Description
Colored lens with colored light source.
Multifunctional LED beacon sounder developed with a multichannel technology that allows three separate levels of alarm controllable via independent electric contacts. Possibility to control light and sound separately.
SIR-E LED S benefits from four light effects (no light, steady, flashing,strobe) and 64 different tones (selectable via dip-switch).
It is necessary to match the devices to a base.
TECHNICAL SPECIFICATIONS
MULTIFUNCTION 3 levels of alarm controllable via independent electric contacts.
CHANNEL 1 | LIGHT ONLY selectable effect between no light, steady, flashing and triple-flash strobe effect) – for example for ALERT signaling.
CHANNEL 2 | LIGHT&SOUND selectable light effects between no light, steady, flashing and triple-flash strobe effect combined with an up 115 dB electronic tone to be set via dip switch A out of 32 tones – for example for PRE-ALARM purpose.
CHANNEL 3 | LIGHT&SOUND selectable light effects between no light, steady, flashing and triple-flash strobe effect combined with an up 115 dB electronic tone to be set via dip switch B out of 32 tones – for example for ALARM purpose.
ADJUSTABLE VOLUME Min. 75 dB – Max. 105 dB
MULTITONE 64 tones available, including fire alarm, industrial and civil tones.
VOLTAGES According to the installed base.
PROTECTION GRADE IP65, UL TYPE 3R, suitable for outdoor applications.
OPERATING TEMPERATURE -40/+55 °C
LED TECHNOLOGY Virtually zero maintenance thanks to the built-in LED technology that guarantees up to 100.000* hours of product life.
*At normal conditions, without vibrations and heavy temperature changes
MECHANICAL FEATURES Self extinguishing PC body with high impact resistance, suitable for outdoor applications thanks to the IP65/TYPE 3R protection grade.
OPTICAL FEATURES 6 Bright LEDs over 360°. Available with 2 different lens types, according to the final application.
allCOLOR STANDARD USE Colored lens with colored light source. The use of a colored lens with the same-color light source allows optimization of the emission frequency producing a rich intense light output.
