5.1_Reference_2_Consilium_Component_Information.pdf

DATA SHEET

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MP12028A0, SAL T Series ELC Datasheet

General Description The ELC controls the measurements. It contains two Independent units, one for speed through water measurement and one for speed over ground measurement.

Both measuring functions are based on the acoustic correlation principle. The basic concept is the measurement of the time delay between the characteristics of reflected sonic pattern sensed by the receivers. Echo signal modulation is used for speed estimation. The speed is estimated from the fix distance between sensor elements divided by the estimated time delay from correlation, where two signals are compared by shifting one relative to the other in time, and choosing the time shift where the maximum similarity is found.

The speed data calculated in the ELC is sent as serial IEC61162-1 / NMEA messages for further processing in the LPU or directly to any other user.

Part no: 702200 SAL T2 ELC Part no: 702200-10 SAL T2+ ELC Part no: 703300 SAL T3 ELC Part no: 703500 SAL T3+ ELC

SAL T

Electronics

Cabinet

ELC

Part no: See below

0735 SPEED LOG

Data Environmental Conditions IEC 60945 Operating Voltage 110-115VAC +/-10%

220-230VAC +/-10%

Power consumption <300VA IP Class 44 Weight 18kg Outputs

- Separately buffered IEC61162-1* 1 IEC61162-1 3rd edition (NMEA0183) (Max load 100ohm)

Status report 1 power switching contact relay

DATA SHEET 2(3)

Connections Connect ELC unit via Relay/Serial interface to internal/external equipment.

Connections to ELC Terminal Function Note 1 - 5 Transducer connection Transducer STW connection 37 - 54 Transducer connection Transducer SOG connection 24 - 26 LFA (NO-C-NC) Log Fail Alarm 105 – 106 NMEA out NMEA out from LPU 108 – 109 NMEA in NMEA in from LPU 105 – 106 NMEA out Additional NMEA out L1 230/115VAC Main Power supply L2 230/115VAC Main Power supply

GND PE

3(3)

T Series ELC Dimensions (mm)

DATA SHEET 1(7)

MP12031A0, SAL SD4 Serial Display Datasheet

Serial Digital Displays

The display in the versatile SAL SD4 family is preliminary used for indication of speed, distance and depth. A Speed Log Master Display can also be used to remotely control such equipment, which is not easily accessible or has no user interface, for example a speed log or an interface cabinet.

(WT) for Speed Through the Water (STW) related information. The new performance standard IMO MSC.191(79) states that standardized terms and definitions shall be used. The SAL speed logs have historically used the terms Bottom Track (BT) for Speed Over the Ground (SOG) and Water Track.

Part no: 704041 SAL SD4-1 Part no: 704042 SAL SD4-2 Part no: 704043 SAL SD4-3 Part no: 704044 SAL SD4-4 Part no: 704045 SAL SD4-5

Environmental Conditions IEC 60945 Operating Voltage 10-32VDC Power consumption 300mA IP Class 66 If mounted in SD4

BMB, SD4SA or panel mounted on a flat surface.

Weight 0.6kg Outputs

- Separately buffered IEC61162-1* One IEC61162-1

(NMEA0183)

- Closing contact relays One 200p/NM Inputs One IEC61162-1

(NMEA0183)

DATA SHEET 2(7)

SAL SD4-1 Display

U/N 704041, One axis STW and SOG

SD4 Display for; One axis STW and SOG and corresponding distance (SAL T2s, T1 systems).

Connections to SD4-1 Display

1 - 2 NMEA In 3 - 4 NMEA Out 5 Pulse output The output can source +5VDC maximum 35mA. Function is set with parameter LP6.

6 IN1 SDR2

7 IN2 ext DIM / SDR2 8 IN3 ext DIM / SDR2

The inputs are activated by connecting them with 0VDC, not activated inputs are pulled up to +5VDC. Function is set with parameter LP5

200 p/NM speed output pulses set-up (Terminal 5)

It is possible to use the SD4 as an interface converting incoming NMEA speed values to industry-standard 200 pulses/nautical miles on the output Function is set with parameter LP6.

External DIM set-up (Terminal 7 + 8)

External DIM is used to DIM the SD4 by means of two pushbuttons or a toggle switch. When parameter LP5 is set to DIM, then activation of input 2 has the same function as pressing button 5 (DIM -) on the SD4 itself and activation of input 3 has the same function as pressing button 6 (DIM +).

External Remote control SDR2 set-up (Terminal 6 + 7 + 8)

SDR2 is a simple remote control of the 6 pushbuttons, which is activated when parameter LP5 is set to SDR2.

DATA SHEET 3(7)

SAL SD4-2 Display

U/N 704042, Two axis STW and SOG

SD4 Display for; Two axis STW and SOG and corresponding distance (SAL T2/T3 systems). In the top right corner two LEDs will indicate if STW or SOG is displayed in the two SPEED WINDOWS. By default, SOG will be displayed if it is available. If SOG is not available STW will be displayed and if no valid speed is available “---“ will be displayed. It is possible to force the SD4-2 to indicate STW by pressing the STW button. The LED over the STW button will then be lit and only STW will be displayed in the SPEED WINDOWS until the STW button is pressed again.

Connections to SD4-2 Display

1 - 2 NMEA In 3 - 4 NMEA Out 5 Pulse output The output can source +5VDC maximum 35mA. Function is set with parameter LP6.

6 IN1 SDR2

7 IN2 ext DIM / SDR2 8 IN3 ext DIM / SDR2

It is possible to use the SD4 as an interface converting incoming NMEA speed values to industry-standard 200

External DIM is used to DIM the SD4 by means of two pushbuttons or a toggle switch. When parameter LP5 is set to DIM, then activation of input 2 has the same function as pressing button 5 (DIM -) on the SD4 itself and activation of input 3 has

SDR2 is a simple remote control of the 6 pushbuttons, which is activated when parameter LP5 is set to SDR2.

DATA SHEET 4(7)

SAL SD4-3 Display

U/N 704043, One axis STW

SD4 Display for; One axis STW and distance (SAL R1a systems).

Connections to SD4-3 Display

1 - 2 NMEA In 3 - 4 NMEA Out 5 Pulse output The output can source +5VDC maximum 35mA. Function is set with parameter LP6.

6 IN1 SDR2

7 IN2 ext DIM / SDR2 8 IN3 ext DIM / SDR2

It is possible to use the SD4 as an interface converting incoming NMEA speed values to industry-standard 200

External DIM is used to DIM the SD4 by means of two pushbuttons or a toggle switch. When parameter LP5 is set to DIM, then activation of input 2 has the same function as pressing button 5 (DIM -) on the SD4 itself and activation of input 3 has

SDR2 is a simple remote control of the 6 pushbuttons, which is activated when parameter LP5 is set to SDR2.

DATA SHEET 5(7)

SAL SD4-4 Display

U/N 704044, General Display

Connections to SD4-4 Display

1 - 2 NMEA In 3 - 4 NMEA Out 5 Pulse output The output can source +5VDC maximum 35mA. Function is set with parameter LP6.

6 IN1 SDR2

7 IN2 ext DIM / SDR2 8 IN3 ext DIM / SDR2

It is possible to use the SD4 as an interface converting incoming NMEA speed values to industry-standard 200

External DIM is used to DIM the SD4 by means of two pushbuttons or a toggle switch. When parameter LP5 is set to DIM, then activation of input 2 has the same function as pressing button 5 (DIM -) on the SD4 itself and activation of input 3 has

SDR2 is a simple remote control of the 6 pushbuttons, which is activated when parameter LP5 is set to SDR2.

DATA SHEET 6(7)

SAL SD4-5 Display

U/N 704045, Docking log Display

SD4 Display exclusively designed for Docking log applications and displays transverse SOG of bow and stern and longitudinal SOG. The SD4-5 will switch to STW when no SOG is available. The STW and STW indicators will be lit to indicate mode.

If only transverse speed in the stern is available, (or PSALL contains no dockinglog information), the transverse indicators only shows "---" to indicate that docking log information is not available.

If no transverse speeds are available (such as STW from the SAL T2 log) the transverse window and indication arrows will be unlit.

Connections to SD4-5 Display

1 - 2 NMEA In 3 - 4 NMEA Out 5 Pulse output The output can source +5VDC maximum 35mA. Function is set with parameter LP6.

6 IN1 SDR2

7 IN2 ext DIM / SDR2 8 IN3 ext DIM / SDR2

It is possible to use the SD4 as an interface converting incoming NMEA speed values to industry-standard 200

External DIM is used to DIM the SD4 by means of two pushbuttons or a toggle switch. When parameter LP5 is set to DIM, then activation of input 2 has the same function as pressing button 5 (DIM -) on the SD4 itself and activation of input 3 has

SDR2 is a simple remote control of the 6 pushbuttons, which is activated when parameter LP5 is set to SDR2.

DATA SHEET 7(7)

SAL SD4 Display Dimensions (mm)

DATA SHEET 1(2)

MP12030A0, SAL TRU 2-2 Datasheet

Transducer

SAL TRU-2-2

The correlation speed log uses acoustic pulses in the water.

The transducer is mounted flush with the hull. Pulses are transmitted from the piezo-electric elements through the water, down to the sea-bed. The sea-bed reflects the signal back to the piezo-electric elements, which then act as receivers. The broad antenna lobes improves the performance at heavy sea.

The transducer is designed to be fitted flush with the hull, along the longitudinal axis of the hull. It measures the SOG (true speed) of the ship relative to the sea bed and the STW (relative speed) will be measured in the water mass approximately 130 mm below the ship’s hull.

Part number: 704400 (30 meter cable) Part number: 704401 (40 meter cable)

Environmental Conditions IEC 60945 Acoustic elements Water tracking, 2 elements 4MHz Bottom tracking, 5 elements, 150kHz Weight 23kg (incl. 30m cable) Cable length 30m standard

(40m option)

DATA SHEET 2(2)

MP12030A0, SAL TRU 2-2 Datasheet

Connect the Transducer to the ELC unit.

Terminal Function Note 1 – 5 Transducer STW Connection for water tracking 37 - 54 Transducer SOG Connection for bottom tracking GND GND Earth screw (Transducer)

TRU-2-2 Dimensions (mm)

26,00 mm

117,00 mm

122,00 mm

7,99 mm

Transducer direction in centerline

( Profile view of transducer head )

( Front view of transducer head )

122,00 mm D 117,00 mm D

111,51 mm

144,51 mm

207,51 mm of ship, facing forward

DATA SHEET 1(3)

MP12026A0, SAL LPU2 Datasheet

Log Processing Unit

LPU2

Part no: 704500

The SAL LPU2 is normally mounted on the wheelhouse area and receives the NMEA message from the ELC. The LPU2 has various options to perform message conversion and calculations and has also variety of inputs for receiving data from other units e.g. rate of turn gyro for docking functionality. Various outputs are available for external users, such as autopilot, radar, AIS, VDR, fin stabilizers, etc.

Redundancy relays ensure compulsory NMEA transmission in case of a power failure to the LPU2.

LED – error codes and a look-up task inside quickly guides the user to the errors. The same errors are automatically shown on the SAL SD4 Speed Log Master Display and the SAL ESD2 Echo Sounder Display.

Environmental Conditions IEC 60945 Operating Voltage 110-115VAC +/-10%

220-230VAC +/-10%

Power consumption max 150VA IP Class 22 Weight 20kg Outputs

- Separately buffered IEC61162-1* 23 NMEA outputs for

SD4 displays and other NMEA listeners.

- Switch-over contact relay 4 pcs (not to be used for pulses 200/NM)

- Closing contact relays 4 pcs

- Opto-couplers 8 pcs

- Analogue 0.1 VDC/knot 2 pcs

- Power output terminal for max 9 SD4 Displays

- Power supply 24VDC for rate of turn gyro

Docking log system performance (option) In addition to data from log and rate of turn gyro, the Docking Log System will display the transversal bottom track speed for both ends of the ship with an accuracy of 0.1 knot provided the rate of turn gyro zero drift is less than 0.3M/min.

DATA SHEET 2(3)

Connect the LPU2 unit via Relay/Serial interface to internal/external equipment.

Main power, 115 or 230 VAC (on PSU-PCB) Term# Function Note

71 230 V AC L1

72 115 V AC (L1 if not 71 is connected) 73 N Neutral L2 74 Protective ground GND

NMEA input Connections to LPU2 Terminal Function Note 1 – 9 NMEA input Speed log 1 main, NOT R1a, Speed log 2, Gyro(ROT), ESD2

Speed log 1 redundancy/R1a, SD4 Log remote control – Speed Log Master Display, SD4 Log remote control, GPS for diagnostic, Alarm Ack.

13-16 Opto in External ESD Alarm mute, Log 1 bottom track mute, Echo sounder 2 main, Log 2 main.

17 Analogue in ROT Gyro (+/-10V).

18-19 Analogue out STW longitudinal 0.1V/knot, SOG resulting 0.1V/knot.

20-23 Switch-over contact relay No NMEA Log 1 Main, No NMEA Log 1 Redundancy/R1a, STW Astern, External ESD Alarm

24-27 Closing contact relays

STW longitudinal 200p/nm SOG resulting 200p/nm

28-35 Opto-couplers STW longitudinal 200p/nm SOG resulting 200p/nm

36-46 NMEA out ESD, SD4 Log remote control – Speed Log Master Display, Connection to external listeners.

47-49 Power output

18-32VDC

ESD display, spares

50-58 Power output

18-28VDC

Power for SD displays

59-70 NMEA out SD Displays, Connect to external NMEA listeners.

DATA SHEET 3(3)

LPU2 Dimensions (mm)