Encom Wireless

Data Solutions

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Client Success Story

Download Case StudyTHE CUSTOMER: City of Greeley, Colorado
THE CHALLENGE: Until recently, the city of 80,000 in north-central Colorado was leasing phone circuits from a regional telecom giant in order to communicate with its traffic controllers—with the communications rate at some locations dipping as low as that aforementioned 50 per cent. In exchange, the city was paying an astronomical bill of more than $90,000 per year—and traffic officials were none too pleased about the situation... Download Full Case Study

Client Success Story

Download Case StudyTHE CUSTOMER: City of Tampa, Super Bowl XLIII
THE CHALLENGE: Would destiny be in the Cards? Would the Steel Curtain once again descend on the VinceLombardi Trophy? One thing was certain on February 1, 2009 at Raymond James Stadium in Tampa, Florida – during one of the biggest spectacles in sports, Calgary’s ENCOM Wireless was in the starting lineup. And failure was not an option... Download Full Case Study

Feature Product: Commpak BB58

Download Case StudyFor an array of applications, such as video surveillance, controller interconnect, broadband Internet access, voice-over-IP (VoIP), public and municipal Wi-Fi access, or any wireless networks for video, voice and data, the COMMPAK BB 58 guarantees robust and reliable communication links in the 5.8 GHz band with incomparable data rates of up to 108 Mbps... Find Out More

Client Success Story

Download Case StudyTHE CUSTOMER: Central Saanich Fire Rescue, Vancouver Island, Canada
THE CHALLENGE: Forewarning needed for motorists. Darren Morson has been volunteering at fire halls since he wore short pants. So he's well aware of the potential danger that driver distraction and inattention poses every time one of his colleagues leaves the Central Saanich Fire Rescue station in response to an emergency... Download Full Case Study

Client Success Story

Download Case StudyTHE CUSTOMER: City of Aurora, Colorado.
THE CHALLENGE: Managing the ebb and flow of traffic in Aurora, the third-largest city in Colorado, is challenge enough. But for years, the traffic management centre in the Rocky Mountain city of 300,000 people was faced with an additional burden—obsolete communication links that undermined the entire operation... Download Full Case Study

Client Success Story

Download Case StudyTHE CUSTOMER: Alberta Transportation Commercial Vehicle Enforcement
THE CHALLENGE: Winters Battering a Busy Byway The commercial vehicle inspection station near Radway, Alberta, sees heavy truck traffic morning, noon and night, thanks to its busy location at the five-way intersection of Highway 28, Highway 829 and Highway 63, the lone high-speed artery into Fort McMurray’s oil sands... Download Full Case Study

Feature Product: 5200

Find Out MoreThe 5200 contains one Serial (RS-232 or RS-485) interface, and is available in two styles: a stand-alone shelf mount unit (5200), or a 170/TS1/TS2 detector rack version (5200-R). With standard Store and Forward Repeater LOS-extending capabilities, the 5200 offers full compatibility with all other 5000 series radios, allowing a mixture of RS-232 and FSK communications in wireless network configurations... Find Out More

Client Success Story

Download Case StudyTHE CUSTOMER: City of Calgary, Alberta
THE CHALLENGE: Boomtown needed innovative solution. Since 1980, the oil and gas hub at the foot of the Rocky Mountains has attracted so many new residents that it has nearly doubled in size—from about 560,000 to nearly 1,050,000... Download Full Case Study

Client Success Story

Download Case StudyTHE CUSTOMER: Los Alamos County, New Mexico
THE CHALLENGE: Little city with large-scale issues. Every day, more than 12,000 employees check in for work at the Los Alamos National Laboratory—one of the largest science and technology institutions in the world—nearly doubling the size of the desert city to more than 30,000... Download Full Case Study

Client Success Story

Download Case StudyTHE CUSTOMER: City of Burnaby, Canada
THE CHALLENGE: Burnaby’s Intelligent Transportation System (ITS) operations were entirely dependent on leased telephone lines that ran directly to the majority of the city’s traffic signals—and cost the city $110,000 a year. "A total waste of money, really," recalls Bob Baillie, traffic engineering supervisor for the City of Burnaby... Download Full Case Study

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Wireless On/Off Control
Wireless On / Off Control

ENCOM’s contact closure products are saving lives and property in the areas of vehicle pre-emption, advance traffic warning systems and on/off controls, as well as industrial applications such as remote irrigation systems, emergency warning systems, gate open and closure, and airfield lighting.

ENCOM’s contact closures use state-of-the-art 900 Mhz frequency-hopping spread spectrum technology to provide bulletproof wireless communications, operating in mission critical applications and preventing traffic accidents when employed in such settings as commercial vehicle inspection stations and traffic signal pre-emption systems.

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Contact closure radio with eight inputs and eight outputs   Key Features: 8 Inputs (0-24 VDC ground activated or true active, software selectable) 8 Outputs (open collector, software programmable timers) Software programmable I/O routing Low power consumption for Solar Powered applications Long range operation (up to 20 miles line of sight) Single unit is software programmable as Master, Repeater, and Remote Low latency for detection applications Robust on-off control and monitoring of multiple events Bi-directional communication allows for easy confirmation High Performance Applications School Zone Flashers Advanced Warning Beacons Blank-Out Signs Remote Vehicle Detection Ramp Metering Vehicle Pre-emption ENCOM’s contact closure products are the cost-effective, time-saving alternative to traditional hardwired systems. With the COMMPAK I/O wireless contact closure system, managing on/off control or remote traffic detection is the very definition of simplicity. Featuring bi-directional communications and the ability to confirm switch closure at a remote site, the COMMPAK I/O offers software programmable I/O mapping and real "plug and play" performance in point-multipoint configurations. In addition to its simplicity, the COMMPAK I/O works effectively at a range of 20+ miles (with LOS), and the on board Spectrum Analyzer allows for flexibility in assessing noise levels and choosing optimal frequencies. Download the ENCOM:  Contact Closure Product Brochure COMMPAK I/O 8 Manual COMMPAK I/O 8 QuickStart Guide Wireless On / Off Control Application Sheets Wireless On / Off Control Case Studies
Sunday, 15 March 2009 | Print | PDF |  E-mail
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. Download the ENCOM:  Contact Closure Product Brochure WEB I/O Important Notice WEB I/O Manual WEB I/O ZoneWatch Software Manual Wireless On / Off Control Application Sheets Wireless On / Off Control Case Studies
Sunday, 15 March 2009 | Print | PDF |  E-mail
At the heart of every WBCU is ENCOM’s industry-leading 900 MHz remote radio along with an integrated real-time clock with battery backup. Key Features: Powerful 900 MHz FHSS Remote radio Integrated real-time clock with battery backup Yearly schedule stored in non-volitile memory Manual override/test buttons Two hardwired inputs for auxiliary equipment such as push buttons Drop-in replacement for RTC, NAZTEC and ELTEC time switches 6-30 V DC and 110 V AC operation Environmentally hardened -40˚F to 176˚F (-40˚C to 80˚C) The WBCU has been designed as a "plug-and-play" replacement for existing stand-alone or pager-controlled time switches and is pin-for-pin compatible with existing cabinet wiring, minimizing installation time. Each WBCU contains two relay outputs for seamless integration into new and existing flashing beacon systems. Up to 255 WBCUs will communicate with each WEB I/O master radio and all have the ability to store a 365-day schedule for school-zone flashing-beacon events. The WBCU stores the school-zone schedule internally and will operate autonomously in the event of communication loss with the WEB I/O. The WBCU operates with 12 V DC solar and 110 V AC systems. Download the ENCOM:  Contact Closure Product Brochure WBCU Manual WEB I/O ZoneWatch Software Manual Wireless On / Off Control Application Sheets Wireless On / Off Control Case Studies  
Sunday, 15 March 2009 | Print | PDF |  E-mail



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