The ENCOM Web I/O provides flexible central control and monitoring capabilities for solar-powered and 120VAC-powered flashing beacon systems. Common applications include school-zone flashers and highway warning signals.
Key Features:
- The Web I/O has a standard 10/100 TCP/IP interface for simple integration into any private or public Ethernet network
- The integrated, high-performance 900 MHz radio provides reliable communication and synchronization with up to 255 remote AC- or DC-powered beacons within a 20-mile radius
- Each beacon has the ability to receive and store individual schedules for up to 365 days with specific time zone and daylight saving settings
- Any schedule change on the Web I/O server will be automatically distributed and updated on all associated beacons
- The "Network Time Server" auto-update feature provides incredible accuracy on all “Real-Time-Clock” based operations
- Scheduled events can be programmable by year, month, day, start time, duration or day of the week, and includes morning and afternoon flash cycles, early dismissal days, holidays and special events
- Each beacon system has an integrated ENCOM remote 900 MHz radio with internal time clock. This provides each beacon with the ability for autonomous "time of day" operation in the event of communication loss with the central server or Web I/O unit
- Manual on/off control is also available
- Embedded web page supports "system-at-a-glance" feature to display current status of all remote beacons
- Contains two hardwired inputs and two outputs for control of local flashing beacons
The Web I/O is an Ethernet-based device that combines a web server with a powerful 900MHz ENCOM radio to provide simple and versatile control to up to 255 remote beacons within a 20-mile radius. Two-way wireless communication provides remote beacon status updates, and ZoneWatch central software allows for simple system-wide monitoring.
The Web I/O can be connected anywhere on a private IP network, and remote beacons can be controlled instantly. For applications where a private IP network is not present, the Web I/O can be connected to a GSM/GPRS cellular modem. This allows unparalleled flexibility in the deployment of the system.
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