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Email: superlumination@cox.net |
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2 Circuit 12 Volt LED WIG WAG Safety Strobe Controller
Strobe rate is adjustable from 1 flash per second up to 3 flashes per second on each side.
Strobe sequence Wig WAG alternates (2 flashes left followed by 2 flashes right) between the right tube & left tube
With rubber grommet for installation in a 5/8" hole
For use with any led bulbs or led lights we sell
Turns any led bulbs or lights into an instant emergency flasher/ warning system
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Click on images above for larger view |
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Note: This truck is outfitted with our 3157 48 LED SMT Bulbs + Led WIG-WAG Controller |
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| Manual On/Off Switch (Optional) |
Connects to 12 volts |
| $19.99 With Manual Switch | $17.99 No Switch |
2 Circuit 12 Volt Halogen or Filament WIG WAG Safety Emergency Police Strobe Controller
Strobe rate is 200 flasher per minute 100 flashes per minute on each side.
Strobe sequence Wig WAG alternates (1 flashes left followed by 1 flashes right)
For use with any Halogen Headlight or other glass bulbs or lights we sell (Note: This module will not work with leds or led bulbs, For leds, use our led modules.
Turns any halogen or filament bulbs or lights into an instant emergency flasher/ warning system
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Click on images above for larger view |
| Click here to see Video |
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Note: This truck is outfitted with our 6000K Halogen Headlight Bulbs + WIG-WAG Controller |
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| Manual Red Lighted On/Off Switch (Optional) | Wig Wag Module with Wiring Harness |
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| X - Connects to Battery
(+) or Switch( +) L (Left) - Connects to Left Hand Bulb(s) (+) L (Right) - Connects to Right Hand Bulb(s) (+) |
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| $19.99 With Manual Switch | $17.99 No Switch |
***Click Here to add a tracking number to your order***
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Leds + Flashing Brake Light = Double Safety |
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Read How LED Stop Lamps Reduce the Number & Severity of Automobile Accidents Read safety studies of flashing brake lights |
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General Notes: One module can connect to more than one led bulb, but each bulb must be connected to a module in order for that light to flash. In most instances (to avoid running extra wiring) , it is easiest to install one module at each led light (ie: one module on each side of the vehicle). If you have more than one brake light on each side of the vehicle, one module can be used on each side (2 modules for four lights). Important: The FM-00 dual circuit module has the words "FLASHING CONTROL MODULE" molded into the black case. The end closest to the word "FLASHING" must be toward the battery, and the word "MODULE" must be oriented closest to the led bulb. If the module is installed backwards, it will not work. **Operating Voltage: 6 - 13.5 volts Maximum Current : 800ma
Note: These modules are not suited for filament style bulbs. A filament style bulb is not capable of fast switching, and cannot strobe. The power draw of the filament style bulb will destroy the Flashing Modules. |
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FLASHING LED CONTROL MODULES The FM-00, FM-01 and FM-02 BRAKER CONTROL MODULES CAN MAKE YOUR led brake lights or reverse lights strobe brightly for a few seconds every time you hit the brakes or switch into reverse. .........After a few seconds the lights stays bright as long as your foot is on the brake or the vehicle is in reverse. The FM-01 and FM-02 BRAKER CONTROL MODULES CAN MAKE any led lights strobe continuously. The FM-03 BRAKER CONTROL MODULES CAN MAKE YOUR led brake lights or reverse lights strobe brightly for a few seconds every time you hit the brakes or switch into reverse. .........After a few seconds the lights stays bright as long as your foot is on the brake or the vehicle is in reverse. The module will then strobe again for 2 seconds when the pedal is first released or when you switch out of reverse. *WORKS WITH ANY LED LIGHTS WORKS GREAT FOR LED BRAKE LIGHT OR REVERSE LIGHT BULB *Note: May not work with some vehicles that modulate voltage to a single circuit bulb for brake indication. Also may not work in some vehicles if the circuit does not completely shut off power when the brake is released.
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| Click on images above for larger view | ||||||||||||
| Click Here to view a YouTube video | ||||||||||||
| Click Here for Detailed Operation & Installation Instructions | ||||||||||||
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Dual Function: White Wire: Strobes for 2 seconds When you First Brake or Switch into Reverse. Blue Wire: Strobes Constantly |
Single Function: Strobes When you First Brake and Again When you Release the Brake |
Dual Function: White Wire: Strobes for 2 seconds When you First Brake or Switch into Reverse. Blue Wire: Strobes Constantly |
Single Function: Red Wire: Strobes for 2 seconds When you First Brake or first shift into reverse. |
Single Function: Blue Wire: Strobes for 2 seconds When you First Brake or first shift into reverse. |
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| FM-02A (10 Hz) FM-02B (20 Hz) | FM-03A (10 Hz) FM-03B (20 Hz) | FM-01A (10 Hz) FM-01B (20 Hz) | FM-00 (20 Hz) Miniature Module | FM-03 (20 Hz) | ||||||||
| With Continuous or Intermittent Strobe Modes | With Intermittent Strobe Mode on Brake and Release | With Continuous or Intermittent Strobe Modes | With Intermittent Strobe Mode on Brake | With Intermittent Strobe Mode on Brake or Reverse | ||||||||
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Universal Compact Two Function Strobe Module
Only 1-3/4" x 1-3/8" x 1"
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Universal Compact Strobe Module
Only 1-3/4" x 1-3/8" x 1"
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Universal Two Function Strobe Module 3-3/8"x 2"x 7/8"
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Dual Compact Circuit Braker Module 2"x 1"x 3/8"
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Dual Compact Circuit Braker Module 2-3/4"x 1-1/2"x 1" |
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$9.99 EA |
$9.99 EA |
$8.99 EA |
$ 5.99 EA |
$ 6.99 EA |
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Uses:
Common Applications:
Make any led bulbs or lights strobe continuously. Function: The FM-02 module contains a chip that will cause an led light bulbs to operate as follows (Note: Use either the White wire or Blue wire not both):
Function 1 (If you use the White Wire) 1. Each time power is applied to the red wire, from the battery, the white wire to the led bulb will cause the led bulb to perform a sequence as follows; A. The led will strobe brightly for a few seconds and then stop strobing. B. After a few seconds of strobing, the led light will light bright in a constant-on mode for as long as power is continually applied to the circuit (ie: as long as the brake pedal is pressed). *C. When power is cut to the brown wire (ie: the brake pedal is released, the bulb will go dim.
*Note 1: In a singe circuit bulb such as an 1156 or 921, there is no dim circuit, so the module will sequence whenever the brake is applied, but there will be no dim function.
Function 2 (If you use the Blue Wire) 1. Each time power is applied to the red wire, from the battery, the blue wire to the led bulb will cause the led bulb to strobe continuously until power to the red wire is off.
*Note 1: In a singe circuit bulb such as an 1156 or 921, there is no dim circuit, so the module will sequence whenever the brake is applied, but there will be no dim function.
**Note 2: This module can also be used in a positive
ground 6 or 12 volt electrical system.
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Uses:
Common Applications:
The FM-03 module contains a chip that will cause an led light bulbs to operate as follows:
1. Each time power is applied to the white wire, from the brake circuit, the led bulb will perform a sequence as follows; A. The led will strobe brightly for a few seconds and then stop strobing. B. As long as power is still applied from the white-blue brake wire, the led light will light bright for as long as power is continually applied to the circuit (ie: as long as the brake pedal is pressed). * B. When power is cut to the white wire (ie: the brake pedal is released, the bulb will flash again for 2 seconds and then go dim.
* Note: In a singe circuit bulb such as an 1156 or 921, there is no dim circuit, so the module will sequence whenever the brake is applied, but there will be no dim function.
**Note 2: This module can also be used in a positive ground 6 or 12 volt electrical system. |
Uses:
Common Applications:
Make any Led bulbs or lights strobe continuously. Function: The FM-01 module contains a chip that will cause an led light bulbs to operate as follows (Note: Use either the White wire or Blue wire not both):
Function 1 (If you use the White Wire) 1. Each time power is applied to the red wire, from the battery, the white wire to the led bulb will cause the led bulb to perform a sequence as follows; A. The led will strobe brightly for a few seconds and then stop strobing. B. After a few seconds of strobing, the led light will light bright in a constant-on mode for as long as power is continually applied to the circuit (ie: as long as the brake pedal is pressed). *C. When power is cut to the brown wire (ie: the brake pedal is released, the bulb will either go dim.
*Note 1: In a singe circuit bulb such as an 1156 or 921, there is no dim circuit, so the module will sequence whenever the brake is applied, but there will be no dim function.
Function 2 (If you use the Blue Wire) 1. Each time power is applied to the red wire, from the battery, the blue wire to the led bulb will cause the led bulb to strobe continuously until power to the red wire is off.
*Note 1: In a singe circuit bulb such as an 1156 or 921, there is no dim circuit, so the module will sequence whenever the brake is applied, but there will be no dim function.
**Note 2: This module can also be used in a positive ground 6 or 12 volt electrical system.
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Uses:
Function: The FM-00 module contains a chip that will cause an led light bulb or any 12 volt led light to operate as follows:
1. Each time power is applied to the brown wire, from the battery, the black wire to the led bulb will cause the led bulb to perform a sequence as follows; A. The led will strobe brightly for a few seconds and then stop strobing***. B. After a few seconds of strobing, the led light will light bright in a constant-on mode for as long as power is continually applied to the circuit (ie: as long as the brake pedal is pressed). *C. When power is cut to the brown wire (ie: the brake pedal is released, the bulb will go dim.
*Note 1: In a singe circuit bulb such as an 1156 or 921, there is no dim circuit, so the module will sequence whenever the brake is applied, but there will be no dim function.
**Note 2: This module can also be used in a
positive ground 12 volt electrical system.
*** Note 3: The FM-00 has a built in circuit that will temporarily suspend the strobing effect if the brake pedal is pressed repeatedly. The strobe chip sill only reset if the brake is released for about 5 seconds or more. |
Uses:
7507, 1156,3156, 7440, 921 single circuit bulbs & 7225, 1157, 3157, 7443 dual circuit bulbs, or use with any led light bulb or led fixture. **Can be used in any 6 or 12 volt (-) ground or (+) ground systems Common Applications: Brake light Warning Strobe Reverse Light Warning Strobe Function:
The FM-01 module contains a chip that will cause an led light bulb or any 6 or 12 volt led light to operate as follows:
1. Each time power is applied to the brown wire, from the battery, the black wire to the led bulb will cause the led bulb to perform a sequence as follows; A. The led will strobe brightly for a few seconds and then stop strobing. B. After a few seconds of strobing, the led light will light bright in a constant-on mode for as long as power is continually applied to the circuit (ie: as long as the brake pedal is pressed). *C. When power is cut to the brown wire (ie: the brake pedal is released, the bulb will either go dim.
*Note 1: In a singe circuit bulb such as an 1156 or 921, there is no dim circuit, so the module will sequence whenever the brake is applied, but there will be no dim function. **Note 2: This module can also be used in a positive ground 12 volt electrical system. If you have a (+) positive ground volt system, The module must be installed inline in the (+) Ground wire and the blue wire must be installed toward the led light or bulb. The brown wire must be installed toward the bulb. |
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Installation: Install the module anywhere between the battery power and the led light that you wish to make flash. Connect the wires as follows: Connect the flashing module in the wires feeding to any led bulb as follows: White Wire - Connect to the (+) side of any led light(s) that you want to strobe intermittently for the first 20 ms). Red Wire - Connect to (+) Wire on the Power or Battery Side. Black Wires - Splices into to the - ground wires on both sides. Blue Wire - Connect to the (+) side of any led light(s) that you want to strobe continuously.
Note 1 : You do not have to use both the white wires and the blue wires at the same time. You can and normally would use one or the other.
****WARNING**** Never allow any of the bare wires connected to the module to touch together if power is connected to the module. This can instantly and permanently damage the module. |
Installation: Install the module anywhere between the battery power and the led light that you wish to make flash. Connect the wires as follows: Connect the flashing module in the wires feeding to any led bulb as follows: * Blue Input Wire - Connect to the (+) battery power to power the module. White Input Wire - Connect to (+) Brake Circuit. Black Input Wire - Connect to the - ground wire. Red Output Wire - Connect to the (+) side of any led light(s) or Bulb(s). Black Output Wire - Connect to to the - ground wire going to the led light.
* Note: You must connect the blue wire to a 12+ constant-on circuit. This circuit must have + power on after the brake pedal is released of the light will not flash when the brake pedal is released.
****WARNING**** Never allow any of the bare wires connected to the module to touch together if power is connected to the module. This can instantly and permanently damage the module.
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Installation: Install the module anywhere between the battery power and the led light that you wish to make flash. Connect the wires as follows:
Connect the flashing module in the wires feeding to any led bulb as follows: White Wire - Connect to the (+) side of any led light(s) that you want to strobe intermittently for the first 20 ms). Red Wire - Connect to (+) Wire on the Power or Battery Side. Black Wires - Splices into to the - ground wires on both sides. Blue Wire - Connect to the (+) side of any led light(s) that you want to strobe continuously.
Note: You do not have to use both the white wires and the blue wires at the same time. You can and normally would use one or the other.
****WARNING**** Never allow any of the bare wires connected to the module to touch together if power is connected to the module. This can instantly and permanently damage the module. |
Installation: The FM-00 module can be used in conventional (-) ground systems and (+) ground 12 volt systems. It will not work in 6 volt systems. Install the module anywhere between the battery power and the led light that you wish to make flash. Connect the wires as follows: Connect the flashing module in the wires feeding to any led bulb as follows: Important: The dual circuit module has the words "FLASHING CONTROL MODULE" molded into the black case. The end closest to the word "FLASHING" must be toward the battery, and the word "MODULE" must be oriented closest to the led bulb. If the module is installed backwards, it will not work. Power must flow thru the module and then to the led lights or bulbs that you want to make flash. Red Wires - Connects to the (+) brake light wire. Black Wires - Connects to the (-) ground wire.
****WARNING**** Never allow any of the bare wires connected to the module to touch together if power is connected to the module. This can instantly and permanently damage the module. |
Installation {Conventional (-) ground system} : Install the module anywhere between the battery power and the led light that you wish to make flash. Connect the wires as follows: Connect the brown wire to the wire coming from the (+) battery side of the circuit. Connect the blue wire to the (+) wire going to the led light or light bulb. Installation {Positive (+) ground system} : Install the module anywhere between the battery power and the led light that you wish to make flash. Connect the wires as follows: Connect the blue wire to the wire coming from the (+) battery side of the circuit. Connect the brown wire to the (+) wire going to the led light or light bulb. ****WARNING**** Never allow any of the bare wires connected to the module to touch together if power is connected to the module. This can instantly and permanently damage the module. |
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**Operating Voltage: 6 - 13.5 volts Maximum Current : 800ma Note: These modules are not suited for filament style bulbs. A filament style bulb is not capable of fast switching, and cannot strobe. The power draw of the filament style bulb will destroy the Braker Flashing Modules. |
Standard Rates (US Only)
*Via US Postal First Class Mail
* Orders weighing more than 1 lb will ship via parcel post unless special shipping options are added (below).
Shipping & Handling
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Total Order |
Cost |
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$.01-$9.99 |
$3.50 |
| $10.00-$49.99 | $4.00 |
| $50.00-$99.99 | $5.00 |
| $100-$199.99 | $10.00 |
| $200+ | $15.00 |
*Note: If you do not add any special shipping options to your order, we will automatically ship via US postal first class mail.
You must choose a special shipping option (see below) in order to get a tracking number.
All International orders must choose an international shipping option.
UPIC Shipping Insurance
Note: Our packages are not automatically insured against loss during shipping. Insurance is the responsibility of the purchaser!
$2.00 for each $100 unit of insurance
Shipping Insurance
$2.00 per $100
| The devices work with the following Vehicles: Acura CL Integra Legend MDX NSX RL RSX SLX TL TSX Vigor Alfa Romeo Spider AMC Aston Martin Audi A3 A4 A6 A8 Allroad Cabriolet Q7 RS4 RS6 S4 S6 S8 TT Austin Austin Healey Bentley BMW 2002 3 Series 5 Series 6 Series 7 Series 8 Series M3 M5 M6 M Roadster & Coupe X3 X5 Z3 Z4 Z8 Buick Century Electra Grand National Lacrosse LeSabre Lucerne Park Avenue Rainier Reatta Regal Rendezvous Riviera Roadmaster Skylark Cadillac Allante Catera CTS DeVille Eldorado Escalade Fleetwood Seville SRX STS XLR Chevrolet Astro Avalanche Aveo Bel Air/150/210 Blazer C/K Pickup 1500 C/K Pickup 2500 C/K Pickup 3500 C-10 Camaro Caprice Cavalier Chevelle Cheyenne Cobalt Colorado Corsica Corvair Corvette El Camino Equinox Express G20 Van HHR Impala Lumina Malibu Monte Carlo Nova S-10 Silverado 1500 Silverado 2500 Silverado 3500 SSR Suburban Tahoe Tracker Trailblazer Uplander Venture Pickups Chrysler 300 Series Aspen Cirrus Concorde Crossfire Imperial LeBaron LHS New Yorker Newport Pacifica Prowler PT Cruiser Royal Sebring Town & Country Citroen Cord Daewoo Datsun Z-Series DeLorean DeSoto Dodge Avenger Caliber Caravan Challenger Charger Coronet Dakota Dart Durango Grand Caravan Intrepid Lancer Magnum Neon Nitro Power Wagon Ram 1500 Ram 2500 Ram 3500 Ram Van Shadow Sprinter Stealth Stratus Viper Pickups Eagle Edsel Ferrari 360 Fiat Ford Aerostar Aspire Bronco Bronco II Contour Crown Victoria Edge Escape Escort E-Series Van Excursion Expedition Explorer Explorer Sport Explorer Sport Trac F-100 F-150 F-250 F-350 Fairlane Fairmont Falcon Five Hundred Focus Ford GT Freestar FreeStyle Fusion Galaxie Model A Model T Mustang Probe Ranchero Ranger Taurus Tempo Thunderbird Torino Windstar Geo GMC Envoy Jimmy Safari Savana Sierra 1500 Sierra 2500 Sierra 3500 Sonoma Suburban Typhoon Yukon Honda Accord Civic CR-V CRX Del Sol Element Fit Insight Odyssey Passport Pilot Prelude Ridgeline S2000 Hummer H1 H2 H3 Hyundai Accent Azera Elantra Santa Fe Sonata Tiburon Tucson Infiniti FX G20 G35 I30 I35 J30 M Q45 QX4 QX56 International Harvester Scout Isuzu Amigo Rodeo Trooper VehiCROSS Jaguar E-Type S-Type XJ6 XJ8 XJR XJS XK8 X-Type Jeep Cherokee CJ Commander Commando Grand Cherokee Liberty Renegade Wagoneer Wrangler Kia Rio Sedona Sephia Sorento Spectra Sportage Lamborghini Lancia Land Rover Defender Discovery Freelander LR3 Range Rover Lexus ES GS GX IS LS LX RX SC Lincoln Aviator Continental LS Mark Series Navigator Town Car Zephyr & MKZ Lotus Elise Esprit Maserati Mazda 323 626 929 B-Series Pickups CX-7 Mazda3 Mazda5 Mazda6 Millenia MPV MX-3 MX-5 Miata MX-6 Protégé RX-7 RX-8 Tribute Mercedes Benz 190 Series 200 Series 300 Series 400 Series 500 Series 600 Series C Class CL Class CLK Class CLS Class E Class G Class M Class R Class S Class SL Class SLK Class SLR McLaren Mercury Capri Comet Cougar Grand Marquis Mariner Milan Montego Monterey Mountaineer Mystique Sable Tracer Villager MG MGA MGB Midget T-Series Mini Classic Mini Mini Cooper Mini Cooper S Mitsubishi 3000GT Diamante Eclipse Galant Lancer Mirage Montero Nash Nissan 200SX 240SX 280ZX 300ZX 350Z Altima Armada Frontier Maxima Murano Pathfinder Quest Sentra Stanza Titan Versa Xterra Oldsmobile 442 Alero Aurora Bravada Cutlass Eighty-Eight Intrigue Ninety-Eight 98 Silhouette Toronado Opel Packard Peugeot Plymouth Acclaim Barracuda Duster Fury Grand Voyager GTX Neon Prowler Road Runner Satellite Sundance Voyager Pontiac Bonneville Catalina Fiero Firebird G6 Grand Am Grand Prix GTO Le Mans Montana Solstice Sunbird Sunfire Tempest Trans Am Vibe Porsche 356 911 912 914 924 928 930 944 968 Boxster Cayenne Cayman Renault Rolls-Royce Saab 900 9000 9-2X 9-3 9-5 9-7x Saturn Ion L-Series S-Series Sky Vue Scion tC xA xB Shelby Studebaker Subaru Forester Impreza Legacy Outback SVX Tribeca Suzuki Toyota 4Runner Avalon Camry Celica Corolla FJ Cruiser Highlander Land Cruiser Matrix MR2 Paseo Previa Prius RAV4 Sequoia Sienna Solara Supra Tacoma Tercel Tundra Yaris Triumph Spitfire TR-6 Volkswagen Beetle (Pre-1998) Beetle - New (1998-Present) Bus Vanagon Cabrio EuroVan Golf Jetta Karmann Ghia Passat Phaeton Rabbit Thing Touareg Vanagon Volvo 240 740 850 940 C70 S40 S60 S70 S80 V40 V50 V70 XC Cross Country XC90 Willy s |
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