Sparktech

Power Switching Solutions

Din Rail Static Power Switch

SPX-21D
  • Microcontroller-based Thyristorized Static Power Switching unit
  • Current Switching of 21 and 31 Ampere @ 110 V or 230 VAC.
  • Switching Time <15 mSec.
  • Digital Indications of Input Voltages and Load Current
  • Dimensions 157 x 110 x 75 mm [W X H X D]
  • Weight Approx 1.5 kg.
  • Operating Temperature 0 to 55 C.
  • Compact DIN Rail mount execution
  • Switching time less than 15mSec.
  • Heavy load switching.
  • Live power monitoring.

Static Power Switch (ATS)- 21 Ampere

SPX-21
  • Microcontroller-based Thyristorized Static Power Switching unit
  • Current Switching of 21 Ampere @ 110 V or 230 VAC.
  • Switching Time <15 mSec.
  • Digital Indications of Input Voltages and Load Current
  • Dimensions 483 x 45 x 200 mm [W x H x D]
  • Weight Approx 1.5 kg.
  • Operating Temperature 0 to 55 C.
  • Compact 1U Rack mount execution
  • Automatic Fan current sensing
  • 2 and 4 Fan models
  • Temperature monitoring and display

Static Power Switch (ATS)- 31 Ampere

SPX-31
  • Microcontroller-based Thyristorized Static Power Switching unit
  • Current Switching of 31 Ampere @ 110 V or 230 VAC.
  • Switching Time <15 mSec.
  • Digital Indications of Input Voltages and Load Current
  • Dimensions 483 x 45 x 200 mm [W x H x D]
  • Weight Approx 1.5 kg.
  • Operating Temperature 0 to 55 C.
  • Compact 1U Rack mount execution
  • Low cost monitoring of Fan status
  • Multiple Fans failure detection
  • Easy Fan disabling and enabling

Static Power Switch (ATS)- 41 Ampere

SPX-41
  • Microcontroller-based Thyristorized Static Power Switching unit
  • Current Switching of 41 Ampere @ 110 V or 230 VAC.
  • Switching Time <15 mSec.
  • Digital Indications of Input Voltages and Load Current
  • Dimensions 483 x 90 x 200 mm [W x H x D]
  • Weight Approx 1.5 kg.
  • Operating Temperature 0 to 55 C.
  • Compact 2U Rack mount execution
  • Low cost monitoring of Fan status
  • Multiple Fans failure detection
  • Easy Fan disabling and enabling
 

Static Power Switch (ATS)- 51 Ampere

SPX-51
  • Microcontroller-based Thyristorized Static Power Switching unit
  • Current Switching of 51 Ampere @ 110 V or 230 VAC.
  • Switching Time <15 mSec.
  • Digital Indications of Input Voltages and Load Current
  • Dimensions 483 x 90 x 200 mm [W x H x D]
  • Weight Approx 1.5 kg.
  • Operating Temperature 0 to 55 C.
  • Compact 2U Rack mount execution
  • Low cost monitoring of Fan status
  • Multiple Fans failure detection
  • Easy Fan disabling and enabling

Static Power Switch (ATS) -61 Ampere

SPX-61
  • Microcontroller-based Thyristorized Static Power Switching unit
  • Current Switching of 51 Ampere @ 110 V or 230 VAC.
  • Switching Time <15 mSec.
  • Digital Indications of Input Voltages and Load Current
  • Dimensions 483 x 90 x 200 mm [W x H x D]
  • Weight Approx 1.5 kg.
  • Operating Temperature 0 to 55 C.
  • Compact 2U Rack mount execution
  • Low cost monitoring of Fan status
  • Multiple Fans failure detection
  • Easy Fan disabling and enabling
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Features

  • Microcontroller based Thyristorized design ATS units
  • Load Ratings of 21, 31, 41, 51 & 61 Ampere
  • Ultra high-speed switching for seamless power transfer (<15 mS)
  • Watchdog for mains power feeders
  • Automatic recovery after power failure
  • Configurable load current and voltage
  • Relay changeover on input power switching
  • RFI and EMI filters provided
  • Industrial grade Aluminum profile card frame construction
  • DIN Rail mount ABS enclosure for lower rating designs
  • Digital metering for both Input Voltages and Load Current
  • Control Relay output for mains power fail alarm

The new Sparktech Series SPX Static Power Transfer Switches are a range of microcontroller based thyristorized AC power switching units. The instrument is used as a watchdog for the AC mains power line in industries. It accepts two single phase power feeders as input lines. Depending upon the preset selections for load voltage and current limits, the SPX seamlessly switches one of the two input sources to the output.