Parker Pro Display 10 User manual

Instruction Book
PARKER PRO DISPLAY 10
Publ. No . MSG17-4020-IB/UK
Edition 1/2020

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Parker Hannifin Manufacturing Finland Oy
Mobile Hydraulic Systems Division Europe (MSDE)
Electronic Controls Business Unit (ECBU)
Lepistönkatu 10
FI-30100 Forssa, Finland
Office [phone]
http://www.parker.com/ecd
Copyright 2015-2020 © Parker Hannifin Corporation. All rights reserved. No part of
this work may be reproduced, published or distributed in any form or by any means
(electronically, mechanically, photocopying, recording or otherwise), or stored in a
database retrieval system, without the prior written permission of Parker Hannifin in each
instance.
WARNING!
FAILURE OR IMPROPER SELECTION OR IMPROPER USE OF THE PRODUCTS AND/OR SYSTEMS
DESCRIBED HEREIN OR RELATED ITEMS CAN CAUSE DEATH, PERSONAL INJURY AND
PROPERTY DAMAGE.
This document and other information from Parker Hannifin Corporation, its subsidiaries and authorised
distributors provide product and/or system options for further investigation by users with technical
expertise. It is important that you analyse all aspects of your application and review the information
concerning the product or system in the current product catalogue. Due to the variety of operating
conditions and applications for these products or systems, the user, through their own analysis and
testing, is solely responsible for making the final selection of the products and systems and assuring that
all performance, safety and warning requirements of the application are met.
The products described herein, including without limitation, product features, specifications, designs,
availability and pricing, are subject to change by Parker Hannifin Corporation and its subsidiaries at any
time without notice.

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Contents ........................................................................................................................3
Publication History........................................................................................................5
1. Introduction ...............................................................................................................6
1.1. Safety symbols....................................................................................................................6
1.2. Overview of relevant documentation...................................................................................6
2. Precautions................................................................................................................7
2.1. General safety regulations ..................................................................................................7
2.2. Safety ..................................................................................................................................7
2.3. Welding after installation .....................................................................................................7
2.4. Construction regulations .....................................................................................................7
2.5. Safety during installation .....................................................................................................8
2.6. Safety during start-up..........................................................................................................8
2.7. Safety during maintenance and fault diagnosis ..................................................................8
3. Diagram Conventions ...............................................................................................9
4. Product Description ................................................................................................11
4.1. General .............................................................................................................................11
4.2. System overview ...............................................................................................................14
4.3. Infotainment ......................................................................................................................15
4.3.1. Audio line input ....................................................................................................15
4.3.2. Audio line output ..................................................................................................16
4.3.3. Microphone input .................................................................................................17
4.3.4. FM radio tuner .....................................................................................................17
4.3.5. Wireless communication......................................................................................17
4.3.5.1. WLAN 802.11........................................................................................... 17
4.3.5.2. Bluetooth .................................................................................................. 18
4.4. Video inputs ......................................................................................................................18
4.5. Inputs/Outputs...................................................................................................................19
4.5.1. Ignition input ........................................................................................................19
4.5.2. Wake-up input......................................................................................................20
4.5.3. Supply output.......................................................................................................20
4.5.4. Digital output........................................................................................................21
4.6. Communication .................................................................................................................21
4.6.1. CAN .....................................................................................................................21
4.6.2. USB .....................................................................................................................22
4.6.3. RS232..................................................................................................................23
4.6.4. Ethernet ...............................................................................................................23
4.7. HMI (Human-Machine Interface).......................................................................................23
4.7.1. Touchscreen ........................................................................................................23
4.7.2. Display .................................................................................................................24
4.8. Internal features & diagnostics..........................................................................................25
4.8.1. Acceleration sensor .............................................................................................25
4.8.2. Supply supervision & voltage measurement .......................................................25
Contents

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4.8.3. Real time clock ....................................................................................................25
4.8.4. EEPROM .............................................................................................................25
4.9. Mass storage.....................................................................................................................26
5. Software...................................................................................................................27
5.1. General .............................................................................................................................27
5.2. Parker UX Toolkit ..............................................................................................................27
5.2.1. Parker UX Platform (UXP)...................................................................................27
5.2.2. Parker Application Designer ................................................................................27
5.3. UXP Configuration ............................................................................................................27
5.4. Installing and removing applications .................................................................................28
5.5. Pro Display operation modes............................................................................................29
5.5.1. Sleep mode..........................................................................................................30
5.6. Diagnostics........................................................................................................................30
6. Mechanics................................................................................................................31
6.1. Mechanical construction ...................................................................................................31
6.2. Dimensional drawing.........................................................................................................31
7. Mounting..................................................................................................................32
7.1. Mounting the module.........................................................................................................32
7.1.1. Assembly surface conciderations ........................................................................32
7.2. Dashboard or panel assembly ..........................................................................................32
7.2.1. Panel assembly ...................................................................................................32
7.3. Ball / swivel mount ............................................................................................................34
8. Installation ...............................................................................................................36
8.1. Electrical connections .......................................................................................................36
8.1.1. Main connectors C1 and C2 ................................................................................37
8.1.2. USB connections C3 and C4...............................................................................38
8.1.3. Video connection C5 ...........................................................................................39
8.1.4. Ethernet connection C6 .......................................................................................40
8.1.5. Micro SD card interface .......................................................................................41
8.1.6. Radio antenna connection...................................................................................43
8.2. Power supply considerations ............................................................................................44
8.2.1. Supply voltage .....................................................................................................44
8.2.2. Emergency stop...................................................................................................44
8.2.3. Connecting of supply voltage ..............................................................................44
8.2.4. RTC back-up supply ............................................................................................44
8.2.5. Polarity reversal ...................................................................................................45
9. Start-up ....................................................................................................................45
9.1. Procedures with software..................................................................................................45
10. Appendix A – Technical summary .......................................................................46
11. Appendix B – Environmental summary ...............................................................48
12. Appendix C - Ordering codes ...............................................................................53

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The following table provides an overview of the changes made to this document over the
course of its publication history.
Table 1: Publication history
Release Date
Description of Change
06/2016 First release of this document
30/09/2016 Document update based on Forssa ECDE internal reviews
11/10/2016 Edition 10/2016 released
29/11/2016 Edition 11/2016 released
3/1/2017 Edition 1/2017 released
22/1/2020 Edition 1/2020 released
Publication History

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Do not perform the procedures in this manual unless you have experience in the
handling of electronic equipment.
Contact the manufacturer if there is anything you are unsure of, or if you have any
questions regarding the product and its handling or maintenance.
The term "manufacturer" refers to Parker Hannifin Corporation.
1.1. Safety symbols
The following symbols are used in this document to indicate potentially hazardous
situations:
Danger! Risk of death or injury.
Warning! Risk of damage to equipment or degradation of signal.
Warning! Risk of damage to equipment or degradation of signal.
When you see these symbols, follow the instructions carefully and proceed with caution.
Note (character style): Note style for regular manual text.
1.2. Overview of relevant documentation
The following publications are relevant for users of this product. The main
documentation contains information that is not found elsewhere.
The additional documentation contains product information in a compact format. For
details on the information found in those documents, please consult this manual.
Table 2: Pro Display 10 and UX Toolkit documentation
Document
Description
Instruction Book, Parker Pro Display 10
MSG17-4020-IB/UK (This document)
Parker Pro Display Catalogue
MSG17-4015-UK
Parker UX Toolkit Catalogue
HY33-4812-UK
Installation Sheet, Parker Pro Display 10
MSG17-4020-IS/UK
System Certification Guide
HY33-4812-SCG/UK
R10-050108 E-Type Approval, Pro Display 10
Delivered by customer request
1. Introduction

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2.1. General safety regulations
Work on the hydraulics control electronics may only be carried out by trained personnel
who are well-acquainted with the control system, the machine itself and its safety
regulations.
Follow the manufacturer's regulations when mounting, modifying, repairing and
maintaining equipment. The manufacturer assumes no responsibility for any accidents
caused by incorrectly mounted or incorrectly maintained equipment. The manufacturer
assumes no responsibility for the system being incorrectly applied, or for the system
being programmed in a manner that jeopardizes safety.
2.2. Safety
Do not use the product if electronic modules, cabling or connectors are damaged or if
the control system shows error functions. Electronic control systems in an inappropriate
installation and in combination with strong electromagnetic interference fields can, in
extreme cases, cause an unintentional change in the speed of the output function.
2.3. Welding after installation
Complete as much as possible of the welding work on the chassis before the installation
of the system. If welding has to be done afterwards, proceed as follows:
•Do not place the welding unit cables near the electrical wires of the control
system.
•Disconnect the electrical connections between the system and external
equipment.
•Disconnect the negative cable from the battery.
•Disconnect the positive cable from the battery.
•Connect the welder's ground wire as close as possible to the point of welding.
2.4. Construction regulations
The vehicle must be equipped with an emergency stop which disconnects the supply
voltage to the control system's electrical units. The emergency stop must be easily
accessible to the operator. If possible, the machine must be built so that the supply
voltage to the control system's electrical units is disconnected when the operator leaves
the operator’s station.
2. Precautions

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2.5. Safety during installation
Incorrectly positioned or incorrectly mounted cabling can be influenced by radio signals,
which can interfere with the functions of the system.
2.6. Safety during start-up
Danger! Risk of death or injury.
Do not start the machine's engine before the control system is mounted and its
electrical functions have been verified. Do not start the machine if anyone is near the
machine.
Ensure that no one is in front of, behind or nearby the machine when first starting up
the machine. Follow the instructions for function control in the Start-up section.
2.7. Safety during maintenance and fault
diagnosis
Before performing any work on the hydraulics control electronics, ensure that:
•The machine cannot start moving.
•Functions are positioned safely.
•The machine is turned off.
•The hydraulic system is relieved from any pressure.
•Supply voltage to the control electronics is disconnected.

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There are many connection diagrams to be found throughout this manual. The following
table provides meanings for the different symbols used in those diagrams:
Symbol Meaning
General input
General output
Frequency input
Analogue input
Frequency sensor
Resistive sensor
General sensor
Application switch
Emergency stop
Relay
3. Diagram Conventions

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Symbol Meaning
Load
Resistor
Pull-down resistor
Pull-up resistor
Diode
Battery
Fuse
Ground
Chassis ground

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4.1. General
Pro Display 10 is a member of Parker’s Pro Display product family. Pro Display is a
family of displays capable of running Parker UX Platform (UXP) applications created with
Parker Application Designer software development environment.
Figure 1: Pro Display 10
Table 3: Pro Display 10 product variants
Item Description
88PROD10AS10 Pro Display 10 Advanced - with infotainment features,
iMX6 Dual core, 1GB RAM & 2GB Flash memory.
88PROD10AIS10 Pro Display 10 Advanced - with infotainment features,
iMX6 Dual core, 1GB RAM & 2GB Flash memory,
+ ISOBUS SUITE software installed.
88PROD10AD10 Pro Display 10 Development unit - with full feature set
(similar to Advanced version). Only for development use.
4. Product Description

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The following table summarises the characteristics offered by this product:
Table 4: Pro Display 10 product characteristics
Characteristic
Value
CPU Freescale iMX6, Cortex A9 Dual
RAM 1GB
FLASH 2GB (4GB eMMC used in SLC mode)
EEPROM 32KB in main carrier for production data saving
External memory interface SD host interface for Micro SD/SDHC Card (in the back
side of the module, sealed with cover plug)
Communication media 1 x Ethernet 10 or 100 Mbps speed
4 x CAN
2 x USB 2.0
1 x RS232
1 x Bluetooth
1 x WLAN
Video input 2 x Composite video inputs with NTSC/PAL/SECAM
autodetection
Audio Stereo Line IN & Line OUT
Audio input sources (5 pcs) selectable from following:
a) Bluetooth audio
b) Audio line input (selectable with FM radio)
c) FM radio (selectable with audio line input)
d) Microphone input
e) Digital audio from module
Audio outputs (2 pcs) selectable from following:
a) Audio line output (to external amplifier)
b) Digital audio to module (record). As default
recording is disabled.
FM-Radio & antenna connector Yes
Microphone inputs
Yes
Digital inputs 1 x Keylock (ignition) input
1 x Wake-up input
Outputs 1 x High-side output: 200mA max
1 x Camera supply output 12V / 1A max
Internal features 3-axis acceleration sensor
Voltage measurement
Real Time Clock (RTC)
Operating voltage range 6…36VDC
(12/ 24V nominal)
Operating temperature range -30 °C … +70 °C
Storage temperature range -40 °C … +85 °C
IP rating IP65
Display type TFT, Transmissive with LED backlight
Display size 10,1 inch
LCD active area: 216,96 x 135,6 mm

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Characteristic
Value
Display features Resolution: 1280 x 800
Luminosity / brightness: 400 cd/m2 (Typical)
Contrast ratio: 800:1 (Typical)
Touchscreen Projected capacitive touchscreen (PCAP)
Sensor active area: 218,96 x 137,6 mm
Multi-finger support
Cover glass features Thickness: 1,8 mm
Glass type: hardened
Printing: ceramic or silk printing on edges
Surface treatment: anti-glare
Touchscreen – display
mechanical interface
Optical bonding between cover glass and LCD display
glass for improved optical performance.
Product size
264 x 181 x 52 mm (width, height, depth)
Case material Front cover: PC-ABS
Back cover: Die casted Aluminium
Weight 1,42 kg
This manual describes the hardware components of the Pro Display 10, but it does not
explain how to configure nor develop the actual application software. For more
information about software, please refer to the appropriate software manual or contact
your Parker Account Representative.

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VOLTAGE INPUTS
AUDIO
LINE OUT
INTERNAL
POWER
SUPPLIES
POWER SUPPLY
SUPERVISION
IGNITION IN
WAKE-UP IN
ACCEL.
SENSOR
RTC
POWER
SUPPLY
INPUT
EEPROM
VIDEO
CODEC
AUDIO
CODEC
COMMUNICATION BUSES
CAN 1
ETHERNET
RS232
USB 0
USB 1
CAN 2
CAN 3
CAN 4
CPU
Environment
1 GB
RAM
2GB
FLASH
MASS STORAGE
SD HOST
CAMERA INPUTS
VIDEO IN 1
VIDEO IN 2
AUDIO SOURCES
FM RADIO
MIC IN
AUDIO
LINE IN
WIRELESS INTERFACES
BLUETOOTH WLAN
BT
HANDSFREE
10,1" TFT
DISPLAY
PCAP
12V Camera
supply
HS OUT
Figure 2: Pro Display block diagram
4.2. System overview
Parker Pro Display can be a central Human Machine Interface (HMI) unit in the system
or a stand-alone display. Pro Display is not limited to one particular control system
integration. Pro Display has four CAN buses, one Ethernet port, two USB ports, one
RS232 port, two video inputs and digital ignition and wake-up inputs. SAE J1939 and
Generic CAN protocols are supported on the CAN buses, which allows for the possibility
to connect Pro Display to third party modules.
Pro Display also supports WLAN and Bluetooth wireless communications and therefore
it can be connected to mobile phones, tablets, laptop computers etc. for audio
streaming, video sharing and overall data communication between the devices.
HMI is implemented by a projective capacitive touchscreen and a high performance
TFT-LCD display panel. All I/O are protected against short circuit to GND and VBatt as
well as against reverse polarity. Pro Display is intended for systems using either nominal
12 or 24VDC voltage. The unit has a wide supply voltage range – from 6 to 36VDC.

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PRO DISPLAY
CAN
CONTROLLER
CAN
CONTROLLER
CAN BUS 2
CAN
CONTROLLER
CAN
CONTROLLER
CAN BUS 3
ETHERNET
DEVICE
ETHERNET
IO EXPANSION
BT,
BT HF
WLAN
CAN
DEVICE
CAN
DEVICE
CAN BUS 1
SPEAKERS
LINE
OUT
MIC IN
LINE IN
VIDEO IN 1
VIDEO IN 2
CAMERA A
CAMERA B
CAN BUS 4
Figure 3: Pro Display system overview. This figure shows just one possible application.
4.3. Infotainment
4.3.1. Audio line input
This product has one unbalanced stereo line input: “Audio Line IN”. Audio input volume
is adjustable through the use of software. Microphone input and warning tones can be
mixed to any selected audio source.
There are five different audio sources to be selected:
•Bluetooth audio
•Audio line input (selectable with FM radio)

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•FM radio (selectable with audio line input)
•Microphone input (internally connected to audio codec and Bluetooth module)
•Module internal (digital audio from module)
Table 5: Audio Line IN specifications
Feature Spec
DC input impedance 13,3 kOhm
Maximum input voltage 1 Vrms
Bandwidth 4 – 28 kHz/-3dB
Figure 4: Line input
4.3.2. Audio line output
There is one optional unbalanced stereo line output that is able to connect to an external
amplifier. Output amplitude can be adjusted through the use of software.
There are two audio outputs to be selected:
•Audio line output (to external amplifier)
•Digital audio to module (record). Recording is disabled by default in Pro Display.
Table 6: Audio Line OUT specifications
Feature Spec
Output impedance 150 Ohm
Maximum output voltage 0,5 Vrms
Bandwidth 7 Hz – 20 kHz /-3 dB
PRO DISPLAY
AUDIO
LINE OUT
AUDIO_GND
SPEAKER R
SPEAKER L
AUDIO_LINE_OUT_R
AUDIO_LINE_OUT_L
C2:5
C2:4
C2:6
EXTERNAL AUDIO
AMPLIFIER
Figure 5: Pro Display line output. Picture shows connection principle for two channels. It
is possible to also utilise single channel if this would be adequate for the end application.
PRO DISPLAY
AUDIO
LINE IN
AUDIO_LINE_IN_R
AUDIO_LINE_IN_L
EXTERNAL AUDIO
SOURCE
C2:6
C2:8
C2:9
AUDIO_GND

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4.3.3. Microphone input
Microphone input is provided. Microphone input can be used for both general and
hands-free purposes. Microphone input volume is adjustable with software. This input
has a bias voltage output for electret microphones.
Table 7: Microphone input- specifications
Feature Spec
DC input impedance 2 kOhm
Maximum input voltage 215 mVrms
Bandwidth 35 Hz – 16 kHz/-3 dB
Bias voltage: 2,5V (typical)
MICROPHONE
PRO DISPLAY
MIC
BIAS
MIC IN
MIC_P
MIC_N
MIC_BIAS
C2:11
C2:10
C2:12
Figure 6: Pro Display microphone input
4.3.4. FM radio tuner
RDS FM radio tuner is one of the audio sources in Pro Display. A connector for attaching
an external antenna into Pro Display is also provided. FM radio feature is selectable so
that either FM radio or Audio line inputs serve as the audio source.
Pro Display radio includes complete RDS-FM tuner functionality with seek tuning within
76 to 108 MHz frequency range, automatic frequency and gain control features, as well
as volume control and adaptive noise suppression.
NOTICE: Check the supported software features for RDS-FM Radio before
application software creation.
4.3.5. Wireless communication
4.3.5.1. WLAN 802.11
Pro Display can be connected to wireless local area network (WLAN) access points.
This makes it possible to connect to external networks via mobile phone and use, for
example, online map provider services. Standards IEEE 802.11b, 802.11g and
extension 802.11n are supported.
Parker has an example application called “Settings”. This example application can be
used for scanning available access points and to make connections with desired access
points.

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4.3.5.2. Bluetooth
Pro Display includes wireless Bluetooth function to connect other Bluetooth devices.
Bluetooth supports for example Serial Port Profile (SPP), Hands Free Protocol (HFP)
and Advanced Audio Distribution Profile (A2DP) for audio streaming.
NOTICE: If echo cancelling functionality for hands-free is needed, please contact
your Parker Account Representative.
It is also possible to connect a Bluetooth device to Pro Display and transfer, for example,
diagnostic data via serial port protocol.
NOTICE: Connected device shall have suitable application for allowing wireless data
transfer to/from Pro Display.
4.4. Video inputs
Pro Display has 2 pcs of analogue composite video inputs, CVBS IN 1 and CVBS IN 2,
with NTSC/PAL/SECAM autodetection. There is also a supply output for external
cameras – see details of this in chapter 4.5.3.
Table 8: Video input specifications
Feature
Spec
Signal level 1,9 Vp-p (typical)
Input impedance 75 Ohm
VIDEO INPUTS
12V
Camera
supply
CVBS_IN 1
CVBS_IN 2
VIDEO SIGNAL
VIDEO SIGNAL
VIDEO
IN 1
VIDEO
IN 2
12V_CAM
+12V
Video GND
Video GND
Video GND
+12V
GND
GND
GND
CAMERA1
CAMERA2
PRO DISPLAY
C5:4
C5:1
C5:5
C5:3
C5:2
Figure 7: Video Camera connection principle for 2 cameras

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4.5. Inputs/Outputs
4.5.1. Ignition input
One ignition (keylock) input is provided and it has following specifications:
Table 9: Ignition input- specifications
Feature
Spec
Input voltage range ON > 6V
Input voltage range OFF < 3V
Input voltage tolerance
± 10 %
Input voltage range to
enter Maintenance mode
> 36V
Cut-off frequency 102 Hz
Input impedance
38 kΩ
When VBatt is disconnected the module cannot be powered through ignition. This multi-
level, digital ignition signal has following functional states:
Table 10: Ignition- signal functionality
State Functionality
OFF Inactive; the main power is switched off if
the internal ‘Keep alive’ control signal is
off.
ON Active; switches the main power on, or
wakes the module up from sleep
MAINTENANCE Used for software download and service
purposes
PRODISPLAY
IGNITION IN
KEYLOCK
IGNITION C1:6
C1:1
Figure 8: Ignition input connection principle
Maintenance mode is intended for the following:
•Installing new software packages
•Updating existing software packages
•Removing existing software packages

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4.5.2. Wake-up input
One wake-up input is provided and it has following specifications:
Table 11: Wake-up input- specifications
Feature Spec
Input voltage, HIGH level >5,9V
Input voltage, LOW level <3,0V
Input voltage tolerance
±10 %
Cut-off frequency
20 Hz
Input impedance 38 kΩ
The wake-up signal can be used to wake the module up from sleep mode. Being in a
state of ignition does not affect “wake-up from sleep mode” functionality. Wake-up does
not turn the unit on when the unit is fully powered down – e.g. this feature is only used
with sleep mode.
In operation mode this input can be used as digital input.
PRO DISPLAY
WAKE-UP IN
SWITCH IN
WAKE_UP
SOURCE
WAKE-UP C1:7
C1:1
Figure 9: Wake-up input connection principle
4.5.3. Supply output
There is one power supply out for external cameras. This camera supply provides
12VDC with a maximum current of up to 1A. It is also short circuit protected in cases of
short to ground. Pro Display has internal short circuit protection for this supply output.
This supply output is software-controlled and therefore can be inhibited if it is not
required by the system/application.
Table 12: 12V Camera supply specifications
Feature Spec
Output voltage range
12V +600mV
Output current max. 1A