Close
Cart
You have no items in your shopping cart.
Filters

20A Switch Mode Voltage Reducer

The REDARC 20A Switch Mode Reducer provides a 12V nominal output from a 24V source at 20 amps continuous rating.
SKU: SMF20
$497.89 (AUD)
Product Files

The compact SMF series supplies 13.7V (+/-5%) from a 24V negative ground automotive electrical system. It is suitable for lamps, small motors, computer and communications equipment, fridges, pumps, TV’s and electronic loads to a maximum of 10, 20, 30, 40 or 60 AMPS continuous rating depending on the unit. The reducers are ideally suited to applications that require a low noise output and are designed to operate sensitive radio and communication equipment.

Features

  • Compact in size and easy to install
  • In built current limiting
  • Ignition controlled output
  • Wide input voltage range
  • High Efficiency

The compact SMF series supplies 13.7V (+/-5%) from a 24V negative ground automotive electrical system. It is suitable for lamps, small motors, computer and communications equipment, fridges, pumps, TV’s and electronic loads to a maximum of 10, 20, 30, 40 or 60 AMPS continuous rating depending on the unit. The reducers are ideally suited to applications that require a low noise output and are designed to operate sensitive radio and communication equipment.

Features

  • Compact in size and easy to install
  • In built current limiting
  • Ignition controlled output
  • Wide input voltage range
  • High Efficiency
Products specifications
Input (Operating) Voltage 16 - 33VDC
Output System Voltage 13.7V
Output Current Rating (Cont.) 20A
Input Fuse Rating 15A
Warranty 2 Years
Length (mm) 160
Width (mm) 135
Height (mm) 50
Weight (kg) 0.9

Click here to see a standard wiring guide on the Switch Mode Reducers.

Write your own review
  • Bad
  • Excellent
Products specifications
Input (Operating) Voltage 16 - 33VDC
Output System Voltage 13.7V
Output Current Rating (Cont.) 20A
Input Fuse Rating 15A
Warranty 2 Years
Length (mm) 160
Width (mm) 135
Height (mm) 50
Weight (kg) 0.9