Wireless CT Clamp & Current Sensor Devices - Pressac Skip to content

Wireless current sensor devices

Measure energy consumption at a circuit, zone or equipment level

Power up your energy management platform

Pressac wireless current sensors (CT) offer a cost-effective solution to enhance the functionality of your energy management system. Whether your platform aims to monitor energy consumption, machine condition, or energy efficiency, these devices provide all the data you need.

Elevate your IoT platform’s capabilities and build an easily scalable, plug-and-play offering.

Why should I invest in Wireless current monitoring sensors?

Get accurate, frequent current measurements

Wireless CT sensors measure electrical current (50Hz or 60Hz) and report an average every 30 seconds.  

Wireless and self-powered for easy installation

Using energy-harvesting technology, the sensor draws a charge from the conductor, eliminating the need for batteries or wiring. Install outside machinery, distribution panels, or other locations in seconds.

Access real-time data locally or in the cloud

Data can be sent securely to a local network or the cloud — via Ethernet, LTE (4G) or WiFi through an MQTT broker or ready connections to AWS and Microsoft Azure. No subscriptions or recurring fees.

Want to buy current monitoring sensors for your smart project?

Looking to order over 50 sensors or have regular requirements for sensors?

Technical Specifications

Features
  • Clamps simply clip around cables with no interruption to electrical supply. The wireless transmitter attaches outside the panel for reliable wireless data transmission
  • Sensors measure AC current (50Hz or 60Hz). Reports average current every 30 seconds
  • Single-channel (single-phase) clamps measure the electrical current flowing in a single cable, while three-channel (3-phase) clamps measure current in 3 individual cables. Normally you will find single-phase systems in, for instance, households and office buildings. In the industry and for heavier machines, three-phase electric power is typically used
Range

One channel measurement ranges:

  • 1A–60A (accuracy +/- 0.1A or 2%, whichever is greater)
  • 2A–200A (accuracy +/- 0.1A or 2.5%, whichever is greater)

Three channels measurement ranges:

  • 1A–60A (accuracy +/- 0.1A or 2%, whichever is greater)
  • 2A–200A (accuracy +/- 0.1A or 2.5%, whichever is greater)
  • 2A-600A (accuracy +/- 1A or 3%, whichever is greater)
Wireless communication
  • Transmit data wirelessly and securely – using AES-128 encryption – via EnOcean wireless protocol, which uses internationally approved, licence-free ISM bands
    • 868 MHz for Europe (RED)
    • 902 MHz for North America (FCC) and Canada (IC)
    • 928 MHz for Japan (ARIB specification)
  • EnOcean Equipment Profile (EEP): D2-32-00, D2-32-02
  • Transmit up to 30 metres in buildings and 300 metres in free field
Power
  • Self-powered using ultra-low energy from the measured conductor, so there’s no need for batteries or wiring

How it works

Our technology is system agnostic, the data from our sensors can be used in any way you need. There are different options to choose from, making it easy to get your data in the way that’s right for you.

Wireless smart sensor and connected technology
Quick to install and set up
Ultra-low power, energy-harvesting
Secure licence-free transmission
Venn diagram
Interoperable and scalable
Highest quality and compliance

Easily access and integrate Current monitoring sensors data

Our technology is system agnostic, the data from our sensors can be used in any way you need. There are different options to choose from, making it easy to get your data in the way that’s right for you.

Screen
Access your sensor data in a spreadsheet
Screen with graphs
Visualise sensor data using Node-RED
Screen with networking icon on it
Integrate live data into any software or IoT platform
Buildings
Feed sensor data into existing building management systems
Wireless house
Connect sensors directly to EnOcean controllers