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Lever dial indicator with horizontal dial contact point length 14.5 mm 0,4/28 mm
Article no.: 436355 0,4/28
Article code:
- Standard: DIN 2270
- Packaging: sturdy box
Product details
Technical Data
| Standard | DIN 2270 | |
| Measuring range per direction | 0.4 mm | |
| Scale divisions | 0.01 mm | |
| Variation range fe | 10 µm | |
| Total variation range ftot | 13 µm | |
| Hysteresis error fu | 3 µm | |
| Measurement ball ⌀ | 2 mm | |
| Pivot range | 2×110 degrees | |
| Contact point length | 14.5 mm | |
| Gauging force | 0.2 N | |
| Clamping shank ⌀ h6 | 8 mm | |
| Measurement technology | analogue | |
| Body ⌀ | 28 mm | |
| Packaging | sturdy box | |
| Type of product | Lever dial indicator |
Identification numbers & Classifications
| Article number | 436355 0,4/28 | |
| EAN / GTIN | 4059192013196 | |
| Manufacturer number | 4302200 |
Description
Version:
High-precision lever dial indicator with jewel-mounted mechanism, in handy, robust design. Housing and dovetail block are of one piece, which means that mounting is particularly rigid. Corrosion protection due to matt chrome-plated housing.
Lever dial indicator with horizontal dial.
Mahr − ruby mounted mechanism with carbide measurement ball. Contact point bearing in one-piece fork, therefore alignment is particularly exact; anti-magnetic.
Lever dial indicator with horizontal dial.
Mahr − ruby mounted mechanism with carbide measurement ball. Contact point bearing in one-piece fork, therefore alignment is particularly exact; anti-magnetic.
1/100 reading.
Application:
As an accurate dial bore gauge for testing variations from nominal size, testing concentricity, internal measurements, testing of parallelism, and flatness as well as for aligning components.
Supplied with:
Clamping spigot ⌀ 8 mm.
Optional extras:
Spare part:
Spare contact point with carbide or ruby ball available on request.
Note:
Additional information DIN 2270: Graduations 0.01 − deviation range 10 µm, total deviation range 13 µm, hysteresis error 3 µm. Graduations 0.002/0.001 − deviation range 2 µm, total deviation range 4 µm, hysteresis error 2 µm.