The add-on module enables efficient calibration of standard and special gauge blocs. Fully integrated with the KSPUMA system, it supports all steps of calibration from reference definition to object identification, measurement, storage and documentation. The supplementary module can also run on its own - without other KSPUMA programs. The generated results are compatible with PMREADER.
Features and characteristics
:
- Scope of application :
Standards: bloc gauges to DIN 861, EN ISO 3650 or company standard
Accuracies : (00), 0, 1, 2, K and others
Materials : steel, carbide, ceramics and others
Length ranges
: 0.5 - 100 mm and> 100 to 1000 mm - predefined standard series : 32, 46, 87, 111, 121 - parts,
if necessary correctable and supplementable - up to 20 special series (each up to 20 parts) can be stored
- Length sorting (optional)
- 4 standard reference sets (each with 121 parts) can be stored
- 4 special reference sets (up to 20 pieces each) can be stored
- automatic assignment of traceability
- 4 independent buffers for partial processing
- Measuring method: optionally 1, 3 or 5 touch points
- Measuring resolution: 1/100 μm
- automatic determination of the closest reference dimension (important when using long-stroke buttons!)
- Data source: measuring machine, manual input or demo (virtual measuring machine)
- Interface parameters can be selected and saved independently of the KSPUMA standard setting (for parallel operation of differing
measuring devices) - Automatic zero point correction / reference setting does not have to be exactly zeroed (simplified operation, time saved !)
- Automatic evaluation of the characteristic values
- Startup test options: with, without and without specification
- with or without individual identification numbers (individual identification numbers)
- Short catalog for attributive assessments "bloc gauges" (if required also call of the KSPUMA general catalog for attributive assessment
possible) - complete storage and documentation of all measurements
- Transponder and matrix support