WISE-2210 Wireless Current Sensing Module Key Features
Innovative Power Over Current Transformer Architecture
The module powers its internal circuitry entirely by harvesting energy directly through the current transformer analog input channels, eliminating the labor and expense of installing external line power or replacing batteries.Proprietary Sub GHz LPWAN Connectivity
Utilizing robust Sub GHz low power wide area network technology, the module provides deeper signal penetration through building structures, metal machinery, and industrial enclosures with low susceptibility to high frequency interference.Three Channel Current Transformer Monitoring
Engineered with three independent analog input channels supporting 0 to 100 mA AC input signals, the module accurately measures primary electrical loads ranging from fractional currents up to 300 A depending on the selected external split core current transformer.Rapid Measurement Transmission
Integrated high efficiency energy harvesting and storage circuitry allows the module to sample current levels and transmit wireless telemetry updates within seconds under active load conditions.Compact Industrial Hardware Design
Measuring just 71 x 52 x 30 mm without antenna, the rugged enclosure supports multiple field installation methods including standard 35 mm DIN rail, flat wall, and pole mounting kits.Flexible Sub GHz Frequency Band Support
The hardware platform supports regional wireless frequencies including North American 923 MHz, European 868 MHz, and Japanese 923 MHz bands with configurable transmit data rates ranging from 625 bps up to 50 kbps.Wide Operating Temperature Tolerance
Built to withstand unconditioned mechanical rooms and demanding factory floor environments, the module operates continuously within an ambient temperature span from minus 25 to 70°C.
WISE-2210 Wireless Power Over CT Module Technical Specifications
| Specification | Technical Details |
|---|---|
| Product Type | Proprietary Sub GHz LPWAN power over CT wireless module |
| Number Of Channels | 3 analog input channels for current transformers |
| Analog Input Signal Range | 0 to 100 mA Alternating Current |
| Input Resolution | 12 bits |
| Measurement Accuracy | ±0.2% of Full Scale Range |
| Temperature Drift | 40 ppm |
| Power Source | Self powered via connected analog current transformer channels |
| Wireless Technology | Proprietary Sub GHz LPWAN |
| Frequency Bands | North America: 923 MHz (920.80 to 924.40 MHz)Europe: 868 MHz (865.20 to 868.80 MHz)Japan: 923 MHz (920.80 to 923.20 MHz) |
| RF Transmit Power | Up to +12 dBm |
| Wireless Data Rates | 625 bps, 2.5 kbps, 5 kbps, 50 kbps |
| Network Topology | Star topology (paired with WISE-4210-AP access point) |
| Configuration Interface | Micro B USB port |
| Enclosure Dimensions | 71 x 52 x 30 mm (without antenna) |
| Mounting Methods | 35 mm DIN rail, wall mount, pole mount |
| Operating Temperature | Minus 25 to 70°C |
| Operating Humidity | 5 to 95% RH, non condensing |
| Storage Temperature | Minus 40 to 85°C |
| Storage Humidity | 0 to 95% RH, non condensing |
| Agency Certifications | CE (RED), FCC, TELEC, NCC, RoHS |
| Compatible Split Core CT Options | 96PD-CT241-60A: 3 to 60 A primary (10.0 mm aperture)96PD-CT248-10A: 0 to 10 A primary (15.7 mm aperture)96PD-CT248-100A: 5 to 100 A primary (15.7 mm aperture)96PD-CT24F-200A: 10 to 200 A primary (20.5 mm aperture)96PD-CT24C-300A: 15 to 300 A primary (35.7 mm aperture) |
WISE-2210 Wireless Current Sensor Suitable Applications
The WISE-2210 is tailored for distributed energy management, predictive maintenance, and machine operational tracking where installing line power or running communication cabling is cost prohibitive or physically challenging. Its self harvesting power supply and long range wireless transmission allow plant engineers to deploy non disruptive current sensors directly onto operational equipment in minutes.
Suitable applications include:
Industrial pump, compressor, and blower load monitoring
Machine tool operational status tracking and cycle counting
Server room and data center power consumption auditing
HVAC fan, chiller, and air handler electrical monitoring
Factory floor energy efficiency and sub metering initiatives
Equipment predictive maintenance and abnormal load detection
Commercial building electrical panel monitoring
Facility retrofit projects requiring zero power wiring
Conveyor system and material handling load verification
Remote motor current trending and diagnostics
Smart factory Internet of Things energy integration
