RX2MFDPCCCar Radio with Bluetooth Transceiver

PACCAR Display DRAFT 10/7/2010 12:03 PM Y53-6035 Page 1 of 30 INTRODUCTION This manual describes the vehicle’s interactive system located on your dashboard. SAFETY In this operator manual A number of alerting messages are in this manual. Please read and follow them. They are there for your protection and information. These messages can help you avoid injury to yourself and others, as well as prevent costly damages to the vehicle. Key symbols and “signal words” are used to indicate what kind of message is going to follow. Pay special attention to instructions prefaced by symbols and the signal words “WARNING”, “CAUTION”, and “NOTE”. Please do not ignore any of these alerts. WARNING When you see this word, the message that follows is especially vital. It signals a potentially hazardous situation which, if not avoided, could result in an injury or death. This message will tell you what the hazard is, what can happen if you don't heed the warning, and how to avoid it. Example: Never carry additional fuel containers in the vehicle. Such containers, full or empty, may leak, explode or cause a fire in the event of a collision. CAUTION Signals a potentially hazardous situation which, if not avoided, could result in property or vehicle damage. Example: Continuing to operate your vehicle with insufficient oil pressure will cause serious engine damage. NOTE Provides general information: for example, the note may suggest how to operate the vehicle more efficiently. Example: Pumping the accelerator will not assist in starting the engine. Please take the time to read these messages when you see them, and remember: WARNING Something that could seriously injure or kill you or others. CAUTION Something that could cause property or vehicle damage. NOTE Useful information. General safety reminders Certain functions are restricted to operate only when the vehicle is PACCAR Display DRAFT 10/7/2010 12:03 PM Y53-6035 Page 2 of 30 stationary for your safety and the safety of those not in the vehicle. Safe driving is only possible with the proper concentration on the driving task. Keep distraction to a minimum to improve your concentration. Examples of distractions may include radio controls, GPS navigation controls, cel- lular telephone calls, cellular text messages, reading or reaching for something on the floor. Minimizing your distractions will improve safe driving and will help avoid an accident involving death or personal injury. WARNING: Only glance at the display monitor while driving. Prolonged periods of viewing while driving could result in an accident and death or possible personal injury. WARNING: Do not program the System while driving. Always stop your vehicle when programming or changing the settings on the System. Programming the system while driving can cause you to take your eyes off the road, which could result in an accident. Failure to do so could lead to death, serious injury or equipment damage. CAUTION: Do not rely on the Navigation System to route you to the closest emergency services. Not all emergency services are in the database. NOTE: Regardless of how and where the navigation system directs you, it is your responsibility to operate the vehicle in a safe and legal manner. NOTE: Ensure the volume level of all audio devices is set to a level that still allows you to hear outside traffic and emergency vehicles. FCC Statement This device complies with Part 15 of the FCC rules subject to the following two conditions: This device may not cause harmful interference. This device must accept all interference received, including interference that may cause undesired operation. Changes or modifications not expressly approved by the party responsible for compliance could void the user’s authority to operate the equipment Dear customer, to ensure a healthy RF exposure please keep a distance of at least 20 cm from the device. For any other request regarding RF exposure compliance in Canada, please refer to our local representative: Renaissance Consulting 11 Parsons Ridge Road, Kanata, Ottawa Ontario, Canada, K2L 2M1 PACCAR Display DRAFT 10/7/2010 12:03 PM Y53-6035 Page 3 of 30 Description The system is comprised of a remote head unit and a display screen. The remote head unit will be located in the instrument panel and disassociated from the display. Image 1 – Remote Head Unit The following buttons, knobs and connectors are on the face of the head unit • Power Button • Volume Knob • Eject Button • Voice Button • Home Button • Truck Button • Connect Button • Nav Button • Tools Button • Cancel Button • Audio Button • RWD Button • FWD Button • Phone Button • Setup Button • USB jack • 3.5 AUX jack The buttons will be referred to as hard keys or hard buttons in the rest of this specification. The keys on the touch screen will be referred to as soft keys or soft buttons. Image 10 - PB Main Menu Image 11 – KW Main Menu The display has three general areas for information and interaction. Center The center of the display will have the available functions and information for the operator. Title bar The ‘Title Bar’ is placed at the very top of the display. Not every screen will have the title bar visible due to graphics requirements of some third PACCAR Display DRAFT 10/7/2010 12:03 PM Y53-6035 Page 4 of 30 party applications. This will be noted in the appropriate sections of the document. Image 6 – Title Bar Examples Quick Jump Bar The ‘Quick Jump Bar’ is placed at the very bottom of the display. Image 8 – Screen Bottom Example How to care for your screen 1. QUICK SETUP Before using the system for the first time, you may need to program the system for the home location, setup any pairing devices or decide what virtual gauges you want to display. Set up home location Pair a Bluetooth device Image 81 – Adding Device Screen The notation for SmartNav will be replaced with NavPlus for Kenworth devices. Image 82 – Pairing Successful Notification Once the target device is paired, it will take the user back to the…

Text truncated - open the document above for the full version.

Corbetta 30/11/2010 Federal Communications Commission 7435 Oakland Mills Road Columbia, MD 21046 Gentlemen: This letter is to comply with Section 0.457(d)(2)(i) pertaining to confidential material. Magneti Marelli S.p.A. would like the following documents regarding this submission for FCC ID: RX2MFDPCC to be kept confidential. 1. Schematic diagram 2. Block diagram 3. Product description The above material contains trade secrets or technical data, which would customarily be guarded from competitors. We do not want these documents to be accessible to the general public. Sincerely, Magneti Marelli Sistemi Elettronici S.p.A.

Power of Attorney We, the undersigned, hereby authorise FAKT S.r.l. Via Lithos, 53 25086 Rezzato (BS) ITALY to require the certificate of conformity according with section 2.907 47 CFR for the following radio equipment MFDPCC (Name of product, type or model) on behalf of the manufacturer / authorised representative of the manufacturer − Address: Magneti Marelli S.p.A. Viale A. Borletti, 61/63 I – 20011 Corbetta (MI) (With this letter the undersigned does not appoint FAKT S.r.l. to act as authorised representative of the manufacturer. FAKT S.r.l. does not assume any responsibilities or liabilities placed on the manufacturer according to the FCC rules) − Point of contact: Ing. Giuseppe Bergamaschi Tel: +39-02-97221 Fax: +39-02-9722740 (Name, telephone and fax number) Corbetta, 30.10.2010 (Place, date of issue) (Signature, Stamp)

mm.1009080706050403020100 54321 876543 2 1 D F E C B A D A B C E F All proprietary rights reserved MAGNETI MARELLI. This drawing shall not be reproduced, or in any way utilized for the manufacture of the component or unit herein, illustrated and must not be released to other parties, without written consent. FRANCE Systemes Electroniques 555550982300 07--- 06--- 05--- 04--- 03--- 02--- 01--- 00101310R.BIGGSRELEASED FOR PRODUCTION Ed.DateT.documentAmendment For other general specifications see Std. Sh. SE040 0 001 Mat. Treatment General Tolerances ±0.25 Std Sh. TypeP.S.P.S. - --- C.C. NO C.S.V.L. Size A3 Scale 2.000 Sheet 1OF1 Drawn R.BIGGS Checked DERI Transl. Date 13.10.10 Title NAFTA LABEL Catalogue Product Type LABEL CHATELLERAULT Code 556311TBD HW VERSION SW VERSION PACCAR PART NUMBER IN BAR CODE NIP CODE IN BAR CODE NIP CODE PACCAR PART NUMBER SUPPLIER CODE

Bluetooth Antenna

Richard Wallace IFND COM PS CSE AE UniStone October 2006 Page 1 UnistoneDesign Inside Unistone

7
layers
AG
Aufsichtsratsvorsitzenderh
Registergerichth
registered
in:
Borsigstrasse
11
Chairman
of
the
Supervisory
Board:
Düsseldorf,
HRB
44096

40880
Ratingen,
Germany
Markus
Becker
USt+IdNr
h
VAT
No.:

Phone:
+49
(0)
2102
749
0
Vorstandh
Board:
DE
203159652
Fax:
+49
(0)
2102
749
350
Dr.
H.+J.
Meckelburg

www.7Layers.com
Wilfried
Klassmann
TAX
No.
147/5869/0385


InterLab 
is
a
registered
trademark
of
7
layers
AG







FCC
Measurement/Technical
Report
on

MFD
Car
Radio
with
Bluetooth
Transceiver




ReportReference:
MDE_FAKT_1009_FCCa







TestLaboratory:

7
layers
AG
Borsigstrasse
11

40880
Ratingen
Germany
email:
[email protected]


DGA-PL-192/99-02


Note:
The
following
test
results
relate
only
to
the
devices
specified
in
this
document.
This
report
shall
not
be
reproduced
in
parts
without
the
written
approval
of
the
testing
laboratory.




Test
report
Reference:
MDE_FAKT_1009_FCCa
Page
2
of
88
TableofContents
0 Summary3 0.1 Technical
Report
Summary
3 0.2 Measurement
Summary
4 1 AdministrativeData7 1.1 Testing
Laboratory
7 1.2 Project
Data
7 1.3 Applicant
Data
7 1.4 Manufacturer
Data
7 2 TestobjectData8 2.1 General
EUT
Description
8 2.2 EUT
Main
components
9 2.3 Ancillary
Equipment
9 2.4 Auxiliary
Equipment
9 2.5 EUT
Setups
10 2.6 Operating
Modes
10 2.7 Product
labelling
10 3 TestResults11 3.1 Occupied
bandwidth
11 3.2 Peak
power
output
14 3.3 Spurious
RF
conducted
emissions
17 3.4 Spurious
radiated
emissions
20 3.5 Band
edge
compliance
26 3.6 Dwell
time
30 3.7 Channel
separation
32 3.8 Number
of
hopping
frequencies
34 4 TestEquipment35 5 PhotoReport42 6 SetupDrawings43 7 Annexmeasurementplots44 7.1 Occupied
bandwidth
44 7.2 Peak
power
output
53 7.3 Band
edge
compliance
conducted
and
Spurious
RF
conducted
emissions
62 7.4 Band
edge
compliance
radiated
80 7.5 Radiated
emissions
(f
<
30
MHz)
83 7.6 Dwell
time
85 7.7 Channel
separation
86 7.8 Number
of
hopping
frequencies
87 8 FCC/ICCorrelation88 

Test
report
Reference:
MDE_FAKT_1009_FCCa
Page
3
of
88
0 Summary 0.1 TechnicalReportSummary
TypeofAuthorization Certification
for
an
Intentional
Radiator
(Frequency
Hopping
Spread
Spectrum).

ApplicableFCCRules
Prepared
in
accordance
with
the
requirements
of
FCC
Rules
and
Regulations
as
listed
in
47
CFR
Ch.1
Parts
2
(10+1+09
Edition)
and
15
(10+1+09
Edition).
The
following
subparts
are
applicable
to
the
results
in
this
test
report.


Part
2,
Subpart
J
+
Equipment
Authorization
Procedures,
Certification

Part
15,
Subpart
C
–
Intentional
Radiators

§
15.201

Equipment
authorization
requirement

§
15.207

Conducted
limits

§
15.209

Radiated
emission
limits;
general
requirements

§
15.247

Operation
within
the
bands
902+928
MHz,
2400+2483.5
MHz

and
5725+5850
MHz





Note:
The
tests
were
selected
and
performed
with
reference
to
the
FCC
Public
Notice
DA
00+ 705,
released
March
30,
2000.
Instead
of
applying
ANSI
C63.4+1992
which
is
referenced
in
the
FCC
Public
Note,
the
newer
ANSI
C63.4+2003
is
applied.





SummaryTestResults:  TheEUTcompliedwithallperformedtestsaslistedinchapter0.2 MeasurementSummary.


Test
report
Reference:
MDE_FAKT_1009_FCCa
Page
4
of
88
0.2 MeasurementSummary
FCCPart15,SubpartC§15.207 Conducted
emissions
(AC
power
line)

The
measurement
was
performed
according
to
ANSI
C63.4
2003
OP7ModeSetupPortFinalResult

AC
Port
(power
line)
N/A




FCCPart15,SubpartC
§15.247(a)(1)
Occupied
bandwidth

The
measurement
was
performed
according
to
FCC
§
15.31
10+1+09
Edition
OP7ModeSetupPortFinalResult op+mode
1
Setup_b01
Temp
ant.connector
passed
op+mode
2
Setup_b01
Temp
ant.connector
passed
op+mode
3
Setup_b01
Temp
ant.connector
passed
op+mode
6
Setup_b01
Temp
ant.connector
passed
op+mode
7
Setup_b01
Temp
ant.connector
passed
op+mode
8
Setup_b01
Temp
ant.connector
passed
op+mode
10
Setup_b01
Temp
ant.connector
passed
op+mode
11
Setup_b01
Temp
ant.connector
passed
op+mode
12
Setup_b01
Temp
ant.connector
passed




FCCPart15,SubpartC
§15.247(b)(1)
Peak
power
output

The
measurement
was
performed
according
to
FCC
§
15.31
10+1+09
Edition
OP7ModeSetupPortFinalResult op+mode
1
Setup_b01
Temp
ant.connector
passed
op+mode
2
Setup_b01
Temp
ant.connector
passed
op+mode
3
Setup_b01
Temp
ant.connector
passed
op+mode
6
Setup_b01
Temp
ant.connector
passed
op+mode
7
Setup_b01
Temp
ant.connector
passed
op+mode
8
Setup_b01
Temp
ant.connector
passed
op+mode
10
Setup_b01
Temp
ant.connector
passed
op+mode
11
Setup_b01
Temp
ant.connector
passed
op+mode
12
Setup_b01
Temp
ant.connector
passed




FCCPart15,SubpartC
§15.247(d)
Spurious
RF
conducted
emissions

The
measurement
was
performed
according
to
FCC
§
15.31
10+1+09
Edition
OP7ModeSetupPortFinalResult op+mode
1
Setup_b01
Temp
ant.connector
passed
op+mode
2
Setup_b01
Temp
ant.connector
passed
op+mode
3
Setup_b01
Temp
ant.connector
passed
op+mode
6
Setup_b01
Temp
ant.connector
passed
op+mode
7
Setup_b01
Temp
ant.connector
passed
op+mode
8
Setup_b01
Temp
ant.connector
passed
op+mode
10
Setup_b01
Temp
ant.connector
passed
op+mode
11
Setup_b01
Temp
ant.connector
passed
op+mode
12
Setup_b01
Temp
ant.connector
passed






Test
report
Reference:
MDE_FAKT_1009_FCCa
Page
5
of
88

FCCPart15,SubpartC
§15.247(d),§15.35(b),§15.209
Spurious
radiated
emissions

The
measurement
was
performed
according
to
ANSI
C63.4
2003
OP7ModeSetupPortFinalResult op+mode
1
Setup_a01
Enclosure
passed
op+mode
2
Setup_a01
Enclosure
passed
op+mode
3
Setup_a01
Enclosure
passed
op+mode
6
Setup_a01
Enclosure
passed
op+mode
7
Setup_a01
Enclosure
passed
op+mode
8
Setup_a01
Enclosure
passed
op+mode
10
Setup_a01
Enclosure
passed
op+mode
11
Setup_a01
Enclosure
passed
op+mode
12
Setup_a01
Enclosure
passed




FCCPart15,SubpartC
§15.247(d)
Band
edge
compliance

The
mea…

Text truncated - open the document above for the full version.

Photo Report Photo 1: Setup for radiated measurements below 30 MHz Photo 2: Setup for radiated measurements below 1 GHz Photo 3: Setup for radiated measurements above 1 GHz