Diode Withstand Voltage Tester, Knob Adjustment 120?2700V 660mAh Battery Voltage Capability Tester for Testing MOS Tube Triode (Blue Display)

Imported from USA | Ships in 10 working days

5% instant discount on non COD

1

₹ 5600/-

The price at cart2india.com is inclusive of custom duties, GST, freight forwarding and other charges.

Free Shipping across India. Powered by BlueDart

Product Information


Specification
Brand : Pomya
BulletPoint1 : DIGITAL PANEL: The withstand voltage tester has a digital display panel, which is clear and intuitive, and can be used in daytime, nighttime, or other dim environments.
BulletPoint2 : BUILT IN BATTERY: The voltage capability tester has a built in 660mAh large capacity rechargeable lithium battery, can be charged in a timely manner through the Type C interface.
BulletPoint3 : EASY OPERATION: The withstand voltage tester has a compact structure, with knob adjustment, convenient operation, and has a wide range of applications.
BulletPoint4 : WIDE APPLICATION: Widely used to test the maximum voltage capacity of MOS, triode, IGBT and diode, voltage verification of capacitor and Varistor, LED backlight and lamp board test, etc.
BulletPoint5 : CURRENT SCALE: When testing MOS tube, transistor, and diode, adjust the current to the minimum scale of 0.22mA, when testing the LED backlight board, adjust it to the maximum of 3.8mAh.
Color : Blue
ConnectorGender : Male-to-Female
ExternallyAssignedProductIdentifier : 6942343600940
IncludedComponents : No
IndoorOutdoorUsage1 : outdoor
IndoorOutdoorUsage2 : indoor
ItemName : Diode Withstand Voltage Tester, Knob Adjustment 120‑2700V 660mAh Battery Voltage Capability Tester for Testing MOS Tube Triode (Blue Display)
ItemPackageDimensions_Height : 4 centimeters
ItemPackageDimensions_Length : 16 centimeters
ItemPackageDimensions_Width : 11 centimeters
ItemPackageQuantity : 1
ItemShape : Round
ItemTypeKeyword : clamp-meters
Manufacturer : Pomya
Material : Metal
Material1 : Stainless Steel
Material2 : Glass
MeasurementType : Ammeter
MeasurementType1 : Ammeter
MeasurementType2 : Voltmeter
MinimumOperatingVoltage : 4.5 volts_of_direct_current
ModelName : Pomya5q2paev0id-12
ModelNumber : Pomya5q2paev0id-12
NumberOfItems : 1
PartNumber : Pomya5q2paev0id-12
PowerSourceType : Corded Electric
ProductDescription : 1. CURRENT SCALE: When testing MOS tube, transistor, and diode, adjust the current to the minimum scale of 0.22mA, when testing the LED backlight board, adjust it to the maximum of 3.8mAh.
2. EASY OPERATION: The withstand voltage tester has a compact structure, with knob adjustment, convenient operation, and has a wide range of applications.
3. WIDE APPLICATION: Widely used to test the maximum voltage capacity of MOS, triode, IGBT and diode, voltage verification of capacitor and Varistor, LED backlight and lamp board test, etc.
4. BUILT IN BATTERY: The voltage capability tester has a built in 660mAh large capacity rechargeable lithium battery, can be charged in a timely manner through the Type C interface.
5. DIGITAL PANEL: The withstand voltage tester has a digital display panel, which is clear and intuitive, and can be used in daytime, nighttime, or other dim environments.

Specification:
Item Type: Withstand Voltage Tester
Material: ABS
Output Voltage: 120V-2700V
Output Current: 0.2-3.8mA
Battery: 1 x 660mAh 3.7V Rechargeable Lithium Battery (built in battery)
Charging Interface: Type C

How to Use:
Knob Adjustment.

PackageList:
1 x Withstand Voltage Tester

ProductSiteLaunchDate : 2024-03-15T10:21:55.799Z
Size : Blue Display
Style : Blue Display
SupplierDeclaredDgHzRegulation : not_applicable
SupplierDeclaredDgHzRegulation1 : not_applicable
SupplierDeclaredDgHzRegulation2 : not_applicable
SupplierDeclaredDgHzRegulation3 : not_applicable
SupplierDeclaredDgHzRegulation4 : not_applicable
SupplierDeclaredDgHzRegulation5 : not_applicable
UnitCount : 1
UnspscCode : 41113600

Questions & Answers

Have a question? Ask experts

?
No question found

Ratings & Review

Rating Breakdown (average)

5*
0
4*
0
3*
0
2*
0
1*
0

No reviews found.

Have an opinion on this page? Let's hear it.