simrad marine electronics & navigation manual · wiring general the power and the transducer...

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Manual

Simrad BSM-2 Broadband Sounder Module

EN, DE, ES, FR, IT

https://www.carid.com/simrad/

https://www.carid.com/marine-electronics-navigation.html

Disclaimer

As Navico is continuously improving this product, we retain the right to make changes to the product at any time which may not be reflected in this version of the manual. Please contact your nearest distributor if you require any further assistance.

It is the owner’s sole responsibility to install and use the equipment in a manner that will not cause accidents, personal injury or property damage. The user of this product is solely responsible for observing safe boating practices.

NAVICO HOLDING AS AND ITS SUBSIDIARIES, BRANCHES AND AFFILIATES DISCLAIM ALL LIABILITY FOR ANY USE OF THIS PRODUCT IN A WAY THAT MAY CAUSE ACCIDENTS, DAMAGE OR THAT MAY VIOLATE THE LAW.

Governing Language: This statement, any instruction manuals, user guides and other information relating to the product (Documentation) may be translated to, or has been translated from, another language (Translation). In the event of any conflict between any Translation of the Documentation, the English language version of the Documentation will be the official version of the Documentation.

This manual represents the product as at the time of printing. Navico Holding AS and its subsidiaries, branches and affiliates reserve the right to make changes to specifications without notice.

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BSM-2 Installation manual | 1

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2 | BSM-2 Installation manual

Compliance Statements

The BSM-2 Broadband Sounder™ Module complies with the following regulations and standards:

FCC Part 15 -

CE compliant per EN60945 and EN 60529 -

C - Tick -

Warning

The user is cautioned that any changes or modifications not expressly approved by the party responsible for compliance could void the user’s authority to operate the equipment.

This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that the interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:

Reorient or relocate the receiving antenna•

Increase the separation between the equipment and•receiver

Connect the equipment into an outlet on a circuit•different from that of the receiver

Consult the dealer or an experienced technician for•help


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Industry Canada

Operation is subject to the following two conditions:

(1) this device may not cause interference, and

(2) this device must accept any interference, including interference that may cause undesired operation of the device.

Warranty

The warranty card is supplied as a separate document.

In case of any queries, refer to our website.


Contents

Introduction .................................................. 5

About this manual .........................................5

The BSM-2 module layout ...............................5

Parts included in package ...............................6

Required tools and supplies ............................6

Installation and wiring .................................. 7

Mounting location ..........................................7

Securing BSM-2 module .................................8

Wiring .........................................................8

General ................................................8

Grounding the unit ................................9

Wiring diagram .....................................9

Terminal connections ........................... 10

Power connection ................................ 11

Transducers connection ....................... 11

Connecting the BSM-2 to your display .... 14

Trouble shooting .......................................... 16

Technical specification ................................ 17

Dimensional drawing ................................... 20

Spare parts and accessories ........................ 21

Spare parts ........................................ 21

Accessories ....................................... 21

Transducers ........................................ 21


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Introduction

About this manualThis document describes how to install the BSM-2 and connect the unit to transducers and display units.

Separate installation instruction for transducers are included with the transducer package.

The BSM-2 is compatible with the following displays and systems:

NSE -

NSO -

NSS -

The BSM-2 module layout

rEMovABLE CovEr

LED STATuS INDICATorS

ETHErNET CoNNECTor

WATErTIGHTCABLE GLANDS

GrouNDING SCrEW


Parts included in packageFor spare parts and part numbers, see Spare parts and accessories page 21.

Item No. Description

1 BSM-2 sounder module

1 Ethernet adapter cable, 4.5 m (15 ft)

1

Power cable (bare wires), 2 m (6.5 ft)

Power and GND: 16 gauges -

Switch connection: 18 gauges -

1Terminal block connection kit, including;

6 Terminal blocks -

2 Jumper wires for impedance selection

4 Screws

1Spare Fuse kit including;

3A Fuses and fuse holders -

1 Warranty card

1 This manual

required tools and supplies

Drill

2 mm (5/64”) Drill Bit Screw driver Pencil


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Installation and wiring

Mounting locationBefore installing the BSM-2, consider location and cable runs necessary to connect the module to display unit, transducer and power source.

The mounting location must allow for required working area when connecting the cables. Also ensure that the location allows viewing the unit’s LED indicators.

The units should be mounted with special regard to the units’ environmental protection, temperature range and cable length.

The mounting surface needs to be structurally strong, with as little vibration as possible. If possible mount the unit close to the edges of a panel to minimize vibration.

Do not run the transducer cabling near the BSM-2 power cables, any VHF antenna coax cables or any DC or AC power cables. Avoid placing Ethernet cables close to VHF antennas.

The BSM-2 conforms to the appropriate Electromagnetic Compatibility (EMC) standards, but proper installation is required to get best use and performance from this product. Ensure you have as much separation as possible between different electrical equipment, (see diagram below).

XX

Electromagnetic interferenceGasoline fumesVibrationHeat

SunlightSalt sprayPhysical damage

2.0 m (6.5 ft) Min 1.8 m (6 ft) Min1.5 m (5 ft) Min

RADAR

Radio or AIS Transmitter

Compass


Securing BSM-2 moduleMount the BSM-2 on a vertical surface with the power and transducer cable entries exiting downwards.

Fasten the BSM-2 by using the 4 stainless steel self tapping screws included with the unit.

Wiring

General

The power and the transducer cables connect with screw terminals inside the BSM-2 unit. Refer wiring diagram and connection details on the following pages.

The BSM-2 contains high voltages and specialized parts; the operator should never remove the module’s cover without removing the power connection.

Removing the transducer cable from the BSM-2 while the module is powered on can cause sparks. Remove the transducer cables only after the module has been disconnected from its power source.


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Grounding the unit

For additional safety install grounding cable in ground screw hole as indicated on illustration. Recommended 16 awg wire.

Wiring diagram

BSM-2 NEP-2

12 - 24 V DC

+ _

1

3

2

ref Description

1 Ethernet cable

2 BSM-2 Power cable

3 Transducer cables

SINGLE DISPLAy SySTEM

MuLTIPLE DISPLAy SySTEM

TrANSDuCErS


Terminal connections

Select cable inlets according to cable diameter and 1 labelling on the front plate

POWER XDCR HI XDCR LO

SPEED TEMP 1 TEMP 2

Cable Cable diameter

M20

Transducer 1 -

Transducer 2 -

10.0 mm - 14.0 mm (3.94” - 5.51”)

M16

Power -

Speed -

Temperature 1 -

Temperature 2 -

6.0 mm - 10.0 mm (2.36” - 3.94”)

2 Remove the outer sealing nuts from selected cable glands, and thread those on to the cables

3 Terminate the wires to the terminal blocks according to the terminal specification in the following pages

Connect the terminal blocks to the pcb4

Tighten the outer sealing nuts by hand5

Close the BSM-2 cover and secure the cables6


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Power connection

The unit has no power key and will turn on when power is applied.

When used in an NSE/NSS system, it is recommended to connect the BSM-2 to the Power control bus, and set display system to power control master.

If the BSM-2 is connected directly to the vessel’s battery, the module will continue to draw power even when it is not in operation. It is recommended that the yellow power cable wire be fitted with an optional on/off switch, allowing the BSM-2 to be powered off when not in use.

POWER

POS (+)

J31

NEG

(-)AC

C PW

R

1 3 42

Transducers connection

For a list of compatible transducers see Spare parts and accessories page 21, or contact your dealer.

BSM-2

12 - 24 V DC

Red

Black

Yellow Red

Black

Yellow

+ _NSEPower

Control bus

Blue(n/c)

Blue(n/c)

BSM-2

Switch

12 - 24 V DC+ _

Red

Black

Yellow

Blue(n/c)

rEF. CoLor FuNCTIoN

1 Yellow Power control (18 gauges)

2 Black Battery - (16 gauges)

3 Red Battery + (16 gauges)

4 Blue NC


Airmar transducers

The wiring diagram below shows how to connect an Airmar transducer (R309).

On some models Low frequency XDCR+ wire (yellow) can be color blue/white.

On some transducer models temperature brown cable is connected internally to XID GND, and there is no need to connect bare and brown cable together.

Consult XDCR documentation for correct wiring diagram before connecting transducer!

rEF. CoLor FuNCTIoN

1 Orange XID

2 Shield XID ground (if available)

3 Brown Thermistor (XID ground)

4 White Thermistor

5 Shield High freq. depth shield

6 Black High freq. negative

7 Blue High freq. positive

8 Shield Low freq. depth shield

9 Black Low freq. negative

10 Yellow or blue/white Low freq. positive

XDCR LOW

SPD PW

RSPD

ING

ND

SPEED

J41

XDCR HIGH

XDC

R Z1

XDC

R Z2

XDC

R Z3

XDC

R -

XDC

R +

SHIELD

IMP SEL

J8

1 XDC

R Z1

XDC

R Z2

XDC

R Z3

XDC

R -

XDC

R +

SHIELD

IMP SEL

J7

1

TEMP LOW

TEMP LO

WG

ND

XDC

R ID

LOW

J61

TEMP HIGH

TEMP H

IGH

GN

DXD

CR

ID H

IGH

J51

9

105 6 8

71 2 3 4


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7 pins transducers

An optional transducer adapter cable is available (000-10377-001) for connecting 7 pin transducers to the BSM-2.

Front View

XDCR LOW

SPD PW

RSPD

ING

ND

SPEED

J41

XDCR HIGH

XDC

R Z1

XDC

R Z2

XDC

R Z3

XDC

R -

XDC

R +

SHIELD

IMP SEL

J8

1 XDC

R Z1

XDC

R Z2

XDC

R Z3

XDC

R -

XDC

R +

SHIELD

IMP SEL

J7

1

TEMP LOW

TEMP LO

WG

ND

XDC

R ID

LOW

J61

TEMP HIGH

TEMP H

IGH

GN

DXD

CR

ID H

IGH

J51

1

4

3 267 5

rEF. CoLor FuNCTIoN

1 Red XDCR+

2 Black XDCR-

3 XDCR Shield SHIELD

4 Yellow TEMP

5 Orange SPD IN

6 Blue SPD PWR

7 Shield GND


Strap settings for transducer impedance

Each transducer connector has 3 transducer impedance jumpers, used to assure max power is being transferred to the sonar elements.

The transducer list on page 21 shows how to set the jumper for transducers that can be used with BSM-2.

AB

DE

FC

XDCR HIGH

XDC

R Z1

XDC

R Z2

XDC

R Z3

XDC

R -

XDC

R +

SHIELD

IMP SEL

J8

1

XDCR LOW

XDC

R Z1

XDC

R Z2

XDC

R Z3

XDC

R -

XDC

R +

SHIELD

IMP SEL

J7

1

For any transducer not included in the list, connect the jumper to the impedance selector according to the transducer impedance based on the following table:

HIGH FrEQ LoW FrEQ

A 100 Ohm D 100 Ohm

B 270 Ohm E 270 Ohm

C 400 Ohm F 400 Ohm

If the Transducer impedance doesn’t appear in the table, select the closest impedance that is higher than the customers value.

Connecting the BSM-2 to your display

The BSM-2 connects to your display system over an Ethernet network, either directly or via a Network Expansion Port. Refer Cabling diagram, page 9.

When connected to an NSO, the RJ45 to 5 pin cross-over Ethernet cable included with the NSO system must be used.

For details refer to the display system’s Installation manual.


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Setting up the transducers

The BSM-2 is compatible with Airmar’s Transducer ID protocol. If you have an Airmar transducer that supports this feature, BSM-2 will read your transducer’s specification at start-up and automatically adjust the frequency and temperature settings. The transducer’s XID wire (orange) should be connected to the XDCR_ID_HIGH/LOW terminal in the TEMP HIGH/LOW connector as shown below.

TEMP HIGH

TEMP H

IGH

GN

DXD

CR

ID H

IGH

J51

1 2

If your transducer doesn’t support Airmar’s Transducer ID protocol, the transducer selection and configuring needs to be done from the display as shown on the graphics below.

A detailed description is found in the relevant documentation for the display.

rEF. CoLor SIGNAL

1 Orange XID

2 Shield XID GND

MENU WIN

x2


Trouble shooting

POWER NETWORK TRANSDUCER-2TRANSDUCER-1

IND. STATuS DESCrIPTIoN

Power

Off

No power connection

Check power and power -cable

Check yellow wire -

On - Red System starting

On - Green System operational

Flashing - Red/Green

Software error or unit reprogrammed

Restart the unit -

If still not ok contact -Customer Support

NetworkOff

No Ethernet connection

Check cable -

Verify that remote unit is -turned ON

On - Green Ethernet connected and ok

Trans- ducers

Off Transducer not connected

Flashing every 0.5 second - Green

Initializing transmitter

Flashing every second - Green

Searching for bottom signal

On - Green System operational


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Compliance and Environmental

Compliance CE, C-TICK

Technical Standards

IEC 60945,

IEC 60529

Waterproof IPX5

Humidity Up to 95% at 35°C non-condensing

Storage Temperature

–30°C to +70°C

Operating Temperature

–15°C to +55°C

General

Connectors 6 Glands and 1 Ethernet Glands: Depth transducer (x2), Temperature (x2), Speed transducer, Power Connector: 5 pin Yellow RJ45

Weight 4.8 kg (10.6 lbs) Die Cast Aluminum

Dimensions (WxHxD) mm/in

340x100x289 mm

(13.38x3.94x11.37 inches)

With watertight glands and connector outside dimensions included

Mounting 4 keyholed mounting tabs Mount below deck but NOT in engine compartment

Sonar Specifications

Power Output 250 Watts RMS

2,000 Watts (peak to peak)

With CHIRP; Transducer dependent with 3 impedance taps

Power requirements

Power Consumption

Range dependent – normally less than 10W

3A internal fuse

Technical specification


Sonar Specifications

Frequencies Broadband Frequencies Transceiver High:

130- 210Khz; 40- -60Khz

Broadband Frequencies Transceiver Low:

40-60Khz; 25-45Khz -

Narrowband Frequencies Transceiver High:

200Khz; 50Khz -

Narrowband Frequencies Transceiver Low:

50Khz; 38Khz; 28Khz -

Transmitter and Receiver Type

Dual Broadband Tuned receivers

Dual Tuned CHIRP Transmitters

Pulse Length Range Dependent - to 70ms max

CHIRP produces 5X better resolution

Impedance 3 taps Accommodates all narrowband used on BSM-1, most Airmar latest Broadband Transducers and SIMRAD COMBI-C

Max. transmit rate

Range dependent – to 20Hz in shallow depths. User selectable.

2X, 4X, 8X scroll speed available

Range scales 5, 8, 10, 15, 20, 30, 40, 60, 80,100,120, 150, 200, 250, 300, 400, 500, 600, 700, 800, 900, 1000, 1500, 2000, 4000, 6000, 8000, 10,000, 12,000, 15,000

NOTE: all numbers above in ft. Can be changed to metrics in NSE/NSO/NSS unit.

To 15,000 ft, 2500 fa, 4500 meters

Sees digital depth to 10,000’ with Airmar R309 28-45Khz


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Range control Auto/manual range with zoom,

alternating dual frequency display with CHIRP, simultaneous with narrowband

With Upper and Lower Limit

Zoom size Auto/manual x2, x3, x4, x5, x6, x7, x8 (user selectable)

DC voltage requirements

Voltage 10.7–32 VDC (for 12 or 24 VDC systems)

Interfaces

Network Ethernet 10/100 4 LED status indicators


Dimensional drawing

340 mm (13.38”)

320 mm (12.60”)

100

mm

(3.9

4”)

109

mm

(4.2

9”)

250

mm

(9.8

4”)

289

mm

(11.

38”)


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Spare parts and accessories

Spare parts

Part no. Description.

000-10411-001 Power cable

000-10412-001Hardware mounting accessories including 4 screws;

8Gx1, PAN POZI, S/T, 16, LO-HEAD -

000-10414-001 Terminal block

Accessories

Part no. Description.

000-10377-001 7 pins Transducer Adapter Cable, female to bare wires. 1.8 m (6 ft)

000-10386-001

700-3000 Combi C 1kW Thru Hull 50/200Khz with 10°x 16° and 7°x 7° beamwidths Depth/Temp (same as Kongsberg KSV-203005 50/200 Combi -D)

000-10387-001

700-3001 Combi C 1kW Thru Hull 38/200Khz with 13°x 21° and 7°x 7° beamwidths w/HS Fairing Block Depth/Temp (same as Kongsberg KSV-203004 38/200 Combi -D)

000-0127-51 Ethernet cable yellow 5 Pin 2 m (6.5 ft)

000-0127-29 Ethernet cable yellow 5 Pin 4.5 m (15 ft)



000-10029-001 NEP-2 Network Expansion Port (Yellow connectors)

Transducers

The next pages includes a list of standard transducers. Consult your dealer for more information.

22 | B

SM

-2 In

stalla

tion m

anual

Manufacturer Model Description Frequency (KHz)

Balance load

TAP (ref page 14)

Airmar Narrow Band

B744

Bronze Thru Hull 50/200Khz Depth/Temp/Speed w 45/12˚ Beamwidths and high Speed Fairing Block.

12 m (39.4 ft) cable

50 300ohms E

200 340ohms C

B164

Bronze Low Profile Thru Hull 1kW 50/200Khz Depth/Temp w 22/20˚ 6/6˚ Array Beamwidths and 12˚ tilt.


50 240ohms E

200 180ohms B

B258

Bronze Thru Hull 50/200Khz Depth/Temp w 15/21̊ 3/5˚ Array Beamwidths and High Speed Fairing Block.


50 225ohms E

200 200ohms B

B260

Bronze Thru Hull 50/200Khz Depth/Temp w 19/6˚ Beamwidths and High Speed Fairing Block.


50 250ohms E

200 90ohms A

B260 (Diplexer)

Bronze Thru Hull 50/200Khz Depth/Temp w 19/6˚ Beamwidths and High Speed Fairing Block. Depth/Temp


50 250ohms E

200 310ohms B

BSM

-2 In

stalla

tion m

anual | 2

3

ENGLISH


Balance load

TAP (ref page 14)

Airmar

Broadband

B765

600W Bronze Thru Hull 40/60Khz with 20°-40° beamwidths 130/210Khz with 10°-16° beamwidths

w/HS Fairing block

Depth/Temp/Speed


50 (40-60) 100-250 Ohms B

200 (130-210) 100-250 Ohms E

B265

1kW Bronze Thru Hull 40/60Khz with 21°-31° beamwidths 130/210Khz with 6°-10° beamwidths

w/HS Fairing block

Depth/Temp


50 (40-60) 100 - 400 ohms F

200 (130-210) 90 - 250 ohms B

R209

3kW Thru Hull 33/60Khz with 6°-11° x 11°-17° beamwidths 130/210Khz with 5°-7° beamwidths

Depth/Temp


38 (33-60) 90 - 175 ohms D

200 (130-210) 90 - 250 ohms B

R299

3kW Tank Kit 33/60Khz with 6°-11° x 11°-17° beamwidths 130/210Khz with 5°-7° beamwidths

Depth only


38 (33-60) 90 - 175 ohms D

200 (130-210) 90 - 250 ohms B

24 | B

SM

-2 In

stalla

tion m

anual


Balance load

TAP (ref page 14)

Airmar

Broadband cont.

R309

3kW Thru Hull 25/45Khz with 6°-11° x 11°-17° beamwidths 130/210Khz with 5°-7° beamwidths

Depth/Temp


28 (25-45) 135 - 270 ohms E

200 (130-210) 90 - 250 ohms B

R399

3kW Tank Kit 25/45Khz with 6°-11° x 11°-17° beamwidths 130/210Khz with 5°-7° beamwidths

Depth only


28 (25-45) 135 - 270 ohms E

200 (130-210) 90 - 250 ohms B

Simrad

50/200 Combi C

1kW Thru Hull 50/200Khz with 10°x16° and 7°x7° beamwidths Depth/Temp

50 75ohms D

200 75ohms A

38/200 Combi C

1kW Thru Hull 38/200Khz with 13°x21° and 7°x7° beamwidths

w/HS Fairing block Depth/Temp

38 75ohms D

200 75ohms A

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