Sensor Head 360 mm IX-360W

IX-360W - Sensor Head 360 mm

*Please note that accessories depicted in the image are for illustrative purposes only and may not be included with the product.

Specifications

Model				IX-360W
Reference distance				360 mm 14.17"
Measuring distance				280 to 440 mm 11.02" to 17.32"
Detection area	Scan mode			Measuring distance of 280 mm 11.02": 150 × 113 mm 5.91" × 4.45" Measuring distance of 360 mm 14.17": 192 × 144 mm 7.56" × 5.67" Measuring distance of 440 mm 17.32": 234 × 176 mm 9.21" × 6.93" (X direction) × (Y direction) ^*1
	Line mode			Measuring distance of 280 mm 11.02": 150 mm 5.91" Measuring distance of 360 mm 14.17": 192 mm 7.56" Measuring distance of 440 mm 17.32": 234 mm 9.21" (X direction) ^*1
Laser Light source	Light source			660 nm (visible light) wavelength red semiconductor laser
	Laser class			Class 2 laser product (IEC 60825-1: 2014, FDA [CDRH] Part 1040.10 ^*2)
	Output			2.8 mW
Height(Z direction)	Minimum detectable object size	Scan mode	Height	ø3.8 mm ø0.1496" ^*3
			Average height	ø2.6 mm ø0.1024" ^*4
			Pin height	ø1.9 mm ø0.0748" ^*5
		Line mode		2.6 mm × 2.6 mm 0.1024" × 0.1024" ^*6
	Repeatability			150 μm ^*7
Width(X direction)	Minimum edge detection	Line mode		2 mm 0.0787" ^*8
Estimated detection				(When measuring the height between two points, the minimum step difference is as follows. IX-055: 100 μm / IX-080: 200 μm / IX-150: 500 μm / IX-360: 1000 μm / IX-360W: 1000 μm) ^*7
Sampling cycle	Scan mode			120 ms (min.) (typical)
	Line mode			6 ms / 11 ms (selectable)
Image receiving element				Monochrome CMOS image sensor
Image capture lighting	Light source			Red LED
	Lighting method			Pulse lighting
Temperature characteristics				0.04% of F.S./°C ^*9
Environmental resistance	Enclosure rating			IP67
	Ambient light			Incandescent lamp, 3000 lux or less ^*10
	Ambient temperature			0 to +45°C 32 to 113°F (No freezing) ^*11
	Relative humidity			35 to 85% RH (No condensation)
	Vibration resistance			10 to 55 Hz; double amplitude 1.5 mm 0.06"; 2 hours in each of the X, Y, and Z directions
	Shock resistance			500 m/s² 1640'/s², 3 times in each of the 3 directions
Material				Main unit case: Zinc die-casting / Front cover: Glass, acrylic (hard coat) / Operation indicator cover: TPU / Connector ring: PBT / Connector: Zinc die-casting
Weight				Approx. 300 g
^1 X: Long-side direction of laser, Y: Short-side direction of laser ^2 The laser classification for FDA (CDRH) is implemented based on IEC 60825-1 in accordance with the requirements of Laser Notice No. 56. ^3 With a correct reference distance. When measuring using the height tool, measurement point min., and no position adjustment in scan mode. ^4 With a correct reference distance. When measuring using the average height tool, average size min., and no position adjustment in scan mode. ^5 With a correct reference distance. When measuring using the pin height tool and no position adjustment in scan mode. ^6 With a correct reference distance. When measuring using the height tool, tool window size min., and no position adjustment in line mode. ^7 When measuring a KEYENCE reference target (white diffuser) in the center of the field of view at the reference distance in scan mode using the “Max.” measurement point of a height tool. ^8 With a correct reference distance. When measuring metal gauge blocks in line mode using a 4-count averaging filter and the edge positioning tool with no position adjustment. In width mode with the width/diameter tool, the minimum detection value is twice the minimum edge detection. The minimum height differences (estimated) required for edge detection of each model at the reference distance are as follows. IX-055: 0.8 mm 0.03", IX-080: 1.0 mm 0.04", IX-150: 2 mm 0.08", IX-360: 4 mm 0.16", IX-360W: 4 mm 0.16" ^9 At the reference distance from the target. The F.S. for each model are as follows. IX-055: ±10 mm ±0.39", IX-080: ±18 mm ±0.71", IX-150: ±50 mm ±1.97", IX-360: ±80 mm ±3.15", IX-360W: ±80 mm ±3.15" ^10 Using the default settings with a laser light source as the target. ^*11 With metal mounting.

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