[email protected] +965 6665 1231 العربية / EN
Store Delivered Cross-reference Capabilities Industries Brands About Insights FAQ Contact
Request a quote Cart Sign in Create account

Sanrex DF Series Six-Diode Isolated Three-Phase Bridge Rectifier Module, 100 A, 1600 V VRRM, DF100AA160

Mfg. Part No.: DF100AA160
Brand:
Request price
Lead time confirmed on order.

Technical overview

Built for higher-current rectifier stages, the Sanrex DF100AA160 integrates six glass-passivated power diodes in an electrically isolated three-phase full-wave bridge. This chassis-mount rectifier diode module operates as a six-pulse AC-to-DC rectifier and is also commonly described as a 3-phase bridge diode module. It is rated 100 A DC at a 102 °C case temperature and 1600 V VRRM, with 1000 A surge capability at 60 Hz, a maximum 1.2 V forward drop, 2500 V RMS isolation and M5 screw connections for durable heatsink mounting.

Key Features

  • DF-series module with six-diode three-phase bridge configuration
  • 100 A DC output rating at Tc 102 °C
  • 1600 V repetitive peak reverse voltage
  • 1000 A non-repetitive surge current at 60 Hz
  • 2500 V RMS isolation between terminals and mounting base
  • Electrically isolated base simplifies common-heatsink construction
  • M5 mounting and power terminals support secure panel installation

Applications

  • Three-phase AC-to-DC rectifier assemblies
  • AC and DC motor drive input stages
  • Automatic voltage regulator systems
  • Industrial switching power supplies
  • Machine power conversion and control panels

Specifications

Product TypeThree-Phase Bridge Rectifier Module
Output Current100 A @ Tc 102 °C
Forward Voltage Drop1.20 V Max @ 100 A
Reverse Leakage Current15 mA Max @ 1600 V
Thermal Resistance0.20 °C/W Junction-to-Case
Temperature RangeJunction -40 to +150 °C
Installation TypeM5 Screw Mount

Related products

Sign in required

Sign in to talk to the AI agent.

Conversations and uploaded files are saved to your account so the agent can recall them later.

indSpare assistant

Procurement · GCC