LXI Data Acquisition - EX10XXA / EX10SC Series

Products

VTI Instruments - EX1401 16-Channel Isolated Thermocouple and Voltage Measurement Instrument
  •  Typical accuracies of ±0.20°C
  • 16-channel isolated universalt hermocouple/voltage inputs
  • Power over Ethernet+ (PoE+)
  • 20K samples/second/channel sample rate
  • 24-bit ADC per channel
  • 500 V channel-ground isolation
  • 1000 V channel-channel isolation
  • Data logger acquisition mode
  • Built-in parallel data streaming
  • Full-featured embedded web interface
  • LXI Ethernet interface
  • 8-bit bank isolated digital I/O
  • Compact 1U half-rack form factor


EA-UTA12
  • USB Digital-to-Analog conversion
  • Resolution: min. 12 Bit
  • Simple installation, USB plug ’n play
  • No external supply voltage required
  • For older EA series with analog interface
  • Also for power supplies from other manufacturers
  • Status signals monitorable
  • 2 channels each for control & measuring
  • Software included
  • LabView drivers (VIs)
  • Tutorial for programming in other PC languages


EA-3000B
  • Designed for schools, universities and laboratories
  • Designed for industry and system applications
  • Designed for workshop and development
  • Adjustable insulated transformer
  • Output voltages: 0...30 V, 0...300 V or 0...32 V
  • Output currents: 0.5 A, 5 A or 0...5 A
  • Three-digit displays for voltage and current
  • Case closed on top and bottom
  • Safety output sockets
  • 100% duty cycle
  • Safety EN 61010, EN 60950 and EMI EN 61326
EA-4000 B, EA-STT-2000
  • Designed for schools,university and laboratories
  • Designed for industry and system applications
  • Designed for workshop and development
  • Adjustable insulated transformer
  • Output voltages: 0...260 V AC und 0...32 V DC
  • Auxiliary output voltages:
  • 3 V / 12 V / 18 V / 24 V / 230 V AC
  • Output currents: 2 A, 3 A, 4,5 A und 0...5 A
  • Three-digit displays for voltage and current
  • Case closed on top and bottom
  • Safety output sockets
  • 100% duty cycle
  • Safety EN 61010, EN 60950 and EMI EN 61326


EA’s flexible high-power DC supplies and electronic loads are integrated into 19 ” rack power supply or closed cabinet solutions and can be cost-effectively adapted to a wide variety of user requirements, thanks to their modular design and the standardized power and protection modules employed. The 19 “rack power supply or cabinet system can be designed as pure DC sources, with power supplies, or as pure sinks, with electronic loads. Further still, the EA power supplies can be conventional or bidirectional, and the loads can be conventional or regenerative for a mixed of source and sink capability. High power density units can be easily paralleled up to 1.92MW in output, with up to 2000 VDC. The DC rack power supply and electronic load series each feature 5 “TFT touch panel display for intuitive control, setup and programming. The intelligent interface allows you to program and test quickly without the need for extensive manual review.


EA-UPS Informer Compact 1000 VA - 3000 VA
  • Line interactive principle
  • UPS classification VI-SS-222 according IEC 62040-3
  • Pure sine wave output for any critical load
  • Boost and buck converter with automatic voltage
  • Advanced intelligent battery management
  • Short recharge time for batteries
  • User friendly LCD panel
  • Soft start for critical loads
  • Short-circuit, overload and deep discharge protection
  • Fault alerts and status warnings
  • Output voltage displayed on the LCD panel
  • Cold start and energy saving features
  • Communication port with software
  • Compact size and user friendly operation


  • Designed for schools, universities and laboratories
  • Designed for industry and system applications
  • Designed for workshop and development
  • Adjustable insulated transformer
  • Output voltages: 0...30 V, 0...300 V or 0...32 V
  • Output currents: 0.5 A, 5 A or 0...5 A
  • Three-digit displays for voltage and current
  • Case closed on top and bottom
  • Safety output sockets
  • 100% duty cycle
  • Safety EN 61010, EN 60950 and EMI EN 61326