Siemens DTNF361 Double Throw Switch

Technical Specification

Features:
  • Make: Siemens
  • Model code: DTNF361
  • Type: Non-Fusible
  • Rated current: 30 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 DTNF361
Type Non-Fusible
Rated current 30 A
Rated Voltage 600 V AC or 250 V DC
Nema type 1
No. of Poles 3

Product description

Siemens DTNF361 Safety Switch

The Siemens DTNF361 is a robust and reliable heavy-duty safety switch, designed to handle demanding industrial environments. This non-fusible switch is approved for use in systems with a capacity to deliver up to 200,000 RMS symmetrical amperes of fault current, ensuring uninterrupted service even in high-energy applications.

Key Features

  • Heavy-duty Design: Built for applications where durability, continuity of service, and minimal maintenance are crucial.
  • Voltage Capability: Suitable for use in systems with a maximum of 600V AC or DC, making it versatile for various electrical setups.
  • Safety and Security: Features a padlockable cover latch and handle, along with a dual cover interlock that prevents the switch from being turned "ON" when the door is open and vice-versa.
  • Comprehensive Compliance: Meets NEMA KS-1-2001 standards, ensuring compliance with industry safety and performance benchmarks.
  • Flexible Mounting Options: Equipped with top keyhole and bottom mounting holes for easy installation and secure placement.

Ideal Use Cases

The Siemens DTNF361 switch is ideal for heavy-duty applications like manufacturing plants, commercial buildings, and institutions, where high fault currents are encountered. Its robust design and safety features make it suitable for transformers with higher capacities or network systems.

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