Surface Roughness Tester SRT-6200,specification,price,image-Bio-Equip in China

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Surface Roughness Tester SRT-6200

Applications:

Widely used in production site to measure surface roughness of various machinery-processed parts, calculate correspondingparameters according to selected measuring conditions and clearly display all measurement parameters.

Features:

* Be compatible with four standards of ISO, DIN, ANSI and JIS.

* Multiple parameter measurement: Ra, Rz.

* Highly sophisticated inductance sensor.

* Built-in lithium ion rechargeable battery and control circuit with high capacity.

* Small in size, light in weight and easy to use.

* Manual or automatic shut down.

* Metric /Imperial Conversion.

* Use “USB data output” and “RS-232 data output” to connect with PC.

* Provide “Bluetooth ™ data output” choice.

For rapid quotation,please contact Lisa directly :

To Lisa email: lisali0428@outlook.com

skype: lisali0428@outlook.com

Details:

Display		4 digits, 10 mm LCD, with blue backlight
Parameters		Ra、Rz
Measuring Range		Ra: 0.05~10.00 um / 1.000~400.0 uinch Rz: 0.020~100.0 um / 0.780~4000 uinch
Accuracy		≤ ± 10%
Fluctuation of display value		Not more than 6%
Sensor	Test Principle	Inductance type
	Radius of Probe Pin	10 um
	Material of Probe Pin	Diamond
	Measurement Force of Probe	16 mN（1.6 gf）
	Probe Angle	90°
	Vertical Radius of Guiding Head	48 mm
	Maximum driving stroke	17.5 mm / 0.7 inch
	Cutoff length (l)	0.25 mm / 0.8 mm / 2.5 mm optional
Driving speed	Sampling	When Length = 0.25 mm, Vt = 0.135 mm/s
		When Length = 0.8 mm, Vt = 0.5 mm/s
		When Length = 2.5 mm, Vt = 1 mm/s
	Returning	Vt = 1 mm/s
Resolution		0.001 um, if reading ＜ 10um
		0.01 um, if 10um ≤ reading ≤ 100um
		0.1 um, if reading ≥ 100um
Evaluation length		1~5 L optional
Auto Power Off
Operating conditions		Temperature: 0~50 ℃ Humidity: ＜ 80 %RH
Power Supply		Built-in rechargeable Li-ion battery
Dimensions		140 × 52 × 48 mm
Weight		420 g

For rapid quotation,please contact Lisa directly :

To Lisa email: lisali0428@outlook.com

skype: lisali0428@outlook.com