|
 The newest
additions to Troemner’s portfolio of calibration services
are a variety of electrical calibrations, plus time and frequency
calibrations. All electrical calibrations are ISO/IEC
17025 compliant and include DC Voltage, DC Current, AC
Voltage, AC Current, DC Resistance, Capacitance, and AC/DC
Power. Troemner can calibrate most equipment that produces
measurements for the above disciplines as well as most multimeters.
In addition, Troemner can calibrate most oscilloscopes. Electrical
calibrations cover the measurement disciplines found in most
multimeters and oscilloscopes.
Electrical, Time and Frequency Calibration Services QuickLINKS:
> Facility and Environment
> Equipment
> Processes
> Electrical Calibration Service Request for Quote/Order Form
> Calibration Devices - Alphabetical List
> Calibration Devices Listed by Service
Ranges and uncertainties are found in the table below.
Troemner
also provides Time and Frequency Calibrations for the following
devices: timers, stopwatches, frequency/timer counters and
synthesizers.
Accuracy for Time and Frequency Calibrations: 4 x 10-11 Hz
Facility
and Environment
Troemner’s
Electrical and Frequency Calibration Laboratory meets ISO
17025 guidelines. Environmental conditions in the laboratory
are strictly monitored and controlled.
Equipment
Troemner’s
Electrical and Frequency Calibration Laboratory is outfitted
with the latest state-of-the-art equipment. Equipment includes
multi function calibrators for electrical measurements and
frequency calibrators using the latest technology in frequency
calibrations for time and frequency measurements.
Processes
Troemner
can tailor a calibration for your Electrical or Time/Frequency
devices if our standard service does not meet your needs.
NIST
Calibration Certificates for Electrical, Time and Frequency
Calibrations (view sample of electrical certificate) –
a detailed multi-page ISO/IEC 17025 compliant calibration
certificate traceable to NIST
that contains the following data: "As Found", "As
Left" readings, standards used, uncertainty of measurements,
tolerance of device being calibrated, and environmental conditions.
|
