6972 Laurelhurst Drive
Huntington Beach, CA 92647
(657) 329-0133
contact@ets.vet

Calibration

Calibration Laboratory management and commercial calibration/repair, Escarcega Technology Services, Inc., has developed a low cost and effective management style that understands how to direct a proficient and productive laboratory environment, while maintaining the highest quality product and program. With this experience comes the knowledge that Escarcega Technology Services, Inc., will make the success of this mission our number one priority. Commercial contracts with local vendors for the calibration of test equipment evidences our commitment, integrity and professionalism of work delivered to our customers.


Solution

Acoustical quantities such as microphones, sound level meters, artificial mastoids, and noise dosimeters.


Chemical quantities such as pH meters and conductivity meters.


Dimensional quantities including length measurements such as laser wavelength, length gages, line scales and distances, length measuring instruments, diameter, form error, roughness, thread quantities, coordinate measuring machines, machine tools and work pieces, as well as angle measurements such as angle gages, index tables, clinometers, particle counters, micrometers, and calipers.


Electrical quantities including DC/Low Frequency quantities such as voltage, current, voltage ratio, AC/DC transfer (voltage and current), power, energy, resistance, capacitance, inductance, dissipation factor, high voltage quantities, and high voltage impulse quantities as well as RF/Microwave (> 13 MHz) quantities such as impedance (reflection coefficient), power, attenuation, noise, and electric/magnetic field quantities.


Fluid qantities such as gas and liquid flow rate, volume of flowing gases or liquids, velocity of gases, viscosity, mass, volume, and density of gases or liquids.


Ionizing radiation and radioactivity quantities including radiometric quantities, dosimetric quantities, radioprotection quantities, and activity of radioactive sources.


Magnetic quantities such as magnetic flux density and magnetic material properties.


Mechanical quantities such as force, mass, and weight. Pressure and vacuum quantities, torque, acceleration, vibration, and hardness.


Optical quantities such as quantities of optical radiation, photometric quantities, and optical system properties.


Thermodynamic quantities including resistance thermometry, thermocouples, RTDs, pyrometers, environmental chambers, liquid-in-glass thermometers, radiation thermometers, and humidity measuring instruments such as psychrometers and hygrometers.


Time and Frequency quantities including time interval, frequency, rise time, and phase angle, as well as, rubidium, cesium, GPS, quartz oscillators, and atomic clocks.


The test equipment by nomenclature as they apply to the general categories by discipline listed are:


RF:Spectrum analyzers, signal generators, function generators, frequency synthesizers, pulse generators, electronic frequency counters, microwave frequency counters, power meters, power sensors, power splitters, calibration kits, network analyzers, signal analyzers, variable and fixed attenuators, low pass filters, high pass filters, band pass filters, waveguides, and TWTs.


DC/Lo:Oscilloscopes, digital multimeters, true RMS voltmeters, data acquisition units, calibrators, multifunction calibrators, oscilloscope calibrators, current clamps, shunts, voltage dividers, DC power supplies, AC power supplies (single and three phase), capacitance, resistance, inductance, distortion analyzers, impedance, reflection, and noise.


Escarcega Technology Services technicians and management through a combined effort hold expertise in the repair and calibration of a diverse spectrum of equipment to include the aforementioned test equipment listings and major categories; notwithstanding the diverse spectrum of manufacturers and model numbers for same type equipment which are too numerous to list.


Escarcega Technology Services holds accreditation to ISO/IEC 17025:2017 standards and performs measurement uncertainty in accordance with ISO/IEC 17025:2017. The units of the International system of units (SI) and those units recognized for use with the SI are used to express the measurement values of quantities.