Polski 
- 98% satisfied customers
- 72h delivery
- 30 dni na zwrot
Description
Electronic caliper 600 mm – technical data
Range, jaw length, accuracy, and instrument equipment
| Technical data | |
|---|---|
| Measuring range | 0–600 mm |
| Jaw length | 100 mm |
| Resolution | 0.01 mm |
| Accuracy | ±0.04 mm according to DIN 862 |
| Reading | LCD display |
| Units | mm / inch |
| Measurement types | external, internal (one pair of jaws) |
| Power supply | SR44 battery, 1.55 V |
| Max. slider speed | 1.5 m/s |
| Slider lock | locking screw |
Illustrative drawing (beam cropped in the image) — the 600 mm version has 100 mm long jaws.
0–600 mm
Measuring range
100 mm
Jaw length
0.01 mm
Resolution
DIN 862
Accuracy standard
Electronic caliper 600 mm brings digital readout beyond the usual reach of handheld instruments: to large shafts, pipes, welded housings, and structural components. The LCD immediately shows the result in 0.01 mm increments — without counting vernier marks, which can be particularly awkward with a long beam.
This caliper with long jaws: a jaw reach of 100 mm allows measurement farther from the workpiece edge. One pair of jaws with knife-edge tips handles external and internal measurements, while the clamping screw locks the slider once the dimension is set — also useful when using the instrument as a spacing gauge.
Electronic caliper construction – illustrative diagram
Beam with scale, slider with display, clamping screw
The operating principle is common to the entire family: an encoder in the slider reads its position relative to the beam and shows the result on the LCD. The differences are limited to beam and jaw length and the absence of a depth rod in long versions.
Measuring large diameters step by step
Technique matters more than with small workpieces
Measurement of a large diameter step by step
1Zero the instrument
Jaws closed: 0.00 mm
2Align with the workpiece axis
Jaws perpendicular to the axis
3Find the maximum
Rock gently — the diameter is the largest reading
✓Lock and read
The clamping screw holds the measurement
When measuring a bore internally, use the largest reading along the axis and the smallest reading across it
A long beam requires two hands: one guides the slider, the other stabilizes the beam against the workpiece. Measure heavy components on a table or support, rather than holding them in the air — hand tremor directly increases reading variation.
Accuracy of ±0.04 mm according to DIN 862 – what it means at 600 mm
Maximum permissible error, temperature, and deflection
DIN 862 permits a maximum error of ±0.04 mm for external measurements in the 401–600 mm interval. The 0.01 mm resolution remains unchanged — it is the display increment, not a guarantee of agreement with the true value. The same instrument measures shorter dimensions within lower limits: up to 100 mm, the limit is ±0.02 mm.
Workshop example — temperature at 600 mm
Steel expands by approximately 11.5 µm per meter per degree Celsius. For a 600 mm workpiece, a temperature difference of just 5°C between the workpiece and the instrument produces 11.5 × 0.6 × 5 ≈ 35 µm — almost the entire permissible error. Measure large components after temperatures have equalized.
Application limitation
Excessive pressure bends the long jaws and beam, producing a reading that may be several hundredths of a millimeter too low. Apply light, even pressure; for tolerances below 0.05 mm, measure large dimensions with an outside micrometer or a bore gauge.
Digital caliper with a range of 600 mm replaces a rule and counting scale marks with one clear readout. The ZERO function at any position turns it into a comparator: measure a reference, zero the instrument, and read the deviations of subsequent workpieces directly on the screen.
Caliper 600 mm – frequently asked questions
They allow measurement farther into a workpiece — for example, a shaft diameter behind a shoulder or wall thickness at a distance from the edge. The short jaws of a handheld caliper cannot reach these locations at all.
The jaw tips have a knife-edge profile that allows them to spread inside a hole or bore. Move the contact points across the bore axis and use the largest reading — this is the diameter.
DIN 862 permits ±0.04 mm in the 401–600 mm interval. In practice, temperature and measuring pressure affect the result sooner than the instrument itself — a 5°C difference over 600 mm already amounts to approximately 35 µm.
Flat in its case, with the jaws open by 1–2 mm and the clamping screw loosened. A beam supported at isolated points or placed under load can bend permanently, and no calibration can reverse this.
Reviews
No customer reviews for the moment.
Shipping
All orders are delivered by courier company GLS. For orders exceeding 369 PLN gross shipping is FREE
| Courier GLS | Przelew24 / Prepayment | 14,76 zł gross | Delivery time 1 working day |
| Courier GLS | Cash on delivery | 17,26 zł gross | Lead time 1 working day |
Recommended for you
This website uses its own and third-party cookies to improve our services and show you advertising related to your preferences by analyzing your browsing habits. To give your consent to its use, press the Accept button.
Cookie preferences
Functional cookiesTechnical
Functional cookies are strictly necessary to provide the services of the shop, as well as for its proper functioning, so it is not possible to refuse their use. They allow the user to browse through our website and use the different options or services that exist on it.
Advertising Cookies
These are cookies that collect information about the advertisements shown to users of the website. They can be anonymous, if they only collect information about the advertising spaces shown without identifying the user, or personalised, if they collect personal information about the user of the shop by a third party, for the personalisation of these advertising spaces.
Analytics cookies
Collect information about the user's browsing experience in the shop, usually anonymously, although sometimes they also allow the user to be uniquely and unequivocally identified in order to obtain reports on the user's interests in the products or services offered by the shop.