BULLDOG; GOULD; SIEMENS
V7A3211 w/ Mounting Kit - 30Amp Panelboard Switch
V7A3211 w/ Mounting Kit - 30Amp Panelboard Switch
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V7A3211 w/ Mounting Kit - 30Amp Panelboard Switch
The Siemens V7A3211 is a high-quality, 3-phase, 3-pole panelboard switch designed for reliable power distribution in commercial and industrial applications. Rated for 30 amperes and 250 volts AC, this fusible twin unit ensures dependable circuit protection and seamless integration with Siemens Vacu-Break series panelboards and switchgear distribution systems. Its bolt-in configuration streamlines installation while enhancing stability and durability in demanding environments.
Key Features and Benefits
- Robust Design: Engineered for 3-phase applications with a 3-pole configuration and 30A capacity.
- Fusible Twin Unit: Supports Class RK1 and RK5 fuses for enhanced circuit safety and flexibility.
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Bolt-In Installation with Mounting Kit: Simplifies installation with a secure, precise fit in Siemens Vacu-Break panelboards.
- Versatility: Designed to integrate seamlessly into Siemens Vacu-Break panelboards and switchgear systems.
Technical Specifications
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Amperes: 30A
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Voltage Rating: 250V AC
- Poles: 3
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Type: V7A Bolt-In Panelboard Switch
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Fuse Compatibility: Accepts Class RK1 and RK5 fuses
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Dimensions: 17.00 x 2.50 x 6.75 inches
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Enclosure Rating: NEMA 1 (Indoor Use)
- Mounting Kit: Included
Material Compliance and Certifications
- The Siemens V7A3211 complies with UL standards for panelboard switches, ensuring safety and performance in electrical installations. Its durable construction and high-quality materials make it a dependable choice for long-term use.
Suitability
- This panelboard switch is ideal for commercial and industrial power distribution systems requiring reliable circuit protection and safe operation. The bolt-in configuration and compatibility with Siemens Vacu-Break systems make it a preferred choice for facility managers and electrical professionals.
Choose the Siemens V7A3211 for dependable and efficient circuit protection in demanding electrical environments.
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