products

HARP-5

Part No.: MPLPS-HARP-5
Multibus simulation handheld device with display and keyboard

Product Description

Description

The HARP-5 is a PC independent handheld device for simulation of LIN and CAN buses. With the powerful battery and the integrated 12V generator, you can read out location-independent LIN and CAN bus signals and log the data. In addition, simulations and error analyses can be saved in macros, which can then be individually selected and executed by the device.

The delivery of a HARP-5 system includes the following components:

  • HARP-5 device
  • 16 GB SDHC card (already installed in the unit)
  • Set of 6 rechargeable batteries (already installed in the unit)
  • Charger (24 V, 1.25 A), with shockproof connection for the EU
  • A 6-pole plug with screw connection (MC 1.5/ 6-ST-3.81)
  • Download licence for LINWorks suite (includes LINWorks PC software, USB drivers, sample files and documentation)

Performance Overview


Application areas

  • Mobile and PC-independent simulation tool with own LIN bus power supply
  • Can be used for ECU testing, automatic test systems and fault analysis directly at the customer's premises
  • Easy demonstration of LIN and CAN products for the distribution
  • Read out bus signals in real time, change signal values and start and stop macros via the keyboard
  • Hand-held remote control for units with LIN or CAN bus interface
  • Data logging function possible at 100% bus workload

Compatibility and system requirements

  • Windows 7/8/10/11 (32/64 Bit)
  • Interface to the DLL library for:
  • Windows (x86 & x64), PC based Linux (x86 & x64), ARM based Linux (ARM32 & ARM64)
  • Native programming for C/C++ as well as via wrappers in .NET languages, Python, VB6 and LabView are possible
  • PC-SD card adapter required to transfer the SDF files and log files

Technical function

  • Supports all LIN bus versions from 1.2, to 2.2
  • 12-digit membrane keypad with 3 freely programmable function keys
  • Removable 16GB SD card for SDF files and log data
  • Display with 128x64 resolution for presenting the freely configurable menus
  • CAN high-speed, CAN low-speed and 2.LIN interface can be enabled via activation options
  • Integrated 12 V generator (150 mA) for supplying LIN nodes
  • Battery operation with a runtime of up to 10 hours

Technical Specifications


Device

  • CPU: ARM Cortex-M4, 168 MHz
  • Memory: 1 MB SRAM
  • Graphical LCD display (128x64 characters) with dimmable backlight
  • Integrated membrane keyboard with 12 keys
  • Acoustic signal generator (controllable via SDF)
  • Real-time clock (battery-backed)
  • Integrated 12 Volt generator (150 mA) used for node supply
  • Powered by 6 rechargeable batteries, the included power supply or the LIN-Bus supply
  • Battery based runtime: up to 16 hours (*1)
  • Battery recharge time: up to 8 hours
  • Continuous operation via power supply possible
  • Power supply: 9-30 VDC and 14-30V for charging batteries
  • Maximum current consumption: 60 mA @ 24 VDC and 700mA while charging batteries
(*1) This time is reduced by using the display’s backlight, logging to the SD card, using the 12 V generator and other features

Interface: LIN

  • Up to 2 LIN-Bus interfaces available
  • 1 LIN-Bus interface available by default
  • 1 LIN-Bus interface optionally available on hardware but not activated, voucher code required
  • 1 LIN-Bus connection via 6 pin connector (MC 1,5/ 6-ST-3,81)
  • Both LIN-Bus connection via 9 pin Sub-D connector LIN-Bus supply voltage: 8-26 VDC
  • LIN-Bus baud rate: up to 115200 Baud (Support of protocols outside of the LIN specification)
  • Supported LIN versions: V1.2, V1.3,...V2.2
  • Supported LIN related protocols: Cooling and SAE J2602
  • Maximum signal cable length for LIN-Bus: 30 m

Interface: CAN

  • 1 CAN-Bus as high speed interface (CAN-HS) according to ISO11898 available on hardware but not activated, voucher code required
  • Used CAN-Bus driver for CAN-HS: SN65HVD251
  • 1 CAN-Bus as fault tolerant low speed interface (CAN-LS) according to ISO-11519 available on hardware but not activated, voucher code required
  • Used CAN-Bus driver for CAN-LS: TJA1055T
  • CAN-LS-Bus connection via 6 pin connector (MC 1,5/ 6-ST-3,81) or 3 pin connector (MC 1,5/ 3-ST-3,81)
  • CAN-HS-Bus connection via 9 pin Sub-D connector (Pin assignment as recommended by CiA DS102)
  • Maximum baudrate: CAN-HS: 1 MBit/s, CAN-LS: 125 kBit/s
  • Maximum signal cable length for CAN-Bus: 30m

Interface: USB Device

  • USB 2.0 interface
  • Connection via USB type B-Mini Interface: SD card
  • Supported card type: SD cards, SDHC cards
  • Supported file system: FAT-32, FAT-16
  • Maximum card size: 32 GB LIN-Bus supply voltage: 8-26 VDC
  • LIN-Bus baud rate: up to 115200 Baud (Support of protocols outside of the LIN specification)
  • Supported LIN versions: V1.2, V1.3,...V2.2
  • Supported LIN related protocols: Cooling and SAE J2602
  • Maximum signal cable length for LIN-Bus: 30 m

Interface: CAN

  • 1 CAN-Bus as high speed interface (CAN-HS) according to ISO11898 available on hardware but not activated, voucher code required
  • Used CAN-Bus driver for CAN-HS: SN65HVD251
  • 1 CAN-Bus as fault tolerant low speed interface (CAN-LS) according to ISO-11519 available on hardware but not activated, voucher code required
  • Used CAN-Bus driver for CAN-LS: TJA1055T
  • CAN-LS-Bus connection via 6 pin connector (MC 1,5/ 6-ST-3,81) or 3 pin connector (MC 1,5/ 3-ST-3,81)
  • CAN-HS-Bus connection via 9 pin Sub-D connector (Pin assignment as recommended by CiA DS102)
  • Maximum baudrate: CAN-HS: 1 MBit/s, CAN-LS: 125 kBit/s
  • Maximum signal cable length for CAN-Bus: 30m

Interface: USB Device

  • USB 2.0 interface
  • Connection via USB type B-Mini Interface: SD card
  • Supported card type: SD cards, SDHC cards
  • Supported file system: FAT-32, FAT-16
  • Maximum card size: 32 GB
  • Case dimensions [mm]: 94 x 183 x 41 (L x W x H) Elements like connectors are not included.
 
 

Ordering Information

  • HARP-5-Unitool Komplettgerat (8000849) - Multibus simulation handheld device with display and keyboard.
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