S50VB100 Welding rectifier original new ( qyt 10 )

Home S50VB100 Welding rectifier original new ( qyt 10 )

Bridge rectifier 15amp tested (qyt 10 )

Rs. 120.00

Bridge rectifier KBPC3510 original new ( qyt 10 )

Rs. 380.00

S50VB100 Welding rectifier original new ( qyt 10 )

~~Rs. 750.00~~ Rs. 699.00

The S50VB100 is a 50 Amp, 1000 Volt, single-phase bridge rectifier designed to convert alternating current (AC) to direct current (DC) for high-power applications, including welding machines. It is built for durability and efficiency in harsh industrial environments, featuring a robust, sealed, insulated enclosure and excellent thermal performance for reliable operation in...

Categories : Bridge Rectifier refurbished okay tested

S50VB100 Welding rectifier original new ( qyt 10 )

~~Rs. 750.00~~ Rs. 699.00

Description

The S50VB100 is a 50 Amp, 1000 Volt, single-phase bridge rectifier designed to convert alternating current (AC) to direct current (DC) for high-power applications, including welding machines. It is built for durability and efficiency in harsh industrial environments, featuring a robust, sealed, insulated enclosure and excellent thermal performance for reliable operation in applications requiring stable DC welding power. The "S" in S50VB100 denotes a stud-mount configuration, the "50" is the 50A current rating, the "V" represents voltage class, and "B100" indicates the 1000V blocking voltage, with datasheets available for precise technical specifications.

Key Characteristics and Features:

Function: Converts AC to DC power.
Current Rating: 50 Amps (50A).
Voltage Rating: 1000 Volts (1000V) blocking voltage.
Type: Single-phase bridge rectifier.
Design: Features vacuum + oxygen protection welding technology for enhanced durability and a glass passivation diode chip for strength.
Construction: Includes a robust, sealed, and insulated enclosure for moisture and dust resistance.
Mounting: Typically a stud-mount configuration.
Application: High-power applications like electric welding machines, requiring stable DC power.
Efficiency: High thermal conductivity for efficient heat dissipation and stable performance.