D
DC Voltage
Typical Applications
- Production
- Laboratory
- Quality Control
Calibration Availability
Available under the accredited scope where applicable.
Scope Detail
Electrical Calibration
บริการสอบเทียบเครื่องมือวัดทางไฟฟ้าสำหรับงานห้องปฏิบัติการ งานซ่อมบำรุง และระบบควบคุมกระบวนการผลิต
TISI 0261ANAB AC-3279 — applicable DC quantities only
Request Quotation →SK Calibration Laboratory
Traceable DC electrical calibration support for laboratory and maintenance applications.
Audit-ready
Traceable
Certificate support
Supported Instruments
Electrical instruments supported
Instrument families commonly submitted for electrical calibration and related measurement services.
D
DC Current
Typical Applications
- Production
- Laboratory
- Quality Control
Calibration Availability
Available under the accredited scope where applicable.
p
pH Meter Indicator - DC Voltage
Typical Applications
- Production
- Laboratory
- Quality Control
Calibration Availability
Available under the accredited scope where applicable.
D
Digital Indicators / Digital Controllers / Voltage Meters
Typical Applications
- Production
- Laboratory
- Quality Control
Calibration Availability
Available under the accredited scope where applicable.
D
Digital Indicators / Digital Controllers / Current Meters
Typical Applications
- Production
- Laboratory
- Quality Control
Calibration Availability
Available under the accredited scope where applicable.
E
Electrical Measurement of Voltage Sources
Typical Applications
- Production
- Laboratory
- Quality Control
Calibration Availability
Available under the accredited scope where applicable.
E
Electrical Measurement of Current Sources
Typical Applications
- Production
- Laboratory
- Quality Control
Calibration Availability
Available under the accredited scope where applicable.
Capability Summary
Electrical calibration capability summary
Accreditation
TISI 0261 covers the listed Temperature Indicator electrical-simulation rows. ANAB AC-3279 applies only to the DC electrical quantities specifically included in the current official accredited scope.
Measurement capability
ANAB AC-3279 electrical capability is limited to supported DC voltage and DC current quantities and depends on range, equipment type and required uncertainty.
Traceability
Calibration results are supported by traceable reference standards, controlled procedures and certificate review to support maintenance, QA and audit documentation.
Certificate
Calibration certificates are provided after completion of service to support quality systems, maintenance records and customer audit requirements.
Accredited Scope
Accredited Calibration Capability
Verified ranges and expanded measurement uncertainty from the applicable accredited scope.
Program
TISI 0261
5 verified evidence rows
Official SectionElectrical / PermanentShow 5 Evidence RowsHide Evidence Rows
Parameter / Equipment
Temperature Indicator — Resistance thermometer
- Type / Subtype
- General
- Accreditation program
- TISI 0261
- Service Location
- TISI 0261 — Permanent
1 Range Rows
RangeCMC / Expanded Uncertainty
Range
-190 °C to 500 °C
CMC / Expanded Uncertainty
0.11 °C
Evidence DetailsShowHide
- Source Row 1
- -190 °C to 500 °C / 0.11 °C
- Method
- Direct measurement with Electrical simulator
- Source Group
- Official source group
- Source Document
- TISI 0261 certificate 22-LB0022, Calibration 0261, Issue No. 03
- Source Page
- 14
- Medium / Condition
- Service Location
- TISI 0261 — Permanent
- Reference Equipment
Parameter / Equipment
Temperature Indicator — Thermocouple
- Type / Subtype
- General
- Accreditation program
- TISI 0261
- Service Location
- TISI 0261 — Permanent
4 Range Rows
RangeCMC / Expanded Uncertainty
Range
Type T: -100 °C to 400 °C
CMC / Expanded Uncertainty
0.80 °C
Range
Type K: -100 °C to 1 200 °C
CMC / Expanded Uncertainty
0.43 °C
Range
Type E: -80 °C to 780 °C
CMC / Expanded Uncertainty
0.49 °C
Range
Type J: -90 °C to 850 °C
CMC / Expanded Uncertainty
0.55 °C
Evidence DetailsShowHide
- Source Row 1
- Type T: -100 °C to 400 °C / 0.80 °C
- Method
- Direct measurement with Electrical simulator
- Source Group
- Official source group
- Source Document
- TISI 0261 certificate 22-LB0022, Calibration 0261, Issue No. 03
- Source Page
- 14
- Medium / Condition
- Service Location
- TISI 0261 — Permanent
- Reference Equipment
- Source Row 2
- Type K: -100 °C to 1 200 °C / 0.43 °C
- Method
- Direct measurement with Electrical simulator
- Source Group
- Official source group
- Source Document
- TISI 0261 certificate 22-LB0022, Calibration 0261, Issue No. 03
- Source Page
- 14
- Medium / Condition
- Service Location
- TISI 0261 — Permanent
- Reference Equipment
- Source Row 3
- Type E: -80 °C to 780 °C / 0.49 °C
- Method
- Direct measurement with Electrical simulator
- Source Group
- Official source group
- Source Document
- TISI 0261 certificate 22-LB0022, Calibration 0261, Issue No. 03
- Source Page
- 14
- Medium / Condition
- Service Location
- TISI 0261 — Permanent
- Reference Equipment
- Source Row 4
- Type J: -90 °C to 850 °C / 0.55 °C
- Method
- Direct measurement with Electrical simulator
- Source Group
- Official source group
- Source Document
- TISI 0261 certificate 22-LB0022, Calibration 0261, Issue No. 03
- Source Page
- 14
- Medium / Condition
- Service Location
- TISI 0261 — Permanent
- Reference Equipment
Program
TISI 0261 — Site
5 verified evidence rows
Official SectionElectrical / SiteShow 5 Evidence RowsHide Evidence Rows
Parameter / Equipment
Temperature Indicator — Resistance thermometer
- Type / Subtype
- General
- Accreditation program
- TISI 0261 — Site
- Service Location
- TISI 0261 — Site
1 Range Rows
RangeCMC / Expanded Uncertainty
Range
-190 °C to 500 °C
CMC / Expanded Uncertainty
0.11 °C
Evidence DetailsShowHide
- Source Row 1
- -190 °C to 500 °C / 0.11 °C
- Method
- Direct measurement with Electrical simulator
- Source Group
- Official source group
- Source Document
- TISI 0261 certificate 22-LB0022, Calibration 0261, Issue No. 03
- Source Page
- 24
- Medium / Condition
- Service Location
- TISI 0261 — Site
- Reference Equipment
Parameter / Equipment
Temperature Indicator — Thermocouple
- Type / Subtype
- General
- Accreditation program
- TISI 0261 — Site
- Service Location
- TISI 0261 — Site
4 Range Rows
RangeCMC / Expanded Uncertainty
Range
Type T: -100 °C to 400 °C
CMC / Expanded Uncertainty
0.80 °C
Range
Type K: -100 °C to 1 200 °C
CMC / Expanded Uncertainty
0.43 °C
Range
Type E: -80 °C to 780 °C
CMC / Expanded Uncertainty
0.49 °C
Range
Type J: -90 °C to 850 °C
CMC / Expanded Uncertainty
0.55 °C
Evidence DetailsShowHide
- Source Row 1
- Type T: -100 °C to 400 °C / 0.80 °C
- Method
- Direct measurement with Electrical simulator
- Source Group
- Official source group
- Source Document
- TISI 0261 certificate 22-LB0022, Calibration 0261, Issue No. 03
- Source Page
- 24
- Medium / Condition
- Service Location
- TISI 0261 — Site
- Reference Equipment
- Source Row 2
- Type K: -100 °C to 1 200 °C / 0.43 °C
- Method
- Direct measurement with Electrical simulator
- Source Group
- Official source group
- Source Document
- TISI 0261 certificate 22-LB0022, Calibration 0261, Issue No. 03
- Source Page
- 24
- Medium / Condition
- Service Location
- TISI 0261 — Site
- Reference Equipment
- Source Row 3
- Type E: -80 °C to 780 °C / 0.49 °C
- Method
- Direct measurement with Electrical simulator
- Source Group
- Official source group
- Source Document
- TISI 0261 certificate 22-LB0022, Calibration 0261, Issue No. 03
- Source Page
- 24
- Medium / Condition
- Service Location
- TISI 0261 — Site
- Reference Equipment
- Source Row 4
- Type J: -90 °C to 850 °C / 0.55 °C
- Method
- Direct measurement with Electrical simulator
- Source Group
- Official source group
- Source Document
- TISI 0261 certificate 22-LB0022, Calibration 0261, Issue No. 03
- Source Page
- 24
- Medium / Condition
- Service Location
- TISI 0261 — Site
- Reference Equipment
Program
ANAB AC-3279
24 verified evidence rows
Official SectionElectrical – DC/Low FrequencyShow 24 Evidence RowsHide Evidence Rows
Parameter / Equipment
pH Meter Indicator - DC Voltage
- Type / Subtype
- General
- Accreditation program
- ANAB AC-3279
- Service Location
- On-site available
1 Range Rows
RangeCMC / Expanded Uncertainty
Range
(-414.12 to 414.12) mV
CMC / Expanded Uncertainty
0.17 mV
Evidence DetailsShowHide
- Source Row 1
- (-414.12 to 414.12) mV / 0.17 mV
- Method
- SK-WI-02 by comparison with Multifunction Calibrator
- Source Group
- pH Meter Indicator - DC Voltage
- Source Document
- ANAB AC-3279 scope version 004, last updated 26 January 2026
- Source Page
- 2
- Medium / Condition
- Service Location
- On-site available
- Reference Equipment
Parameter / Equipment
DC Voltage – Digital Indicators / Digital Controllers / Voltage Meters
- Type / Subtype
- General
- Accreditation program
- ANAB AC-3279
- Service Location
- On-site available
5 Range Rows
RangeCMC / Expanded Uncertainty
Range
(-0.15 to 0.15) V
CMC / Expanded Uncertainty
0.001 V
Range
(>0.15 to 1.5) V
CMC / Expanded Uncertainty
0.001 2 V
Range
(>1.5 to 5) V
CMC / Expanded Uncertainty
0.002 V
Range
(>5 to 10) V
CMC / Expanded Uncertainty
0.003 V
Range
(>10 to 15) V
CMC / Expanded Uncertainty
0.003 7 V
Evidence DetailsShowHide
- Source Row 1
- (-0.15 to 0.15) V / 0.001 V
- Method
- SK-WI-023 by comparison with Multifunction Calibrator
- Source Group
- DC Voltage – Digital Indicators/Digital Controllers/Voltage Meters
- Source Document
- ANAB AC-3279 scope version 004, last updated 26 January 2026
- Source Page
- 2
- Medium / Condition
- Service Location
- On-site available
- Reference Equipment
- Source Row 2
- (>0.15 to 1.5) V / 0.001 2 V
- Method
- SK-WI-023 by comparison with Multifunction Calibrator
- Source Group
- DC Voltage – Digital Indicators/Digital Controllers/Voltage Meters
- Source Document
- ANAB AC-3279 scope version 004, last updated 26 January 2026
- Source Page
- 2
- Medium / Condition
- Service Location
- On-site available
- Reference Equipment
- Source Row 3
- (>1.5 to 5) V / 0.002 V
- Method
- SK-WI-023 by comparison with Multifunction Calibrator
- Source Group
- DC Voltage – Digital Indicators/Digital Controllers/Voltage Meters
- Source Document
- ANAB AC-3279 scope version 004, last updated 26 January 2026
- Source Page
- 2
- Medium / Condition
- Service Location
- On-site available
- Reference Equipment
- Source Row 4
- (>5 to 10) V / 0.003 V
- Method
- SK-WI-023 by comparison with Multifunction Calibrator
- Source Group
- DC Voltage – Digital Indicators/Digital Controllers/Voltage Meters
- Source Document
- ANAB AC-3279 scope version 004, last updated 26 January 2026
- Source Page
- 2
- Medium / Condition
- Service Location
- On-site available
- Reference Equipment
- Source Row 5
- (>10 to 15) V / 0.003 7 V
- Method
- SK-WI-023 by comparison with Multifunction Calibrator
- Source Group
- DC Voltage – Digital Indicators/Digital Controllers/Voltage Meters
- Source Document
- ANAB AC-3279 scope version 004, last updated 26 January 2026
- Source Page
- 2
- Medium / Condition
- Service Location
- On-site available
- Reference Equipment
Parameter / Equipment
DC Current – Digital Indicators / Digital Controllers / Current Meters
- Type / Subtype
- General
- Accreditation program
- ANAB AC-3279
- Service Location
- On-site available
5 Range Rows
RangeCMC / Expanded Uncertainty
Range
Up to 4 mA
CMC / Expanded Uncertainty
0.003 mA
Range
(>4 to 8) mA
CMC / Expanded Uncertainty
0.003 5 mA
Range
(>8 to 12) mA
CMC / Expanded Uncertainty
0.004 mA
Range
(>12 to 16) mA
CMC / Expanded Uncertainty
0.004 5 mA
Range
(>16 to 20) mA
CMC / Expanded Uncertainty
0.005 2 mA
Evidence DetailsShowHide
- Source Row 1
- Up to 4 mA / 0.003 mA
- Method
- SK-WI-023 by comparison with Multifunction Calibrator
- Source Group
- DC Current – Digital Indicators/Digital Controllers/Current Meters
- Source Document
- ANAB AC-3279 scope version 004, last updated 26 January 2026
- Source Page
- 2
- Medium / Condition
- Service Location
- On-site available
- Reference Equipment
- Source Row 2
- (>4 to 8) mA / 0.003 5 mA
- Method
- SK-WI-023 by comparison with Multifunction Calibrator
- Source Group
- DC Current – Digital Indicators/Digital Controllers/Current Meters
- Source Document
- ANAB AC-3279 scope version 004, last updated 26 January 2026
- Source Page
- 2
- Medium / Condition
- Service Location
- On-site available
- Reference Equipment
- Source Row 3
- (>8 to 12) mA / 0.004 mA
- Method
- SK-WI-023 by comparison with Multifunction Calibrator
- Source Group
- DC Current – Digital Indicators/Digital Controllers/Current Meters
- Source Document
- ANAB AC-3279 scope version 004, last updated 26 January 2026
- Source Page
- 2
- Medium / Condition
- Service Location
- On-site available
- Reference Equipment
- Source Row 4
- (>12 to 16) mA / 0.004 5 mA
- Method
- SK-WI-023 by comparison with Multifunction Calibrator
- Source Group
- DC Current – Digital Indicators/Digital Controllers/Current Meters
- Source Document
- ANAB AC-3279 scope version 004, last updated 26 January 2026
- Source Page
- 2
- Medium / Condition
- Service Location
- On-site available
- Reference Equipment
- Source Row 5
- (>16 to 20) mA / 0.005 2 mA
- Method
- SK-WI-023 by comparison with Multifunction Calibrator
- Source Group
- DC Current – Digital Indicators/Digital Controllers/Current Meters
- Source Document
- ANAB AC-3279 scope version 004, last updated 26 January 2026
- Source Page
- 2
- Medium / Condition
- Service Location
- On-site available
- Reference Equipment
Parameter / Equipment
DC Voltage – Electrical Measurement of Voltage Sources
- Type / Subtype
- General
- Accreditation program
- ANAB AC-3279
- Service Location
- On-site available
8 Range Rows
RangeCMC / Expanded Uncertainty
Range
(-0.3 to 0.3) V
CMC / Expanded Uncertainty
0.001 9 V
Range
(>0.3 to 2) V
CMC / Expanded Uncertainty
0.002 2 V
Range
(>2 to 4) V
CMC / Expanded Uncertainty
0.002 6 V
Range
(>4 to 6) V
CMC / Expanded Uncertainty
0.003 V
Range
(>6 to 8) V
CMC / Expanded Uncertainty
0.003 2 V
Range
(>8 to 10) V
CMC / Expanded Uncertainty
0.003 6 V
Range
(>10 to 20) V
CMC / Expanded Uncertainty
0.005 3 V
Range
(>20 to 30) V
CMC / Expanded Uncertainty
0.007 1 V
Evidence DetailsShowHide
- Source Row 1
- (-0.3 to 0.3) V / 0.001 9 V
- Method
- SK-WI-024 by measurement with Multimeter
- Source Group
- DC Voltage – Electrical Measurement of Voltage Sources
- Source Document
- ANAB AC-3279 scope version 004, last updated 26 January 2026
- Source Page
- 3
- Medium / Condition
- Service Location
- On-site available
- Reference Equipment
- Source Row 2
- (>0.3 to 2) V / 0.002 2 V
- Method
- SK-WI-024 by measurement with Multimeter
- Source Group
- DC Voltage – Electrical Measurement of Voltage Sources
- Source Document
- ANAB AC-3279 scope version 004, last updated 26 January 2026
- Source Page
- 3
- Medium / Condition
- Service Location
- On-site available
- Reference Equipment
- Source Row 3
- (>2 to 4) V / 0.002 6 V
- Method
- SK-WI-024 by measurement with Multimeter
- Source Group
- DC Voltage – Electrical Measurement of Voltage Sources
- Source Document
- ANAB AC-3279 scope version 004, last updated 26 January 2026
- Source Page
- 3
- Medium / Condition
- Service Location
- On-site available
- Reference Equipment
- Source Row 4
- (>4 to 6) V / 0.003 V
- Method
- SK-WI-024 by measurement with Multimeter
- Source Group
- DC Voltage – Electrical Measurement of Voltage Sources
- Source Document
- ANAB AC-3279 scope version 004, last updated 26 January 2026
- Source Page
- 3
- Medium / Condition
- Service Location
- On-site available
- Reference Equipment
- Source Row 5
- (>6 to 8) V / 0.003 2 V
- Method
- SK-WI-024 by measurement with Multimeter
- Source Group
- DC Voltage – Electrical Measurement of Voltage Sources
- Source Document
- ANAB AC-3279 scope version 004, last updated 26 January 2026
- Source Page
- 3
- Medium / Condition
- Service Location
- On-site available
- Reference Equipment
- Source Row 6
- (>8 to 10) V / 0.003 6 V
- Method
- SK-WI-024 by measurement with Multimeter
- Source Group
- DC Voltage – Electrical Measurement of Voltage Sources
- Source Document
- ANAB AC-3279 scope version 004, last updated 26 January 2026
- Source Page
- 3
- Medium / Condition
- Service Location
- On-site available
- Reference Equipment
- Source Row 7
- (>10 to 20) V / 0.005 3 V
- Method
- SK-WI-024 by measurement with Multimeter
- Source Group
- DC Voltage – Electrical Measurement of Voltage Sources
- Source Document
- ANAB AC-3279 scope version 004, last updated 26 January 2026
- Source Page
- 3
- Medium / Condition
- Service Location
- On-site available
- Reference Equipment
- Source Row 8
- (>20 to 30) V / 0.007 1 V
- Method
- SK-WI-024 by measurement with Multimeter
- Source Group
- DC Voltage – Electrical Measurement of Voltage Sources
- Source Document
- ANAB AC-3279 scope version 004, last updated 26 January 2026
- Source Page
- 3
- Medium / Condition
- Service Location
- On-site available
- Reference Equipment
Parameter / Equipment
DC Current – Electrical Measurement of Current Sources
- Type / Subtype
- General
- Accreditation program
- ANAB AC-3279
- Service Location
- On-site available
5 Range Rows
RangeCMC / Expanded Uncertainty
Range
Up to 4 mA
CMC / Expanded Uncertainty
0.003 4 mA
Range
(>4 to 8) mA
CMC / Expanded Uncertainty
0.004 mA
Range
(>8 to 12) mA
CMC / Expanded Uncertainty
0.004 5 mA
Range
(>12 to 16) mA
CMC / Expanded Uncertainty
0.005 2 mA
Range
(>16 to 20) mA
CMC / Expanded Uncertainty
0.005 8 mA
Evidence DetailsShowHide
- Source Row 1
- Up to 4 mA / 0.003 4 mA
- Method
- SK-WI-024 by measurement with Multimeter
- Source Group
- DC Current – Electrical Measurement of Current Sources
- Source Document
- ANAB AC-3279 scope version 004, last updated 26 January 2026
- Source Page
- 3
- Medium / Condition
- Service Location
- On-site available
- Reference Equipment
- Source Row 2
- (>4 to 8) mA / 0.004 mA
- Method
- SK-WI-024 by measurement with Multimeter
- Source Group
- DC Current – Electrical Measurement of Current Sources
- Source Document
- ANAB AC-3279 scope version 004, last updated 26 January 2026
- Source Page
- 3
- Medium / Condition
- Service Location
- On-site available
- Reference Equipment
- Source Row 3
- (>8 to 12) mA / 0.004 5 mA
- Method
- SK-WI-024 by measurement with Multimeter
- Source Group
- DC Current – Electrical Measurement of Current Sources
- Source Document
- ANAB AC-3279 scope version 004, last updated 26 January 2026
- Source Page
- 3
- Medium / Condition
- Service Location
- On-site available
- Reference Equipment
- Source Row 4
- (>12 to 16) mA / 0.005 2 mA
- Method
- SK-WI-024 by measurement with Multimeter
- Source Group
- DC Current – Electrical Measurement of Current Sources
- Source Document
- ANAB AC-3279 scope version 004, last updated 26 January 2026
- Source Page
- 3
- Medium / Condition
- Service Location
- On-site available
- Reference Equipment
- Source Row 5
- (>16 to 20) mA / 0.005 8 mA
- Method
- SK-WI-024 by measurement with Multimeter
- Source Group
- DC Current – Electrical Measurement of Current Sources
- Source Document
- ANAB AC-3279 scope version 004, last updated 26 January 2026
- Source Page
- 3
- Medium / Condition
- Service Location
- On-site available
- Reference Equipment
On-site calibration is available for this parameter. Actual on-site measurement uncertainty may be greater than the CMC shown in the accredited scope.
Calibration Process
From quotation request to delivery
Request
Quotation
Receive Instrument
Calibration
Quality Review
Certificate
Delivery
FAQ
Calibration Questions
Which electrical instruments can SK calibrate?+
Typical instruments include DC Voltage, DC Current, pH Meter Indicator - DC Voltage, Digital Indicators / Digital Controllers / Voltage Meters, Digital Indicators / Digital Controllers / Current Meters, Electrical Measurement of Voltage Sources and other related instruments, depending on range, method and applicable scope.
Is electrical calibration accredited?+
TISI 0261 covers the listed Temperature Indicator electrical-simulation rows. ANAB AC-3279 applies only to the DC electrical quantities specifically included in the current official accredited scope.
Where can I check the exact measurement range and CMC?+
Exact ranges, calibration points and CMC values should be confirmed against the latest official accredited scope documents and reviewed against the specific instrument details.
What information is required for a quotation?+
Please provide the instrument type, brand, model, measurement range, required calibration points, quantity, service location and required completion date.
Official Accreditation
Verified governing documents
These official accreditation documents define the verified calibration capability for this service.
Status
Active
Accreditation Programs
RELATED SERVICES
Complementary calibration support
Explore related calibration capabilities commonly requested alongside this service.
TISI 0261ANAB AC-3279
Temperature Calibration
Temperature calibration for industrial sensors, indicators and controlled thermal equipment, with TISI shown as the primary scope.
- Temperature Indicator with Sensor
- Temperature Sensor - Resistance Thermometer
- Temperature Sensor - Thermocouple
ANAB AC-3279
Time & Frequency Calibration
Time and frequency calibration for timing, frequency and pulse-counting instruments represented in the ANAB scope.
- Stopwatch
- Timer
- Frequency Meter
TISI 0261ANAB AC-3279
Pressure Calibration
Pressure calibration for process, utility and level-related pressure instruments under TISI 0261 and verified ANAB AC-3279 pressure entries.
- Pressure Gauge
- Digital Pressure Gauge
- Pressure Transducer
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