Product Details | CURRENT-VOLTAGE STANDARD

6625-01-257-7534 An item designed to produce an alternating current, direct current, and electromotive force with high degree of accuracy. It serves as a standard of calibration for AMMETER(S), VOLTMETER(S), WATTMETER(S), and similar devices that require accurate voltage and/or current inputs for calibration purposes. See also VOLTAGE STANDARD. For items whose outputs are used to operate other electrical or electronic equipment, see POWER SUPPLY.

Part Alternates: PCS2B, PCS-2B, 6625-01-257-7534, 01-257-7534, 6625012577534, 012577534

Instruments and Laboratory Equipment | Electrical and Electronic Properties Measuring and Testing Instruments

Supply Group (FSG) NSN Assign. NIIN
66 23 JUN 1987 01-257-7534

Cross Reference | NSN 6625-01-257-7534

Part Number Cage Code Manufacturer
PCS-2B 12619 KROHN-HITE CORPORATION

Request a Quote

What Our Customers Say

Compare

NSNs for Compare ( up to 4 ): Add 6625-01-257-7534

Technical Data | NSN 6625-01-257-7534

Characteristic Specifications
AC VOLTAGE RATING 220.0 VOLTS NOMINAL
FREQUENCY RATING 50.0 HERTZ NOMINAL
SPECIAL FEATURES PROGRAMMABLE 10 AMPERE AC CURRENT STANDARD USED WITH MODEL 4500 VOLTAGE SOURCE; 10 TO 40 DEG C OPERATING TEMPERATURE; 5.220 IN. H; 17.000 IN. W; 15.000 IN. DEPTH

Restrictions/Controls & Freight Information | NSN 6625-01-257-7534

Category Code Description
Hazardous Material Indicator CodePThere is no information in the HMIS; however, the NSN is in an FSC in Table II of Federal Standard 313 and an MSDS may be required by the user. The requirement for an MSDS is dependent on a hazard determination of the supplier or the intended end use of the product
Demilitarization Code:ANon-Munitions List Item/ Non-Strategic List Item - Demilitarization not required.
Precious Metals Indicator Code:UPrecious metal type is unknown
Criticality Code:X The item does not have a nuclear hardened feature or any other critical feature such as tolerance, fit restriction or application.
Category Code Description
No Freight Information