NIKON Digital Head Unit
NIKON Digital Head Unit
Model: MF-1001
Brand: Nikon
Origin:
Summary
At 20°C, the MF-1001 and MFC-200 (TC-200) counters have a 0-100mm measuring range and a 0.1µm (0.01µm) minimum readable value at an accuracy of 3µm.
Compact digital micrometer reads values as small as 0.1μm; minimum readable value can be switched to 0.5μm or 1μm. Measurement length is 100 mm. MFC -101 counter can be attached to head or placed outside for use. RS-232C output and printer output are standard features.
MF-1001 compact digital Panme provides perfect contact measurements in size, thickness and depth. MF-1001 has a length of 100 mm and an accuracy of 1 µm at 20 ° C.
The measurement length is 100 mm
Accuracy 1 µm at 20 ° C.
Small readers to 0.1 µm or even 0.01 µm can be done depending on the counting machine.
RS-232 connection standard and printer output are standard features.
-Brand: Nikon
-Made in Japan
-Minimum values can be read: 0.1 μm (can be switched to 0.5μm or 0.1 μm
-Output: RS-232C
-Power source: Specialized AC converter (12V 350mA)
-Operating temperature: to + 40 ° C
-Storage temperature: -20 ° to +60 ° C
-Compatible micrometes: MF-501, MF-1001
-Size (mm): 80 (W) x 60 (H) x 25.5 (d) mm (32.2 (d) with the connector)
-Weight: about 100g...
Application
MF-1001 compact digital Panme provides perfect contact measurements in size, thickness and depth. MF-1001 has a length of 100 mm and an accuracy of 1 µm at 20 ° C.
The measurement length is 100 mm
Accuracy 1 µm at 20 ° C.
Small readers to 0.1 µm or even 0.01 µm can be done depending on the counting machine.
RS-232 connection standard and printer output are standard features.
Specifications
-Brand: Nikon
-Made in Japan
-Minimum values can be read: 0.1 μm (can be switched to 0.5μm or 0.1 μm
-Output: RS-232C
-Power source: Specialized AC converter (12V 350mA)
-Operating temperature: to + 40 ° C
-Storage temperature: -20 ° to +60 ° C
-Compatible micrometes: MF-501, MF-1001
-Size (mm): 80 (W) x 60 (H) x 25.5 (d) mm (32.2 (d) with the connector)
-Weight: about 100g...