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INTERMATIC ET8215C Image 1

INTERMATIC ET8215C 7DAY 30 AMP 2XSPST/DPST ELE ASTRO TMSWTCH

MFR Part #: ET8215C
SKU #: 1209794
Brand: Intermatic®
UPC: 078275089761
Intermatic® ET8215C ET8000 Astronomic Electronic Timer Switch, 1 min to 6 days 23 hr 59 min Setting, 120/277 VAC, 1, 2 hp, 1NO/SPST Contact, 1 Poles
1 Year
Interior Lighting, Exterior Lighting, Electric Pumps, Electric Motor Control and Various Other Electrical Loads, Indoor, HVACR and Industrial Applications

Intermatic® Electronic Timer Switch, Astronomic, Series: ET8000, Operation Mode: 7 days, 120/277 VAC, 30 A, 1, 2 hp, 1 Pole, 1NO/SPST Contact Form, 1 min to 6 days 23 hr 59 min Time Setting, 2 s Pulse, AAA Alkaline Battery, Teeter/Wire Lead Electrical Connections, NEMA 1 Enclosure, -40 to 155 deg F, Wall Mounting, 200 mm H x 130.2 mm W x 87.3 mm D Dimensions

The ET8000 Series 7-Day Astronomic Time Switches feature independent 7-Day programming to provide flexibility for applications where load switching differs each day of the week. These time switches provide dependable and uncomplicated performance, plus to-the-minute programming for accurate load control and reduced energy costs. Up to28 ON/28 OFF (56 events) can be preset to automatically repeat. Each event can be applied to any combo of circuits and days. Each circuit is provided with an independently scheduled Astronomic ON event and Astronomic OFF event. The program can be disabled at an time by placing the time switch in the Manual operating mode. Control buttons provide manual control of each circuit independently regardless of the operating mode. All models come with two industrial-grade AAA alkaline batteries to provide time keeping and automatic carryover for a minimum of three years. The batteries are easily replaced in the field without requiring removal of the time switch mechanism or field wiring. Each time switch is housed in a lockable enclosure to protect from vandalism and unauthorized tampering.

Product Details

Intermatic® Electronic Timer Switch, Astronomic, Series: ET8000, Operation Mode: 7 days, 120/277 VAC, 30 A, 1, 2 hp, 1 Pole, 1NO/SPST Contact Form, 1 min to 6 days 23 hr 59 min Time Setting, 2 s Pulse, AAA Alkaline Battery, Teeter/Wire Lead Electrical Connections, NEMA 1 Enclosure, -40 to 155 deg F, Wall Mounting, 200 mm H x 130.2 mm W x 87.3 mm D Dimensions

The ET8000 Series 7-Day Astronomic Time Switches feature independent 7-Day programming to provide flexibility for applications where load switching differs each day of the week. These time switches provide dependable and uncomplicated performance, plus to-the-minute programming for accurate load control and reduced energy costs. Up to28 ON/28 OFF (56 events) can be preset to automatically repeat. Each event can be applied to any combo of circuits and days. Each circuit is provided with an independently scheduled Astronomic ON event and Astronomic OFF event. The program can be disabled at an time by placing the time switch in the Manual operating mode. Control buttons provide manual control of each circuit independently regardless of the operating mode. All models come with two industrial-grade AAA alkaline batteries to provide time keeping and automatic carryover for a minimum of three years. The batteries are easily replaced in the field without requiring removal of the time switch mechanism or field wiring. Each time switch is housed in a lockable enclosure to protect from vandalism and unauthorized tampering.

Attributes

Amperage Rating30 A
Battery TypeAAA Alkaline
Contact Form1NO/SPST
Dimensions200 mm H x 130.2 mm W x 87.3 mm D
Electrical ConnectionsTeeter/Wire Lead
Enclosure TypeNEMA 1
Horsepower1, 2 hp
Mounting TypeWall
Number of Poles1
Operation Mode7 days
Pulse Duration2 s
SeriesET8000
Temperature Rating-40 to 155 deg F
Time Setting1 min to 6 days 23 hr 59 min
TypeAstronomic
Voltage Rating120/277 VAC

Features

  • Selector switch to determine input voltage between 120-277 VAC
  • Up to 28 events total
  • To-the-minute accuracy
  • Temporary override or permanent manual override
  • Automatic Daylight Saving Time adjustment
  • Astronomic models enable dusk-to-dawn scheduling