Constant potential DC

Constant potential DC, Total:68 items.

The international standard classification for "Constant potential DC" includes: Wastes , Measurement of electrical and magnetic quantities , Electrical and electronic testing , Electricity. Magnetism. Electrical and magnetic measurements .

The Chinese standard classification for "Constant potential DC" includes: Environmental protection equipment , AC/DC electrical instrument recording instrument , Electromagnetic Measurement .

Professional Standard - Machinery

JB/T 8611-1997 DC potentiometer
JB/T 11074-2011 HVDC current source power supply for electrostatic precipitator
JB/T 11074-2023 Power frequency current source HVDC power supply for electrostatic precipitator

General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China

GB/T 3927-2008 Direct-current potentiometers
GB/T 3927-1983 Direct-current potentiometers

National Metrological Verification Regulations of the People's Republic of China

JJG 505-2004 Verification Regulation of D.C.Comparator potentiometers
JJG 123-2004 Verification Regulation of D.C. potentiometers

Group Standards of the People's Republic of China

T/SAS 0022-2023 Marine potentiostat

Gosstandart of Russia

GOST 18986.3-1973 Semiconductor diodes. Method of measuring of direct forward voltage and direct forward current
GOST IEC 60523-2014 Direct-current potentiometers

United States Navy

NAVY QPL-7780-QPD-2011 Starter, Electric, Constant Current, DC
NAVY QPL-7780-QPD-2010 Starter, Electric, Constant Current, DC
NAVY MIL-S-7780 B (3)-1960 STARTERS; ELECTRIC, CONSTANT CURRENT, DC
NAVY MIL-S-7780 B NOTICE 1-1996 STARTERS; ELECTRIC, CONSTANT CURRENT, DC
NAVY MIL-S-7780 B-1956 STARTERS; ELECTRIC, CONSTANT CURRENT, DC

U.S. Military Regulations and Norms

ARMY MIL-W-45992 A VALID NOTICE 1-1992 WELDING MACHINE, ARC, DIRECT CURRENT(DC), CONSTANT CURRENT(CC), CONSTANT VOLTAGE(CV), 350 AMPERE, DIESEL ENGINE DRIVEN (DED), BASE
ARMY MIL-W-45992 A-1986 WELDING MACHINE, ARC, DIRECT CURRENT(DC), CONSTANT CURRENT(CC), CONSTANT VOLTAGE(CV), 350 AMPERE, DIESEL ENGINE DRIVEN (DED), BASE
ARMY MIL-W-45992 A NOTICE 2-1998 WELDING MACHINE, ARC, DIRECT CURRENT(DC), CONSTANT CURRENT(CC), CONSTANT VOLTAGE(CV), 350 AMPERE, DIESEL ENGINE DRIVEN (DED), BASE

Defense Logistics Agency

DLA MIL-DTL-2726/22 B VALID NOTICE 1-2013 Receptacle, Outlet, Electrical, Welding, 200 - Ampere, Direct Current, Constant Potential (Symbol No. 770.2)
DLA A-A-59148-1998 WELDING MACHINE, ARC, AC/DC INVERTER, CONSTANT CURRENT
DLA A-A-59148 VALID NOTICE 1-2002 WELDING MACHINE, ARC, AC/DC INVERTER, CONSTANT CURRENT
DLA A-A-59454 VALID NOTICE 1-2006 WELDING MACHINES, ARC, AC/DC, GENERATOR, CONSTANT CURRENT, INTERNAL COMBUSTION ENGINE DRIVEN
DLA A-A-59397 VALID NOTICE 1-2006 WELDING MACHINES, ARC, DC, GENERATOR, CONSTANT CURRENT, INTERNAL COMBUSTION ENGINE DRIVEN
DLA MIL-W-80134 A-1975 WELDING MACHINES, ARC, DC TRANSFORMER-RECTIFIER, CONSTANT CURRENT, RESISTOR CONTROLLED

Military Standards (MIL-STD)

MIL MIL-S-7780B-1956 STARTER, ELECTRIC, CONSTANT CURRENT, DC (SUPERSEDING MIL-S-7780A)
MIL MIL-W-80191B-1987 WELDING MACHINE, ARC, DC, TRANSFORMER-RECTIFIER, CONSTANT VOLTAGE, CONSTANT CURRENT (SUPERSEDING MIL-W-80191A) (NO S/S DOCUMENT)
MIL MIL-W-80165B-1988 WELDING MACHINE, ARC,DC, GENERATOR, CONSTANT CURRENT, CONSTANT VOLTAGE, INTERNAL COMBUSTION ENGINE DRIVEN (SUPERSEDING MIL-W-80165A) (NO S/S DOCUMENT)
MIL MIL-W-45992A-1986 WELDING MACHINE, ARC, DIRECT CURRENT (DC), CONSTANT CURRENT (CC), CONSTANT VOLTAGE (CV), 350 AMPERE, DIESEL ENGINE DRIVEN (DED), BASE MOUNTED (SUPERSEDING MIL-W-45992)

Danish Standards Foundation

DS/EN 60523:1996 Direct-current potentiometers
DS/EN 60523/A2:1998 Direct-current potentiometers

Spanish Association for Standardization (UNE)

UNE-EN 60523/A2:1999 DIRECT-CURRENT POTENTIOMETERS
UNE-EN 60523:1996 DIRECT-CURRENT POTENTIOMETERS.

Korean Agency for Technology and Standards (KATS)

KS C IEC 60523-2023 Direct-current potentiometers
KS C IEC 60523-2013(2023) Direct-current potentiometers
KS C IEC 60523-2013(2018) Direct-current potentiometers
KS C IEC 60523:2013 Direct-current potentiometers

GCC Standardization Organization

GSO IEC 60523:2002 Direct-current potentiometers

Association Francaise de Normalisation

NF EN 60523:1993 Potentiomètres à courant continu
NF EN 60523/A2:1998 Potentiomètres à courant continu
NF C42-163/A2*NF EN 60523/A2:1998 Direct-current potentiometers
NF C42-163*NF EN 60523:1993 Direct-current potentiometers.

The Directorate General of Specifications and Metrology (DGSM)

OS GSO IEC 60523:2002 Direct-current potentiometers

Magyar Szabványügyi Testület

MSZ KGST 2416-1977 DC potentiometer

BE-NBN

NBN-EN 60523-1994 Direct-current potentiometers

British Standards Institution (BSI)

BS EN 60523:1993 Direct-current potentiometers
BS EN 60523:1980 Direct-current potentiometers

German Institute for Standardization

DIN EN 60523:1994 Direct-current potentiometers (IEC 60523:1975 + A1:1979 + Corrigendum 1980); German version EN 60523:1993
DIN EN 60524/A2:1999 Direct-current resistive volt ratio boxes; Amendment A2 (IEC 60524:1975/A2:1997); German version EN 60524:1993/A2:1997

European Committee for Standardization (CEN)

HD 613 S1-1992 Direct-current potentiometers (IEC 523:1975 + A1:1979 + corrigendum 1980)
prEN 60523-1992 Direct-current potentiometers (IEC 523:1975 + A1:1979)

International Electrotechnical Commission (IEC)

IEC 60523:1975 Direct-current potentiometers
IEC 60523/AMD1/COR1:1980 Direct-current potentiometers
IEC 60523/COR1:1980 Direct-current potentiometers (Edition 1.0)
IEC 60523:1975/AMD2:1997 Amendment 2 - Direct-current potentiometers
IEC 60523:1975/AMD1:1979 Amendment 1 - Direct-current potentiometers

IN-BIS

IS 1765-1980 DC Potentiometer Specifications

American Society for Testing and Materials (ASTM)

ASTM G192-08(2014) Standard Test Method for Determining the Crevice Repassivation Potential of Corrosion-Resistant Alloys Using a Potentiodynamic-Galvanostatic-Potentiostatic Technique
ASTM G192-08 Standard Test Method for Determining the Crevice Repassivation Potential of Corrosion-Resistant Alloys Using a Potentiodynamic-Galvanostatic-Potentiostatic Technique