Honeywell Technologies Toggle Switch, Bushing Mount, On-On, SPDT, Screw Terminal, 277 V ac

Honeywell Series TL Toggle Switch, 15A Switch Contact Current, 277V AC Contact AC Voltage - 1TL1-3

This toggle switch serves as a Compact manual selector for electrical circuits in industrial and commercial control systems. It provides a two-position changeover function for routing power or control signals and is designed for panel installation in equipment where a screw-connected Interface is preferred. The unit operates across a wide ambient temperature range suitable for demanding environments.

Features and Benefits:

• SPDT contact arrangement for switching between two circuits
  Rated for 15 A enabling heavy-duty current handling
  Suitable for AC systems up to 277V for high-voltage applications
  Screw terminals for secure electrical connections
  Bushing mount simplifies panel installation and replacement
  Operates reliably from -65 °C to 71 °C for extended environmental tolerance

Applications

• Suitable for control panels in factory automation systems
  Ideal for electrical distribution switching in machinery
  Used with motor starters for manual changeover operations
  Can be used for power selection in test and measurement rigs
  Suitable for instrument panels requiring robust manual switching

What type of panel cutout is required for mounting?

The switch requires a circular panel aperture sized to 12.4mm for correct bushing fitment.

How does the actuator size affect operator interaction?

The actuator projects 17mm providing a readily accessible lever length for deliberate manual switching.

What Terminal style is provided for wiring?

External wiring is secured via screw-type terminals to ensure a positive mechanical and electrical connection.

Are there recognised safety approvals associated with this device?

The unit meets standards endorsed by UL, CSA and CE to align with common regulatory frameworks.

What mechanical configuration does the switch use during operation?

It employs an On–On mechanical operation to maintain one of two stable circuit positions when actuated.