Examples of MAXQ DC solid state contactors which switch up to 6000V, 3500A, and 10KHz
MAXQ DC solid state contactors switch up to 6000V, 3500A, and 10KHz
MAXQ DC solid state contactors, QAD/QSD series, switch up to 6000V, 3500A, and 10KHz
MAXQ DC solid state contactors reference table which includes part number, rated voltage, rated current, PWM and control input
QR Code for Custom Requirements or Technical Survey
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  • Load image into Gallery viewer, MAXQ DC solid state contactors switch up to 6000V, 3500A, and 10KHz
  • Load image into Gallery viewer, MAXQ DC solid state contactors, QAD/QSD series, switch up to 6000V, 3500A, and 10KHz
  • Load image into Gallery viewer, MAXQ DC solid state contactors reference table which includes part number, rated voltage, rated current, PWM and control input
  • Load image into Gallery viewer, QR Code for Custom Requirements or Technical Survey

MAXQ™ DC Output SSC (Advanced Model up to 10kHz)

MAXQ™ is a line of high current DC output solid state relays and contactors that do not wear, and do not arc. Unlike DC electromechanical contactors with a limited performance and lifespan, DC solid state contactors can last >500x longer without ever needing a replacement.

The Advanced Model can react within <20μs, while supporting PWM applications as high as 10kHz.. They enable new switching applications in areas of specialized load testing, high speed current interruptions, and PWM power controls.

Features & Benefits
  • 3-32VDC Control
  • TTL/CMOS Signal Compatibility
  • Can react in <20μs
  • Switch up to 6000V, 3200A, 10KHz
  • Normally Open or Normally Closed
  • Optional Auxiliary Contacts
  • MTBF 3 Million Hours, or 50 to 300 Million Operations
  • Made in Canada
Applications
  • High Current Battery/Capacitor/UPS Applications
  • Specialized Load Testing
  • PWM Power Control
  • High Speed Current Interruptions
Data Sheet

Please contact us.

Please feel free to contact us for an RFQ.

For recommendations, please tell us about your application (e.g., load type, current, voltage).