CERTIFICATE of CALIBRATION

Transcription

1 Primary Laboratory within AC Electricity Danish Standards Laboratory AC and RF Quantities DPLE Partner (Danish Primary Laboratory for Electricity) Page no. Appendix 1/5 1 CERTIFICATE of CALIBRATION for accredited calibration in accordance with DS/EN ISO/IEC under the Danish accreditation scheme, DANAK This certificate provides traceability of measurement to recognised national or international standards. A Summary Test Report may be issued only when it is clearly stated that it is a Summary and only if the full report is accessible to the public, or if the Summary has been approved by Trescal A/S. Equipment Multimeter Manufacturer Fluke Model 179 Date of cal DD-MM-YYYY Equipment no. HSH01 Certificate no Serial no Trescal no Customer SAXE Hansen A/S Walgerholm 17, 3500 Værløse Calibration performed by John Salomonsen Approved by John Salomonsen Date DD-MM-YYYY Trescal A/S Mads Clausens Vej 12 Postboks 126, DK-8600 Silkeborg Tel , Fax dkcalib@trescal.com CVR-nr. DK , Bank

2 Environmental conditions Uncertainty Cert. no Page no. 2/5 23 C±2.5 C, 45% relative humidity ±20% R.H. The uncertainty is based on an estimated confidence probability of 95% (k=2), and includes the uncertainties from the reference equipment and the unit under test according to EA-4/02. Procedure The instrument has been calibrated according to Trescal procedure number 7816,based on Calibration Information for Fluke 179 True RMS Multimeters, Performance Tests. The calibration has been carried out under the environmental conditions as stated above. Equipment Reference equipment is listed on page 5. Results AC Volts. Note Range Input Reading Error Uncert. Spec. Auto mv 45 Hz mv 0.1mV ±200µV 1% + 300µV Auto V 500 Hz V -2mV ±3mV 1% + 3mV Auto V 1 khz V -40mV ±3mV 2% + 3mV Auto V 45 Hz V V ±30mV 1% + 30mV Auto V 1 khz V 0.11 V ±30mV 2% + 30mV Auto V 45 Hz V 0.0 V ±200mV 1% + 300mV Auto V 500 Hz V 0.9 V ±300mV 1% + 300mV Auto V 1 khz V 0.9 V ±300mV 2% + 300mV Auto 1000 V 45 Hz 998 V -2 V ±1V 1% + 3 V AC Volts - Frequency. Note Range Input Reading Error Uncert. Spec. Auto V Hz Hz 0.00Hz ±10mHz 0.1% + 10mHz Auto V khz khz 0.00kHz ±10Hz 0.1% + 10Hz DC Volts. Note Range Input Reading Error Uncert. Spec. Auto V V -1mV ±1mV 0.09% + 2mV Auto V V 0.0 V ±100mV 0.09% + 200mV Auto 1000 V 1000 V 0 V ±1V 0.15% + 2 V Auto V V 0 V ±1V 0.15% + 2 V DC Volts - Frequency. Note Range Input Reading Error Uncert. Spec. Auto V Hz Hz 0.00Hz ±10mHz 0.1% + 10mHz Auto V khz khz 0.00kHz ±10Hz 0.1% + 10Hz

3 Cert. no Page no. 3/5 Millivolts DC. Note Range Input Reading Error Uncert. Spec. Auto 30.0 mv 30.0 mv 0.0mV ±100µV 0.09% + 200µV Auto mv mv 0.1mV ±100µV 0.09% + 200µV Auto mv mv -0.3mV ±100µV 0.09% + 200µV Temperature, Type K. Note Range Input Reading Error Uncert. Spec. Auto mv 0.0 C 0.1 C 0.1 C ±0.1 C 1% + 1 C Auto mv C C 0.0 C ±0.1 C 1% + 1 C Auto mv C C -0.2 C ±0.1 C 1% + 1 C Ohms. Note Range Input Reading Error Uncert. Spec. Auto 19.0 Ω 19.0 Ω 0.0 Ω ±100mΩ 0.9% + 200mΩ Auto MΩ MΩ 0.02MΩ ±20kΩ 1.5% + 30kΩ Capacitance. Note Range Input Reading Error Uncert. Spec. Auto 900 nf 901 nf 1nF ±3nF 1.2% + 2nF Continuity. Note Text Check Continuity Passed. Diode. Note Range Input Reading Error Uncert. Spec. Auto V V 0mV ±1mV 1% + 2mV AC milliamps. Note Range Input Reading Error Uncert. Spec. Auto 3.00 ma 45 Hz 3.01 ma 0.01mA ±10µA 1.5% + 30µA Auto ma 1 khz ma 0.02mA ±60µA 1.5% + 30µA Auto ma 1 khz ma -0.1mA ±600µA 1.5% + 300µA

4 Cert. no Page no. 4/5 AC Amps. Note Range Input Reading Error Uncert. Spec. Auto A 45 Hz A 2mA ±4mA 1.5% + 3mA Auto 9.00 A 1 khz 9.01 A 0.01 A ±30mA 1.5% + 30mA DC milliamps. Note Range Input Reading Error Uncert. Spec. Auto 3.00 ma 3.01 ma 0.01mA ±10µA 1% + 30µA Auto ma ma -0.01mA ±10µA 1% + 30µA Auto ma ma 0.1mA ±200µA 1% + 300µA DC Amps. Note Range Input Reading Error Uncert. Spec. Auto A A 0mA ±3mA 1% + 3mA Auto A A 0.00 A ±10mA 1% + 30mA

5 Cert. no Page no. 5/5 REFERENCE EQUIPMENT USED FOR CALIBRATION Trescal Id Reference Equipment Cal.due Fluke, Calibrator, 5520 A jul Trescal, Thermocouple, Type K aug Danbridge, Decade Capacitance Box, DK 4 S jan-2017 DANAK (Danish Accreditation) The Danish Accreditation and Metrology Fund - DANAK - is managing the Danish accreditation scheme based on a contract with the Danish Safety Technology Authority under the Danish Ministry of Economics and Business Affairs who is responsible for the legislation on accreditation in Denmark. The fundamental criteria for accreditation of calibration laboratories are described in DS/EN ISO/IEC General requirements for the competence of testing and calibration laboratories. DANAK uses guidance documents to clarify the requirements in the standards, where this is considered to be necessary. These will mainly be drawn up by the European co-operation for Accreditation (EA) or the International Laboratory Accreditation Co-operation (ILAC) with a view to obtaining uniform criteria for accreditation worldwide. In addition DANAK issues regulations with requirements for accreditation deriving from requirements in DS/EN ISO/IEC and national statutory orders on accreditation, (for details see http//

6 APPENDIX Page no. 1/1 CERTIFICATE OF COMPLIANCE Equipment Multimeter Manufacturer Fluke Model Equipment no. 179 HSH01 Date of Cal. Cert. no DD-MM-YYYY Serial no Trescal no OWNERS SIGN. DATE All measured values are (The measured value is) within the stated requirements for compliance, according to the explanation below, with the given specifications. P!!! F NE + Spec. Nom.Value Spec. For instruments, that have a specification, the measured values are evaluated as follows Passed (not marked) All (All other) measurement results are within the specification when added the measurement uncertainty Compliance.!) The measurement result is within the specification, but it is outside when added the measurement uncertainty Compliance cannot be decided.!!) The measurement result is outside the specification, but it is inside when added the measurement uncertainty Compliance cannot be decided. Failed (F) Evaluation not possible (NE) The measurement result added the measurement uncertainty is outside the specification No Compliance. The measured value is inside (outside) the specification, but the uncertainty is larger than or equal to the specification. Therefore a statement about compliance is not possible. A confidence level of 95% is used for calculation of measurement uncertainty. Trescal A/S Mads Clausens Vej 12 Postboks 126, DK-8600 Silkeborg Tel , Fax dkcalib@trescal.com CVR-nr. DK , Bank