SK-E8594
Products
SK-E8594
The E8594 is a high-performance, power-efficient, medium-intensity marine LED Projector sector lantern with a range of up to 23 NM and a 5 NM daytime range. This lantern features a beam configuration tailored to customer requirements at the factory. All E859X Lanterns come with factory-configured Day and Night mode luminous intensity, selectable by a single digital input. These lanterns support rapid PWM control, essential for generating navigational signals at reduced intensities and for utilizing Fixed-and-Flashing (FFL) rhythmic characters or Slow Flash Front (SFF). The field-proven E8594 design includes optional Opposite-Isophase sector signal control, which produces rhythmic characters that reduce the latency of spatial awareness updates for mariners: the white sector signal is active during the eclipse of colored sectors and vice versa, providing immediate awareness of leaving the white sector without the usual delay. A two-tiered design with two additional sectors offering alternating flashing on sector boundaries is available as the E8595 model.
Power efficient Day/Night light signalling system for port entry lights or leading line systems replacement
IALA colours Red, Green, White with application-specific luminous intensities up to 500 kcd
Factory-customized sector configuration with precision of ≤ 0.05° (3’)
Sector width up to 2.5° with total subtense of approximately 7.5°
Vertical divergence 1.2°
Boundary resolution typically better than 8’
Robus light signal unit that can be equipped with a Sabik SMC Flasher on with external Ekta control and monitoring system
Day and Night mode luminous intensities configured in hardware as required – down to 10% by current and further by implementing PWM
Internal optical LED performance diagnostics with condition output
Available with optional Opposite-Isophase sector signal control
Optionally available in “smart” version with externally integrated flasher and telematics controller with triaxial acceleration sensor integrated on the Lantern for Structural Health Monitoring of the AtoN mast
Easy to install – requires only simple procedures for aiming the composite beam vertically
No maintenance needed where sprinkling of the lenses by wave particles or dirt can be avoided
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