UsageGauge Block Comparator for comparative measurement- calibration of gauge blocks by comparison method with high resolution two mutually opposed aligned probes connected in sum measurement (A+B). Method complying to ISO 3650.
Equipment MaterialsRigid Cast-iron stand to ensure high thermal stable comparator structure.
Power230V and 110V Volt (v)
MaterialRigid Cast-iron stand to ensure high thermal stable comparator structure.
Gauge Block Comparator for comparative measurement- calibration of gauge blocks by comparison method with high resolution two mutually opposed aligned probes connected in sum measurement (A+B). Method complying to ISO 3650.
Rigid Cast-iron stand to ensure high thermal stable comparator structure.
Rigid Cast-iron stand to ensure high thermal stable comparator structure.
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Gauge Block Measuring Machine GBC-170 Trade Information
Letter of Credit (L/C) Letter of Credit at Sight (Sight L/C) Telegraphic Transfer (T/T) Cheque Cash Advance (CA)
Wooden Packaging
All India
Product Description
Rigid cast-iron stand to ensure high thermally stable comparator structure.
Gentle, precise and extremely smooth operation carriage fixture due to slide ways, which are impervious to dirt.
Comparator table support consisting of hardened circular guide pins, provides line contact to ensure smooth movement of gauge blocks on comparator table.
Accurate positioning of gauge blocks with specially designed templates facilitating single point (central length) / five point (central length + parallelism) measurements.
Electro-pneumatic lifting of both top and bottom probes minimises thermal errors due to untouched operation.
Very effective protection from heat due to an acrylic glass screen works as heat protection shield.
Correction for measuring force. Correction of differing thermal expansion. (Differential expansion coefficients + differential temperature)
Automatic computation of mean value of number of repeat measurement cycles in software based measurement program. No zero setting required, since the set value is automatically related to the nominal value of the respective reference gauge block.