Specs 3D Laser Snapshot Sensor LJ-S8000 series

Controller

Model		LJ-S8002
Image
Head input		Up to two LJ-S8000 Series head units * When using two units, heads A and B must be the same model.
Number of registered inspection settings		Up to 1000 settings (depending on SD card capacity and setting contents) for each of SD card 1 and SD card 2; External switching possible
Master profile / number of reference images		Up to 400 per setting (depending on SD card capacity)
Memory card		• SD card slot × 2 • Supports OP-87133 (512 MB), CA-SD1G (1 GB), CA-SD4G (4 GB; Equipped as standard for SD1 slot), and CA-SD16G (16 GB)
Number of tools		Up to 100 per setting
Interface	Control input	20 points (Input terminal block: 5 points, Parallel I/O: 15 points)
	Control output	• 28 points (Output terminal block: 6 points, Parallel I/O: 22 points) • Photo MOSFET^*1
	RS-232C	• Numerical value output and control I/O (When in use, PLC Link using the RS-232C port cannot be used) • Supports baud rates of up to 230400 bps
	PLC link	• Numerical value output and control I/O using Ethernet or RS-232C ports (Cannot be used with EtherNet/IP™; When using an RS-232C port, cannot be used with RS-232C no-procedure communication)
	Ethernet	• Numerical value output and control I/O • In addition to the functions above, uploading/downloading inspection settings, performing various simulations, and sending/receiving images and other data, and using remote desktop connections are possible via KEYENCE PC application software. • Supports FTP client, FTP server, VNC server (for non-PC clients, only monitor screen display is supported), and BOOTP functions supported • 1000BASE-T/100BASE-TX/10BASE-T • Supports jumbo frames
	USB	• In addition to numerical value output, uploading/downloading inspection settings, performing various simulations, and sending/receiving images and other data, and using remote desktop connections are possible via KEYENCE PC application software. • USB 2.0 only
	EtherNet/IP^TM	• Numerical value I/O and control I/O using the Ethernet port or optional EtherNet/IP™ unit CB-NEP20E (Cannot be used with PLC Link, PROFINET, or EtherCAT®) • Supports cyclic communication (max. 1436 bytes) and message communication • Maximum number of connections: 32 (Ethernet port) / 1: Exclusive Owner, 4: Input Only (CB-NEP20E) • Complies with Version CT19.1 (Ethernet port) / CT19.1 (CB-NEP20E) conformance tests
	PROFINET	• Numerical value I/O and control I/O using Ethernet port (Cannot be used with PLC Link, EtherNet/IP™, or EtherCAT®) • Supports cyclic communication (max. 1408 bytes (Ethernet port)) • Supports acyclic communication (recorded data) • Complies with Conformance Class A (Ethernet port)
	EtherCAT^®	• Numerical value output and control I/O using optional EtherCAT® unit CB-NEC20E (Cannot be used with PLC Link, EtherNet/IP™, or PROFINET) • Supports cyclic communication (process data object communication) (Input: Max. 536 bytes / Output: Max. 532 bytes) • Supports acyclic communication (mailbox communication) • Supports CoE • Explicit device identification • Complies with Version 2.5.0 conformance test
	Mouse	Various menus can be controlled using the dedicated mouse (included with the controller)
	SNTP	Automatic correction of controller date and time when connected to an SNTP server
	USB HDD	Images and other data can be output by connecting an HDD (2 TB max.) to the dedicated USB port (USB 3.0-compliant, bus-powered, rated output: 900 mA)
	Monitor output	Analog RGB output, XGA 1024 × 768 (24-bit color, 60 Hz)
Cooling fan		Available
Language		Switchable between English, Japanese, and Chinese (Simplified)
Ratings	Power voltage	24 VDC ±10%
	Maximum current consumption	Max. 2.5 A (Typ. 28 W)
Environmental resistance	Ambient temperature	0 to 45°C 32.0°F to 113.0°F (DIN rail mounting) / 0 to 40°C 32.0°F to 104.0°F (Base surface mounting)
	Relative humidity	85% RH or less (no condensation)
Weight		Approx. 2200 g 4.85 lb
^*1 Positive common connection for NPN input devices and negative common connection for PNP input devices supported.

Sensor head

Model			LJ-S015	LJ-S025	LJ-S040	LJ-S080
Image
Reference distance			56.5 mm 2.22" ^*1	68.5 mm 2.70" ^*1	70 mm 2.76" ^*1	160 mm 6.30" ^*1
Measurement range	Z-axis (height)		±4 mm ±0.16" (F.S.=8 mm 0.31")	±9 mm ±0.35" (F.S.=18 mm 0.71")	±18 mm ±0.71" (F.S.=36 mm 1.42")	±23 mm ±0.91" (F.S.=46 mm 1.81")
	X-axis (width)	NEAR side	14 mm 0.55"	21 mm 0.83"	31 mm 1.22"	66 mm 2.60"
		Reference distance	15 mm 0.59"	23 mm 0.91"	35 mm 1.38"	72 mm 2.83"
		FAR side	16 mm 0.63"	25 mm 0.98"	39 mm 1.54"	78 mm 3.07"
	Y-axis	Reference distance	25 mm 0.98"	51.2 mm 2.02"	80 mm 3.15"	160 mm 6.30"
XY data interval			5 μm 0.000197"	8 μm 0.000315"	12.5 μm 0.0005"	25 μm 0.0010"
Number of XY data points			3200 × 5000	3200 × 6400
Light source	Laser light source		405 nm (visible light) wavelength blue semiconductor laser
	Laser class		Class 2M laser product^2 (IEC 60825-1, FDA (CDRH) Part 1040.10^3)
	Output		10 mW
Repeatability	Z-axis (height)		0.3 μm 0.000012" ^*4	0.4 μm 0.000016" ^*4	0.5 μm 0.000020" ^*4	1 μm 0.000039" ^*4
	XY (distance)		0.5 μm 0.000020" ^*5	0.7 μm 0.000028" ^*5	1 μm 0.000039" ^*5	3 μm 0.000118" ^*5
Linearity	Standard area		±0.035% of F.S. ^*6	±0.03% of F.S. ^*6	±0.02% of F.S. ^*6	±0.055% of F.S. ^*6
	High-accuracy area		—			±0.03% of F.S. ^*6
Imaging time			Min. 0.2 sec ^*7
I/F	Ethernet		1000BASE-T, 100BASE-TX
	Input		LASER_ON, TRG, MEM_CLEAR ^*8
	Output		READY, EXPOSURE_BUSY, ERROR ^*8
Ratings	Power voltage		24 V +25%, -20%
	Current consumption / Power		Max. 4.0 A (at 19.2 V), 3.2 A (at 24 V) ^*9 / Typ. 17 W
Environmental resistance	Enclosure rating		IP65 (IEC60529) ^*10
	Ambient light		Incandescent lamp: 10000 lux or less ^*11
	Ambient temperature		0 to +45°C 32.0°F to +113.0°F ^*12
	Relative humidity		85% RH or below (no condensation)
	Vibration resistance		10 to 500 Hz; Power spectral density: 0.033 G2/Hz; X, Y, and Z directions (IEC 60068-2-64)
	Shock resistance		15 G (IEC 60068-2-27)
Material			Aluminum
Weight			Approx. 2300 g 5.07 lb	Approx. 2100 g 4.63 lb	Approx. 2600 g 5.73 lb
^1 The reference distance is the distance from the bottom edge of the head to the measurement center of the Z-axis (height). See the Dimensions section for the installation reference plane. ^2 Do not view the beam directly using optical instruments (such as eye loupes, magnifiers, microscopes, telescopes, or binoculars). Observing the laser output using optical instruments is dangerous and may damage the eyes. ^3 Laser classification performed based on IEC60825-1 in accordance with FDA (CDRH) Laser Notice No. 56. ^4 The measured target is a KEYENCE standard target. Sigma value when the average height of 200 × 200 points in the center of the field of view is measured using the height tool with reciprocating imaging OFF. ^5 The measured target is a KEYENCE standard target. Sigma value when the distance between two circles of 500 points in diameter set 1000 points apart at the center of the field of view on a grayscale image is measured using the circle and circle distance tool with reciprocating imaging OFF. ^6 The measured target is a KEYENCE standard target. Value when the average height of 200 × 200 points is measured using the height tool with reciprocating imaging OFF. See the Dimensions section for the high-accuracy area reference plane. ^7 With YZ range minimum and Y thinning maximum. ^8 Laser ON input is enabled only when connected to a controller. ^9 The maximum value may be exceeded when extreme acceleration is applied. ^10 With an OP cable connected. ^11 When measuring white paper, illuminance on the sensor head receiving surface when light is applied to white paper. ^12 The head needs to be mounted to a metal plate to be used.