Digital Keypad Development Kit
6 Button Instruction Manual
Digital Keypad Development Kit
Release: Rev. A00
April 07, 2010
Revision A00
Kongsberg Automotive’s 6 Button Digital Keypad
Europe:
Christopher Martin Road, Basildon, Essex SS14 3ES, UK
Tel: +44 (0) 1268 522 861
North America:
101 Western Maryland Parkway, Hagerstown, MD 21704 USA
Tel: +1 240 310-1100
Electronics:
90, 28e Rue, Grand-Mère (Qc), G9T 7E9, Canada
Tel: +1 819-533-3201
www.kongsbergautomotive.com ● email: info.pps@ka-group.com
Digital Keypad Development Kit
6 Button Instruction Manual
Digital Keypad Development Kit
Release: Rev. A00
April 07, 2010
CONTENTS
1.
Introduction and Intent of Manual ....................................................................................................... 3
2.
Before you start – What should you have ........................................................................................... 3
2.1
Contents of Kit (Bill of Material)................................................................................................... 3
2.2
Other tools necessary (not contained in DKDK) ......................................................................... 3
3.
Software Description ........................................................................................................................... 4
3.1
4.
Keypad Working Mode................................................................................................................ 4
3.1.1
Keypad wake-up mode........................................................................................................ 4
3.1.2
Keypad sleep mode............................................................................................................. 4
3.1.3
Keypad off mode ................................................................................................................. 4
Can Network Description .................................................................................................................... 4
4.1
CAN Network Identifier PGN ....................................................................................................... 4
4.2
CAN Network Identifier ............................................................................................................... 5
4.2.1
CAN network Identifier source address............................................................................... 5
4.2.2
CAN network Identifier priority............................................................................................. 6
4.3
5.
CAN Network Data Field ............................................................................................................. 7
4.3.1
CAN network data field bank control byte ........................................................................... 7
4.3.2
CAN network data field PGN change command ................................................................. 9
4.3.3
CAN network data field Bank change command ................................................................ 9
4.3.4
CAN network data field source address change command ................................................ 9
4.3.5
CAN network data field LED intensity change command.................................................... 9
4.3.6
CAN network data field shutdown command ...................................................................... 9
Digital Keypad Specifications ............................................................................................................ 10
5.1
Digital Keypad Dimensions ....................................................................................................... 11
5.2
Keypad Module Network Connector ......................................................................................... 12
6.
Glossary ............................................................................................................................................ 14
7.
Important Safety and Legal Information ............................................................................................ 15
8.
KA Contact Information ..................................................................................................................... 15
Europe:
Christopher Martin Road, Basildon, Essex SS14 3ES, UK
North America:
101 Western Maryland Parkway, Hagerstown, MD 21704 USA
Electronics: 90, 28e Rue, Grand-Mère (Qc), G9T 7E9, Canada
Tel: +44 (0) 1268 522 861
Tel: +1 240 310-1100
Tel: +1 819-533-3201
www.kongsbergautomotive.com email: info.pps@ka-group.com
Digital Keypad Development Kit
6 Button Instruction Manual
Digital Keypad Development Kit
Release: Rev. A00
April 07, 2010
FIGURES
Figure 1 :
CAN source address ........................................................................................................... 6
Figure 2 :
CAN PGN ............................................................................................................................ 5
Figure 3 :
CAN priority ......................................................................................................................... 6
Figure 4 :
CAN Data field..................................................................................................................... 7
Figure 5 :
Switch and LED reference .................................................................................................. 8
Figure 6 :
Digital Keypad Dimensions and Mounting Dimensions ..................................................... 11
Figure 7 :
Digital Keypad Connector w/Pin out Description ............................................................... 13
TABLES
Table 1 :
Digital Keypad Specifications ................................................................................................. 10
Table 2 :
Master Module Sub-Network Connector ................................................................................ 12
Europe:
Christopher Martin Road, Basildon, Essex SS14 3ES, UK
North America:
101 Western Maryland Parkway, Hagerstown, MD 21704 USA
Electronics: 90, 28e Rue, Grand-Mère (Qc), G9T 7E9, Canada
Tel: +44 (0) 1268 522 861
Tel: +1 240 310-1100
Tel: +1 819-533-3201
www.kongsbergautomotive.com email: info.pps@ka-group.com
Digital Keypad Development Kit
6 Button Instruction Manual
Digital Keypad Development Kit
Release: Rev. A00
April 07, 2010
1. Introduction and Intent of Manual
Kongsberg Automotive’s (KA) 6 Button Digital Keypad is a highly versatile design which is compatible with
the full range of Megalink™ multiplex control modules. This allows a complete system or subsystem in
wide range CAN based vehicles and applications to be quickly and easily created.
Alternatively the keypad can simply be incorporated into a vehicle’s existing CANbus. It’s generic slave
configuration, which is common to many CAN based applications, allows the vehicle application to take full
control of the keypad and give each switch its own characteristics. The intent of this manual is to guide
the user through the process of program the entire CANbus system on for the usage of the KA Digital
Keypads.
Up to 16 LED’s can be used for displaying the switch status or vehicle diagnostics. The LED’s can easily
be configured for various diagnostics determined by the application or the user’s needs. An additional 10
backlight LED’s can be controlled independently of status LED and are dimmable to suit day/night
operation.
Laser etching of the icons on the silicone membrane provides customization to suit a specific application
quickly and cost effectively. In sleep mode, this unit draws less than 1mA and has a bi-directional wake-up
pin used to wake up the system or be woken up by the system.
This compact, fully sealed and ruggedized unit will provide extended service life in the harshest
environments.
2. Before you start – What should you have
2.1 Contents of Kit (Bill of Material)

Generic Keypad (DKDK contains both 6 and 11 button)

Wiring Harness

DKDK CD
o
3D CAD Models
o
Icon Lists
o
2D Drawing Template
o
Keypad Functional Specification (Protocol Configuration Document)
2.2 Other tools necessary (not contained in DKDK)

USB to CAN Interface Card (i.e. Ixxat Card)

USB to CAN PC Interface Software (usually supplied with USB to CAN Interface Card)
Europe:
Christopher Martin Road, Basildon, Essex SS14 3ES, UK
North America:
101 Western Maryland Parkway, Hagerstown, MD 21704 USA
Electronics: 90, 28e Rue, Grand-Mère (Qc), G9T 7E9, Canada
Tel: +44 (0) 1268 522 861
Tel: +1 240 310-1100
Tel: +1 819-533-3201
www.kongsbergautomotive.com email: info.pps@ka-group.com
Digital Keypad Development Kit
6 Button Instruction Manual
Digital Keypad Development Kit
Release: Rev. A00
April 07, 2010
3. Software Description
The following section describes the software functions of the keypad module.
3.1 Keypad Working Mode
3.1.1 Keypad wake-up mode
In this mode the keypad has supply power on pin 2; keypad power supply is turned on. CAN
transmission/reception is enabled and LED can be turned on. Keypad can be put in sleep mode to reduce
current consumption. Refer to CAN network data field shutdown command .
3.1.2 Keypad sleep mode
In this mode the keypad has supply power on pin 2. However, keypad has turned off its own supply in
order to draw very little current. CAN transmission/reception is disabled and the LED cannot be turned on.
The Microcontroller is not supplied. In order to wake up the keypad, a key must be pressed or a ground
should be applied to pin 6 of keypad connector.
3.1.3 Keypad off mode
In this mode the keypad does not have supply power on pin 2. The keypad is not active and will not
perform any activity or draw any current.
WARNING
System integrator is required to ensure that all interlocking functions necessary to operate a
load (i.e. engine RPM must be above 2500 RPM to engage PTO)
4. Can Network Description
The following section describes the software functions and CAN network of the keypad module.
WARNING
All CAN messages and functions performed as a result input through the keypads remain the
sole responsibility of the programmer or system integrator.
4.1 CAN Network Identifier PGN
The PGN (parameter group number) field is 16 bits long. The PGN is the less significant 16 bits of the
identifier after source address. The same PGN can be used by many ECU on the network. The default
keypad PGN is 61184 or 0xEF00. J1939 dictates that all PGN lower than 0xF000 are destination specific.
The second byte of the PGN defines the destination address. In this case keypad will transmit global
address (FF) as destination when using this PGN. The default PGN 61184 is a manufacturer proprietary
PGN and should be used without problem within a J1939 network. Conformance to J1939 should be
Europe:
Christopher Martin Road, Basildon, Essex SS14 3ES, UK
North America:
101 Western Maryland Parkway, Hagerstown, MD 21704 USA
Electronics: 90, 28e Rue, Grand-Mère (Qc), G9T 7E9, Canada
Tel: +44 (0) 1268 522 861
Tel: +1 240 310-1100
Tel: +1 819-533-3201
www.kongsbergautomotive.com email: info.pps@ka-group.com
Digital Keypad Development Kit
Digital Keypad Development Kit
Release: Rev. A00
April 07, 2010
6 Button Instruction Manual
observed if the default PGN is changed. The default keypad source address is 6. Message received from
the keypad in this case is show below.
Example 1 : CEFFF05 12 34 56 78 9A BC DE F0
PGN 61184 or EF00 (in hexadecimal) is used. Since it is a destination specific PGN second byte (00) is
set to 255 and it means global address destination (addressed to all ECU on the network).
Example 2 : CFEEF05 00 00 00 00 00 00 00 00
PGN 65263 or 0xFEEF (in hexadecimal) is used. Since it is not a destination specific PGN second byte
(EF) is not changed and it is not used as destination address. This PGN is normally used as Engine fluid
data PGN and should not be used by keypad.
J1939 CAN message
Prio
PGN number
Source
Address
Byte 1
Byte 2
Byte 3
29-bit ID
Byte 4
Byte 5
Byte 6
Byte 7
Byte 8
8 data bytes
Figure 1 : CAN PGN
4.2 CAN Network Identifier
4.2.1 CAN network Identifier source address
The Source Address field is 8 bits long. The Source Address is the less significant 8 bits of the identifier.
There shall only be one device on the network with a given source address. Therefore, the source address
field assures that the CAN identifier is unique, as required by CAN. The Source Address can have
address 0 to 253 (address 254 is considered “NULL” and should not be used and address 255 is
considered “Global address” and should not be used).
This is important if more than one keypad is used so that each keypad has a unique address. It could be
necessary to change the address of one or more keypad to achieve this. If a CAN tool is used, it should
also use an address different from the other keypads and ECU. The default keypad source address is 5.
The message received from the keypad in this case is show below.
In Hexadecimal: GGHHHH05 JJ JJ JJ JJ JJ JJ JJ JJ Where GG is the priority, HHHH is the PGN and JJ
are the 8 data bytes.
Example: CEFFF05 12 34 56 78 9A BC DE F00
J1939 CAN message
Prio
PGN number
Source
Address
Byte 1
Byte 2
Byte 3
29-bit ID
Byte 4
Byte 5
Byte 6
Byte 7
8 data bytes
Europe:
Christopher Martin Road, Basildon, Essex SS14 3ES, UK
North America:
101 Western Maryland Parkway, Hagerstown, MD 21704 USA
Electronics: 90, 28e Rue, Grand-Mère (Qc), G9T 7E9, Canada
Tel: +44 (0) 1268 522 861
Tel: +1 240 310-1100
Tel: +1 819-533-3201
www.kongsbergautomotive.com email: info.pps@ka-group.com
Byte 8
Digital Keypad Development Kit
Digital Keypad Development Kit
Release: Rev. A00
April 07, 2010
6 Button Instruction Manual
Figure 2 : CAN source address
WARNING
System integrators is required to ensure that emergency shut offs are in place and functioning
incase of keypad malfunction
CAUTION
To ensure compatibility with keypad, the integrator must comply with SAE J1939 or NMEA-2000
protocol. If a different protocol is used, it is the responsibility to integrator to ensure
compatibility.
4.2.2 CAN network Identifier priority
The priority field is 5 bits long. The two lowest bits are used as reserved bit and data-page bit and are
always set to zero. The three other bits are used as priority. The priority varies from 0 (highest priority) to
7 (lowest priority). The priority is used when messages from two or more ECU are sent at the same time
to determine which one will take priority, delaying all other messages.
Default keypad priority is 3 or 01100 or C (011 with addition of the data-page bit and reserved bit 01100).
Example: CEFFF05 12 34 56 78 9A BC DE F0
J1939 CAN message
Prio
PGN number
Source
Address
Byte 1
Byte 2
Byte 3
29-bit ID
Byte 4
Byte 5
Byte 6
Byte 7
Byte 8
8 data bytes
Figure 3 : CAN priority
CAUTION
The CAN network load must stay under 60% to assure proper keypad response and update
speed.
Europe:
Christopher Martin Road, Basildon, Essex SS14 3ES, UK
North America:
101 Western Maryland Parkway, Hagerstown, MD 21704 USA
Electronics: 90, 28e Rue, Grand-Mère (Qc), G9T 7E9, Canada
Tel: +44 (0) 1268 522 861
Tel: +1 240 310-1100
Tel: +1 819-533-3201
www.kongsbergautomotive.com email: info.pps@ka-group.com
Digital Keypad Development Kit
Digital Keypad Development Kit
Release: Rev. A00
April 07, 2010
6 Button Instruction Manual
4.3 CAN Network Data Field
The data field is 1 to 8 bytes, and is structured differently for each PGN. The data field structure is
constant for the keypad, even if keypad PGN has been changed.
The first byte of the keypad data field is used as message number byte.
J1939 CAN message
Prio
PGN number
Source
Address
Byte 1
Byte 2
Byte 3
Byte 4
29-bit ID
Byte 5
Byte 6
Byte 7
Byte 8
8 data bytes
Figure 4 : CAN Data field
4.3.1 CAN network data field bank control byte
When the first byte of data field is equal to zero, other data bytes are use for switch bank control. Byte 2
in this case is the bank number. Each keypad needs at least 2 different banks: one bank is used to
transmit 6 switch control and one bank is used to transmit 16 LED control. The default switch bank
number is 7.
Example: CEFFF05 00 07 00 F0 FF FF FF FF
Byte 3, & 4 are used to indicate the switch status. Each switch is encoded on two bit. The switch status
filled bytes from left to right beginning by less significant two bits to most significant bit in each byte. Since
the keypad has 6 switch using two bits each, 1 full byte and half of the second one are needed. The two
bit encoding is defined below.
00 = [Turn Off, Disable, Reset]
01 = [Turn On, Enable, Set]
10 = Error
11 = No Action
Example: CEFFF06 00 01 01 F0 FF FF FF FF first switch of keypad is pressed.
It is a good practice to have different banks for switches and LED’s, and if more than one keypad is used,
to have different banks from keypad to keypad.
The structure of message is the same for LED control bank. Byte 2 is still used as bank number.
The default bank numbers for the LED’s is 8. Since the 16 LED’s can be controlled within one message,
only one bank is used to sort out the 16 LED’s.
Europe:
Christopher Martin Road, Basildon, Essex SS14 3ES, UK
North America:
101 Western Maryland Parkway, Hagerstown, MD 21704 USA
Electronics: 90, 28e Rue, Grand-Mère (Qc), G9T 7E9, Canada
Tel: +44 (0) 1268 522 861
Tel: +1 240 310-1100
Tel: +1 819-533-3201
www.kongsbergautomotive.com email: info.pps@ka-group.com
Digital Keypad Development Kit
6 Button Instruction Manual
Digital Keypad Development Kit
Release: Rev. A00
April 07, 2010
Each LED is encoded on two bit. The LED command filled bytes from left to right beginning by less
significant two bits to most significant bit in each byte. Since the keypad has 16 LED’s using two bits
each, two full bytes are needed. The two bit encoding is defined below.
00 = [Turn Off, Disable, Reset]
01 = [Turn On, Enable, Set]
10 = Error
11 = No Action
Example 1: CEFFF01 00 08 01 00 00 00 00 00 light first LED of keypad (assuming LED bank #1 is 8).
Example 2: CEFFF01 00 09 15 00 00 00 00 00 light the first three LED’s of keypad (assuming LED bank
#1 is 9).
CAUTION
A start-up diagnostic sequence must be utilized to verify if all status LED’s are functioning
Below is the reference number of switch and LED in the bank control message.
1
2
3
1
9
10
4
4
5
6 7 8
2
3
11 12 13
14 15 16
5
6
Figure 5 : Switch and LED reference
WARNING
System integrator is required to ensure redundancies in controls when activating machinery that
may put people and equipment in danger. Failure to do so could result in injury or death and/or
damage to the equipment.
Europe:
Christopher Martin Road, Basildon, Essex SS14 3ES, UK
North America:
101 Western Maryland Parkway, Hagerstown, MD 21704 USA
Electronics: 90, 28e Rue, Grand-Mère (Qc), G9T 7E9, Canada
Tel: +44 (0) 1268 522 861
Tel: +1 240 310-1100
Tel: +1 819-533-3201
www.kongsbergautomotive.com email: info.pps@ka-group.com
Digital Keypad Development Kit
6 Button Instruction Manual
Digital Keypad Development Kit
Release: Rev. A00
April 07, 2010
4.3.2 CAN network data field PGN change command
When first byte of data field is equal to 251, others data byte are use for PGN change command.
Byte 2 & 3 in this case are the new PGN number. Byte 2 is the less significant byte of new PGN. Byte 3
is the most significant byte of new PGN. The change is not effective immediately and is stored in
EEPROM. Cycle power to reset keypad and it will use new PGN.
Example : CEFFF01 FB 23 F1 FF FF FF FF FF Change current PGN from EF00 to F123. Refer to
section CAN network Identifier PGN for PGN explanation.
4.3.3 CAN network data field Bank change command
When the first byte of the data field is equal to 252, the others data bytes are use for Bank change
command. Byte 2 & 3 in this case are the new Bank numbers. Byte 2 is the new switch bank of the
keypad. Byte 3 is the new LED bank that contains LED’s 1 to 16. The change is effective immediately
and is stored in EEPROM.
Example: CEFFF01 FC 03 04 FF FF FF FF FF Change current bank to 3 for switch and 4 for led. Refer
to section CAN network data field bank control byte for bank explanation.
4.3.4 CAN network data field source address change command
When the first byte of the data field is equal to 253, the other data bytes are use for source address
change command. Byte 2 in this case is the new source address. The change is not effective
immediately and is stored in EEPROM. Cycle power to reset keypad and it will now use the new adress.
Example: CEFFF01 FD 06 FF FF FF FF FF FF Change current source address to 06. Refer to section
CAN network Identifier source address for source address explanation.
4.3.5 CAN network data field LED intensity change command
When the first byte of the data field is equal to 254, the others data bytes are use for status LED intensity
and the backlight LED intensity command. Byte 2 & 3 in this case are the new backlight intensity. Byte 2
is the backlight intensity lowest significant byte. Byte 3 is the backlight intensity most significant byte.
Intensity is 0% with H 0x0000 and 100% with H 0xFFFF. The change is effective immediately and is
stored in EEPROM.
Byte 4 & 5 in this case is the new status LED intensity. Byte 4 is the LED status intensity lowest significant
byte. Byte 5 is the LED status intensity most significant byte. Intensity is 0% with H 0x0000 and 100%
with H 0xFFFF. The change is effective immediately and is stored in EEPROM.
Example : CEFFF01 FE 00 00 FF 7F FF FF FF Change current backlight and status LED intensity to 0%
for backlight intensity and 50% for status light intensity.
Note: The status and backlight intensity in percentage (%) is the duty cycle of LED drive. LED intensity is
slightly not linear.
4.3.6 CAN network data field shutdown command
When first byte of data field is equal to 255, the other data bytes are use for shutdown command. Byte 2
in this case is the shutdown command. If byte 2 is equal to 1, the keypad will go in sleep mode. All
keypad switches must be released and wake-up connector pin must not be grounded to let the keypad
going into sleep mode. The change is effective immediately.
Example: CEFFF01 FF 01 FF FF FF FF FF FF The Keypad will go in sleep mode if possible.
Europe:
Christopher Martin Road, Basildon, Essex SS14 3ES, UK
North America:
101 Western Maryland Parkway, Hagerstown, MD 21704 USA
Electronics: 90, 28e Rue, Grand-Mère (Qc), G9T 7E9, Canada
Tel: +44 (0) 1268 522 861
Tel: +1 240 310-1100
Tel: +1 819-533-3201
www.kongsbergautomotive.com email: info.pps@ka-group.com
Digital Keypad Development Kit
6 Button Instruction Manual
Digital Keypad Development Kit
Release: Rev. A00
April 07, 2010
5. Digital Keypad Specifications
Specification
Description
Module dimensions
Membrane only : 104 mm x 58 mm x 18 mm
Material
With back panel : 104 mm x 58 mm x 55 mm
Membrane :Silicone
Back panel : N/A
Weight
Approximately 125 g (4.4 oz)
Electrical supply
7 to 18 VDC NMEA 2000 compatible
Operating Temperature
-20°C to 85°C
Storage Temperature
-40°C to 100°C
Shock
5 G aft of center, 10 G forward of center
½ sine wave @ 6 to 14 msec. pulse duration
Vibration
2 – 2 KHz Low Frequency Random – 3 axis
EMI
Immunity to radiated interference : 30 V/m as per IEC-1000-4
Immunity to conducted interference : Pulse 1, 2, 3a and 4a level 4 as per
ISO-7637
Electrical protection
Load dump 12 V as per SAE J1455
Jump start 12 V as per SAE J1455
Reverse polarity as per SAE J1455
ESD as per SAE J1113-13
Short circuit to ground and supply
Network
1 Full CAN 2.0B, ISO-11898, Default speed : 250 KBPS
Protocol
NMEA 2000 or J1939
Diagnostic
Network failure
CPU
MOTOROLA MC68HC908GZ16
Flash memory
16 Kbytes
Up to three for each load: short circuit, open circuit, overload…
Backlighting LEDs
6 x Tach switch 12 mm, 160 gr
20 ms debouncing time
Customizable
Diagnostic LED
Switch
Legends and icons
Table 1 :
Digital Keypad Specifications
Europe:
Christopher Martin Road, Basildon, Essex SS14 3ES, UK
North America:
101 Western Maryland Parkway, Hagerstown, MD 21704 USA
Electronics: 90, 28e Rue, Grand-Mère (Qc), G9T 7E9, Canada
Tel: +44 (0) 1268 522 861
Tel: +1 240 310-1100
Tel: +1 819-533-3201
www.kongsbergautomotive.com email: info.pps@ka-group.com
Digital Keypad Development Kit
6 Button Instruction Manual
Digital Keypad Development Kit
Release: Rev. A00
April 07, 2010
WARNING
The keypad has a temperature rating of -40°C to +85°C. Outside of this range the operations on
the keypad fail or become difficult to operate correctly. Do not operate this device outside of this
temperature range.
CAUTION
The keypads should only be installed in a system that adheres to the overall environmental,
electrical and mechanical constraints listed for this product. (within this manual section 5)
5.1 Digital Keypad Dimensions
Figure 6 : Digital Keypad Dimensions and Mounting Dimensions
CAUTION
The keypad must be mounted in direct view and unobstructed reach to the operator of the
vehicles or machinery user
Europe:
Christopher Martin Road, Basildon, Essex SS14 3ES, UK
North America:
101 Western Maryland Parkway, Hagerstown, MD 21704 USA
Electronics: 90, 28e Rue, Grand-Mère (Qc), G9T 7E9, Canada
Tel: +44 (0) 1268 522 861
Tel: +1 240 310-1100
Tel: +1 819-533-3201
www.kongsbergautomotive.com email: info.pps@ka-group.com
Digital Keypad Development Kit
6 Button Instruction Manual
Digital Keypad Development Kit
Release: Rev. A00
April 07, 2010
CAUTION
If icons become unreadable because of abnormal wear or intense UV exposure, the keypad
should be replaced.
5.2 Keypad Module Network Connector
The following table describes the connector of the keypad module.
Signals
Specifications
Pin numbers
2-point CAN signals
Differential signals as per ISO-11898
Speed : Defaults to 250 KBPS
6,7
Termination resistor : 120  external
Network cable :

Shielded twisted pair : 25 - 35 twists / meter



Characteristic impedance : 95 - 140 
Maximum length : 250m @ 250 KBPS
Wire gauge : 18 AWG
1-point positive power
output
Electrical power supply
2
1-point ground power
output
Power supply return ground
3
1-point shield
Cable shield connection
1
2-point NC
No connect
4,5
1-point reserved
System wake-up
8
Table 2 :
Master Module Sub-Network Connector
ELECTRICAL CONNECTIONS
Deutsch DT06-08P 8 pin connector
Requires DT06-08S Mating Part
11
56
22
65
33
74
4
8
1.
2.
3.
4.
5.
6.
7.
8.
No Connection
+12v
Ground
No Connection
No Connection
CAN HI
CAN LO
System Wake Up
Europe:
Christopher Martin Road, Basildon, Essex SS14 3ES, UK
North America:
101 Western Maryland Parkway, Hagerstown, MD 21704 USA
Electronics: 90, 28e Rue, Grand-Mère (Qc), G9T 7E9, Canada
Tel: +44 (0) 1268 522 861
Tel: +1 240 310-1100
Tel: +1 819-533-3201
www.kongsbergautomotive.com email: info.pps@ka-group.com
Digital Keypad Development Kit
6 Button Instruction Manual
Digital Keypad Development Kit
Release: Rev. A00
April 07, 2010
Figure 7 : Digital Keypad Connector w/Pin out Description
WARNING
The system must monitor the network to detect keypad disconnection or communication failure
and act accordingly (i.e. should send into a “limp home” mode). All necessary steps must be
taken to avoid damage to equipment and people if this situation arises.
CAUTION
The keypad is rated for IP 67; the keypad should not be exposed to long periods of water
immersion or immersion deeper than one meter.
Europe:
Christopher Martin Road, Basildon, Essex SS14 3ES, UK
North America:
101 Western Maryland Parkway, Hagerstown, MD 21704 USA
Electronics: 90, 28e Rue, Grand-Mère (Qc), G9T 7E9, Canada
Tel: +44 (0) 1268 522 861
Tel: +1 240 310-1100
Tel: +1 819-533-3201
www.kongsbergautomotive.com email: info.pps@ka-group.com
Digital Keypad Development Kit
6 Button Instruction Manual
Digital Keypad Development Kit
Release: Rev. A00
April 07, 2010
6. Glossary
Terms and
Abbreviations
Description

ohms
A
Ampere
CAN
Controller Area Network
Hz
Hertz
IEC
International Electrotechnical Commission
I/O
Input / Output
ISO
International Standard Organization
K
Kilo-ohms
KA
Kongsberg Automotive
KBPS
Kilo Bits Per Second
Kbytes
Kilo bytes
LED
Light Emitting Diode
mA
Milli-ampere
ms
Milliseconds
PC
Personal Computer
PWM
Pulse Width Modulated
TTL
Transistor Level
V
Volts
VAC
Volts Alternative Current
VDC
Volts Direct Current
Warning – means potential harm to a person
Caution – means potential harm to machinery or equipment
Europe:
Christopher Martin Road, Basildon, Essex SS14 3ES, UK
North America:
101 Western Maryland Parkway, Hagerstown, MD 21704 USA
Electronics: 90, 28e Rue, Grand-Mère (Qc), G9T 7E9, Canada
Tel: +44 (0) 1268 522 861
Tel: +1 240 310-1100
Tel: +1 819-533-3201
www.kongsbergautomotive.com email: info.pps@ka-group.com
Digital Keypad Development Kit
6 Button Instruction Manual
Digital Keypad Development Kit
Release: Rev. A00
April 07, 2010
7. Important Safety and Legal Information
Under no circumstances shall Kongsberg Automotive or any of its subsidiary companies accept liability for
any loss of data, income, incidental damage or consequential losses incurred as a result of the use of the
product howsoever caused when the Digital Keypad is used as a human interface device for electronicallycontrolled engines/transmissions or other systems.
Reproduction, transfer, distribution or storage of part or all of the contents in this document in any form
without written permission of Kongsberg Automotive is prohibited.
Kongsberg Automotive operates a policy of continuous improvement. Kongsberg Automotive reserves the
right to alter and improve the Digital Keypad product without prior notice.
8. KA Contact Information
Manufacturing and European Sales
Christopher Martin Road,
Basildon,
Essex,
SS14 3ES
England
Tel: +44 (0)1268 522861
Fax: +44 (0)1268 282994
Manufacturing & North American Sales
Kongsberg Automotive
90, 28e Rue
Grand-Mère (Qc)
G9T 7E9
Canada
Tel: 819-533-3201
Fax: 819-533-5317
Email: cantrak.info@ka-group.com
Web site: www.kongsbergautomotive.com
© Kongsberg Automotive 2010. Specifications subject to change without notice.
Any trademarks used are recognized and are the property of their respective owners.
Europe:
Christopher Martin Road, Basildon, Essex SS14 3ES, UK
North America:
101 Western Maryland Parkway, Hagerstown, MD 21704 USA
Electronics: 90, 28e Rue, Grand-Mère (Qc), G9T 7E9, Canada
Tel: +44 (0) 1268 522 861
Tel: +1 240 310-1100
Tel: +1 819-533-3201
www.kongsbergautomotive.com email: info.pps@ka-group.com