Wireless Tunnel™ Radio Sensor based on LoRa™ Technology
Monitoring AC Circuits
Monitor up to 10x AC Voltage circuits over a Wireless Tunnel™ network. Check circuits are energized, and receive instant alerts when power is off. The sensor will detect the absence or presence of AC Voltage on each input. Works with allWireless Tunnel™ Gateways.
Sensor Details
- 4x AA Batteries or 5VDC USB powered
- Built in DIN rail and wall mounting
- External Di-Pole Wireless Tunnel™ Antenna
Wireless Tunnel™ Monitoring Solutions
| Dimension | 86mm X 111mm X 63mm |
| Mounting | Desktop, Wallmount, Din rail, Magnetic |
| Power source: | Internal removable AA batteries (non-rechargeable) or via microUSB port |
| Power Consumption: | Average 12 mWatt |
| Status Indication | LED indication for Connectivity Led indication for Status |
| Components | Manufactured using highly integrated, low power surface mount technology to ensure long term reliability. |
| Operating Environment | Temperature : Min. -35° C – Max.80° C Humidity: Min. 20% – Max. 80% (Non-Condensing) |
| LoRa (R) Radio | – EU868 : 863~868Mhz Max TX Power +14dBm Duty Cycle 1% – US915: 903~915Mhz Max TX Power +17dBm – AS923: 920~925Mhz Max TX Power +14dBm Duty Cycle 1% – KR920 (Korea): 922~923Mhz Max TX Power +14dBm Duty Cycle 1% – IL917 (Israel): 915~917Mhz Max TX Power +14dBm Duty Cycle 1% |
| Certification | FCC Part15C, CE EN300220-2 |
| Dry Contact | |
| 10x Discrete Dry contact Inputs | |
| Input | Switch type dry contact input: open or close Edge counters Isolated 110-250 VAC |
| Important Note: | Note 1: All inputs are not isolated, they all share the same ground. Care should be taken grounding when connecting the WT-ACV10 inputs Note 2: don’t apply any voltage to the dry contact inputs |
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