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LIN/CAN bus automotive parts testing solution
Hongke's LIN/CAN bus automotive parts testing solution is an excellent integrated package based on the Baby-LIN series of products to help customers efficiently complete the detection of vehicle parts quality, functionality, and control during the testing and production phases.
What is the importance of automotive parts testing?
Testing of automotive components plays a vital role in ensuring the safety, functionality and reliability of automobiles.
Vehicle parts that use LIN/CAN communication mainly include motors for window rollers, windshield wipers, grilles, sunroofs, etc., detection switches, seats, and ambient lighting.
Customers often need to verify the functionality and reliability of vehicle components in automated test systems.
Hence the need for a powerful LIN/CAN bus test simulation tool.
How HONGKEI's test simulation tools are showing up in automotive parts testing?
Product Information
Designed to enhance the quality of automotive component production and streamline the testing process, the BabyLIN series consists of seven products with different functions to meet various testing needs. In addition, each product comes with free LINWorks software, which is user-friendly and easy to operate, making the testing process more convenient and efficient.
Specification | Baby-LIN-3 Single | Baby-LIN-3 Dual | Baby-LIN-3 RC | Baby-LIN-3 RCplus | Baby-LIN-RM-III | Baby-LIN-MB-II | Harp-5 |
---|---|---|---|---|---|---|---|
Product Images | |||||||
LINWorks | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ |
connector | USB | USB | USB | USB | USB | Ethernet, RS-232, web interface | SD Card, USB |
SDF-V2/V3 | yes/yes | yes/yes | yes/yes | yes/yes | yes/yes | yes | yes/Optional |
Multiple SDFs | ✓ | ✓ | |||||
Bus Interface | 1 x LIN | 1 x CAN/CANFD | 1 x LIN | 2 x LIN 1 x CAN/CANFD | 2 x LIN 2 x CAN/CANFD 1 x CAN HS+ 1 x CAN LS | 6 x LIN 1 x CAN HS 2 x MIF-CAN (CAN/CANFD) | 2 x LIN 1 x CAN HS+ 1 x CAN LS |
Installation | No | No | No | No | Rails (TS 35) | Rails | No |
Other Characteristics | USB and LIN interfaces are electrically isolated and run automatically offline. | USB and LIN, CAN interfaces are electrically isolated and run offline automatically. | USB and LIN ports electrically isolated, offline auto-run, 9 customizable buttons, 1.54-inch display | USB and LIN interfaces electrically isolated, offline auto-run, 9 customizable buttons, 1.54-inch display, SD card recording, 2-way I/O via digital IO combined with PLC control, PWM support | USB and LIN, CAN interfaces electrically isolated, offline automatic operation, 8 digital inputs, 6 digital outputs, 3 analog inputs, multiple SDF functions, support for CAN FD, CAN port switchable | 6 digital inputs, 6 digital outputs, multiple SDFs can be remotely programmed and maintained through the website. | 12V power supply, independent battery operation, SD card recording |
Typical Applications | Connect to PC or test offline, emulate CAN/LIN nodes | Connect to PC or test offline, emulate CAN/LIN nodes | Connects to computer controls, handheld controls, displays and logs | Connects to computer controls, handheld controls, displays and logs | Combined PLC control via digital IO | Connects to PC or PLC via serial or Ethernet. | Handheld control, display and logging |
BabyLIN SeriesEquipped with complete LINWorks software, it provides real-time operation support and data analysis during testing, helping customers to quickly establish the testing process.
Application Scenarios
Function test of steering wheel switch
Realization of key detection and backlight function, heating function, HOD function and other function tests
Signalization and execution by writing SDF macro scripts.
Control testing of various types of motors
Control of automobile sunroof motors, air conditioning motors, detection of automobile switches, quality of gear shifters, etc.
Convenient pushbutton control of the motor for different operations.
Monitor the operation status of the motor via PC or PLC.
Function test of RGB ambient lighting
3C Diagnostic Packets for Automatic Address Assignments
Realization of different RGB light colors and brightness tests
Application Scenario 1: Steering Wheel Switch Function Test
The function test of steering wheel switch mainly includes: key detection and backlight function, heating function, HOD function and other tests, which can be completed by using BabyLIN series products. For example, using Baby-LIN-RM-III to test car switches, the following functions can be realized:
When a key is pressed on the steering wheel, the corresponding LIN signal is converted into a digital output event on the BabyLIN RM-III, which is output to the PLC for logical judgment to detect the key function of the steering wheel.
The backlighting and heating functions of the steering wheel switches can be enabled and operated by programming the SDF macro script to automatically activate the steering wheel when it is powered on, or manually activated.
Application Scenario 2: Control testing of various motors
Control testing of motors in automotive subcomponents (e.g. sunroof motors, air conditioning motors) can be realized with the BabyLIN series. By using different BabyLIN products, it is possible to test the control functions of motors in a personalized way:
Use Baby-LIN-RC-II to control the car sunroof motor. RC-II can control the motor with six buttons to realize different operations, and it can realize the functions of initializing, opening, and closing the glass motor and sunshade motor.
Using Baby-LIN-MB-II to control various motors of automobile air-conditioning system, it sends different serial commands through PC or PLC to control the operation of one or more motors, and monitor the operation status of the motors at the same time.
Application Scenario 3: Functionality Testing of RGB Ambient Lighting
Product detection of RGB scent lamps often requires the connection of multiple identical RGB scent lamps for simultaneous testing. The following is a four-wire functional test program for RGB scent lamps with diagnostic auto address assignment using BabyLIN products:
For applications where multiple identical nodes are tested on the same LIN network, an automatic address assignment function needs to be implemented. For the implementation of automatic address allocation, 3C diagnostic packets can be used for the request.
Adopting the function of SDF V3 version, the command of automatic address allocation is unitized and modularized by means of Protocol. After Frame ID assignment, it can realize different RGB lighting colors and brightness test.
More Products
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Professional LIN bus tool that can simulate one LIN master node and multiple slave nodes at the same time for automated testing.
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LIN bus simulator with color display and keypad
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For LIN/CAN bus simulation, control unit testing, automated test systems and EOL applications, its stand-alone mode allows the device to be controlled with a sequence of program commands.
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Commonly used in automated test systems
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Simultaneous simulation of one LIN master node and multiple slave nodes with pushbuttons and digital IOs for use with PLCs for automated testing.
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Professional LIN bus tool with RS232 serial port and Ethernet interface for automated testing
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Handheld CAN, LIN cable emulation test tool
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Handheld CAN, LIN bus simulation test tool; optional equipment can simultaneously control up to 4 buses (2 LIN, 1 high-speed CAN, 1 low-speed fault-tolerant CAN)
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