تفاصيل جهة الإعتماد

Abhath Weights and Measuring Laboratory

Initial Accreditation Date:Sep 22 , 2013

معلومات الاتصال

العنوان

Dubai, United Arab Emirates

صندوق بريد / الرمز البريدي

48402

البريد الإلكتروني

nf@abhathuae.com

الموقع الإلكتروني

www.abhathuae.com

المجال الرئيسي

Calibration Laboratories

ساري منذ:Oct 06 , 2025

تحميل الشهادة

Measured Quantity / Calibration Instrument	Calibration Method	Range and Specification	Expanded Measurement	Location	Status
Balance & Scale
Top loading weighing scale					Active
Temperature
Liquid in Glass Thermometer	Comparison Method by using Digital Temperature Indicator with Standard RTD Procedure WI/ABHATH-T04	10 °C to 100 °C	0.15 °C	Laboratory	Active
Direct reading thermometers, temperature gauges, dial thermometers, with a resistance or a thermocouple sensor	Comparison Method by using Standard RTD with Digital Temperature Indicator Procedure WI/ABHATH-T04	10 °C to 420 °C	0.35 °C	Permanent Laboratory & Customer Premises	Active
	Comparison Method by using Standard Thermocouple with Digital Temperature Indicator Procedure WI/ABHATH-T11	420 °C to 600 °C	4.9 °C	Permanent Laboratory & Customer Premises	Active
Dry block temperature Calibrator	Comparison Method by using Standard RTD or Standard Thermocouple with Digital Temperature Indicator Procedure WI/ABHATH-T06	10 °C to 420 °C	0.26 °C	Permanent Laboratory & Customer Premises	Active
Dry block temperature Calibrator		420 °C to 600 °C	4.7 °C	Permanent Laboratory & Customer Premises	Active
Temperature Gauge and dial thermometers	Comparison Method by using Standard RTD with Digital Temperature Indicator Procedure WI/ABHATH-T04	10 °C to 420 °C	0.15 °C	Permanent Laboratory & Customer Premises	Active
Temperature Gauge and dial thermometers	Comparison Method by using Standard Thermocouple with Digital Temperature Indicator Procedure WI/ABHATH-T11	420 °C to 600 °C	4.9 °C	Permanent Laboratory & Customer Premises	Active
Temperature liquid bath	Multipoint comparison Method by using Standard RTD/Standard Thermocouple with Digital Temperature Indicator Procedure WI/ABHATH-T02	10 °C to 200 °C	0.88 °C	Permanent Laboratory & Customer Premises	Active
Chiller / Freezer / Refrigerator (9 point calibration)	Comparison Method by using Digital Temperature Indicator with Standard RTD Procedure WI/ABHATH-T03	25 °C to 15 °C	0.5 °C	Customer Premises	Active
Oven / Furnaces (9 point calibration)	Comparison Method by using Standard RTD or Standard Thermocouple with Digital Temperature Indicator Procedure WI/ABHATH-T03	20 °C to 200 °C	0.5 °C	Customer Premises	Active
Incubator (9 point calibration)	Comparison Method by using Digital Temperature Indicator with Standard RTD Procedure WI/ABHATH-T03	10 °C to 100 °C	0.5 °C	Customer Premises	Active
Infrared Thermometers and Thermal Imagers	Comparison Method by using infrared calibrator Procedure WI/ABHATH-T08	50 °C to 150 °C	2.9 °C	Laboratory	Active
Infrared Thermometers and Thermal Imagers		150 °C to 500 °C	4.5 °C	Laboratory	Active
Thermo-Hygrometers for relative humidity with Indicator or Transmitter; Relative humidity Data Loggers	Comparison Method with standard hygrometers using a humidity generator Air temperature: 20 °C to 30 °C Procedure WI/ABHATH-T09	20 % rH to 90 % rH	3.1 % rH	Laboratory	Active
	Comparison Method with standard hygrometers using a humidity generator Air temperature: 30 °C to 50 °C Procedure WI/ABHATH-T09	20 % rH to 90 % rH	3.5 % rH	Laboratory	Active
Thermo-Hygrometers for air temperature with Indicator or Transmitter; Air temperature Data Loggers	Comparison Method with standard thermometers in a humidity generator or climatic chamber Procedure WI/ABHATH-T09	20 °C to 50 °C	1.2 °C	Laboratory	Active
measuring point in Chiller / Freezer / Refrigerator (single point calibration)	Comparison Method by using Digital Temperature Indicator with Standard RTD Procedure WI/ABHATH-T05	-25 °C to 15 °C	0.5 °C	Customer Premises	Active
measuring point in Oven / Furnaces (single point calibration)	Comparison Method by using Standard RTD or Standard Thermocouple with Digital Temperature Indicator Procedure WI/ABHATH-T05	20 °C to 200 °C	0.65 °C	Customer Premises	Active
measuring point in Incubator (single point calibration)	Comparison Method by using Digital Temperature Indicator with Standard RTD Procedure WI/ABHATH-T05	10 °C to 100 °C	0.65 °C	Customer Premises	Active
Dish washers,Glass Washer	Comparison Method by using standard dish washer thermometer Procedure WI/ABHATH-T12	20 °C to 100 °C	0.7 °C	Customer Premises	Active
Balance
Mass/ Electronic Balance	Using F1 Class Weight WI/ABHTH-M01 in accordance to: EURAMET cg-18/4.0	Up to 35 kg	0.18 g but not less than 1 d of the balance	Customers Premises	Active
Mass/ Electronic Balance	Using M1 Class Weight WI/ABHTH-M01 in accordance to: EURAMET cg-18/4.0	> 35 kg to 1000 kg	0.19 kg	Customer Premises	Active
Electrical-Source
DC Voltage	Direct Method Using 8846 A according to Calibration Procedure WI/ABHATH-E03	100 mV to 10 V	0.14%	Laboratory	Active
		> 10 V to 100 V	0.01%	Laboratory	Active
		> 100 V to 1000 V	0.01%	Laboratory	Active
DC High Voltage	In-house Method Using 8846 A according to Calibration Procedure WI/ABHATH-E03	1 kV to 40 kV	5.80%	Laboratory	Active
AC Voltage (50 Hz to 1 kHz)	Direct Method Using 8846 A according to Calibration Procedure WI/ABHATH-E03	100 mV to 10 V	0.75%	Laboratory	Active
AC Voltage (50 Hz to 1 kHz)		> 10 V to 1000 V	1.20%	Laboratory	Active
AC Voltage(@50 Hz)	In-house Method Using 8846 A according to Calibration Procedure WI/ABHATH-E03	1 kV to 20 kV	6.90%	Laboratory	Active
DC Current	Direct Method Using 8846 A according to Calibration Procedure WI/ABHATH-E03	100 µA to 100 mA	0.59%	Laboratory	Active
		> 0.1 A to 1 A	0.49%	Laboratory	Active
		> 1 A to 10 A	0.20%	Laboratory	Active
AC Current (50 Hz to 1kHz)	Direct Method Using 8846 A according to Calibration Procedure WI/ABHATH-E03	100 µA to 100 mA	2.60%	Laboratory	Active
		> 0.1 A to 1 A	0.82%	Laboratory	Active
		> 1 A to 10 A	0.82%	Laboratory	Active
Resistance(2-Wire)	Direct Method Using 8846 A according to Calibration Procedure WI/ABHATH-E02	10Ω to 100 Ω	0.36%	Laboratory	Active
		> 100 Ω to 100 KΩ	0.15%	Laboratory	Active
		> 100 kΩ to 100 MΩ	0.94%	Laboratory	Active
		> 100 MΩ to 1 GΩ	2.48%	Laboratory	Active
Resistance(4-Wire)		10Ω to 100 Ω	0.36%	Laboratory	Active
		> 100 Ω to 100 KΩ	0.02%	Laboratory	Active
		> 100 kΩ to 10 MΩ	0.10%	Laboratory	Active
Capacitance		1nF to 100 nF	7.70%	Laboratory	Active
		> 100 nF to 100 µF	1.90%	Laboratory	Active
		> 100 μF to 100 mF	5.00%	Laboratory	Active
Temperature RTD		-200 ºC to 600 ºC	0.26%	Laboratory	Active
Frequency		> 5 Hz to 1 MHz	0.11%	Laboratory	Active
Electrical-Measuring
DC Voltage	Direct Method Using 9100/3041A according to Calibration Procedure WI/ABHATH-E01	1mV to 320 mV	0.67%	Laboratory	Active
		> 0.32 V to 32 V	0.02%	Laboratory	Active
		> 32 V to 320 V	0.03%	Laboratory	Active
		> 320 V to 1000 V	0.03%	Laboratory	Active
AC Voltage (10 Hz to 3 kHz)		10 mV to 320 mV	1.16%	Laboratory	Active
AC Voltage (10 Hz to 3 kHz)		> 0.32 V to 30 V	1.20%	Laboratory	Active
AC Voltage (40 Hz to 3 kHz)		> 30 V to 300 V	1.10%	Laboratory	Active
AC Voltage (40 Hz to 3 kHz)		> 300 V to 1000 V	1.20%	Laboratory	Active
DC Current		10 µA to 300 µA	1.9%	Laboratory	Active
		> 0.3 mA to 300 mA	0.15%	Laboratory	Active
		> 0.3 A to 3 A	0.15%	Laboratory	Active
		> 3 A to 10 A	0.15%	Laboratory	Active
	Using 10 turns & 50 turns Coil (WI/ABHATH-E05)	> 10 A to 1000 A	1.50%	Laboratory	Active
AC Current (10 Hz to 3 kHz)	Direct Method Using 9100/3041A according to Calibration Procedure WI/ABHATH-E01	10 µA to 300 µA	3.6%	Laboratory	Active
		> 0.3 mA to 300 mA	0.59%	Laboratory	Active
		> 0.3 A to 3 A	0.59%	Laboratory	Active
		> 3 A to 10 A	0.41%	Laboratory	Active
AC Current (@ 50 Hz)	Direct Method Using 9100/3041A according to Calibration Procedure WI/ABHATH-E05	> 10 A to 1000 A	0,76% 1.9%	Laboratory	Active
Resistance (2 Wire)	Direct Method Using 9100/3041A according to Calibration Procedure WI/ABHATH-E01	1 Ω to 40 Ω	1.2%	Laboratory	Active
		> 40 Ω to 400 Ω	0.08%	Laboratory	Active
		> 0.4 kΩ to 400 kΩ	0.05%	Laboratory	Active
		> 0.4 MΩ to 40 MΩ	0.08%	Laboratory	Active
		> 40 MΩ to 400 MΩ	1.00%	Laboratory	Active
Resistance (4 Wire)		1Ω to 40 Ω	1.2%	Laboratory	Active
		> 40 Ω to 400 Ω	0.08%	Laboratory	Active
		> 0.4 kΩ to 400 kΩ	0.05%	Laboratory	Active
		> 0.4 MΩ to 30 MΩ	0.60%	Laboratory	Active
Capacitance		1nF to 4nF	6.10%	Laboratory	Active
		> 4 nF to 400 nF	2.00%	Laboratory	Active
		> 0.4 μF to 40 μF	1.90%	Laboratory	Active
		> 40 μF to 400 μF	1.70%	Laboratory	Active
		> 0.4 mF to 40 mF	4.6%	Laboratory	Active
Insulation Resistance (50 V to 5 kV)	Direct Method Using 9100/3041A according to Calibration Procedure WI/ABHATH-E04 Fixed point	10 MΩ	1.30%	Laboratory	Active
		100 MΩ	1.30%	Laboratory	Active
		1 GΩ	1.2%	Laboratory	Active
		10 GΩ	1.2%	Laboratory	Active
AC Power (@ 50 Hz)	Direct Method Using 9100/3041A according to Calibration Procedure WI/ABHATH-E07 (Using 10 X and 50 X Current Coil)	10 W to to 5 kW up to 500 V up to 10 A	0.30%	Laboratory	Active
AC Power (@ 50 Hz)		> 5 kW to 350 Kw > 500 V to 700 V > 10 A to 500 A	0.60%	Laboratory	Active
Temperature Simulation RTD	Direct Method Using 9100/3041A according to Calibration Procedure WI/ABHATH-E06	-200 ºC to 800 ºC	0.44 ºC	Laboratory	Active
Temperature Simulation J-type		-200 ºC to 1200 ºC	0.50 ºC	Laboratory	Active
Temperature Simulation K-type		-200 ºC to 1300 ºC	0.51 ºC	Laboratory	Active
Frequency	Direct Method Using 9100/3041A according to Calibration Procedure WI/ABHATH-E01	> 10 Hz to 1 MHz	0.01%	Laboratory	Active
Pressure
Gas Pressure Gauge, Pressure Indicating and electrical output devices	Comparison Method by using Digital Pressure Gauge with Pneumatic comparatorWI/ABHATH-P01 in accordance to: DKD-R 6-1:2013	(- 90 kPa to 200 kPa)	1.2 kPa	Laboratory/ Customer Premises	Active
		>200 k Pa to 3.5 MPa	10 kPa	Laboratory/ Customer Premises	Active
Liquid Pressure Gauge, Pressure Indicating and electrical output devices	WI/ABHATH-P02 Based on DKD-R-6-1: 2013	Up to 6 Mpa	19 kPa	Laboratory/ Customer Premises	Active
		>6 MPa to 70 MPa	34 kPa	Laboratory/ Customer Premises	Active
		>70 MPa to 100 MPa	40 kPa	Laboratory/ Customer Premises	Active
		>100 MPa to 120 MPa	64 kPa	Laboratory/ Customer Premises	Active
	2013WI/ABHATH-P02 Based on DKD-R-6-1: 2013	Up to 70 Mpa	34 kPa	Customer Premises	Active
	2013WI/ABHATH-P02 Based on DKD-R-6-1: 2013	>70 MPa to 100 MPa	40 kPa	Customer Premises	Active

Services	Approved Amount ()	Quantity	Amount ()
Accreditation Application
Document Review
Pre - Assessment Visit
Accreditation Assessment Visit
Follow Up Visit
Surveillance Visit
Extension in scope / Special Visit
Accreditation Certificate
Accreditation Symbols
Lifting of Suspension
Accreditation Re-Assessment Visit
Outside UAE (Fees apply)

تفاصيل جهة الإعتماد

Abhath Weights and Measuring Laboratory

العنوان

صندوق بريد / الرمز البريدي

البريد الإلكتروني

الموقع الإلكتروني

Calibration Laboratories

Estimate Accreditation Fees