Siemens HF362NX Non-Metallic Safety Switch

Technical Specification

Features:
  • Make: Siemens
  • Model code: HF362NX
  • Type: Fusible
  • Rated current: 60 A
  • No. of Phases: 3
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Additional info:

Has fiberglass reinforced polyester enclosure, which is extremely resistant to a wide range of corrosive atmospheres that can be encountered in waste-water treatment plants and certain other industrial applications The fiberglass-reinforced enclosure allows a wide range of operating temperatures and is supplied with a continuous memory retaining gasket for a superior seal against entry of water, dust and other contaminants Load break rated Suitable for use as service equipment Quick-make, quick-break mechanism Visible blade construction Padlock-off handle feature UL-Listed

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Make Siemens
Manufacturer Siemens
Category Motors and Electrical Equipment>Safety Switches and Disconnects
Model code HF362NX
Type Fusible
Rated current 60 A
No. of Phases 3
Power rating 7-1/2 ~ 50 HP
Rated Voltage 600 V AC
Nema type 4X
No. of Poles 3
No. of wires 4

Product description

The Siemens Type VBII Safety Switch is engineered to meet the rigorous demands of commercial and industrial environments. With input from contractors, it features a robust design that ensures reliable, hassle-free operation. Its visible blade construction enhances safety by providing a clear visual indication of the switch position, while the easy-to-grip, red handle ensures quick action even in high-stress situations.

Key Features

  • Visible blade design for clear switch status
  • Available in 30-1200 amp ratings, supporting both AC and DC voltages
  • Quick-make, quick-break mechanism for enhanced operational reliability
  • Provisions for UL Class T, R, J, L, and H fuses
  • 200% optional neutrals available for 100-600 amps
  • Heavy duty switches constructed with all-copper current-carrying parts

Ideal Use Cases

The Siemens VBII Safety Switch is particularly suited for environments requiring robust switching capabilities such as manufacturing plants, steel mills, and mining operations. Its design withstands exposure to harsh conditions including dust, metal particles, and coolants, ensuring reliable performance across diverse settings.

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