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IoT - Milesight - CT3xx - LoRaWAN® Current Transformer

CT10x is a LoRaWAN® smart current transformer that clamps onto a single live wire without cutting power or rewiring, delivering wireless energy monitoring for retrofit buildings, electrical panels, and distributed facilities.  Range : CT101 100Arms, CT103 300Arms, CT105 500Arms.

25,450.00 Rs 25,450.00 Rs (Tax excluded)

Terms and Conditions
2-year manufacturer’s warranty.
Delivery: on request

Electrical Measurement


Detection ParameterRMS Current
Sampling Frequency3.3 kHz
Working Frequency50~60 Hz
Rated Primary Current100, 300, 500 Arms
Rated Secondary Current100, 300, 500 Arms
Minimum Reporting Current CT101 *1.5Arms (1min Interval)
1.4Arms (10min Interval)
Accuracy±1 % (>5Arms), ±3 % (≤ 5Arms)
Resolution1 mA
Temperature SensorSensor type: NTC
Measuring range: -20°C ~ 100°C
Measuring accuracy: ±1 %
Wireless Transmission
ProtocolLoRaWAN®
Antenna Connector1 × 50 Ω SMA Connector (Center PIN: SMA Female)
FrequencyCN470/IN865/RU864/EU868/US915/AU915/KR920/AS923-1&2&3&4
Tx Power16 dBm (868 MHz)/22 dBm (915 MHz)/19 dBm (470 MHz)
Sensitivity-137dBm
ModeOTAA/ABP Class A
Others
Button1 × Reboot Button
LED Indicator1 × Status/Alarm Indicator
Port1 × USB Type-C for Power Supply, Configuration, Console or Cable Temperature Sensor Connection
Software
ConfigurationUSB Type-C or Downlink
Advanced FeatureThreshold Alarm, Overrange Alarm, FUOTA
Physical Characteristics
Power Supply1. Induced current power supply
2. 5V by USB Type-C Port
Insulation Voltage2.5kVac(r.m.s)(1mA/1min)
Color/ MaterialBlue, PBT+PC (UL94 V0)
Extension Cable Length1m
Operating Temperature-20°C~70°C (-4°F~158°F)
Storage Temperature-25°C~80°C (-13°F~176°F)
Relative Humidity≤ 95% (Non-condensing)
Ingress ProtectionIP30
Dimensions86.5 × 31 × 37.4 mm (3.4 × 1.22 × 1.47 in)
Wire Hole: Ф 16 mm (Ф 0.63 in)
Weight85.65 g
InstallationTransceiver: Cable-tie Mounting (under integrated mode)
CT Clamp: Suspended on the Testing Conductor
Approvals
RegulatoryCE, FCC, UL508

*The minimum current to report data under different reporting intervals when the device is powered by the testing conductor. To measure lower currents, the device must be powered via USB.