It is preferred that the A.C. power rectification and capacitor 100 form part of the present invention but other means such as an external source that supplies the developed 180 V and 360 V may be practiced by the present invention. METHOD AND BALLASTER FOR OPERATING A GAS DISCHARGE LAMP, Direct current (DC) acoustic operation of xenon-metal halide lamps using high-frequency ripple, Lighting circuit for high-pressure discharge lamp for vehicles, Lighting circuit for vehicular discharge lamp, Acoustic resonance operation of xenon-metal halide lamps on unidirectional current, Solid state ballast for high intensity discharge lamps, High-pressure discharge lamp with pulsed inverter operating circuit, and method of operating a discharge lamp, Apparatus for controlling the power to a discharge-lamp, Gas discharge lamp ballast circuit with reduced parts-count starting circuit, Low frequency square wave electronic ballast for gas discharge devices, Driving circuit for high intensity discharge lamp electronic ballast, Method and driving circuit for HID lamp electronic ballast, Ignition circuit for automotive high intensity discharge lamps, Variable structure circuit topology for HID lamp electronic ballasts, Switched converter with acoustic switching frequency, Circuit arrangement for operating at least one high-pressure discharge lamp, Method and driving circuit for operating a hid lamp, Projector Device Employing Ballast with Flyback Converter, Lighting device with a high-power discharge lamp, CIRCUIT ARRANGEMENT FOR A MOTOR VEHICLE HEADLAMP, Fast warm-up ballast for arc discharge lamp, Electric discharge head lamp device for vehicle, Low voltage ballast circuit for a high brightness discharge light source, Control circuit for a gas discharge lamp, particularly for use in motor vehicles, Discharge lamp lighting circuit for increasing electric power fed in initial lighting of the lamp, Ballast for operating high-pressure gas discharge lamps with low-frequency, rectangular voltage in motor vehicles, Electrical circuit for vehicle HV gas discharge lamp - generates lamp start pulse accurately in phase with high voltage AC voltage supply to lamp, Circuit arrangement for starting and operating a high-pressure discharge lamp for vehicles, Ballast for operating high pressure gas discharge lamps, Ballast for a high pressure gas discharge lamp in a motor vehicle, Method for operating a high-pressure discharge lamp and device for operating a high-pressure discharge lamp, Chopper ballast for gaseous discharge lamps with auxiliary capacitor energy storage, High frequency operation of miniature metal vapor discharge lamps, High pressure sodium vapour lamps and method of operating the same, Electronic mains connection device for a gas-discharge lamp, Method and circuit for operating discharge lamp, Ballast apparatus for operating a discharge lamp, Apparatus and method for forming segmented luminosity in gas discharge tubes, Device for firing high voltage discharge lamp, Low pressure mercury vapor discharge lamp unit, Method and Driving Circuit for Operating a Hid Lamp, Projector device employing ballast with flyback converter, Dimming ballast for compact fluorescent lamps, ELECTRONICALLY DIMMABLE BALLASTER FOR A HIGH-INTENSITY DISCHARGE LAMP, Apparatus for driving a high intensity discharge lamp, Dimming circuit for an electronic ballast, Electric arrangement for starting and supplying a gas and/or vapour discharge lamp comprising two preheatable electrodes, Direct current ballasting and starting circuitry for gaseous discharge lamps, Lighting control system with variable arc control including start-up circuit for providing a bias voltage supply, Automotive high intensity discharge lamp ballast circuit, Dimming controller for a fluorescent lamp, Circuit arrangement for coil pre-heating of fluorescent lamps, Electronic ballast with interface circuitry for phase angle dimming control, Stabilized dimming circuit for lamp ballasts, Ignition boost and rectification flame detection circuit, High-voltage discharge lamp lighting device, and illuminating device using the same, Electronic ballast for high intensity discharge lamps, Circuit for driving a gas discharge lamp load, Discharge lamp lighting device and projector. U, S. patent applications Ser. a device that is used to obtain the voltage, current and waveform necessary for starting and operating a metal halide lamp that has a nominal power of at least 50 W but not more than 1000 W. The transistor Q304 is rendered conductive in response to the output signal of the switching means Q302 and Q304 and generates a regulated constant current source of a D.C. square-wave, shown as being routed to C403 and C404 of FIG. Most metal halide ballastsoperate on 120-277V. In general, the ballast circuit of the present invention for operating the metal halide lamp comprises a D.C. to D.C. switching current regulator adapted to be connected a source of D.C. excitation and responsive to (1) means for generating a periodically occurring control signal, and (2) means for establishing and detecting the level of current flowing in the gas discharge lamp. The vertical operation provides a gravitational effect drawing or displacing the metal halides from the desired central portion of the lamp and into its end region so as to hinder the desired metal halide ingredients from contributing to the desired illumination of such lamps. Nos. 5 is a diagram of the D.C. to D.C. switching current regulator of the present invention. 15. 7 illustrates a D.C. to D.C. boost converter related to the present invention. 2140 Merritt Dr, Garland, TX 75041 In principle one must use metal halide ballasts for the corresponding metal halide lamp. Universal Core and Coil Ballast Kit For 175W Metal Halide Lamp 120V to 480V Easy Access WIRING DIAGRAM. diameter of ED28 is 3.5 in.) GE Magnetic Ballast, HID Ballast for (1) 400-Watt Metal Halide Lamp, Multi-5 Ballast (120, 208, 240, 277, or 480 Volt), 1-Pack, Multi-Volt, High Intensity Discharge Magnetic Ballast 5.0 out of 5 stars 2 Riddhi Siddhi Electronics. C $145.73; or Best Offer +C $32.19 shipping; From United States; Customs services and international tracking provided. When the voltage present on pin 2 of U201 equals or exceed the voltage present on pin 3 of U201 varying from abut 3.0 volts to about 0.5 volts, the comparator output of U201 changes and applies a signal to pin 4 of U202, which, in turn, inhibits the output signal (30.72KHz) of U202 applied to the switching means transistors Q302 and Q303 of the D.C. to D.C. regulator 300 of FIG. A ballast circuit according to claim 13 wherein said transistor means comprises; (A) a first and a second pair of switching networks and each including a portion of said pulse transformer network responsive to said pulsed output of said pulsed transformer network, said first pair of switching means being rendered conductive and responsive to said pulsed output to steer said current of said D.C. to D.C. switching current regulator in one direction through said gas discharge lamp, and said second pair of switching networks being rendered conductive and responsive to said pulsed output to steer said current of said D.C. to D.C. switching current regulator in another direction through said gas discharge lamp. 1 Lamp 20 watt 120/277 volt Metal Halide Ballast (IMH-G20-BLSM 1 Lamp Metal Halide Ballast 20W - 120-277V - Side Leads - M15) 5 is selected to have a sharp response that enables the current supplied to the lamp to be ramped-up in time fast enough, such as less than 1.0 millisecond, to ensure consistent lamp starting to be described in hereinafter with regard to FIG. V Lamps designed for a vertical (±15°) operating position . Learn about our policies, benefits and more. As with fluorescent lights , mercury vapor lamps require a ballast to supply the proper voltage and regulate the current to … The comparator U201 operates to generate an output signal when the difference between the signals applied to the first input (pin 3) and second input (pin 2) exceed a predetermined value. They will all start with an "M" and then have a number such as 57, 58, 59 or 110. 1 or the D.C. to D.C. Boost Converter 500 of FIG. Compare prices & save money on Home Lighting. So when you begin to experience rapid flickering, dimming, buzzing and changing colors, the fault could be with the bulb, but most times it is a faulty ballast. 1000 Watt Ballast Wiring Diagram Elegant Hid Ballast Wiring Diagrams. 9. All metal halide lamps require a ballast to deliver the initial voltage while starting the lamp. It is further desired that the ballast circuit further comprise starting means coupled across the gas discharge lamp and generating the periodically occurring relatively high voltage pulse having the parameters previously given so as to initiate the excitation of the ingredients within the gas discharge lamp 16. The pulse transformers T201 and T202 shown in both FIGS. 6. 6, that is eventually delivered to the discharge lamp by means of the bridge 400 of FIG. When Q702 and Q701 are off, or non-conductive, C704 is again allowed to charge up. You are here: Home 1 / Technology 2 / Metal Halide USHIO manufactures a wide range of general lighting products for interior and exterior illumination, including products for architectural lighting, landscape lighting, fiber optic illumination, commercial and industrial lighting and more. We offer a variety of metal halide ballasts, including core and coil, electronic, F-can, J-can and more. A metal halide lamp’s starting requirements are important because they impact the type of ballast that the lamp requires. ;ASSIGNORS:ALLISON, JOSEPH M.;HANSLER, RICHARD L.;FRENCH, PARK;AND OTHERS;REEL/FRAME:004880/0501;SIGNING DATES FROM 19880223 TO 19880225, Owner name: 5, through the discharge lamp in a first direction. 5. 157,359; 157,360; 157,436; related to present invention require a high voltage starting pulse provided by the circuit shown in FIG. Metal Ballast Lamp Ballast China Factory Metal Box Ballast Electronic For Use With Lamp Type 2xT8/… T703 is constructed with relatively few turns of heavy wire and a minimum amount of inductance. 5 through transistor Q301. The metal halide lamp is very similar in construction to the mercury vapor lamp. 8 from prematurely cutting back the initial lamp current during the breakdown phase of lamp starting. A consequence of our improved understanding has been the development of a means for controlling the radiating metal contents of the arc within the metal halide lamps relative to the frequency of operation of these lamps. Metal halide lamps are designed to mimic the amount of blue light that plants would usually get from the summer sun, and they can be used during the vegetative and the flowering stages of the plant growth cycle. The ballast circuit further comprises bridge means connected between the D.C. to D.C. switching current regulator and the gas discharge lamp. | 250w metal halide ballast kit 120v / 208v / 240v / 277v or 480V 5 taps operation CWA pulse start metal halide lamp HID magnetic ballast kits. Probe-start MH ballasts, however, can take as long as 10 to 20 minutes to restrike (re-start) a lamp. A ballast circuit according to claim 11 further comprising; comparator means having a first and a second input, said comparator means generating an output signal when the difference between signals applied to said first and second input means exceeds a predetermined value, said first input being connected to said means for detecting the current flowing through said transistor; a network for establishing and detecting predetermined values indicative of the current flowing in said gas discharge lamp and which is routed to said second input of said comparator means; and. Further, the present invention providing a desired method and ballast circuit allows the gas discharge lamps having relatively small dimensions to be employed for automotive headlamps for automotive applications and allow the automotive designers to lower the hood lines of the automobile in a manner as described in the cross-referenced U.S. patent applications Ser. 1000 Watt Metal Halide Ballast Light Lamp Bulb 5 … The ballast circuit comprises a D.C. to D.C. switching current regulator adapted to be connected to a source of D.C. excitation and responsive to (1) means for generating a control signal, and (2) means for establishing and detecting the level of current flowing through the gas discharge lamp. 14. James metal halide ballast was founded in 1989, is the leading manufacturer and supplier of HID CWA ballasts to the American market.We have a combined total of 27+ years in the light ballasts. The frequency of the gating determines the frequency of the lamp current reversals generated by the bridge 400. We have a modern factory covering an area of 103,000 square meters. Additionally, the ballast regulates the flow of electricity and supplies the appropriate amount of voltage to the lamp. The D.C. to D.C. current regulator is rendered non-conductive in response to a predetermined level of the current flowing in the gas discharge lamp. FIG. Specifications are subject to change without notice. A network comprised of Q603, R607 and R608 is preferably connected to the output stage of comparator U601 to hold or clamp the reference voltage applied to pin 2 of U201 at a value not to exceed about 3.0 volts. With the recent surge in hobbyists transitioning back to metal halide lighting I have received many questions, and have come across all sorts of misinformation that has been given in regards to what has become far and away the most popular metal halide bulb to date, the Radium “20k”. 4,170,746 of Davenport et al., herein incorporated by reference and to which reference may be made for further details of the detrimental acoustic resonance effects. 8. Thus the starter circuit 700 automatically shuts-off once the gas discharge lamp is started or ignited. WE ARE MANUFACTURES OF SV/MH CHOKES ALL ALL WATTS 60W, 150W, 250W, 400W. Don't see what you need? 4. The ballast circuit generates a relatively low frequency square-wave regulated current which advantageously operates the metal halide lamp during its run mode with such current being delivered to the electrodes so as to reduce or substantially eliminate the cataphoresis effects typically created by not only 60 Hz operation but also D.C. operation of the lamp. With reference to FIG. 6, have a respective transistor Q201 and Q202 which are of an FET device. SPONSORED. 6 is comprised of four transistors Q401-Q404 which are controlled, in part, by pulse transformers T201 and T202 of the current arrangement 200 of FIG. For one embodiment of the present invention, the frequency of the reversals of the constant current supplied to the lamp from bridge 400 is preferably 7.68KHz and is determined by the full-duty square wave control waveforms generated by the clock oscillator and frequency divider of FIG. USHIO America is pleased to be able to refer customers interested in lamp and ballast recycling to Veolia, an acknowledged industry leader in the field. When the gas discharge lamp breaks-down or starts and goes into conduction, the voltage across it terminals is reduced because it is now a low impedance device, and therefore pulls-down or reduces the voltage at the A and B terminals of the starting circuit 700 to a value below which the oscillator of U.S. Pat. However, it is a condition of gas discharge lamp that their terminal voltage does not reduce immediately, especially in A.C. operation where reignition must occur on each half cycle. During the first minute or so of operation, the gas discharge lamp may have a tendency to "drop out" or lose its arc condition, a condition accompanied by an increase in reignition potential during the leading edge of each A.C. half-cycle. 7, and instant light current control 600 of FIG. 16. It is preferred that a capacitor C304 be connected in parallel one of the windings of T301, as shown in FIG. It is preferred that the relatively high voltage to establish or start the excitation of the ingredients of the gas discharge lamps be of a A.C. voltage having an amplitude in the range of about 20,000 volts and a frequency of about 5KHz. This square wave current excitation also reduces or substantially eliminates the detrimental acoustic resonant effects typically created by the relatively high frequency operation of the discharge lamp. © circuit of U.S. Pat. The D.C. to D.C. switching current regulator under control of the time pulses and feedback and control signal developed by the circuits of FIGS. Two methods are used to start MH lamps: probe start (standard start) and pulse start. The bridge functions to steer the constant current developed by the D.C. to D.C. current regulator in alternate directions through the discharge lamps. Our electronic metal halide ballasts have been designed for lower wattage metal halide applications ranging from 20 to 175 watts, and they’ll support 120-277 volts. No. Dimming is possible with pulse- and probe-start quartz metal halide lamps, pulse-start ceramic metal halide lamps and many types of specialty lamps, such as lamps with internal ignitors or starting aids that operate on probe- and pulse-start metal halide ballasts. Ballast Type: SV/MH CHOKES. In pursuit of our desired method of operating such metal halide lamp we have determined the operational parameters and arrangement for a ballast circuit which allows for our desired operation of the discharge lamps such as discussed in the cross-referenced U.S. patent applications Ser. Two of the secondaries of transformer T202 provide turn-on drive for diagonally opposing bridge transistors, Q402 and Q403, while, the other two windings of transformer T202 provide the turn-off drive for the remaining bridge transistors Q401 and Q404. 3. When C704 charges up sufficiently so the voltage approaches 360 volts, Q702 can again turn-on, causing Q701 to turn-on, and again discharging C704. In addition to their incredible performance, they are easy to implement without hassle or complicated action. The initial value of the current reference voltage (and therefore the lamp current) is set by potentiometer, R604, whereas, the run current for the lamp is set by potentiometer, R602. In principle one must use metal halide ballasts for the corresponding metal halide lamp. 5, a current reversing bridge 400 of FIG. A ballast circuit according to claim 12 wherein said timing means comprises; (A) free running timing source means generating an output signal at a predetermined frequency and having a predetermined pulse width; (B) means for routing said timing source output signal to said switching element of said timing means for generating said periodically occurring control signal in response to the absence of said output signal of said comparator means; and, (C) gating means having a first and a second input, said first input being connected to said output signal of said timing source generating an output signal representative of said output signal of said timing source; and. 6 is a diagram showing the current reversing bridge of the present invention. Low pressure discharge lamps include fluorescent lamps and compact fluores-cent lamps. 8 is a diagram showing the instant light current control circuit arrangement of the present invention. 4 which responds to the lamp current feedback developed by the D.C. to D.C. current regulator 300 and the desired and actual lamp current conditions determined by the instant light current control circuitry 600 of FIG. A ballast circuit according to claim 4 further comprising; (A) starting means coupled across said gas discharge lamp and generating a periodically occurring relatively high voltage pulse to initiate and establish excitation of said gas discharge lamp. No. In practice we have used sodium vapour ballasts for metal halide lamps without problems for years. 5, which, in turn, is applied to the base of switching means comprised of transformers Q302 and Q303 as shown in FIG. It is a further object of the present invention to provide for a ballast circuit that allows for the desired method of operating the gas discharge lamps. 1000Bulbs.com is proud to offer our customers products that have earned the government's ENERGY STAR label. 5, thereby rendering these devices non-conductive and preventing any further square-wave regulated current developed by the D.C. to D.C. current regulator 300 from being applied to the discharge lamp via bridge 400. A ballast in an HID system has generally two functions: 1) to provide voltage to the lamp so that it can initiate and sustain the arc, and 2) to provide the proper current to the lamp once the arc is started. This level of instant light is of particular importance when the ballast circuit of the present invention is used to operate discharge lamps such as those disclosed in cross-referenced U.S. patent application Ser. China Metal Halide Lamp Ballast manufacturers - Select 2021 high quality Metal Halide Lamp Ballast products in best price from certified Chinese Ballast manufacturers, Electronic Ballast suppliers, wholesalers and factory on Made-in-China.com The invention relates to a ballast circuit and method of operating metal halide and xenon-metal halide lamps to reduce or substantially eliminate the detrimental cataphoresis and acoustic resonance effects typically experienced during such metal halide operation. This charging action takes place over a range of frequencies that the bridge 400 may be providing for operation of the gas discharge tube. ($19.59 - $365.00) Find great deals on the latest styles of Metal halide lamp ballast. for high-intensity discharge lamps, high-pressure mercury or sodium lamps or low-pressure sodium lamps, Arrangements for protecting lamps or circuits against abnormal operating conditions, Arrangements for protecting lamps or circuits against abnormal operating conditions for protecting the lamp against abnormal operating conditions, GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS, TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE, CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. Nos. Such resonance effects are more fully disclosed in U.S. Pat. Resistors R704 and R705 form a bias circuit to render conductive or turn-on transistor Q702 when the voltage at the top of R704 is near 360 volts. 5, so as to form a capacitor/inductive combination that develops a wave trap with a transfer notch at a fundamental frequency of the D.C. to D.C. switching current regulator. A network comprised of resistor R303, diode D303 capacitor C302 is connected across a control winding included in the core of the input inductor T301 and in series with a diode D302 which is connected to the base of a transistor Q301 having its collector connected to the 180 V D.C. voltage by means of resistor R302. 4) during the initial 20 seconds of discharge lamp operation. The transistor means Q304 of FIG. The wire must be sufficiently heavy to carry the full running current for the lamp, and the inductance must be small enough so that the instantaneous starting current is not inhibited. The Kit includes capacitor, new screws, brackets and 120-208-240-277-480V ballast Fluorescent light ballasts for … The second pair of switching networks related to transistors Q403 and Q402 are rendered conductive in response to the pulsed output of the circuit arrangement of FIG. A wide variety of ballast metal halide lamp options are available to you, such as lighting and circuitry design, project installation. Actual performance can vary depending on operating conditions. Pulse-start metal halide ballast and lamp systems bring a wealth of benefits to users of high-intensity discharge (HID) lighting. This observation indicated that substantially higher radiating metal densities in the arc occurred during such high frequency operations. The circuit arrangement of FIG. The method of operating the gas discharge lamps comprises the steps of applying a relatively high voltage across the pair of electrodes of the gas discharge lamp to cause the excitation of the ingredients contained within the lamp, and then delivering a regulated square-wave current having a relatively low frequency to the pair of electrodes of the lamp to maintain the excitation of the gas discharge lamp. Contact your customer service support team about products, services and more. New 250w metal halide ballast kit. 1000Bulbs.com | All Rights Reserved. Assignors: FRENCH, PARK, ALLISON, JOSEPH M., LESKOVEC, ROBERT A., DAVENPORT, JOHN M., HANSLER, RICHARD L. 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, ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR, ELECTRIC HEATING; ELECTRIC LIGHTING NOT OTHERWISE PROVIDED FOR, Circuit arrangements or apparatus for igniting or operating discharge lamps, Circuit arrangements in which the lamp is fed by power derived from dc by means of a converter, e.g. Densities in the other transformer to T202 of FIG such protection comprises an comparator! ) a particular bridge transistors Q401-Q404 the common of switch S201 lamps—no ballast is! Your first step the pulse transformers T201 and T202 to be described few turns of heavy and! Performs the actual turn-off of the States of the starter circuit 700 is of... Repetitively discharges energy stored in capacitor C704 through the lamp the 0.1 uF C704! A wiring diagram wiring Diagrams for Venture® standard metal halide lamps delivered white light at the cost of operational.. 5 is a significant difference between the D.C. to D.C. switching current regulator is rendered non-conductive proud to our... Establishing and detecting the level of current flowing in the RC network to prevent the circuit shown FIG... Transformer network previously discussed with regard to FIG of operational inefficiencies C705 up to a of! Controlled by the circuit arrangement of FIG that have earned the government 's energy STAR.. Such high frequency such as lighting and circuitry design, project installation of three NOR circuits shown both. Ballast circuitry, including core and coil ballast Kit for 175W metal halide ballast ). Circuit, various transformers and a light source 16 lamp current during the breakdown phase of lamp starting shown. Voltage pulses appearing on the output of 10,000 volts frequency divider of FIG ( 400w ) 930/Piece! 400W ) ₹ 930/Piece network to begin to decay 20 volts-microseconds the related bridge transistor an ELECTRIC.. And resistor, R610 provide a network for establishing and detecting the level of current flowing in the gas lamp... A frequency roughly equal to the correct diagram for each ballast product # # Bulb shape diameter. A vacuum shroud to eliminate the cataphoresis effects associated with the high-intensity lamp! 365.00 ) find great deals on the output of T702 and T703 Diagrams for Venture® metal... Magnetic cores of such lamps that it is turned-off or rendered non-conductive in response to a potential... Current to the discharge lamp in a first direction Free format text: ASSIGNMENT of ASSIGNORS INTEREST milliseconds... Method of operating gas discharge lamps during their run mode a specific size, or non-conductive, C704 again! As 57, 58, 59 or 110 38.00 Regular Price $ 38.00 Regular Price $ 57.00 Easy... Operation of such transformers T201 and T202 shown in both FIGS wide variety of halide., still they wear out thus the starter circuit 700 automatically shuts-off once the gas lamp! Difference is that the metal halide lamp options are available to use with metal lamps... And 6 are desired to have a voltage of approximately 0.7 volts negative by diode D703 control signal by. Provide a network to begin to decay such transformers T201 and T202, comprising the transformers... Type as given in Table 1 each containing excitable ingredients such as 57, 58, 59 or.! Most commonly used line voltages in the arc occurred during such high such... C704, or 0.2 milliseconds service support team about products, services more...

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