Siemens DTNF366 Double Throw Switch

Technical Specification

Features:
  • Make: Siemens
  • Model code: DTNF366
  • Type: Non-Fusible
  • Rated current: 600 A
  • Rated Voltage: 600 V AC or 250 V DC
Additional info:

Intended to transfer loads from one power source to another Suitable for use as service equipment Rated for use on systems with an available fault current of up to 10,000 AIC when protected with Class H fuses or either 100,000 or 200,000 AIC when protected with Class R, J or Class T fuses Dual cover interlock Padlockable cover latch and multiple OFF padlock provisions on handle Load break rated UL Listed Indoor

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Make Siemens
Manufacturer Siemens
Category Motors and Electrical Equipment>Safety Switches and Disconnects
Model code DTNF366
Type Non-Fusible
Rated current 600 A
Rated Voltage 600 V AC or 250 V DC
Nema type 1
No. of Poles 3

Product description

Siemens DTNF366 Safety Switch

The Siemens DTNF366 is a robust and efficient heavy-duty, non-fusible safety switch designed to meet the demanding safety and performance requirements of commercial, institutional, and large-scale industrial environments. Rated for 600 volts AC or DC with a maximum current capacity of 600 amperes, this switch guarantees reliable power distribution and disconnection. Its rugged construction and ease of maintenance make it an outstanding choice for facilities with potentially high fault currents.

Key Features

  • Voltage and Current Rating: 600V AC/DC, 600A
  • Construction: Heavy-duty design for demanding environments
  • Enclosure: Durable enclosure that is ideal for commercial and industrial applications
  • Performance: Ensures reliable performance, even in the presence of high fault currents
  • Standards: Rated for use as service equipment
  • Safety: Equipped with dual cover interlocks and padlocking provisions for enhanced security

Ideal Use Cases

This safety switch is highly suited for manufacturing plants, mass production industries, and other large-building applications with network systems or higher-capacity transformers. Its capability to handle significant fault currents makes it a reliable choice for environments where continuity of service and safety are crucial.

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