Wireless I/O Dry Contacts

DISCONTINUED PRODUCT

Wireless Tunnel™ Radio Sensor based on LoRa™ Technology

Wireless Monitoring and Control of I/O’s

Monitor and switch 10x I/O contacts over Wireless Tunnel™ network. No need for running cables over long distance back to the controller, monitor alarm panels, UPS and other devices with contact outputs. Control devices based on sensor inputs by switching from input to output. Works with all Wireless Tunnel™ Gateways.

Sensor Details

4x AA Batteries or 5VDC USB powered
Built in DIN rail and wall mounting
External Di-Pole Wireless Tunnel™ Antenna
10x I/O 5VDC contacts

Wireless Tunnel™ Monitoring Solutions

Data Center

Warehouse

Solar Power

Cold Storage

Dry Contact	10x Discrete Dry Contact inputs
Sensor Type	Switch type dry contact input: open or close Edge counters
Measurement Type	– Isolated (5 to 24V DC/AC) – Isolated 110-250 VAC – 5V pull-up, non-isolated
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 Regional plans	– 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
Dimension	111 (W) x 62 (H) x 87 (D)
Mounting	Desktop, wall mount, DIN rail, Magnetic
Power source	Internal removable AA batteries (non-rechargeable) or via micro-USB port
Power Consumption	Average 12 mWatt
Gateway sensor count	23 (3 + 20)
Important Note	Note 1: All inputs are not isolated, they all share the same ground. Care should be taken on grounding when connecting the LBDC inputs to contacts Note 2: don’t apply any voltage to the dry contact inputs