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Feed system control unit for all flexible auger models. Built in time delay feature. No relay switch.
Manufacturer: Grower Select®
SKU: HS593T
$226.54
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Feed system control unit for all flexible auger models. Built in time delay feature. No relay switch.

  • 230 Volt unit
  • Includes feed drop cone (Outlet = 3.25" OD)
  • This unit does not have a relay switch
  • Adjustable time delay range: 3-300 seconds

Comparable to Chore-Time® OEM part number: 6560, 24482 & 46800 (not direct replacement)
Alternate/replacement for Hog Slat part number: HS593
*Use of manufacturer part number for reference purposes only

See replacement cone and switches in RELATED PRODUCTS below.

Note: Proper use of time-delays in fill systems eliminate the opportunity for fill system motors to short-cycle. Short-cycling a motor is any cycle that does not allow the motor to be off for a MINIMUM of 1-minute between starts. Short-cycling of a fill system motor will result in increased operational heat and cause thermal tripping followed by component failure. Testing indicates that short-cycling will result in 10x shorter motor life compared to units run with acceptable cycle rates.

Feed system control unit for all flexible auger models. Built in time delay feature. No relay switch.

  • 230 Volt unit
  • Includes feed drop cone (Outlet = 3.25" OD)
  • This unit does not have a relay switch
  • Adjustable time delay range: 3-300 seconds

Comparable to Chore-Time® OEM part number: 6560, 24482 & 46800 (not direct replacement)
Alternate/replacement for Hog Slat part number: HS593
*Use of manufacturer part number for reference purposes only

See replacement cone and switches in RELATED PRODUCTS below.

Note: Proper use of time-delays in fill systems eliminate the opportunity for fill system motors to short-cycle. Short-cycling a motor is any cycle that does not allow the motor to be off for a MINIMUM of 1-minute between starts. Short-cycling of a fill system motor will result in increased operational heat and cause thermal tripping followed by component failure. Testing indicates that short-cycling will result in 10x shorter motor life compared to units run with acceptable cycle rates.

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