GPS Speedometer

LC-8300A

New GPS speedometer lineup: LC-8300A is the flagship model of Ono Sokki, a pioneer in speedometers. Our unique IMU (Inertial Measurement Unit) correction algorithm ensures stable speed measurements regardless of the test environment, even in urban areas where radio interference can easily occur due to trees, buildings, and other obstacles. It is equipped with a wealth of testing functions that conform to regulations and can be used for a variety of vehicle tests. Compact body design and simple configuration enable testing without a PC. It can be used for a wide range of testing and measurement needs.

Inquiry

Improvement in satellite capture performance

Adopting a high-sensitivity GPS/GLONASS receiver that is approximately four times more sensitive than conventional models. Compared to previous models, satellite capture performance has significantly improved, eliminating concerns about interruptions in satellite capture during measurements. Additionally, it is possible to install the antenna inside the vehicle.

Fusion of GPS and IMU (Inertial Measurement Unit)

Not only speed information from GPS, but also by correcting with IMU, stable measurements are achieved even in environments where radio wave reception is unstable.
Additionally, even when the satellite capture status is good, continuous speed correction by IMU is performed, allowing for very smooth speed output compared to GPS alone.

to various testing environments

In open areas like test courses, as well as in urban areas where signal interference is likely due to trees and buildings, and even when passing under elevated structures, stable measurements can be taken without being troubled by satellite loss.
Additionally, when the vehicle is stopped, such as at a traffic signal, the speed display will stop at 0 km/h. There is no fluctuation in the display.
* Depending on the driving environment, the number of satellites captured may decrease, leading to unstable measurements.

For a wide range of testing needs.

In addition to being mounted on the roof of the car, the GPS antenna can also be installed inside the vehicle*.
It can be utilized for a wide range of testing needs, such as driving resistance performance.

* Depending on the vehicle type and driving environment, the number of satellite captures may decrease, leading to unstable measurements.
* In tests requiring high distance accuracy and involving sudden acceleration and deceleration, please install the antenna on the roof.

perfect for such an exam scene

Noise Test
I do not want to install equipment that affects wind noise

Coasting Test
I do not want to increase air resistance due to antennas or cables

Field Test
I want to conduct stable tests even in the field
I do not want to attach anything noticeable to the body

Testing in Severe Weather*
I want to conduct tests without worrying about the antenna during rain or snow, etc.

* The antenna has a protection rating of IP67. It can also be installed outside the vehicle (body) in severe weather.

By fusing GPS and IMU information for calculations, we have achieved high-precision and high-response speed measurement. It is possible to accurately measure speed even during rapid acceleration and deceleration. This makes it ideal for tests that require precision in transient response, such as acceleration tests, braking tests, and handling stability. Our proprietary calculation algorithm ensures a balance between responsiveness, stability, and low noise.

Achieved a space-saving design with a volume ratio of about 60% compared to the LC-8120. Furthermore, the IMU is built into the main unit to reduce wiring. By equipping the speedometer main unit with storage functionality, testing can be conducted in a simple configuration with only the LC-8300A GPS speedometer main unit and peripherals (main unit test mode: PC-less). Additionally, by adding the GPS speedometer main unit testing function option, tests compliant with regulations such as acceleration performance and braking performance can be conducted without a PC.
It can be used not only for four-wheeled vehicles but also for two-wheeled vehicles and agricultural and construction machinery where installation space is limited.

* 1 IATF 16949 is an international standard for quality management systems specialized for the automotive industry. Many automotive manufacturers around the world have adopted it as a global procurement standard for automotive parts.
From JQA General Incorporated Foundation Japan Quality Assurance Organization HP
https://www.jqa.jp/service_list/management/service/iatf16949/

* 2 Section 7.1.5.3.2 states that calibration certificates for measuring instruments must be performed by ISO/IEC 17025 accredited laboratories, and the certificate must require the mark of a national accreditation body.

Average Saturation Decrease Rate (MFDD)
maximum deceleration
Braking distance, corrected braking distance
braking time
lateral flow quantity

Model name	Product Name	quantity
LC-8300A	GPS Speedometer	1
LC-0828N/0831	Main Body Braking Test Function / Acceleration and Deceleration Test Software	1
LC-0833	track display software	1
LC-0864	tape switch	1

Model name	Product Name	quantity
LC-8300A	GPS Speedometer	1
LC-0092 or LC-0855	Inertial Measurement Unit (IMU) or high-precision IMU	1
LC-0836	Data output function for LC-8300A IMU	1
LC-0827/0831	Main body acceleration testing function / acceleration and deceleration testing software	1
CT-6710	Motor and Engine Tachometer	1
IP series	engine rotation detector	1

Model name	Product Name	quantity
DS-5100	main unit	1
DS-0526	6ch 40 kHz Input Unit	1
DS-0501	Battery Unit	1
OS-5100	O-Solution Platform	1
OS-0522	FFT Analysis Function	1
OS-0527	Time Frequency Analysis Function	1
NP Series	acceleration detector	1

Model name	Product Name	quantity
LC-8300A	GPS Speedometer	1
LC-0092	Inertial Measurement Unit (IMU)	1
LC-0836	IMU data output function	1
LC-0827/0831	Main body acceleration testing function / acceleration and deceleration testing software	1
LC-0866	general-purpose input/output cable	1
CT-6710 or HT-6200	Motor and Engine Tachometer	1
OM-1500	Motor/Engine Rotation Detector	1
OS-5100	O-Soluion Platform	1

Model name	Product Name	quantity
LC-8300A	GPS Speedometer	1
LC-0866	general-purpose input/output cable	1
OM-1500	Motor/Engine Rotation Detector	1
CT-6710	Motor and Engine Tachometer	1
DS-5100	main unit	1
DS-0526	6ch 40 kHz Input Unit	1
DS-0542	2ch External Input Unit	1
DS-0501	Battery Unit	1
OS-5100	O-Solution Platform	1
OS-0522	FFT Analysis Function	1
OS-0523	Tracking Analysis Function	1
OS-0512	Hardware Connecting Function	1
NP Series	acceleration detector	1
MI Series	Microphone	1

Model name	Product Name	quantity
LC-8300A	GPS Speedometer	1
LC-0873	wireless communication unit	2
LC-0835	wireless communication software	1
LA-7500	precision sound level meter	1
SC-2500A	Sound calibration	1
CT-6710	Motor and Engine Tachometer	1
IP series	engine rotation detector	1
-	Exterior Noise Test Software	1

Model name	Product Name	quantity
LC-8300A	GPS Speedometer	1
LC-0873	wireless communication unit	2
LC-0835	wireless communication software	1
LC-0837	Coasting Test Software	1
-	meteorological instrument	1

Model name	Product Name	quantity
LC-8300A	GPS Speedometer	1
LC-0832	fuel economy testing software	1
DF-2200	type of fuel flow meter	1
FP-4135 or MF-3200	On-board Volumetric Flow Detector or On-board Flow Detection Device	1
FP Series	Flow, Temperature, Pressure Signal Cable	each 1

Connect the LC-8300A GPS speedometer to a PC via a USB cable and perform various tests and measurements from the application software.
During the execution of tests and measurements, it is possible to check the recorded data in graph form.
After setting the detailed conditions in the app, you can also remove the USB cable and conduct tests in PC-less (main unit test mode).

In PC test mode, the test results will not be displayed on the touch panel display.

The LC-0873 wireless communication unit allows for mutual data exchange between the LC-8300A main unit and the base station PC.
Test results transmitted from the test vehicle can be immediately confirmed on the base station side, making it effective for certification tests and allowing for efficient progress of the tests.
Additionally, it is possible to send meteorological observation data from the base station to the LC-8300A and check it inside the vehicle.
The communication range is approximately 100 m*. Wireless communication is possible between up to 63 units.

* Due to radio wave environment
* There is also a track record of use between locations more than 100 m apart. For details, please contact our sales representatives or customer service.
* The exportability to foreign countries varies by country. For more information, please contact us.

I want to merge the measurement data from inside and outside the vehicle.
I want to check and record the weather observation data from inside the vehicle.
I want to check data and test results from outside the vehicle.
I want to transfer measurement data to the base station PC as needed.

Model name	Product Name	quantity	Remarks
LC-8300A	GPS Speedometer	1
LC-0873	wireless communication unit	2
LC-0835	Wireless communication software	1	Configuration function for wireless communication For exchanging data recorded during interval measurement tests

For wireless communication with devices other than the LC-8300A GPS speedometer, please consult us separately.

* If conducting optional tests, modification of the wireless communication software is required.
In addition to various regulatory tests such as external noise tests and WLTP tests (coasting tests), we will create applications tailored to customer requests.

exam name		Overview	compliance with applicable laws	necessary options
exam name		Overview	compliance with applicable laws	Main Unit Test Mode	PC Test Mode
Normal measurement		horizontal speed, horizontal distance	TRIAS 46-J088R039-02 Speedometer Test	Standard Function	Standard Function
Interval Measurement Test		Calculation of average speed, maximum speed, and minimum speed during the measurement period.	TRIAS 99-002-01 Maximum Speed Test	Standard Function	Standard Function
accelerated testing	Launch acceleration	Time measurement at 100 km/h, 200 m, and 400 m Time measurement every 10 km/h and every 10 m	—	LC-0827 Body acceleration test function	LC-0831 Acceleration and Deceleration Test Software
accelerated testing	Overtaking acceleration	Time measurement from acceleration start speed to acceleration end speed Time measurement every 10 km/h or every 10 m	—	LC-0827 Body acceleration test function
braking test	MFDD	Calculation of stopping distance correction value	TRIAS12-001-01 Emergency Braking Test (5.4.2.1 Correction of Stopping Distance Measurement Values)	LC-0828N Body braking test function
		Calculation of Average Saturation Reduction Rate (MFDD)	Notification establishing detailed safety standards for road transport vehicles, Appendix 12 Technical standards for braking systems of passenger cars (Attachment 1 Braking tests and performance of braking systems 1.1.3.)
			TRIAS 12-J012R013H-01 Passenger Car Braking System Test (Average Saturation Deceleration Rate)
			UN-ECE R13-H（Annex3 1.1.2.）
			TRIAS 12-R013-01 Test of braking systems for trucks, buses, and trailers (average saturation deceleration rate)
			UN-ECE R13（Annex4 1.1.2.）
	ABS	Calculation of maximum deceleration Z	—
	Wet Grip	Calculation of Average Deceleration (AD)	UN-ECE R117 (Annex5 4.1.6.1.)	—
	fade	Calculation of average saturation decay rate (MFDD) in continuous braking tests and high temperature braking tests Judgment in continuous braking tests	Notification on the Detailed Standards for Safety Regulations of Road Transport Vehicles, Appendix 10: Technical Standards for Braking Systems of Trucks and Buses (3.2.3).	Custom order support	—
			TRIAS 12-R013-01 Tests of braking systems for trucks, buses, and trailers (Appendix 4 1.5. Type-I test, 1.7. Type-III test)
			UN-ECE R13（Annex4 Type-I test, Type-III test）
Coasting Test		Calculation of Coasting Time	Notification on the detailed standards for the safety of road transport vehicles, Appendix 42 Measurement methods for emissions from light and medium vehicles, I JC08 mode method (Appendix 4 Measurement methods for rolling resistance and load setting methods for chassis dynamometers 3.1.1.)	LC-0829N Body coasting test function	LC-0831 Acceleration and Deceleration Test Software
Coasting Test		Calculation of coasting time, calculation of running resistance, and various determinations.	WLTP (UN R154) / JC08 / NEDC (UN R83, UN R101) / National Standard 6 (GB18352.6) / PROCONVE (ABNT NBR 10312) / SAE J2263	LC-0829N Body coasting test function LC-0837 Coasting test software (for wireless base station)	―
fuel efficiency test	constant speed fuel consumption	Calculation of fuel consumption rate when driving on a flat road at a constant speed	TRIAS99-004-01 Fuel Consumption Rate Test (Constant Speed Driving)	—	LC-0832 Fuel Efficiency Test Software
fuel efficiency test	pattern fuel efficiency	Calculation of fuel consumption rate based on pattern driving.	—	—	LC-0832 Fuel Efficiency Test Software
Orbital Analysis		Calculation of lateral flow quantity	Notification on the Detailed Standards for the Safety of Road Transport Vehicles, Annex 12 Technical Standards for Braking Systems of Passenger Cars (Appendix 4 Testing Requirements for Vehicles Equipped with Anti-lock Braking Systems 5.3.6.)	—	LC-0833 Track Display Software
		Calculation of lateral flow quantity	UN-ECE R13-H（Annex6 5.3.6.）
		Measurement of Minimum Turning Radius	TRIAS 06-001-01 Minimum Turning Radius Test

measurement accuracy	horizontal speed	Measurement Range / Accuracy	0.1 to 500.0 km/h / within ±0.1 km/h (Horizontal speed of 30 km/h or more, with more than 7 satellites, and no multipath)
measurement accuracy	horizontal distance	Accuracy	When using built-in IMU or external IMU: ±0.1 % When using external high-precision IMU: ±0.05 % (Straight distance 300 m, horizontal speed 30 km/h or more, with more than 7 satellites, and no multipath)
Standard Measurement Items	Horizontal speed (km/h), horizontal distance (m), time (s), UTC time, number of satellites, HDOP (horizontal dilution of precision), course (°), northward speed (km/h), eastward speed (km/h), northward distance (m), eastward distance (m), latitude (dms), longitude (dms), altitude (m)
Option Measurement Items	Horizontal distance (m), vertical speed (km/h), vertical distance (m), VDOP (vertical dilution of precision), lateral drift (m), travel distance (m), roll angle (°), pitch angle (°), yaw angle (°), X-axis acceleration (m/s ²), Y-axis acceleration (m/s ²), Z-axis acceleration (m/s ²), X-axis angular velocity (°/s), Y-axis angular velocity (°/s), Z-axis angular velocity (°/s), gradient (%)
Update (Output) Frequency	100 Hz
General Specifications	Power source / Electric power	DC 9 ～ 28 V (non-isolation), AC 100 ～ 240 V (using AC adapter: optional) / Maximum 14 W (when DC power input and connected peripherals are used)
	Usage/Saving Temperature	substance	0 to 50 °C / -10 to 60 °C (Humidity 20 to 80 %RH, no condensation)
	Usage/Saving Temperature	antenna	-40 ～ 85 °C ／ -40 ～ 85 °C
	Protection level	antenna	IP67
	vibration resistance	27.1 m/s ² (rms value, random vibration, each direction XYZ for 1 hour)
	shock resistance	500 m/s ² (action time 11 ms)
External dimensions / Mass	substance	Approximately 170 × 120 × 40 mm (excluding protrusions) / Approximately 750 g
	display	Approximately 132 × 86 × 33 mm (excluding protrusions) / Approximately 450 g
	Remote Box	Approximately 115 × 45 × 20 mm (excluding protrusions) / Approximately 80 g
	antenna	Φ57 × 15 mm (antenna part) / approximately 110 g (excluding cable)
Output	speed analog output	Range	0 to 10 V (SI units: 0 to 10 V/0 to 500.0 km/h, imperial units: 0 to 10 V/0 to 250.0 mile/h )
	speed analog output	load resistance	more than 10 kΩ
	Distance Pulse Output	Resolution	SI unit time: 10, 5, 1 mm/pulse mile unit time: select from 16.0934, 8.0467, 1.6093 mm/pulse
		output delay time	within 10 ms
		output signal	Rectangular wave pulse output Hi 5 V ±0.5 V, Lo below 0.5 V.
		Duty	50 % ±10 %
		load resistance	Load of 1 kΩ or more
	digital output	Select from gate output/velocity determination output
input	Voltage input ^*1	Number of Channels	4
		Resolution	16 bit
		range	±20 V
		sampling frequency	100 Hz
		Analog trigger function	Trigger function by voltage value CH1: Measurement start trigger, CH2: Measurement end trigger
	Pulse input ^*1	Number of Channels	1
		Input combination	AC or DC
		Function	Pulse Count / Frequency / Duty
		input waveform	When AC is selected: sine wave, when DC is selected: square wave.
	External trigger input	Select between non-voltage contact signal and voltage contact signal.
CAN	Common Matters	Baud rate	125 k、250 k、500 k、1000 k bps
	Common Matters	protocol	CAN Ver2.0B compliant
	input	input port	2 (Port A, Port B)
		Number of data acquisitions	32 channels per 1 port (maximum 64 channels)
		Others	Port B side is selecting CAN input.
	Output ^*2	output update cycle	Select from OFF/1 Hz/5 Hz/10 Hz/20 Hz/100 Hz
		Standard Output Items	Horizontal speed (km/h), speed unit, horizontal distance (m), UTC time, number of satellites, start-stop-reset trigger, GATE status, internal status, accuracy status, HDOP (horizontal dilution of precision), course (°), latitude (dms), longitude (dms), altitude (m)
		Option Output Items	Vertical speed (km/h), vertical distance (m), VDOP (Vertical Dilution of Precision), lateral flow (m), roll angle (°), pitch angle (°), yaw angle (°), X-axis acceleration (m/s ²), Y-axis acceleration (m/s ²), Z-axis acceleration (m/s ²), X-axis angular velocity (°/s), Y-axis angular velocity (°/s), Z-axis angular velocity (°/s), slope (%)
		Others	When the output function is enabled, the CAN input function on port B is not available.
	Remarks	Input from the side CAN connector.
Other functions	Buzzer, DC 12V output for general-purpose sensors, condition memory, printing via optional printer connection, storage function.
testing function	Standard testing function of the main unit alone.		Normal measurement, section measurement test
	Option testing function of the main unit alone.		Acceleration start test, overtaking acceleration test, braking test (MFDD), braking test (ABS), coasting test
	Standard features of PC applications ^*3		Basic functions (settings to the main unit, displaying measurement values on the PC, etc.)
	Optional features of the PC application ^*3		Acceleration and deceleration test software, fuel efficiency test software, trajectory display software
Accessories	Touch panel display (with 3.0 m cable) × 1 Remote box (with 2.0 m cable) × 1 GPS/GLONASS antenna × 1 Cigarette socket power cable (3.0 m) × 1 Pin jack ⇔ BNC cable (2.0 m) × 2 USB cable for PC connection (2.0 m) × 1 CAN branch cable (0.3 m) × 1 USB memory × 1 Installation CD × 1 User manual × 1 Carrying case × 1 Mount adapter for display × 1 Base plate for mount adapter × 1

*1 Input via optional cable from side AUX connector
*2 Optional
*3 Refer to PC operating environment

X, Y, Z acceleration

Measurement range	-98.0 ～ 98.0 m/s ²
linearity	±0.2 % FS*

X, Y, Z angular velocity

Measurement range	-150 ～ 150 °/s
linearity	±0.1 % FS*

Usage/Saving Temperature

0 to 50 °C / -10 to 60 °C
(Humidity 20 to 95 %RH, no condensation)

Cable

5.0 m

Protection level

IP43

External dimensions / Mass

Approximately 56 × 56 × 35 mm (excluding protrusions) / Approximately 110 g

LC-0092 Inertial Measurement Unit

*Representative accuracy (indicates the actual performance value of the product evaluated under the conditions specified by our company)

X, Y, Z acceleration	Measurement range -49.0 to 49.0 m/s ² Linearity ±0.1 % FS*
X, Y, Z angular velocity	Measurement range -150 to 150 °/s Linearity ±0.03 % FS*
Usage/Saving Temperature	0 to 50 °C / -10 to 60 °C (Humidity 20 to 95 %RH, no condensation)
Cable	5.0 m
Protection level	IP43
External dimensions / Mass	Approximately 70 × 70 × 43 mm (excluding protrusions) / Approximately 200 g Approximately 72 × 72 × 56 mm (excluding protrusions, including magnetic base) / Approximately 400 g (including the mass of the magnetic base)

*Representative accuracy (indicates the actual performance value of the product evaluated under the conditions specified by our company)

Power supply voltage (current consumption)	DC 12 to 24 V (current consumption below 30 mA)
Light source	Red semiconductor laser (wavelength 655 nm)
emitted light output	below 0.5 mW
detection distance	0.2～1.5 m
laser spot diameter	Approximately 6 × 4 mm (at a distance of less than 1 m)
cable length	approximately 5 meters
reflective sheet	Use the attached reflective sheet (1 m × 2)
Operating temperature range	0～50 ℃
Protection level	IPX3
External dimensions / Mass	Approximately 300 (W) × 40 (D) × 45 (H) mm / approximately 350 g (excluding cable)

General Specifications	Input power supply	USB bus power Operating input voltage range: DC 4.75 to 5.25 V Absolute maximum input voltage: DC 6.5 V
		AC adapter (when using options): AC 100 to 240 V
		Maximum 2.5 W
	Operating temperature range	0 to +50 °C (humidity 20 to 80 %RH, without condensation)
	Storage Temperature Range	-10 to +60 °C (humidity 20 to 80 %RH, without condensation)
	External dimensions / Mass	Approximately 110 × 66 × 30 mm (excluding protrusions) / Approximately 255 g
	environmental conditions	JIS C 60068-2-64
	USB	USB2.0 (High Speed) and not compatible with USB3.0 USB connection cable: USB(type-B) male Communication device class
	RS-232C (custom order support)	Enabled in slave mode Baud rate: 9600, 19200, 115200 Parity: none, even, odd Stop bits: selectable from 1 bit, 2 bits Connector: D-SUB 9-pin male
wireless communication function	communication distance	Approximately 100 m (provided that there are no obstacles or radio noise and that it is in a stationary state)
	Standard	Compliant with IEEE 802.15.4
	frequency band	2.4 GHz
	Number of connectable wireless communication units	maximum 63 units
	Certifications	Acquisition of Radio Law Certification (Giteki)
Accessories	USB cable (2.0 m) X 1 Installation CD (device drivers, manual)

Caution

Please be sure to use the dedicated antenna when in use.
If you are considering taking products abroad, please contact our sales representatives or the customer service department.

OS	LC-8000 Series Application Software: Windows ^® 11 Pro/10 Pro [64 bit], Windows ^® 11 Enterprise LTSC LC-0835, LC-0837: Windows ^® 11 Pro/10 Pro [64 bit] * For details on the version, please refer to Software Environment【Windows】.
Memory	more than 8 GB
storage	Recommended 80 GB or more
CPU	Intel ^® Core ^™ i5 processors from the 8th generation onwards Recommended base clock frequency of 1.6 GHz or higher
Display	FHD 1920×1080 is recommended (We have confirmed operation with the size of text, apps, and other items set to "100%")
USB	One or more USB 2.0 (high speed) ports.
optical drive	An optical drive capable of reading DVD-R and CD-R during installation and updates.
Others	Microsoft ^®.NET Framework 4.8 must be installed When using LC-0837 inertia test software, please prepare the following environment LAN port: at least one Microsoft ^® Excel 2016 or later, or Microsoft 365 (including Excel)

Microsoft® Windows® is a registered trademark or trademark of Microsoft Corporation in the United States and other countries. Other company names and product names mentioned are trademarks or registered trademarks of their respective companies.
Windows® 11 Enterprise has been verified to operate in a Windows environment with standard settings (under standard policy settings).
Operation in environments where security settings, group policy changes, or the introduction of third-party security software have altered the standard settings is not guaranteed. Therefore, support may be limited.

Model name	Product name	Contents
*LC-0827 ^1**	Main Body Acceleration Testing Function	[Main Body Test Mode] Conducting start acceleration test and overtaking acceleration test.
*LC-0828N ^1**	Main Unit Braking Test Function	[Main Body Test Mode] Conducting braking tests and ABS tests.
*LC-0829N ^1**	Main Body Coasting Test Function	[Main Body Test Mode] Conducting a Coasting Test
LC-0831	acceleration and deceleration test software	[PC Test Mode] Conducting acceleration test, braking test, and coasting test.
LC-0832	fuel economy testing software	[PC Test Mode] Conducting a fuel efficiency test.
LC-0833	track display software	[PC Exam Mode] Drawing trajectory graphs and calculating lateral flow quantities

Model name	Product name	Contents
*LC-0824 ^1**	km/mile switching function	Switching between km and mile units 1 mile = 1.609344 km (distance/velocity) 1 L = 0.264172053 gallon (fuel-related) for calculations
*LC-0826 ^1**	Vertical measurement function	Measurement of vertical speed, vertical distance, and gradient.
*LC-0836 ^1**	IMU data output function	Measurement of XYZ acceleration, XYZ angular velocity, roll, pitch, and yaw angles Data storage and output from the built-in IMU of the LC-8300A, external IMU (LC-0092 inertial measurement unit, LC-0855 high-precision IMU) is possible
*LC-0854 ^1**	CAN output function	Measurement data can be output via CAN.

Adding optional features after the delivery of the main unit requires retrieval work.

Model name	Product name	Contents
LC-0091	GPS/GLONASS antenna	Cable length 5 m
*LC-0092 ^2**	Inertial Measurement Unit (IMU)	External small IMU with a 5.0 m cable
*LC-0855 ^2**	High Precision IMU	Achieves horizontal distance accuracy of ±0.05 %, with a 5.0 m cable included.
LC-0856	White Line Detection Sensor	Used when you want to trigger the start or end of measurement at a position where dedicated white lines are installed on the road.
LC-0864	tape switch	It is used to stick to the tread surface of the brake/accelerator pedal and to trigger when pressing down.
LC-0082	Power cable (battery clip type)	Red and black clip specifications, cable length 5 m, fuse 3 A.
—	AC adapter for LC-8300A main unit (PS-P20023)	AC 100-240 V, power cable sold separately
LC-0860	CAN cable	For CAN communication, cable length 2 m, no termination resistor.
LC-0861	CAN termination resistor adapter
LC-0866	general-purpose input/output cable	For AUX connector connection (Input: Analog 4 ch, Pulse 1 ch / Output: Digital output) *Cannot be used in conjunction with general-purpose input/output cables for white line detection sensor connection.
—	White line detection sensor connection general-purpose input/output cable	*LC-0866 cannot be used in conjunction with general-purpose input/output cables.
—	Digital printer (DPU-S445-00C-E)	Serial printer made by Seiko Instruments
—	Serial communication cable for printer (PS-D11125A1.5M)	Cable for connecting LC-8300A to a digital printer, cable length 1.5 m.
—	AC adapter for printer (PW-D0940-W2)	AC 100 ～ 240 V Made by Seiko Instruments
—	Power cable for printer (CB-JP04-18A-E)	Domestic specification Manufactured by Seiko Instruments
—	Battery pack for printer (BP-L0725-C1)	Li-ion rechargeable battery made by Seiko Instruments
—	Thermal paper for printers (TP-341L-1)	10 rolls (1 roll 28 m) made by Seiko Instruments

After the main unit is delivered, the installation of options requires retrieval work and calibration.

Model name	Product name	Contents
LC-0873	wireless communication unit	wireless communication unit
LC-0874	LC-0873 for additional antenna	LC-0873 For additional antenna, only one set of antenna can be added.
LC-0835	wireless communication software	PC software settings functions related to wireless communication, display of data recorded during section measurement tests
LC-0837	Coasting Test Software	Conducting endurance tests used in combination with LC-0873
—	wireless antenna extension cable	A 2 m SMA cable to extend the distance between the wireless module and the antenna. Can be connected up to 3 cables for a total extension of 6 m.
—	Communication cable for wireless communication unit (PS-D7051G2M)	Connection cable for LC-8300A and LC-0873, length 2 m.

Inquire about this product.

Features

1. Strengthening Data Governance New Features

Full output of the settings content.

Record of precision level determination results.

Record of Trigger Factors

Functionality enhancement for ABS testing.

2. Improved operability New features

IMU zero adjustment function

Display of file name on the display device.

Expansion of data file loading limits.

3. Renewal of optional features New features

Trajectory Analysis Function (LC-0833 Trajectory Display Software)

Coasting test function (LC-0837 coasting test software, LC-0829N main unit coasting test function)

4. Stability Measurement

Two reasons for achieving outstanding stability.

Increasingly expanding utilization scenes

High response

even with rapid acceleration and sudden braking

6. Compact body design

to various test vehicles

7 touch panel display

Packed with user-friendly features.

8. JCSS calibration compatible with IATF 16949

Case Studies

Measurement of deceleration, braking distance, and lateral flow in braking tests.

Main measurement items

Vehicle motion, evaluation of ride comfort

Main measurement items

Evaluation of the driving performance of electric vehicles.

Actual Vehicle NV Testing

Streamlining regulatory certification testing through wireless communication functions Renewal

External Noise Test (R51-03, R41-04, R117-02, etc.)

Coasting test (WLTP, etc.)

actual vehicle fuel economy test

System Configurations

Test mode

Main Body Test Mode (PC-less)

PC Test Mode

wireless measurement system

GPS speedometer and wireless communication system with base stations

We will respond to various requests regarding the exam scene.

Usage examples

Product composition

Vehicle testing function

Specifications

Specifications / PC Operating Environment

LC-8300A GPS Speedometer

LC-0092 Inertial Measurement Unit (IMU) (optional)

LC-0855 High Precision IMU (Option)

LC-0856 White Line Detection Sensor (Optional)

LC-0873 Wireless Communication Unit (Optional)

PC operating environment

Options

Test Mode Options

<LC-8300A main unit function additional options>

<sensors, cables, peripheral devices, etc.>

Connection diagram for optional equipment.

Wireless Testing System

Download

Outline Drawings

Instruction Manuals

Related Information