Home ยป Shop ยป Contactors ยป Siemens 3RT2016-1AK61 3-Pole 120V 9A Contactor with 1 N/O Aux Contact

Siemens 3RT2016-1AK61 3-Pole 120V 9A Contactor with 1 N/O Aux Contact

Original price was: $69.56.Current price is: $48.49.

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48 in stock

SKU: 3RT2016-1AK61 Category:

The Siemens 3RT2016-1AK61 is a compact, high-performance IEC motor contactor engineered for dependable switching in HVAC systems, commercial building automation, and light industrial motor control applications. Featuring a 3-pole design with a 120V AC coil and a 9-amp continuous current rating, this contactor delivers consistent, low-maintenance performance in demanding environments.

Key Features
  • 3-pole main contact configuration for three-phase and single-phase motor loads
  • 120V AC coil voltage for compatibility with standard North American control circuits
  • 9-amp (AC-3) rated operational current for motor switching applications
  • Integrated 1 N/O (normally open) auxiliary contact for control circuit interlocking and status signaling
  • Compact DIN rail or panel-mount design for space-efficient installation
  • Siemens SIRIUS modular system compatibility for easy expansion with add-on auxiliary contact blocks
  • Finger-safe terminal design for enhanced installer safety
  • Suitable for AC-3 and AC-1 utilization categories
Specifications
  • SKU / Part Number: 3RT2016-1AK61
  • Brand: Siemens
  • Poles: 3
  • Coil Voltage: 120V AC
  • Rated Operational Current (AC-3): 9A
  • Auxiliary Contacts: 1 N/O (normally open)
  • Series: SIRIUS 3RT2
  • Mounting: DIN rail or screw panel mount
Applications
  • HVAC compressor and fan motor control
  • Commercial and industrial motor starters
  • Building automation and control panels
  • Pump and blower switching circuits
  • Lighting and heating load switching

The Siemens SIRIUS 3RT2016-1AK61 is a trusted solution for contractors and engineers who demand reliable, code-compliant motor control in a compact footprint. Its integrated auxiliary contact simplifies wiring for interlock and feedback circuits, reducing panel complexity and installation time.