TYRI 1313 is a specialized, extremely powerful LED work lamp, whose housing is made of a single aluminum casting. It is characterized by exceptional durability. The product has undergone numerous durability tests, such as a salt spray test lasting up to 500 hours, demonstrating its corrosion resistance. The device is based on point LED diodes, of which there are seven. The LED diode cover is made of impact-resistant grilamid. The electronic circuit hidden in the housing is cooled by a radiator located at the back. This lamp has successfully passed electromagnetic compatibility tests (EMC), which determine the ability of electrical or electronic devices to function correctly in a specific electromagnetic environment by achieving the appropriate level of resistance and limiting emissions of disturbances intolerable to other operating devices.
The lamp is resistant to power surges and changes in the power grid, electrostatic discharges, radio waves, and other electromagnetic phenomena. The IP69K protection level that TYRI 1313 has is used in situations where lamps require high-pressure cleaning at high temperatures. An example could be agricultural machinery, where the lamps mounted on them are exposed to contact with pollutants and fertilizers, and after field work is subjected to frequent washing under high-pressure conditions.
TYRI 1313 have built-in temperature sensor circuits that reduce the output power to regulate the light temperature. This prevents damage to LED diodes that could lead to premature failure. TYRI 1313 also have reverse polarity protection in case of incorrect installation. If the wires are connected incorrectly, the TYRI lamp will not turn on until the wires are connected in the correct configuration, thus protecting the LED diodes and their associated circuits.
Product features:
- Made of a single aluminum casting.
- IP69K protection level - total resistance to dust penetration and cleaning with a steam jet.
- Operating temperature range: from -40°C to +85°C
- Salt spray test (ASTM B117) lasting 500 hours.
- Vibration test at frequencies from 5 to 2000 Hz on all axes, lasting up to 8 hours.
- Shock test up to 50G with a length of 11 ms.
- Environmental test in conditions from -40°C to +85°C and humidity up to 90% for a
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