V7E3233R w/ Mounting Kit - 100Amp Panelboard Switch

V7E3233R w/ Mounting Kit - 100Amp Panelboard Switch

The Siemens V7E3233R Circuit Breaker is a high-performance, fusible twin unit designed for reliable electrical distribution and fault protection in industrial and commercial applications. Engineered with precision, this bolt-in panelboard switch supports a robust 3-pole, 100-ampere configuration at 250 volts AC. Its compact and durable design, along with the mounting kit, makes it the perfect choice for demanding applications.

Key Features and Benefits

• High Interrupting Capacity: Provides dependable circuit protection against short circuits and overloads, delivering peace of mind for system operators.
• Fusible Twin Unit Design: Compatible with Class RK1 and RK5 fuses for customizable system protection and enhanced efficiency.
• Bolt-In Type Panelboard Switch: Designed for seamless installation and secure operation within SB1, SB2, and similar switchboard systems.
• Durable Build: Constructed to meet demanding operational environments while maintaining long-term reliability.

Technical Specifications

• Voltage Rating: 250 VAC
  
• Amperage Rating: 100 A
  
• Frequency Rating: 60 Hz
  
• Poles: 3
  
• Horsepower Rating: 15 hp
  
• Dimensions: 7.50"H x 18.00"W x 6.75"D
  
• Fuse Compatibility: Class RK1 & RK5 fuses
  
• Type: V7E, fusible twin unit
  
• Mounting Kit: Included for quick and secure installation

Material Compliance and Certifications

• Compliance Standards: Meets UL 98 safety and performance requirements.
• Material Composition: Built with premium-grade materials designed for industrial-grade durability and safety.

Suitability

• The Siemens V7E3233R is ideal for a wide range of applications, including panelboards and switchboards such as SB1 and SB2, where reliability and robust performance are critical. This unit is well-suited for environments requiring compact, bolt-in panelboard switches with fusible circuit protection.
  

Choose the Siemens V7E3233R for superior reliability, safety, and efficiency in demanding electrical systems.