Hommel Hercules uses cookies to give you the best possible service. By using our services, you agree to the cookie usage and the Privacy Policy .  

Precision micrometer Micromar 40 A MR 150-175 mm reading 0.01 mm

Precision micrometer Micromar 40 A MR 150-175 mm reading 0.01 mm

Precision micrometer Micromar 40 A MR 150-175 mm reading 0.01 mm
Item no: 1031514 107 

Online price:

Available in 6-8 working days.

Application
For measuring shaft diameters, external dimensions etc.

Execution
  • Brushed chromium-plated control and display elements
  • Hard-lacquered steel frame
  • Measuring spindle and anvil made of hardened steel, carbide-tipped
  • Thermal insulation panels
  • Quick drive with integrated coupling
  • Locking device

Delivery
1x case
1x setting gauge (from measuring range 25-50 mm)
1x operating instructions


Brand: MAHR
Min./max. length measuring range: 150-175 mm
Vernier scale: 0.01 mm
Measuring spindle increments: 0,5 mm
Measuring surface diameter: 6,5 mm
Error limit: 0,007 mm
DIN: 863
Spindle clamping: Yes
Bracket depth: 95,5 mm
Number of setting dimensions: 1 PCS
Calibration Group: D | E

Manufacturer part no.: 4134006

EAN no.: 4059192003708

Product Datasheet
Versions
loading
Keywords:

You might also be interested in this

  • Precision micrometer Micromar 40 A MR 100-125 mm reading 0.01 mm
  • Crimp. pl. PZ 6 fcd. lock f. wire end fer. DIN 46228 T1+4 dia. 0.14-16mm L 200mm
  • ATORN combination wrench, 18 pcs. 6–24 mm DIN 3113 A
  • ATORN combination wrench, 10 pcs. 8–17 mm DIN 3113 B
  • ATORN carbide indexable insert TNMG TNMG 220408-MP5 ACP25T
  • Polo shirt anthracite size M
  • 1/4 inch hexagon socket 8790 HMA 12 mm without holding function
    4,46 €
  • ATORN CPGW 05T104 ABC30B/A clearance angle 11 degrees uncoated ap 0.01–1.3 mm
  • ATORN mini cutting insert AIR 3.0mm L15 0.7ISO HC5615
  • Torque interch. blade 4 mm hex for torque screwdriver 55500-504 TX® T5
  • Stud bolt DIN 6379 rolled thread M 20 x 125 mm
  • ATORN mini cutting insert AIL 3.0mm L15 0.7ISO HC5615
Herstellerinformationen