Siemens DTF364 Double Throw Switch

Technical Specification

Features:
  • Make: Siemens
  • Model code: DTF364
  • Type: Fusible
  • Rated current: 200 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

Read more
Make Siemens
Manufacturer Siemens
Category Motors and Electrical Equipment>Safety Switches and Disconnects
Model code DTF364
Type Fusible
Rated current 200 A
Rated Voltage 600 V AC or 250 V DC
Nema type 1
No. of Poles 3

Product description

Siemens DTF364 Heavy Duty Safety Switch

The Siemens DTF364 model is a heavy duty safety switch designed to ensure reliable power transfer in various industrial applications. This robust switch is ideal for settings where continuous service and high performance are paramount. Engineered with rugged construction guidelines, it is suitable for usage in environments where available fault currents surpass 10,000A, making it a reliable choice for manufacturing plants, mass production industries, and large commercial facilities.

Key Features

  • High Current Capacity: Handles fault currents up to 200,000 RMS symmetrical amperes when equipped with the appropriate Class R, J, or T fuses.
  • Quick-Make, Quick-Break Action: Ensures reliable operation and minimal arc exposure, enhancing longevity.
  • Flexible Fuse Options: Supports multiple UL class fuses including Class R, J, or T, offering enhanced versatility and protection.
  • Service Entrance Rated: Suitable for use as service equipment and conforms to UL and NEMA standards, ensuring compliance and safety.

Ideal Use Cases

The Siemens DTF364 is perfect for high-demand environments, including large manufacturing plants, institutional buildings, and commercial settings with network systems that require efficient load transfer capabilities. Its high withstand rating allows it to perform reliably in systems where fault currents are significantly high, ensuring operational integrity under challenging conditions.

vfd