Optical unit (20 mm vacuum and heat-resistant model・Export Control Product) CL-V020G

CL-V020G - Optical unit (20 mm vacuum and heat-resistant model・Export Control Product)

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

Specifications

Model				CL-V020G^*1
Type				Optical unit
Head				CL-V020 ^*1
Reference distance				20 mm
Reference measurement range	Measurement range			± 1.3 mm
	Linearity			± 0.3 µm^*2
High precision measurement range	Measurement range			± 0.5 mm
	Linearity			± 0.23 µm ^*2
Resolution				0.01 µm^*3
Spot diameter				ø 20 µm
Laser class	Optical unit			Class 1
Sampling cycle				100/200/500/1000 µs (Adjustable 4-stage)
Environmental resistance	Enclosure rating	Head		IP40 degassed structure for vacuum environments ^*4
	Ambient light			Target surface illuminance 30,000 lux (Incandescent lamp)
	Operating ambient temperature	Head		− 20 to 200°C
		Optical unit		0 to 50°C
	Relative humidity			85% RH or less (no condensation)
	Vibration resistance	Head		10 to 57 Hz, double amplitude 1.5 mm; 2 hours each for X, Y, and Z axes
		Optical unit		10 to 57 Hz, double amplitude 0.3 mm; 2 hours each for X, Y, and Z axes
	Shock resistance			15G 6 ms
	Vacuum			Ultra-high-vacuum environments ^*5
	Explosion-proof rating	Explosion-proof performance	Head	None
			Optical unit
		Zone/Division	Head
			Optical unit
		Ambient temperature	Head
			Optical unit
		Certification number
Temperature characteristic	Head			0.013% of F.S. / °C ^*6
	Optical unit			0.015% of F.S. / °C
Material	Head			SUS304
	Optical unit			Polycarbonate
Weight	Head			Approx. 100 g
	Optical unit			Approx. 1600 g
^1 Sensor head and optical unit are a matched pair. Not cross compatible. ^2 Value measured in displacement mode with KEYENCE reference workpiece (mirrored surface). ^3 Value measured using 16,384 average cycles with KEYENCE reference workpiece (mirrored surface). ^4 The enclosure rating is equivalent to IP50 when the included sticker is attached. ^5 Operation verification has been performed in environments of 10^-6 Pa. ^6 These figures are based on the case where a jig made of SUS303 (or SUS304) is fixed between the head and the object.

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