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Accuenergy DC Current Shunts

  • 0.5% accuracy
  • 50A to 6000A measurement range
  • 75mV rated voltage output

AcuCT 5A – Split Core Current Transformers

  • 0.5% accuracy from 10%-120% of rated current
  • 100A to 6000A measurement range
  • Industrial standard 5A secondary output
  • Optional 1A output
  • Accessory kits included for mounting in multiple locations
  • UL recognized

AcuCT Flex – Flexible Current Transformers

  • High accuracy for demanding applications
  • Wide frequency range means excellent choice for harmonics and power quality
  • Wide current input range from 5A – 50,000A AC
  • Choice of 16″, 24″, 36″ or 47″ length
  • No additional power supply needed when used with Acuvim II Series meters
  • Fully customizable selection of flexible CT

AcuCT Hinged – Split Core Current Transformers

  • Quick & simple install with hinged clip
  • Safe mV secondary output
  • 5A – 630A AC current input range
  • 0.5% accuracy from 10-120% of rated current
  • UL recognized

AcuCT mV – Split Core Current Transformers

  • Conventional 333 mV split-core CT
  • Safe mV secondary output
  • 0.5% accuracy from 10-120% of rated current
  • 20A – 5000A AC current input range
  • UL recognized

AcuCT R – Split Core Current Transformer

  • 5A – 5000A AC current input range
  • Revenue grade accuracy meets IEC61000-1 class 0.5
  • UL listed for XOBA UL2808 standard, CSA C22.2 No. 61010-1
  • Push-open mechanism makes the installation quick and simple
  • Multiple voltage or current secondary output options including 5A and 333mVMultiple mounting options with included accessories
  • Multiple window shapes and sizes for multiple applications

AcuCT S113 – Solid Core Current Transformers

  • 1% Class Accuracy
  • 1.2In RF
  • 50Hz-60Hz Rated Frequency
  • ≤±1.0% Ratio Error
  • ≤60´ Phase Error
  • 5-120% Measurement Range
  • 500V / 100 MΩ min insulation resistance

AcuCT S77 – Solid Core Current Transformers

  • 0.15 class accuracy
  • 10 kV impulse insulation (BIL)
  • 50 MΩ insulation resistance
  • 18 AWG UL 1015 Lead Wire
  • Measurement Canada Approved

AcuDC 240 Series – DC Power Meters

  • Backlight on-board LCD display
  • Optional MODBUS RTU communications
  • Optional digital and analog I/O
  • Optional relay output
  • Optional data logging
  • Get optional alarm notification
  • Standard DIN size for easy installation

AcuLink 710 – Data Acquisition Server

  • Connect field-deployed devices to servers and log/present information
  • Accesses device data from remote sites
  • View real-time performance across multiple sites and devices
  • Monitor renewable energy performance and production
  • Monitor performance of critical systems such as lighting, HVAC, PDUs, inverters, etc
  • Track energy use and peak demand
  • Threshold alarm notification
  • Great for measurement and verification (M&V) LEED/ Energy start certification

AcuLink 810 – Data Acquisition Server & Gateway

  • Ethernet gateway for Modbus RS485 and digital output devices
  • Access energy information remotely via web server, or push to IP-based master devices or software
  • Data acquisition and logging with 8GB on-board memory
  • Embedded webserver for real-time data and easy configurations
  • Controller/Master system can poll data from all RTU devices via Modbus-TCP/IP Protocol
  • Dual ethernet RJ45 port and WiFi communication channels
  • Enhanced cybersecurity for critical infrastructure deployment
  • Compact DIN rail mount design
  • Track energy usage and peak demand
  • Quick and simple software-free setup

AcuMesh – Wireless RS485 Network

  • Available in both 900MHz and 868MHz frequency
  • Automatic connection without any configuration or software
  • Compatible with any protocols: Wireless Modbus RTU, Profibus, DNP 3.0 and more
  • Highly secure 128-bit Advanced Encryption Standard (AES)
  • Advance configuration available for complex network setup with free software
  • 1000 ft (305m) indoor / 4 Miles (6.5km) outdoor in a single hop
  • Each transceiver acts as an extension point for the network allowing for a longer range of communication
  • Point to multi-point communication enabled with “mesh” structure
  • Self-healing and optimizing communication pathway