Nippon Signal
Nippon Signal was founded in 1928 to develop domestic technologies for railway signal systems.
In the more the eight decades since, we have helped developing Japan's transportation infrastructure, including the high speed Shinkansen service, and the high density timetables of urban train networks, into one of the safest and most comfortable networks in the world.
These everyday safe and comfortable railway services are made possible by Nippon Signal's fail-safe technologies. This commitment to a fail-safe approach has remained the foundation of our manufacturing throughout, passed down through the years from the first semaphore signal to today's systems.
Nippon Signal Railway Signal Systems
Supporting safe and reliable railway operations
Nippon Signal CBTC (SPARCS)
Nippon Signal Automatic Train Supervision system
Nippon Signal Relay Interlocking Equipment
Nippon Signal Level Crossing system
Nippon Signal LED information board
Nippon Signal Traffic Information Systems
Supporting high-density road networks with diverse technology
Nippon Signal Universal Traffic Management system
Nippon Signal Local Controllers
Nippon Signal LED traffic signal light
Nippon Signal AFC (Automatic Fare Collection) Systems
Comprehensive network systems and automating all station operations
Nippon Signal Station Platform Safety Sensing system
Nippon Signal Station Platform Screen Door system
Nippon Signal Station Automatic Passenger Gate
Nippon SignalAutomatic Ticket Vending Machine
Nippon Signal Automatic Fare Adjustment Machine
Nippon Signal Airport Automatic Passenger Gate
Nippon Signal Security Gate
Nippon Signal Explosive Detection Security Gate
Nippon Signal Parking Information Systems
Intelligent parking system solution
Nippon Signal Car Parking Systems
Nippon Signal Bicycle lock system
Microelectromechanical systems (MEMS)
Nippon Signal ECO SCAN optical scanner ESS112
ECO SCAN is an electromagnetic drive MEMS optical scanner
Overview
ECO SCAN is an electromagnetic drive MEMS optical scanner. This scanner is configured by aligning permanent magnets around the monocrystal silicon substrate that forms the moving plate (with the mirror and coil on its surface), beams, and supporting section.
Specifications
Nippon Signal ECO SCAN optical scanner ESS112
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ESS112-2kHz
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One/Two-dimensional type
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One-dimensional type
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Resonant frequency
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2175Hz±8%
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Amplitude(Optical angle)
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±20°
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Driving current(Sine wave)
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≦25mAp-p
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Resistance
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200Ω±25%
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Weight
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8.9g±10%
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Mirror size
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4x4mm±0.05mm
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Mirror material
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Au
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Mirror reflectance
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≧85%@λ670mm
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Mirror roughness
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≦Ra=10nm
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Mirror flatness
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≦PV=670nm
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Impact resistance *1
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No breakage with 1000m/s2,Sine half wave pulse :6ms
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Vibration resistance *2
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No breakage 55 ~ 500Hz,98m/s2
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Operating temperature and humidity range
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+10 ~ 40degrees
20 ~ 80%RH(with no condensation)
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Features
Nippon Signal ECO SCAN optical scanner ESS112
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Electromagnetic drive system
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Electrostatic drive system
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1.Driving principles
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·Lorentz force
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·Electrostatic force of a counter electrode
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2.Merits
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·Low power consumption
·Low voltage driving
·Large amplitude
·Simple control of amplitude
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·High downsizing potential
·Small mirror part (about 1 mm) that is efficient for small amplitude
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3.Demerits
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·Magnets and yokes need to be installed.
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·Small driving power
·High driving voltage
·Difficult to control amplitude
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4.Actual Results
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·ECO SCAN
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·Accelerometer, gyro sensor, optical communication switches, DMD (Digital Micromirror Device), etc.
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Manuals
Nippon Signal ECO SCAN optical scanner ESS115
Nippon Signal ECO SCAN optical scanner ESS115
Overview
ECO SCAN is an electromagnetic drive MEMS optical scanner. This scanner is configured by aligning permanent magnets around the monocrystal silicon substrate that forms the moving plate (with the mirror and coil on its surface), beams, and supporting section.
Specifications
Nippon Signal ECO SCAN optical scanner ESS115
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ESS115
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One/Two-dimensional type
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One-dimensional type
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Resonant frequency
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565Hz±7%
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Amplitude(Optical angle)
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±30°
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Driving current(Sine wave)
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33.6mAp-p
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Resistance
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200Ω±25%
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Weight
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9g±10%
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Mirror size
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4.5x5.5mm±0.02mm
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Mirror material
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Au
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Mirror reflectance
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>85%@λ670nm
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Mirror flatness
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≦PV=1500nm
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Features
Nippon Signal ECO SCAN optical scanner ESS115
|
Electromagnetic drive system
|
Electrostatic drive system
|
|
|
1.Driving principles
|
·Lorentz force
|
·Electrostatic force of a counter electrode
|
|
2.Merits
|
·Low power consumption
·Low voltage driving
·Large amplitude
·Simple control of amplitude
|
·High downsizing potential
·Small mirror part (about 1 mm) that is efficient for small amplitude
|
|
3.Demerits
|
·Magnets and yokes need to be installed.
|
·Small driving power
·High driving voltage
·Difficult to control amplitude
|
|
4.Actual Results
|
·ECO SCAN
|
·Accelerometer, gyro sensor, optical communication switches, DMD (Digital Micromirror Device), etc.
|
Manuals
specification and instruction manual A-LG9518H ESS115H(LG9518H).pdf
Nippon Signal MEMS 3D laser sensor
Nippon Signal FX-8 3D laser sensor
Laser Ranging (Scanning) Image/Sensor
FX8.pdf
Overview
The Nippon Signal FX-8 MEMS-Scanner is a sensor able to actively scan a 2D area (Vertically at 50 degrees, Horizontally at 60 degrees) in ambient light with resistance of up to 200,000 lx and above.
Possible application usages for the Nippon Signal FX-8 sensor are: People counter, factory robotic production automation, automated guided vehicle, and object detection.
Specifications:
Nippon Signal MEMS 3D laser sensor
Detection range :0.3m ~ 5m
Laser scanning area : 60° Horizontal
Laser scanning area : 50° Vertical
Frame rate : 20f/s 16f/s 10f/s 4f/s
Resolution : 43x25 53x33 65x40 100x60
Angular resolution : 25x36 mrad 20x27 mrad 16x23 mrad 11x15 mrad
Resolution range : Min. 4mm
Ambient light resistance : 200,000
Dimension : W62 x H66 x D89mm
Weight : 0.6kg
Supply voltage : DC +12V ~ +24V
Interface : Ethernet (TCP/IP)
Manuals:
110307 A-LA9532A-E_FX8_User_Manual.pdf
Nippon Signal PixelSoleil
Pixel Soleil ZA1
Laser ranging image sensor
Pixel_SOLEIL_Catalogue2.pdf
Overview :
This Laser ranging image sensor uses an active method （pulse LED, detecting phase difference）.This sensor has high ambient light resistance, high image resolution （high speed frame rate）, good environmental features and is usable outdoors （during the daytime and night）due to the high-performance CMOS image sensor.
It is also available with multiple sensors at the same time at the selected LED modulation frequency.
Specifications :
Nippon Signal PixelSoleil ZA1
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Detecting range
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0.3m～4m H72°×V72°
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Image resolution
/ Frame rate
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126×126 / 30fps
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Ranging accuracy
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±130ｍｍ （2m / reflection rate 30％）
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Dimensions / Weight
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W188×H70×D65mm / About 850g
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Ambient light resistance
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100,000 lx over ※IP65
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Operating temperature
/ Storage temperature
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－10℃～＋50℃ / －20℃～＋70℃
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Supply voltage
/ Power consumption
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DC＋12V～＋24V / 18W or less(stationary period)
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Data interface
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Ethernet（TCP/IP）
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Output data
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Range / reflection intensity / information of each image
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IDE
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Visual C++
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Accessories
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Viewing Software / Cable / Power supply (sample)
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Features:
This sensor measures accurately the distance between the camera and the target by checking the time for the LED to travel to and from the target per pixel.
This sensor outputs range information to the target superimposed image information obtained at the same time on each of the pixels.
Manuals:
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