Factory reset on page 41.

42 | Operation

2. Touch the CONFIRM RESET ALL SETTINGS button for a full reset to factory default values.

INFO:

Note See Figure 14: Default Values all MF instruments on page 25

The ARD reverts to the "First Start-Up" screen, see Figure 41: First Start-Up Screen on page 41

3. To return to the previous menu page, touch the ← button.

2.5.2.10 Log (LOG)The log register shows information useful for fault finding.

Touch the buttons on the screen to see the log content.

Figure 42: Log Screen

1. In the ADVANCED SETTINGS menu, press the LOG button.The LOG screen appears, see Figure 42: Log Screen on page 42

2. Touch the ˅ or ˄ buttons to scroll through the readings.

3. Take a picture of the log screen and contact the Alphatron Service Desk www.jrc.am/support about errors.

INFO:

Note E.g. use mobile phone for taking picture.

4. Touch the ← button return to the Advanced Settings Menu.

INFO: Touching the MAIN button takes you back to the MAIN screen.

2.5.2.11 Wind Settings (WIND SET)The Wind Filter is designed to dampen fluctuations in wind speed and direction depending on weather conditions andlocation of the wind sensor. Wind Settings allow for fine tuning the Wind Sensor.

To make the appearance of the direction indication on the display calmer, a filter can be applied to the wind direction.The value of the Wind Filter determines the stability on the display. The higher the value, the calmer the wind directionindication will appear.

http://www.jrc.am/support

43 | Operation

Figure 43: Advanced Wind Settings

1. Touch the ADV SET button in the SETTINGS menu, see Figure 17: Settings Menu on page 29The password dialog screen appears.

2. Key in the password and touch the √ button to confirm.The ADVANCED SETTINGS MENU appears, see Figure 30: Advanced Settings Menu on page 35

3. Touch the WIND SET button.The ADVANCED WIND SETTINGS FILTER appears, see Figure 43: Advanced Wind Settings on page 43

4. Set the desired time in milliseconds and touch the √ button to confirm.

INFO:

Note 1 second is 1000 milliseconds.

The ADVANCED WIND SETTINGS screen appears again.

44 | Specifications

3 SpecificationsThe whole range of the MF instruments have the same electrical, environmental and mechanical specifications.

3.1 ElectricalPower supply, Data ports, Display and Additional Connections make up the electrical specifications.

Power supplySingle source 24VDC input.Rated power usage 12 Watt. (24VDC@500mA)Reverse polarity protection

Data ports1 x IEC61162-2 serial port for fast NMEA signals (rated at typical 38400 kbps).3 x IEC61162-1 serial port for NMEA signals (rated at typical 4800 kbps).1 x IEC61162-450 network port for ethernet based signals. (10/100 mbps).All data ports are galvanic isolated, full duplex and support NMEA signals according IEC61162, and MODBUS forcommunication with industrial controllers such as PLCs.

DisplayAlphaline MFS - Screen resolution 800 x 480 pixels, brightness 450cd/m2Alphaline MFM - Screen resolution 640 x 480 pixels, brightness 450cd/m2Alphaline MFL - Screen resolution 800 x 600 pixels, brightness 450cd/m2All versions have a 4-wire resistive touch screen, single touch, glove operable.

Additional connections1 x USB port for software update and maintenance.1 x Relais contact with Normally Open and Normally Closed contacts.

Alphaline MFS-VJ only: Joystick with X and Y movement, push button and rotary encoder.Alphaline MFS-VR only: Rotary encoder with push button.

3.2 EnvironmentalEnvironmental classification of the Alphaline MF is in accordance with both DNV 2.4 and IEC60945 international norms.

The Alphaline MF is Type Approved according the following classes (DNV 2.4 table 2.1): see Table 14: DNV 2.4 table2.1 on page 44

Temperature: Class D

Humidity: Class B

Vibration: Class A

EMC compatibility: Class B

Enclosure: Class C

Table 14: DNV 2.4 table 2.1

Operating -25˚C - +55˚C

Storage -25˚C - +70˚C

Humidity < 95% (at 40˚C)

Water resistance IP56 front

IP22 back

Compass Safe Distance 0.1 Meter

Table 15: Environmental

3.3 MechanicalMechanical specifications differ only in terms of size and weight.

Refer to Table 16: Dimensions on page 45 and to Mechanical Drawings in Appendix A . Dimensions are as shown ondrawings frontview WxHxD overall.

45 | Specifications

Product Width (mm) Height(mm)

Depth(mm)

Weight (kg)

Alphaline MFS-H 180 96 80 0,754

Alphaline MFS-V 96 180 80 0,754

Alphaline MFS-VJ 96 180 102 0,768

Alphaline MFS-VR 96 180 102 0,768

MFM 160 180 80 1,225

MFL 240 180 80 1,825

Table 16: Dimensions

3.4 MaintenanceThis product contains no operator serviceable parts. Service and repair shall only be carried out by personnel trained andcertified by ALPHATRON MARINE.

• CAUTION• When cleaning the surface, do not use any organic solvent such as thinner or benzine. Otherwise, the paint

and markings on the surface may get damaged. For cleaning the surface, remove the dust and debris andwipe with a clean dry cloth.

46 | Appendix A

4 Appendix AAppendix A contains the follwing subjects:

1. Mechanical Drawings2. Connection Diagrams3. Data Sheets4. Type Examination Certificates5. MED Certificates Alphaline MF6. Thales Certificates7. WSV Certificates Alphaline MF

4.1 Mechanical DrawingsThe following pages show the mechanical drawings of this instrument and associated interfaces.

47 | Appendix A

4.1.1 MFS-V

Fron

tvie

wSi

devi

ewSi

devi

ew

Bott

omvi

ew

Aftv

iew

1 1

2 2

3 3

4 4

5 5

6 6

AA

BB

CC

DD

MFS

-V_0

3021

5

h.ko

ppe

10-2

-201

5

Des

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ked

byAp

prov

ed b

yD

ate

1 /

1 Ed

ition

Shee

t

Dat

e

180

872

96

180

872

180

180

96

71667

2448

2496

180

1016010

390

3

Pane

l Cut

out

90 x

160

mm

8 72

4xM4

Figure 44: MFS-V

48 | Appendix A

4.1.2 MFMFr

ontv

iew

Side

view

Side

view

Bott

omvi

ew

Aftv

iew

1 1

2 2

3 3

4 4

5 5

6 6

AA

BB

CC

DD

MFM

_030

215

h.ko

ppe

23-2

-201

5

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ate

1 /

1 Ed

ition

Shee

t

Dat

e

180

728

180

160

180

872

180

160

8 72

30 120 30

814

48

180

160

41724

1113

811

4xM4

Pane

l Cut

out

138

x 17

2 m

m

Figure 45: MFM

49 | Appendix A

4.2 Connection DiagramsThe Connection Diagrams illustrate the connections to other equipment, hardware and to power.

4.2.1 MF InstrumentConnect the instrument according to the Connection Diagram. See Figure 46: Connection Diagram MF Instrument onpage 50

50 | Appendix A

Figure 46: Connection Diagram MF Instrument

51 | Appendix A

4.2.2 AlphaWind (River)Connect the instrument according to the Connection Diagram. See Figure 47: Connection Diagram on page 51

Figure 47: Connection Diagram

52 | Appendix A

4.3 Data SheetsThe Data Sheets provide information regarding the Electrical and Data Connections, the Display and EnvironmentalClassifications.

A data sheet has been generated for each instrument type and the various interfaces that can be connected to them.

4.3.1 Alphaline MFThe Alphaline MF range consists of six different display sizes, each with their dedicated data sheet.

In outline the Alphaline MF range has the base properties as shown in this Table 16: Dimensions on page 45

4.3.1.1 Alphaline MFS-VData Sheet MFS-V

53 | Appendix A

Properties Data

Component name/type nr.

Alphaline MFS-V

Functionaldescription

Refer chapter Introduction on page 10

Physical dimensions Refer table Table 16: Dimensions on page 45

Weight Refer table Table 16: Dimensions on page 45

Mounting method Refer chapters Mounting on page 11 and Fit Mounting Frame on page 12

Mounting limitations Refer chapters Mounting on page 11 and Fit Mounting Frame on page 12

Connection method Refer chapters MF Instrument electric connections on page 13, Cable on page 13, Cablepreparation on page 13 and Grounding on page 13

Voltage/Frequency Refer chapter Power supply on page 14

Power Consumption Refer chapter Electrical on page 44

Touchure N.A.

Air/oil consumption N.A.

Air/oil purification N.A.

Ambient temperature Refer chapter Environmental on page 44

Ambient humidity Refer chapter Environmental on page 44

Ambient pressure N.A.

Capacity/Speed

Warm up time 5 seconds

Accuracy N.A.

Response N.A.

Safety devices N.A.

Overload safetyfactor

N.A.

Acoustic noise level 0 dB

Maintenance There are no serviceable parts.

Material/surfacetreatment

When cleaning the surface, do not use any organic solvent such as thinner or benzine.Otherwise, the paint and markings on the surface may get damaged. For cleaning the surface,remove the dust and debris and wipe with a clean dry cloth. Refer Caution.

Enclosure/gaskets Refer chapter Fit Water Seal on page 12

Operation time MTBf =

Input/outputparameters

N.A.

Table 17: Data Sheet Alphaline MFS-V

4.3.1.2 MFMData Sheet MFM

54 | Appendix A

Properties Data

Component name/type nr.

Alphaline MFM

Functionaldescription

Refer chapter Introduction on page 10

Physical dimensions Refer table Table 16: Dimensions on page 45

Weight Refer table Table 16: Dimensions on page 45

Mounting method Refer chapters Mounting on page 11 and Fit Mounting Frame on page 12

Mounting limitations Refer chapters Mounting on page 11 and Fit Mounting Frame on page 12

Connection method Refer chapters MF Instrument electric connections on page 13, Cable on page 13, Cablepreparation on page 13 and Grounding on page 13

Voltage/Frequency Refer chapter Power supply on page 14

Power Consumption Refer chapter Electrical on page 44

Touchure N.A.

Air/oil consumption N.A.

Air/oil purification N.A.

Ambient temperature Refer chapter Environmental on page 44

Ambient humidity Refer chapter Environmental on page 44

Ambient pressure N.A.

Capacity/Speed

Warm up time 5 seconds

Accuracy N.A.

Response N.A.

Safety devices N.A.

Overload safetyfactor

N.A.

Acoustic noise level 0 dB

Maintenance There are no serviceable parts.

Material/surfacetreatment

When cleaning the surface, do not use any organic solvent such as thinner or benzine.Otherwise, the paint and markings on the surface may get damaged. For cleaning the surface,remove the dust and debris and wipe with a clean dry cloth.

Enclosure/gaskets Refer chapter Fit Water Seal on page 12

Operation time MTBf =

Input/outputparameters

N.A.

Table 18: Data Sheet Alphaline MFM

4.4 Type Examination Certificates

55 | Appendix A

4.4.1 Alphaline MF

4.5 Thales CertificatesThe following pages show the Thales Certificates of this instrument and associated interfaces.

4.5.1 MFS-V

4.5.2 MFM

56 | Appendix B

5 Appendix BISO Certificates

5.1 ISO 9001 certificate Alphatron Marine R&D

Figure 48: ISO 9001 Certificate Alphatron Marine R&D

57 | Appendix C

6 Appendix C

6.1 EC Declaration of ConformityDeclarations of Conformity relates to standards or other normative documents.

58 | Appendix C

Figure 49: Alphaline Repeater Display MFx (in all variants)

59 | Appendix C

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JRC/Alphatron MarineSchaardijk 23 (harbor 115)3063 NH RotterdamThe Netherlands

The information in this document is subject to change withoutnotice and does not represent a commitment on the part ofAlphatron B.V.

T +31 10 453 4000 Document : Installation and Operation ManualF +31 10 453 4010 Project nr. : [email protected] Version : V1.0alphatronmarine.com © All rights reserved Alphatron Marine

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AlphaWind - Home - Alphatron Marine 2017/110 Anemometer... · 7 | Preface I.i.iii Norms and Standards The whole of the Alphaline range of products comply with the applicable standards,