Becker PBD406 User manual

Installation and Operation

Manual DV 16401.03

Issue 3 February 2013

Becker Flugfunkwerk GmbH ● Baden Airpark ● 77836 Rheinmünster ● Germany

Telephone +49 (0) 7229 / 305-0 ● Fax +49 (0) 7229 / 305-217

http://www.becker-avionics.com ● e-mail: info@becker-avionics.de

Beacon Decoder

BD406-(001)

BD406-(011)

PBD406-(001)

PBD406-(011)

DV 16401.03 / Article Number 0629.294-071

Repository ID:

000546-IO-XX1-35

FIRST ISSUE AND CHANGES

Issue 1 May 2012

Issue 2 July 2012

Issue 3 February 2013

LIST OF EFFECTIVE PAGES

Page No.: Date: Page No.: Date:

Title

02/2013

1-2

07/2012

1-6

1-9

02/2013

07/2012

1-16

2-16

02/2013

07/2012

2-23

07/2012

3-3

07/2012

3-9

07/2012

BD406

DV 16401.03 Issue 3 2/2013 Page 1-I

Table of Contents

Section

1

GENERAL

Page

1.1 Introduction ................................................................................... 1-1

1.2 Purpose of Equipment ................................................................... 1-1

1.3 General Notes ............................................................................... 1-2

1.3.1 Safety Information ......................................................................... 1-2

1.3.2 List of Abbreviations ...................................................................... 1-3

1.4 Brief Product Description ............................................................... 1-5

1.4.1 Beacon / NavPoint Indication ........................................................ 1-6

1.4.2 Beacons / NavPoint Memory ......................................................... 1-7

1.4.3 BD406-(XX1) Power Supply .......................................................... 1-7

1.4.4 PBD406-(XX1) Power Supply ........................................................ 1-8

1.4.5 Audio Outputs ............................................................................... 1-8

1.4.6 Illumination .................................................................................... 1-8

1.4.7 Audio Notifications ......................................................................... 1-8

1.4.8 Internal GPS Receiver ................................................................... 1-9

1.4.9 Built-In Tests ................................................................................. 1-9

1.4.10 Installation Setup ........................................................................... 1-9

1.4.11 Service Mode ................................................................................ 1-9

1.5 Product Variant List ..................................................................... 1-10

1.6 Technical Data ............................................................................ 1-11

1.6.1 BD406-(XX1) Power Supply Data ................................................ 1-11

1.6.2 PBD406-(XX1) Power Supply Data ............................................. 1-11

1.6.3 BD406-(XX1) General Data ......................................................... 1-11

1.6.4 PBD406-(XX1) General Data ...................................................... 1-12

1.6.5 BD406 Dimensions & Weight ...................................................... 1-12

1.6.6 PBD406 Dimensions & Weight .................................................... 1-12

1.6.7 Receiver Data ............................................................................. 1-13

1.6.8 Internal GPS Receiver ................................................................. 1-13

1.6.9 GPS Antenna Specification ......................................................... 1-13

1.6.10 Audio Subsystem ........................................................................ 1-13

1.6.11 Interfaces .................................................................................... 1-14

1.6.12 BD406-(XX1) Environmental Qualification ................................... 1-15

1.7 Scope of Delivery ........................................................................ 1-16

1.7.1 BD406-(XX1) ............................................................................... 1-16

1.7.2 PBD406-(XX1) ............................................................................ 1-16

1.8 Accessories ................................................................................. 1-17

BD406

Page 1-II DV 16401.03 Issue 3 2/2013

Blank

BD406

DV 16401.03 Issue 3 2/2013 Page 1-1

1 GENERAL

1.1 Introduction

This manual describes installation and operating procedures for BD406-(XX1) / PBD406-

(XX1) COSPAS/SARSAT Beacon Decoder. BD406-(XX1) is a single block aircraft panel

mounted version of the decoder, PBD406-(XX1) is a portable version of the BD406 with

built-in battery and dedicated housing. This manual DV 16401.03 is a subset of

Maintenance and Repair DV16401.04 and contains the following sections:

Section DV 16401.03 DV16401.04

1 General X X

2 Installation X X

3 Operation X X

4 Theory of operation N/A X

5

Maintenance and

Repair

N/A X

6 Illustrated Parts List N/A X

7

Modification and

Changes

N/A X

1.2 Purpose of Equipment

BD406-(XX1) / PBD406-(XX1) COSPAS/SARSAT Beacon Decoder is designed for use by

SAR authorities as a tool to provide vital information and assistance during rescue

missions. Usage of BD406 in SAR missions reduces the time required to locate a distress

signal, which has a direct impact on the probability of survival of the person in distress at

sea or on land.

The BD406 decoder/receiver provides immediate and direct detection of the distress

messages transmitted on 406 MHz (ELTs for aviation use, EPIRBs for maritime use, and

PLBs for personal use). It decodes the position of the transmitted signal, displays the

beacons relative position and allows continuous tracking during the rescue mission.

The International Satellite System for Search and Rescue (COSPAS-SARSAT) system is

described on

www.cospas-sarsat.org.

BD406

Page 1-2 DV 16401.03 Issue 3 2/2013

Further details of the COSPAS/SARSAT system as well as the address of the national

supervisory authorities are obtainable from:

International Cospas-Sarsat Programme

700 de la Gauchetiere West, Suite 2450

Montreal, Quebec H3B 5M2

Canada

Tel: + 1 514 954 6761

Fax: + 1 514 954 6750

Email: mail@cospas-sarsat.int

URL: www.copas-sarsat.org

1.3 General Notes

1.3.1 Safety Information

• The installation of the BD406 into an aircraft may be carried out only by an

authorized installation company. Regulations of the specific country in which the

aircraft is registered must always be considered.

• Do not connect the unit to AC sources.

• Make sure that the BD406-(XX1) is connected to a DC source ≤ 32 V DC.

• Make sure that the PBD406-(XX1) is connected to a DC source ≤ 36 V DC.

• Do not connect the unit with reversed polarity to the DC source.

• Do not switch on the unit before the aircraft engines have been started.

• Switch off the unit before the engines are shut down.

• Do not operate the BD406-(XX1) under ambient temperatures below -40 °C.

• Do not operate the PBD406-(XX1) under ambient temperatures below -15 °C.

• Use ONLY active antennas according to specification from section 1.6.9.

• Passive GPS antennas shall not be connected to the GPS TNC input.

• Never short-circuit the PBD406-(XX1) battery.

• BD406-(XX1)/ PBD406-(XX1) may only be deployed and operated in accordance

with the section 2.1.2.

• Do not expose the PBD406-(XX1) to temperatures > 50° C for a prolonged period.

Overheating of the battery of the unit may cause a risk of bursting and explosion.

• Additional safety instructions in this manual shall also be complied with.

BD406

DV 16401.03 Issue 3 2/2013 Page 1-3

1.3.2 List of Abbreviations

Abbreviation

Meaning

ARINC

Aeronautical Radio, Inc.

ASCII

American Standard Code for Information Interchange

bps

Bits per second

CBIT

Continuous Built-In Test

CDI

Course Deviation Indicator

CH

Control Head

CM

Chassis Module

COSPAS

Space System for the Search of Vessels in Distress (Russian words

“Cosmicheskaya Sistyema Poiska Avariynich Sudov”)

CRC

Checksum Redundancy Check

DB

Database

DC

Direct Current

EET

Estimated Elapsed Time to the Target

ELT

Emergency Location Transmitter (aeronautical distress beacons)

EPIRB

Emergency Position Indicating Radio Beacon (maritime distress

beacon)

ETA

Estimated Time of Arrival

etc.

et cetera

GND

Ground

GPI

General Purpose Input

GPO

General Purpose Output

GPS

Global Positioning System

HDPH

Headphone

I/O

Input/Output

ID

Identifier

MHz

Megahertz

MSG

Message

N/A

Not applicable

NM

Nautical Mile

NMEA

National Marine Electronics Association

NVG

Night Vision Goggles

PBIT

Power-On Built In Test

PC

Personal Computer

PDF

Protected Data Field

PLB

Personal Locator Beacon

RF

Radio Frequency

BD406

Page 1-4 DV 16401.03 Issue 3 2/2013

Abbreviation

Meaning

RS232

Recommended Standard 232

RS422

Recommended Standard 422

RTCA

Radio Technical Commission for Aeronautics Inc.

RX

Receive

SARSAT

Search and Rescue Satellite-Aided Tracking

SPKR

Speaker

SW

Software

TCXO

Temperature Compensated Crystal Oscillator

THD

Total Harmonic Distortion

UTC

Coordinated Universal Time

BD406

DV 16401.03 Issue 3 2/2013 Page 1-5

1.4 Brief Product Description

Figure 1-1 BD406

Figure 1-2 PBD406 with handle

BD406

Page 1-6 DV 16401.03 Issue 3 2/2013

Figure 1-3 Battery charger for PBD406

The device is capable of receiving, decoding and processing COSPAS/SARSAT distress

signal captured within the signal range 406.020 – 406.081 MHz.

BD406 receiver is designed as a single block unit for usage in a cockpit environment of

any general aviation aircraft including helicopters.

BD406 dimensions correspond to the standard instrument diameter of 58 mm (2 ¼ inch).

It can be installed by means of four screws (rear panel installation). All controls and

indicators are located on the front panel. The equipment connectors and the antenna

sockets are located at the rear of the unit.

PBD406 receiver is designed as an autonomous portable version with its own battery,

internal speaker, battery charger and inputs for RX and GPS antennas.

1.4.1 Beacon / NavPoint Indication

In Mission Mode, which is the typical operational mode, the user has access to Beacon

and NavPoint views. Beacon view is related to the set of data received from distress

beacons during a mission.

The different data presentations of single beacon include: raw 15HexID, processed data:

(Protocol Type Standard/National Location, etc.), Beacon Type (EPIRB, PLB, etc.),

Beacon Serial Number, TAC (Type Approval Certificate Number), Beacon position (if

distress beacon has GPS functionality).

BD406

DV 16401.03 Issue 3 2/2013 Page 1-7

Up to 49 received beacons can be stored in internal memory. Access is available by

means of the Rotary Knob, and LEXCH / REXCH keys (refer to section 3.1 for controls

description). Beacon data can be removed from memory on demand. Refer to section 3

for menu details.

B

03/15

1/6

PT: STD-LOC

CNTR: 279 TAC: 0719

BT: EPIRB SN: 14000

S-T

B03/15

2/6

15HEX:

123 456 789

0AB CDE

B03/15

3/6

N 43

o

25

` ``

16

E 112

o

56

` ``

09

B

03/

15

4

/

6

TBRG

:

095

o

031.

6 km

DIST

:

TC:

123

.6

o

B 03/15

5/6

031.6 NM

DIST:

ETA:

01 : 20 :56

-2 NM

B

03/15

6

/6

FT:

LT:

26 :: 01 : 20 :56

26 :: 05 : 35 :18

[ DD

::

HH

:

MM

: SS

]

Figure 1-4 Menu screens available for Beacons indication

N

03/

15

1

/4

NAME:

MED

2

INFO

:

118

.025

ALABAMA

2/4

N 43

o

25

` ``

16

E 112

o

56

` ``

09

N 03/15

3/

4

N 03

/15

TBRG: 095

o

031.

6 km

DIST

:

TC

: 123

.6

o

4/4

031.6

NM

DIST:

ETA

:

01 :

20 :

56

-

2

NM

N

03/

15

Figure 1-5 Menu screens available for NavPoints indication

Navigational data from beacon can be used to create NavPoint. NavPoint is a set of

navigational data (latitude, longitude, name, additional info) that can be stored in internal

memory (up to 49 records) and used to navigate to a chosen target. Basic operations over

NavPoint database are defined in section 3.

1.4.2 Beacons / NavPoint Memory

The device can store up to 49 Beacons and 49 NavPoints in internal nonvolatile memory.

Beacon memory can be erased at start-up of the device (refer to section 3.1.9 for start-up

sequence and to section 3.2 for Mission menus description).

1.4.3 BD406-(XX1) Power Supply

BD406-(XX1) has an operational power range of 9 – 32 VDC but start up (power-on) of

the device requires 10.5 – 32V DC. Once the device is operational the power supply may

be reduced to 9V DC.

BD406

Page 1-8 DV 16401.03 Issue 3 2/2013

1.4.4 PBD406-(XX1) Power Supply

PBD406-(XX1) power is supplied from an internal 12.0 V maintenance-free rechargeable,

sealed dry acid battery. The internal power module, installed inside the chassis, is capable

of operation within a 9 – 36 V DC range.

Estimated charge time for a depleted battery is approximately 8 hours. The charger

(Figure 1-3) can also be used as an external power supply; therefore there is no need to

disconnect the charger when the battery is fully charged. The charger can be safely left

plugged in. The nominal operating time on full battery charge is no less than 5 hours.

The battery is protected against a deep discharge – PBD406-(XX1) will not operate / start

when battery voltage is lower than 10.5V.

The battery should be charged every six months for long term inactive storage periods of

more than six months.

Note: Operating time of PBD406-(XX1) may decrease for ambient temperatures

below 0 °C.

1.4.5 Audio Outputs

The receiver includes two audio outputs: Headphone and Speaker. The Headphone rated

output power is 300 mW into 150 Ohms. The rated output power from the Speaker Output

is 4 W into 4 Ohms.

1.4.6 Illumination

The illumination of LCD and push buttons can be controlled either internally from the front

panel knob or externally via the dimming inputs. In case of external dimming for BD406-

(001) / PBD406-(001) illumination curve (brightness to voltage relation) can be adjusted in

the Installation Setup. For BD406-(011) / PBD406-(011) the illumination curve cannot be

set. In case of PBD406-(001) and PBD406-(011) - DIMMING INPUT shall be set in

Installation Setup to range 0…14V (refer to section 2.4.5).

Note: Illumination of BD406-(XX1) / PBD406-(XX1) is automatically switched off

when the power supply voltage drops below 10.5V.

1.4.7 Audio Notifications

BD406-(XX1) / PBD406-(XX1) is equipped with a voice notification system that informs

the user about:

• incoming COSPAS/SARSAT messages,

• homing – distance and bearing to the chosen target (message is triggered on

demand by Rotary Knob or dedicated discrete input),

• the device failure.

Refer to section 3.1.5 for details.

BD406

DV 16401.03 Issue 3 2/2013 Page 1-9

1.4.8 Internal GPS Receiver

BD406-(XX1) / PBD406-(XX1) is equipped with an integrated GPS receiver module LEA-

6S manufactured by u-blox. The additional information regarding the GPS receiver can be

found on www.u-blox.com.

BD406-(XX1) / PBD406-(XX1) is capable of routing GPS data in ASCII format (NMEA

0183 compliant) from the internal GPS receiver via RS232 interface. Refer to section

2.3.3.15 for details.

CAUTION: Active GPS antenna should only be connected to the BD406-(XX1) /

PBD406-(XX1) when the receiver is not powered.

Do not connect or disconnect the GPS antenna when the PBD406-(XX1) is running

as the internal GPS receiver calibrates the noise floor on power-up.

Connecting the antenna after power-up can result in prolonged

acquisition time.

Use ONLY active antennas according to specification from section 1.6.9 GPS

Antenna Specification.

Passive GPS antennas shall not be connected to the GPS TNC input.

1.4.9 Built-In Tests

After being switched on, the unit performs a self-test (PBIT). In case of errors the device

will notify the user about any malfunction. During PBIT the receiver identifies itself and

displays the corresponding software versions of the Control Head and Chassis Module.

During normal operation a continuous built-in test (CBIT) verifies the correct operation of

the unit in background. In case of problems an error notification is displayed (refer to

section 3.1.6 for warning and error description).

1.4.10 Installation Setup

Configuration of the installation parameters such as headphone and speaker activation,

GPS source, illumination level, and further parameters is possible during Installation

Setup.

1.4.11 Service Mode

Special factory configuration of the system is possible in Service Mode via a RS422

interface with a proprietary serial data communication protocol.

BD406

Page 1-10 DV 16401.03 Issue 3 2/2013

1.5 Product Variant List

Table 1-1 Available versions of BD406-(XX1)

Part Number

Article

Number

Description

BD406-(001)

0619.760-924

Single Block 406 Beacon Decoder

BD406-(011)

0619.787-924

Single Block 406 Beacon Decoder, NVG compatible

PBD406-(001)

0619.809-924

Portable Single Block 406 Beacon Decoder

PBD406-(011)

0619.825-924

Portable Single Block 406 Beacon Decoder, NVG

compatible

BD406

DV 16401.03 Issue 3 2/2013 Page 1-11

1.6 Technical Data

1.6.1 BD406-(XX1) Power Supply Data

Nominal supply voltage range

9V DC … 32V DC

NOTE: BD406-(XX1) is able to start operation if

power supply is greater than 10.5V DC, but

when started the power supply may be reduced

to 9V DC - refer to section

1.4.3 - BD406-(XX1)

Power Supply.

Typical power consumption

Power off state

≤ 150 uA @ 32V DC

Normal operation

Control Head with white LCD backlight:

Speaker enabled with 4 Ohm load, headphones

enabled with 150 Ohm load, no audio.

≤ 320mA @9 V DC (Backlight is off)

≤ 320mA @14 V DC (Backlight on 100%)

≤ 160mA @ 32V DC (Backlight on 100%)

Control Head LCD with NVG compliant

backlight:

Backlight on 100%, speaker enabled with 4 Ohm

load, headphones enabled with 150 Ohm load,

no audio

≤ 320mA @9 V DC

≤ 260mA @14 V DC

≤ 130mA @ 32V DC

Maximal power consumption

≤ 1200mA @ 9V

Dimming control

14V DC or 28V DC

1.6.2 PBD406-(XX1) Power Supply Data

Nominal external supply voltage range

9V DC … 36V DC

Battery voltage - nominal

12.0V

Battery chemistry

Sealed Lead Acid

Charging time

8h, the charger can be left plugged in to the unit

Battery operating time

≥ 5 h (speaker output disabled, headphone

output enabled for load 150 Ω. Backlight

disabled, beacon message received every 50s)

1.6.3 BD406-(XX1) General Data

Frequency range

406.020 MHz to 406.081 MHz

Temperature Compensated VCO long

term stability

≤ +/- 5ppm after 10 years

(at temperature range -40 °C to 85 °C)

BD406

Page 1-12 DV 16401.03 Issue 3 2/2013

Display

Graphic 128x64 dots - LCD with white or NVG

compatible (option) backlight

Storage temperature range

-55 °C to +85 °C

Operating temperature range as per

RTCA DO-160E

-15 °C to + 55 °C (short-time -40 °C to + 70 °C)

Operating altitude as per

RTCA DO-160E

15000 ft

Vibration as per

RTCA DO-160E

Category S (Curve M) + Category U (Curve G)

Test curve M+G Fixed-wing + Helicopter

1.6.4 PBD406-(XX1) General Data

Frequency range

406.020 MHz to 406.081 MHz

Temperature Compensated VCO long

term stability

≤ +/- 5ppm after 10 years

(at temperature range -15 °C to 50 °C)

Display

Graphic 128x64 dots - LCD with white or NVG

compatible (option) backlight

Storage temperature range

-15 °C to +50 °C

Operating temperature range

-15 °C to + 50 °C

1.6.5 BD406 Dimensions & Weight

Front panel

61.2 mm x 61.2 mm

Depth of unit

211.4 mm (front plate till end of antenna

connector)

Mounting (backpanel)

standard 58 mm diameter (21/4 inch)

Material of Case

AlMg

Surface treatment

Control Head is coated with black matt paint

Weight

700 g

1.6.6 PBD406 Dimensions & Weight

Front panel

83 mm x 174 mm

Depth of unit

334 mm (with handle in maximal position)

Weight

3700 g

BD406

DV 16401.03 Issue 3 2/2013 Page 1-13

1.6.7 Receiver Data

COSPAS/SARSAT analysis

Reception, analysis, correction of

COSPAS/SARSAT data signal

Modulation (data encoding)

Biphase L-phase +1.1 / -1.1 rad

Bit rate

400 bps +/- 1 %

Digital messages parameters

Short Message 112 bits

Long Message 144 bits

Sensitivity

In range -104…0 dBm @ 50 Ohm

Dynamic range

-104…0 dBm

Nominal impedance of antenna input

50 Ohm

Absolute maximal input power

delivered to antenna input

+30 dBm

1.6.8 Internal GPS Receiver

Internal GPS receiver type

uBlox LEA-6S

1.6.9 GPS Antenna Specification

Antenna type

Active

Minimum gain

15 dB

Maximum gain

50 dB

Maximum noise figure

1.5 dB

Nominal supply voltage range

2.75…3.4 V DC

Maximal supply current

50mA

1.6.10 Audio Subsystem

Rated output for speaker operation

≥ 4 W into 4 Ω

Rated output power for headphone

operation

≥ 300 mW into 150 Ω

≥ 100 mW into 600 Ω

Audio frequency response (relative to

1000 Hz) for headphone operation

+1dB/-3dB in the frequency range of 350Hz to

4000Hz

Audio frequency response (relative to

1000 Hz @ 4Ohm load) for speaker

operation

+1dB/-3dB in the frequency range of 350Hz to

4000Hz

BD406

Page 1-14 DV 16401.03 Issue 3 2/2013

THD+N for headphone output

≤ 10%

THD+N for speaker output

≤ 4%

1.6.11 Interfaces

Serial interfaces

1: RS-422 – for service purposes

2: RS-422 – auxiliary port (for future use)

3: RS-232 – GPS external / internal data

transmission NMEA 0183 compliant

4: RS-232 – Targets Status Protocol

5: ARINC 429 output Label 162 (ADF Bearing)

BD406

DV 16401.03 Issue 3 2/2013 Page 1-15

1.6.12 BD406-(XX1) Environmental Qualification

Table 1-2 The following performance under environmental test conditions have been

established in accordance with the procedures set forth in RTCA DO-160E

Condition

Section

Cat.

Description

Temperature and Altitude

4.0

A1

Ground Survival Low Temperature 4.5.1 -55 deg C

Short-Time Operating Low

Temperature

-40 deg C

Low Operating Temperature

-15 deg C

High Ground Survival Temperature

4.5.2

+85 deg C

High Short-Time Operating Temp.

+70 deg C

High Operating Temp.

+55 deg C

In-flight Loss of Cooling

4.5.5

X

No forced cooling required

Altitude

4.6.1

A1

15000 ft

Decompression

4.6.2

N/A

Overpressure

4.6.3

N/A

Temperature Variation

5.0

X

N/A

Humidity

6.0

X

N/A

Shock and Crash Safety

7.0

A

Fixed-wing and Helicopter, standard

Vibration 8.0 S+U Test curve M+G Fixed-wing +

Helicopter

Explosion proofness

9.0

X

N/A

Water proofness

10.0

X

N/A

Fluids Susceptibility

11.0

X

N/A

Sand and Dust

12.0

X

N/A

Fungus Resistance

13.0

X

N/A

Salt Spray

14.0

X

N/A

Magnetic Effect

15.0

Z

1 deg. deflection at 0.3m

Power Input 16.0 B DC installations with battery of

significant capacity

Voltage Spike

17.0

X

N/A

Audio Freq. Conducted Susceptibility

18.0

X

N/A

Induced Signal Susceptibility

19.0

X

N/A

Radio Frequency Susceptibility

20.0

X

N/A

Emission of Radio Frequency

Energy

21.0 B Equipment where interference should

be controlled to a tolerable level

Lightning Induced Transients

Susceptibility

22.0 X N/A

Lightning Direct Effects

23.0

X

N/A

Icing

24.0

X

N/A

Electrostatic Discharge 25.0 A Equipment operated in an aerospace

environment

Fire, Flammability

26.0

X

N/A

BD406

Page 1-16 DV 16401.03 Issue 3 2/2013

1.7 Scope of Delivery

1.7.1 BD406-(XX1)

Item

Article number

BD406-(XX1)

Refer to Table 1-1 for specific version

1.7.2 PBD406-(XX1)

Item

Article number

PBD406-(XX1)

Refer to Table 1-1 for specific version

Battery 12V / 2.0Ah

0883.158-391

406MHz antenna

0629.618-952

Coaxial 406MHz antenna cable

0629.642-950

GPS Antenna

0629.626-952

Power Supply

0530.158-918

AC-Connector cable

0295.728-276

Carrying bag and Shoulder strap

0636.258-959

Carrying Handle

0624.160-252

Vehicle mounting bracket

0549.940-262

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