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Calibration Connect HistoryEstablished in 2004, Calibration Connect is an International Accreditation New Zealand (IANZ) accredited laboratory providing calibration and associated services from its facility located in Christchurch, New Zealand. Calibration Connect is also an authorised Norbar service provider. |
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Privacy PolicyBy using the site, you agree to the collection and use of information in accordance with the Privacy Policy. Please read the full privacy policy carefully. |
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Terms & ConditionsBy using this site, you agree to accept the full Terms and Conditions which form a legal contract between you and Calibration Connect Ltd. Please read the full Terms and Conditions carefully. |
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Accredited lab, what does this mean?Being accredited means Calibration Connect conforms to set standards as described by the accreditation body IANZ and assures compliance with the required rules and regulations of IANZ and ISO 17025:2018. ISO 17025:2018 is the international standard that specifies the general requirements for the competence of labs to carry out calibrations. It helps ensure that all accredited organisations are performing services at a level that meets or exceeds the needs of end users (i.e. you the customer). For all customers, it gives confidence that work performed by an accredited lab is reliable and of high quality. |
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Why choose Calibration Connect for my calibration needs?Calibration Connect will manage the calibration for you. If Calibration Connect can not complete the calibration in-house, we will contact our specialist providers to find someone who can. Calibration of equipment through the specialist provider will typically cost you no more than if you had gone direct because of the discount agreement between the provider and Calibration Connect. |
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17025:2018NZS/ISO/IEC 17025:2018 covers the "General Requirements for the Competence of Testing and Calibration Laboratories". NZS/ISO/IEC 17025:2018 assures the customer that: procedures used, and results issued, by a laboratory are technically valid; an effective quality system is in use; and staff are competent. |
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ACAlternating Current |
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AccuracyThe closeness of an indication or reading of equipment to the actual value of the quantity being measured. A typical accuracy statement may combine a % of reading, % of range, n * digits, etc. |
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Ambient TemperatureThe average or mean temperature of the surrounding air which comes in contact with the equipment and instruments under test. |
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AmpereThe unit of measure (A) used to define the rate of flow of electricity (current) in a circuit (one coulomb (6.25 x 108 electronics) per second). Also know as an Amp. |
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ANSIAmerican National Standards Institute |
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APLACAsia Pacific Laboratory Accreditation Cooperation |
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AS/NZS 3760In-service Safety Inspection and Testing of Electrical Equipment is a joint Australia and New Zealand Standard. This standard specifies in-service safety inspection and testing protocols and criteria that satisfy the OSH obligations of employers and employees, and provides a cost effective approach to safety without jepoardising the safety of personnel or involving excessive equipment downtime. |
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BandwidthThe frequency range between frequency points at which the signal is attenuated by 3 dB. |
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BMCBest Measurement Capabilities |
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CalibrationA set of operations, under specified environmental conditions, that establish the relationship between measured values of the equipment under test and the corresponding values of the reference standards or materials. |
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ConductanceThe measure of the ability of a material or solution to carry an electrical current. Unit of measure is the Siemens (S). |
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Confidence IntervalThe range of values that encompases the standard uncertainty multiplied by the coverage factor. In the formula below, ± ks represents the confidence interval. value = m ± ks value = value of the measurement |
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Coverage FactorA numerical factor k is used as a multiplier of the combined standard uncertainty in order to obtain an expanded uncertainty. In general, the value of the coverage factor k is chosen on the basis of the desired level of confidence to be associated with a measurement. With a normal distribution, k=2 giving a level of confidence of approximately 95 % that the measured value m is within ± ks of the value. value = m ± ks value = value of the measurement |
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CurrentThe rate of flow of electricity. The unit of measure is the ampere (A). |
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DCDirect Current |
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DecibelThe decibel (dB) is a logarithmic unit used to describe a ratio of power, voltage, etc. |
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DigitA measure of the display span of a meter. By convention, a full digit can assume any value from 0 through 9, a 1⁄2-digit will display a 1 and overload at 2, a 3⁄4-digit will display digits up to 3 and overload at 4, etc. For example, a meter with a display span of ±399 counts is said to be a "2 and 3⁄4 digit" meter. |
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DUTDevice Under Test |
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