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The NI 1000 LE is a professional electronic ignitor designed by B.A.G. electronics to ensure reliable ignition of metal halide lamps used in lighting installations for entertainment, theatre, and architectural applications. Below is a comprehensive overview of the technical characteristics of this solid-state ignitor, its operating principle based on high-voltage pulses, and its compatibility with various types of stage fixtures. We explore the practical applications in professional fixtures, the electrical specifications, and the advantages of the new version over previous models.
The NI 1000 LE electronic ignitor is an essential component for the operation of discharge lamps used in professional lighting. An ignitor is a device that generates a high-voltage pulse required to strike the electric arc inside metal halide lamps, enabling them to start. Without this component, HID (High Intensity Discharge) lamps would not be able to start, as they require a striking voltage significantly higher than the mains supply voltage.
This specific model from B.A.G. electronics is designed to handle lamps with wattages ranging from 400W to 1000W, making it a versatile solution for various stage lighting system configurations. The solid-state technology ensures superior reliability compared to traditional ignition systems, reducing failures and extending the operational life of the entire lighting installation.
The ignition system of the NI 1000 LE is based on the pulse principle, an advanced electronic technology that generates controlled voltage spikes to ionise the gas contained within metal halide lamps. At the moment of ignition, the ignitor produces a series of high-voltage pulses (3/5KV) that pass through the lamp's electrodes, creating the plasma necessary to strike the luminous arc.
Solid-state technology eliminates mechanical components subject to wear, using electronic circuits that ensure:
This system is particularly effective with discharge lamps because it allows rapid and repeated ignitions without damaging the electrodes, extending the overall lifespan of the light sources installed in professional fixtures.
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Technical Feature |
Value |
|
Model |
NI 1000 LE |
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Manufacturer |
B.A.G. electronics |
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Supported lamp wattages |
400W / 575W / 700W / 1000W |
|
Maximum current |
10A |
|
Ignition voltage |
3/5KV |
|
Technology |
Solid-state pulse |
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Manufacturer code |
802811110346 |
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Compatible lamp types |
SON / SON Horti / MH / MHN / MSR-SA / MHD |
|
Alternative product |
NI600S |
The NI 1000 LE is specifically recommended for use with metal halide lamps from the leading professional manufacturers in the lighting industry: Osram, Philips, GE, and Sylvania. This broad compatibility ensures flexibility in the choice of light sources, allowing operators to select the most suitable lamps for specific project requirements without technical constraints.
The ability to handle lamps across a range of wattages, from 400W up to 1000W, makes this ignitor particularly versatile for the maintenance of existing installations and for new projects where fixtures with different specifications may need to coexist.
The NI 1000 LE ignitor is used in a wide range of stage lighting fixtures housing high-intensity discharge lamps. The main applications include:
Conventional fixtures: fixed spotlights used for general illumination of theatre stages, where ignition stability is essential to ensure continuity during performances.
Moving heads: motorised fixtures that require fast and reliable ignition, an essential characteristic for dynamic effects and rapid scene changes. The solid-state ignitor withstands the mechanical stresses resulting from the continuous movement of the fixture.
Profile spots and followspots: specialised fixtures for precision lighting, where ignition reliability directly affects the quality of the performance. These fixtures often use MSR or MSD, HSR or HSD, CSR or CSD lamps, which particularly benefit from the pulse technology of the NI 1000 LE.
The robust construction and operational reliability make this component particularly suited for permanent installations in theatres, television studios, and conference halls, as well as for touring applications where fixtures are subject to frequent transport and varying operating conditions.
The current version of the NI 1000 LE replaces the previous model, identifiable by its green body, introducing technical and construction improvements that optimise its performance. The new configuration maintains full backward compatibility with existing installations, allowing direct replacement without the need for modifications to wiring systems or mounting supports.
This ignitor represents a direct alternative to the NI600S product, offering similar technical characteristics but with a wider range of supported wattages. The choice between the two models depends on the specific configuration of the installation and the wattages of the lamps fitted in the fixtures.
The availability of detailed technical datasheets provided by the manufacturer facilitates integration into lighting design projects, allowing designers and technicians to verify compatibility with existing configurations and to correctly size the power supply circuits. The technical documentation includes wiring diagrams, characteristic curves, and instructions for the correct installation of the component.
The use of a quality ignitor such as the NI 1000 LE contributes significantly to the preventive maintenance of professional lighting installations. An efficient ignitor reduces stress on the electrodes of discharge lamps, minimising erosion and extending the service life of the expensive light sources used in professional fixtures.
Solid-state technology eliminates components susceptible to mechanical deterioration, reducing the need for frequent replacements and lowering long-term operating costs. For theatre operators, rental companies, and technical service providers, this translates into greater reliability during performances and a reduction in unplanned downtime.
Compatibility with lamps of different wattages allows spare parts to be standardised, simplifying stock management and speeding up extraordinary maintenance operations whenever required.
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