BRG Wireless Clocks offer the latest and most innovative way to incorporate GPS, NTP Ethernet and other synchronized time throughout your facility, providing you with the benefits of improved productivity and reduced maintenance costs.

The BRG Wireless Clock encoder is the heart of the system which offers wireless analog clocks, wireless digital clocks, a PC and LAN clock synchronizer, wireless alphanumeric LED display boards and a wireless synchronizer device to upgrade older wired clocks. BRG Wireless Clock transmitters utilize the UHF radio paging bands and offers transmitter power able to cover very large facilities. In most cases, only one transmitter and one antenna is required to provide optimum RF coverage for your facility. The BRG Wireless Clock system is fully expandable allowing you to start with a system that fits your immediate needs with the flexibility to add more devices and wireless solutions as needed later.

Q. Why should I purchase clocks from BRG Precision Products?
A. BRG Precision Products, Inc. was the world's first company to manufacture and sell GPS controlled wireless clock systems. BRG has many years of experience and a wide customer base, and manufactures and sells thousands of clock configurations, worldwide. Our customer base includes every branch of the U.S. Government from the CIA to the USDA, every U.S. Military installation worldwide, the Motion Picture and Television industry, Hospitals, Universities, and most Fortune 1000 companies. BRG has the best value. Simply compare our prices against competing products and find out for yourself. Be sure to include the competitor's options that are standard in BRG clock systems.

Q. How does the cost of a wireless clock system compare to a wired system?
A. A wireless clock system eliminates expensive sync wire. The installation of sync wire can often cost more than the clock system. Additionally, a BRG Wireless clock system is the best value on the market. High volume coupled with smart manufacturing techniques allows BRG to offer the best valued wireless clock system available anywhere.

Q. How does your wireless clock system compare with competing products?
A. BRG selected an optimum frequency range for transmission indoors. BRG transmitters use a full 5 watts, while some competing systems use unlicensed, low power transmitters. Some competitors only offer an alarm scheduler and control software as an expensive option. Every BRG Wireless master clock includes a full featured alarm scheduler and alarm output. In addition, BRG digital secondary clocks may optionally incorporate alarm output. While some competing products offer only GPS time receivers, BRG offers many other time receivers in addition to GPS, including CDMA (cell towers), Ethernet (Network Time Protocol), PC serial connection, IRIG-B (missile and space), SMPTE (motion picture and television protocol), Power Line time receivers, and more.

Q. I understand all clocks will display the same time, but will it be the correct time?
A. Whether the time sync receiver uses GPS, CDMA, or Ethernet; ultimately, the clock system will receive time from the U.S. Atomic Time Standard. All clocks will display the same, correct time. Even though the system clocks can operate accurately for long periods of time in stand alone mode, the master clock transmits time sync data many times throughout the day. No more changing clocks manually between daylight saving and standard time!

Q. How long will the batteries last in the battery powered analog clocks?
A. While some competing companies use Alkaline batteries, we include premium Lithium batteries with our clocks. The shelf life of Lithium batteries is approximately 10 years, with an operational life of about five years. Of course, all BRG clocks are available in AC power configurations.

Q. I don't want to use batteries, do you have AC powered clocks?
A. BRG Wireless manufactures thousands of LED digital clock configurations that utilized AC power line. LED digital clocks produce light so they can be seen at a greater distance than an analog clock of the same size. Also, the LED display can be expected to last 20-30 years. Analog clocks can also be configured to run off of AC power as well.

Q. How easy is it to install a wireless clock system?
A. First, any wireless system is far easier than installing a wired clock system. But, while some competitors will say it is extremely easy, the degree of difficulty is subjective and dependent upon the specific system to be installed. Electricians or maintenance staff will have no problem installing any part of the system. In fact, the battery powered analog system clock installation amounts to simply hanging them on the wall. That's it! Some transmitter clock are just as easy to install, such as those that incorporate cell tower time receivers or an Ethernet interface. GPS transmitter clocks require the time receiver antenna to be mounted outdoors or in a window so that it has a "view of the sky". As soon as power is applied to the master clock, it begins synchronizing the secondary clocks.


Installation Examples

Example 1: To install a transmitter clock that obtains time from the computer network and transmits to battery powered, analog system clocks:

1. Hang the transmitter clock on the wall.
2. Plug the transmitter clock Ethernet cable into a network jack.
3. Plug the transmitter clock's power cord into an outlet.
4. Hang the battery power analog system clocks in the desired locations.


Example 2: To install a transmitter clock that obtains time from CDMA cell phone towers and transmits to battery powered, analog system clocks:

1. Hang the transmitter clock on the wall.
2. Plug the transmitter clock's power cord into an outlet.
3. Hang the battery power analog system clocks in the desired locations.


Example 3: To install a transmitter clock that obtains time using GPS and transmits to digital system clocks:

1. Hang the transmitter clock on the wall.
2. Place small GPS antenna on a window sill.
3. Plug the transmitter clock's power cord into an outlet.
3. Hang the digital system clocks and plug or wire into power.


Many other wireless transmitter/secondary clock combinations are available to best fit your specific requirements.

Example redundant time sync coverage map. (top or side view of building)

For time critical installations, multiple low power transmitters may be evenly deployed to provide overlapping coverage. Even if one transmitter is out of service, clocks will continue to receive time sync transmissions. Transmitters can obtain the correct time using GPS, Ethernet NTP, CDMA (cell towers), IRIG-B (missile & space) and other sources. Multiple-redundant sync transmitters may be used in large buidings or across a campus. Low power transmitters may also be used to target areas that high power transmitters have difficulty penetrating.



Optional Tone Generator

Wireless or Direct Wired Tone Generator

A tone generator is available to send alert tones over a public address or intercom system. Both wireless and direct wired versions are available. The transmitter clock includes alarm output contacts that can be used to trigger the tone generator. This requires the tone generator to be wired to the transmitter clock and to the paging system. The direct wired tone generator has one of fifteen available tones. However, the wireless tone generator receives commands from the transmitter clock over radio transmissions, and only needs to be connected to the paging system. The transmitter clock can select two of the fifteen available tones. A wide variety tone durations and styles are available under program control.

Other wireless and direct wired alert devices are available including bells and electronic alert horns.

Tone Generator Sound Samples
burst4 - Click Here
burst8 - Click Here
ccchime - Click Here
ch9765 - Click Here
ch8654 - Click Here
chime67 - Click Here
chime97 - Click Here
clchime - Click Here
siren - Click Here
steady7 - Click Here
steady8 - Click Here
telbel - Click Here
whoop1 - Click Here
warble - Click Here
yelp - Click Here




Wireless Clock Products

BRG825RS-GP	Eight digit master clock with GPS time receiver and 5 watt wireless sync transmitter
BRG825RS-EN	Eight digit master clock with Ethernet (NTP) time receiver and 5 watt wireless sync transmitter
BRG825RS-CR2	Eight digit master clock with CDMA (cell tower) time receiver and 5 watt wireless sync transmitter
RS	Sync Receiver Option for BRG digital clocks
VP-2	Pager, two line alpha, vibrating and sound for range testing
MARS-12BU	Analog Clock, 12" dia, black plastic frame, second hand, impact resistant lens, internal radio receiver, AA Lithium battery
SATURN-14BU	Analog Clock, 14" dia, black plastic frame, second hand, glass lens, internal radio receiver, AA Lithium battery
SATURN-14SU	Analog Clock, 14" dia, silver plastic frame, second hand, glass lens, internal radio receiver, AA Lithium battery
VP-AC-14	Analog clock, 14" dia., black plastic frame, second hand, glass lens, internal radio receiver, AA Lithium battery included
TG	Tone generator - connects to the master clocks to send alert tones over existing PA system
WTG	Wireless Tone generator - allows transmitter clock to remotely activate alert tones over existing PA system
WR	Wireless Relay - allows transmitter clock to activate remote relays

Customer sample: Alcoa, Allstate Insurance, Bank of America, BF Goodrich Aerospace, Boeing, Bosch Braking, Busch Gardens, Bureau of Reclamation, Canadian Space Agency, Centers for Disease Control, CIA, Cummins Engines, Credit Suisse,Delta Airlines,Deluxe Corporation, Dept. of Defense, Digistar Networks, DuPont, EDS, Exxon Mobil, FBI, Federal Aviation Administration, Federal Express, FORD, General Motors, Goodyear Tire & Rubber, GSA, GTE, Hitachi, Johnson & Johnson, Liberty Mutual, Lockheed Martin, Lucent Technologies, Matrox Electronics, Missile & Space Intelligence Center, NASA, NBC, NASDAQ, NOKIA, Northwest Airlines, Most Nuclear Generating Stations, Omron, Paramount Pictures, Pentagon, Pixar, PGA, Raytheon, Roche Molecular, Saudi Aramco, Sikorsky Aircraft, Social Security Administration, Toshiba, T. Rowe Price, Universal Studios, USDA, U.S. Air Force, U.S. Bankcorp, U.S. Coast Guard, U.S. Dept. of Commerce, U.S. Forestry Service, U.S. Justice Department, U.S. Marine Corps, U.S. Navy, U.S. Post Office, Verizon Wireless, Veterans Administration, VISA International, Walt Disney World, Co., numerous stock exchanges, schools, universities, hospitals, churches, manufacturing plants, and more.


Click Here for All Clock Options
Click Here for All Clock Options
Click Here for All Clock Options
BRG Precision Products
600 N. River
Derby, KS 67037

GSA Schedule GS-00F-0015N, Item Number(SIN) C7510
Call 800-295-0220 today! (Call 316-788-2000 outside the U.S. and Canada) Fax: 316-788-7080

Contact BRG for more information.

Visa / MasterCard / Amex / Discover / Novus / Check / Purchase Order

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Warranty, Return Policy, Terms of Payment



BRG manufactures digital clocks and master clocks systems. Analog wall clocks and circle line clocks are also in the product lineup. Various wireless clock systems are used as hospital clocks and wireless synchronized clocks. BRG is a leader in wireless time systems. LED digital clocks are available as standalone clocks. Atomic clocks use the U.S. time source in Colorado. Time displays require accurate time methods while synchronized clocks typically use a time source method. Specialty clocks time display systems include wireless clocks, electric commercial wall clocks and wireless clocks systems. Analog clocks are used as standard wall clocks. ESE, SMPTE, IRIG-B, are some of the many sync methods available. The Geochron moving map display is also a popular time display. Synchronized clock systems and synchronized time systems are used where accurate time is required across the organization. Sync methods include Ethernet clocks and LAN clocks. Ethernet time is provided to network clocks from a network time synchronization server. NTP digital clock uses the NTP time protocol. SNTP time protocol is a subset of the NTP protocol used by NTP clocks. Users include municipal, university, schools and other educational facilities. Time systems include digital microprocessor based master clocks that drive wireless digital clocks and analog clocks, digital synchronized time systems, master/slave, time clock systems, large display clock, 24 hour digital, gps wireless clocks, Military Clocks, military time clocks, and radio controlled clocks. UTC and GMT clocks are also available. Master clock systems use the U.S. atomic time. Available digital time zone displays include world time zone clocks and digital world clocks. Radio controlled clocks typically use LED time displays. World time zone display use time zone and time-zone terminology. Other keywords used to find our clocks include timezone LED digital clock, digital LED clock, LED clock, master clock system, clock system, system clock, large clock, large wall, hospital clock systems, clock. Large digital clock and giant clocks are available as government clocks. Digital displays can be configured as large digital displays, including school clock systems, school wall clocks, airport clocks, airport clock systems, and other school clocks. Production monitors are available for manufacturing. Secondary clocks are typically used in synchronized clock systems.

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