QUICK LINKS

العربية
العربية
0 - 0

Directory Details

Precision Quality Certification Services

Initial Accreditation Date:Apr 30 , 2026

Contacts Info

Address

United Arab Emirates

Email

calibration@pqcs.ae

Phone No.

undefined

Mobile No.

undefined

Main Field

Calibration Laboratories

Valid Since:Apr 30 , 2026

Measured Quantity / Calibration Instrument Calibration Method Range and Specification Expanded Measurement Location Status
Temperature Humidity
  • Direct Reading Thermometers, Digital Thermometers, Temperature Indicators / Data Loggers with Sensor, Transmitters, Chart recorders
  • Comparison method using Digital Thermometer with Sensor(4 wire RTD)Calibration Procedure PQCS-T-001
  • -40 °C to 100 °C
0.25 °CActive
  • >100 °C to 400°C
0.45 °CActive
  • Comparison method using standard Thermocouple Type S with indicator (MFC).Calibration Procedure PQCS-T-001
  • >400 °C to 650 °C
2.8 °CActive
  • >650 °C to 1000 °C
3.5 °CActive
  • >1000 °C to 1200 °C
4.0 °CActive
  • Chillers, Freezers, Refrigerators, Incubators, Climate Chambers
  • Comparison method using type K Thermocouple sensors with Multi Channel indicators at Measuring Locations spanning the useful volume of the chamber. In House Method PQCS-T-004 based on DKD R 5-7 Method A or B.
  • -35 °C to 100 °C
1.5 °CActive
  • Measuring location in Chillers, Freezers, Refrigerators, Incubators, Climate Chambers
  • "Comparison method at single location using standard RTD or Thermocouple K Type sensor with indicator. Calibration Procedure PQCS-T-005 based on DKD R 5-7 Method C."
1.5 °CActive
  • Ovens, Autoclaves, Hot Cabinets, Warmers, Hot Boxes
  • "Comparison method using type K Thermocouple sensors with Multi Channel indicators at Measuring Locations spanning the useful volume of the chamber. In House Method PQCS-T-004 based on DKD R 5-7 Method A or B."
  • 25 °C to 200 °C
1.9 °CActive
  • Measuring location in Ovens, Autoclaves, Hot Cabinets, Warmers, Hot Boxes
  • "Comparison method at single location using standard RTD or Thermocouple K Type sensor with indicator. Calibration Procedure PQCS-T-005 based on DKD R 5-7 Method C."
1.9 °CActive
  • Infrared Thermometers, Thermal Imagers
  • "Comparison method using Standard IR Calibrator. Calibration Procedure PQCS-T-008 "
  • 50 °C to 500 °C
3.0 °CActive
  • Thermo-Hygrometers, Relative Humidity Digital/Analog Meters, Relative Humidity Sensors With Indicator/Transmitters, Relative Humidity Data Loggers
  • "Comparison method at (25±5°C) using Standard Thermohygrometer. Calibration Procedure PQCS-T-010 "
  • 10 °C to 50 °C
0.29 °CActive
  • 20 %RH to 90 %RH
1.75 %RHActive
Pressure
  • Gauge Pressure Pneumatic Analogue and digital pressure gauges
  • According to PQCS-P-0001 based on DKD-R 6-1(2014)
  • '-95 kPa to 0 kPa
1 kPaActive
  • 0 MPa to 2 MPa
1 kPaActive
  • Gauge Pressure Hydraulic Analogue and digital pressure gauges
  • 0 MPa to 20 MPa
22 kPaActive
  • > 20 MPa to 70 MPa
28 kPaActive
Electrical
  • "Electrical Source Mode Insulation Resistance Voltage (50 V to 5 kV)"
  • "Electrical Source Mode Insulation Resistance Voltage (50 V to 5 kV)"
  • 5 MΩ
4.6%.IRActive
  • 10 MΩ
4.6%.IRActive
  • 100 MΩ
4.6%.IRActive
  • 200 MΩ
4.6%.IRActive
  • 500 MΩ
4.6%.IRActive
  • 1 GΩ
9.8%.IRActive
  • 10 GΩ
9.8%.IRActive
  • 100 GΩ
9.8%.IRActive
  • 500 GΩ
9.8%.IRActive
  • 1000 GΩ
9.8%.IRActive
  • "Thermocouple Simulation Type B"
  • Direct Method Calibration Procedure # PQCS-E-010
  • 450°C to 1800°C
1.2°CActive
  • "Thermocouple Simulation Type E"
  • -200°C to 1000°C
0.94°CActive
  • "Thermocouple Simulation Type J"
  • -200°C to 1200°C
1.1°CActive
  • "Thermocouple Simulation Type K"
  • -200°C to 1340°C
1.0°CActive
  • "Thermocouple Simulation Type N"
  • -200°C to -1300°C
0.94°CActive
  • "Thermocouple Simulation ype R"
  • 0°C to 1750°C
1.2°CActive
  • "Thermocouple Simulation Type S"
1.2°CActive
  • "Thermocouple Simulation Type T"
  • -200°C to 400°C
0.93°CActive
  • "ThermocoupleMeasurement Simulation Type B"
  • 450°C to 1800°C
1.3°CActive
  • "ThermocoupleMeasurement Simulation Type E"
  • -200°C to 1000°C
1.1°CActive
  • "ThermocoupleMeasurement Simulation Type J"
  • -200°C to 1200°C
1.0°CActive
  • "ThermocoupleMeasurement Simulation Type K"
  • -200°C to 1340°C
1.1°CActive
  • "ThermocoupleMeasurement Simulation Type N"
  • -200°C to -1300°C
1.1°CActive
  • "ThermocoupleMeasurement Simulation Type R"
  • 0°C to 1750°C
1.4°CActive
  • "ThermocoupleMeasurement Simulation Type S"
1.3°CActive
  • "ThermocoupleMeasurement Simulation Type T"
  • -200°C to 400°C
1.5°CActive
  • "Temperature Measurement RTD Simulation PT 385,100Ω"
  • "Direct Method Calibration Procedure # PQCS-E-010 "
  • -200 °C to 300°C
0.76°CActive
  • >300°C to 800°C
0.80°CActive
  • "Temperature RTD Simulation PT 385,100Ω"
  • -200 °C to 800°C
0.75°CActive
  • "Electrical Source Mode DC Voltage"
  • "Calibration Procedure # PQCS-E-003 U = Measured Voltage Value "
  • 1 mV to 1000 V
0.15%.UActive
  • "Electrical Source Mode (45Hz to 1000Hz) AC Voltage"
  • "Calibration Procedure # PQCS-E-003 U = Measured Voltage Value"
0.35%.UActive
  • "Electrical Source Mode DC Current"
  • "Calibration Procedure # PQCS-E-004 Using X100 Turn Current Coil I = Measured Current Value"
  • X 100 Turn Coil - 10 A to 500 A
1.1%.IActive
  • X 100 Turn Coil - 500 A to 1000 A
0.83%.IActive
  • "Electrical Source Mode (45Hz To 1 kHz) AC Current"
  • "Direct Method Calibration Procedure # PQCS-E-003 I = Measured Current Value"
  • 1mA to 10 A
1.3%.IActive
  • "Electrical Source Mode AC Current"
  • "Direct Method Calibration Procedure # PQCS-E-004 Using X100 Turn Current Coil I = Measured Current Value"
  • 10 A to 500 A - 45 Hz to 65 Hz
0.85% .IActive
  • > 500 A to 1000 A - 45 Hz to 65 Hz
0.8% .IActive
  • "Electrical Source Mode Resistance"
  • "Direct Method Calibration Procedure # PQCS-E-003 "
  • 1 Ω to 1000 MΩ
2.00%Active
  • "Electrical Source Mode Capacitance"
  • Direct Method Calibration Procedure # PQCS-E-003
  • 1 nF to 100 µF
1.2%Active
Services
Location
Newsroom
Contact Us