LST manual Beam Smoke Detector, 6500/6500S, Description, Building Safety. Building Security

Models: 6500 6500S

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Beam Smoke Detector

6500/6500S

ADM loop technology with System Sensor/200 protocol

Transmitter and receiver unit integrated into one housing

Detection of clear and dark smoke

6 sensitivity levels selectable

Test filter for optimum commissioning

Automatic drift compensation

Description

With a range of 5m to 70m the Beam Smoke Detector 6500 serves for the monitoring of open spaces. The transmitter/receiver unit projects a pulsed infrared light beam through the area to be protected towards a refl ec- tor, which returns the light beam. The smoke detection is based on the attenuation of the light beam by means of smoke.

The detector uses intelligent evaluation algorithms to compensate for the infl uence of contamination of the optical measurement system. With that, the response sensitivity of the detector is kept constant for a long time – an effective step to avoid false alarms.

The Beam Smoke Detector 6500 does not need an external power supply and can be connected directly to the ADM loop with System Sensor/200 protocol. An integrated dual-isolator can be activated by removing two jumpers.

The response sensitivity of the detector can be set to one of six levels. Four levels have a fi xed response threshold, whereas two further levels with variable re- sponse sensitivity allow to adjust the detector to chan- ging environmental conditions.

The detector is delivered with a refl ector, which can be used for ranges from 5m to 70m. A three-part refl ector set, which extends the range of the detector to 100m, is available as accessory.

The Beam Smoke Detector 6500S corresponds to the Beam Smoke Detector 6500 in design and function. In addition, the 6500S can be remotely activated from the fi re detection control panel, allowing easy function testing during maintenance. This test simulates light obscuration by means of a motor-driven test fi lter. An external power supply is needed for the test unit, which can not be powered by the loop.

Building Safety. Building Security.

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LST manual Beam Smoke Detector, 6500/6500S, Description, Building Safety. Building Security

6500, 6500S specifications

The LST 6500 and LST 6500S are advanced landing ship tankers that boast state-of-the-art technologies and features designed to enhance operational efficiency and versatility in military maritime operations. These vessels are primarily used for amphibious warfare, capable of transporting troops, vehicles, and equipment directly onto hostile shorelines.

One of the pivotal characteristics of the LST 6500 is its exceptional cargo capacity, allowing it to carry a wide array of military hardware, including armored vehicles, helicopters, and supplies. The internal bay is designed to accommodate various configurations, making it adaptable for different mission requirements, which can include humanitarian assistance and disaster relief operations in addition to combat scenarios.

The hull design of the LST 6500 series is optimized for stability and speed, ensuring quick deployment in a variety of sea conditions. With a shallow draft, these vessels are capable of operating close to shore, providing critical support during amphibious assaults. They are equipped with bow ramps that facilitate rapid loading and unloading of vehicles, expediting troop movements and logistical support.

In terms of technologies, the LST 6500S variant is outfitted with advanced navigation and communication systems that enhance situational awareness and operational coordination. This includes radar and sonar systems that facilitate tracking of both surface and sub-surface threats, ensuring the safety of the vessel and its missions.

The LST 6500 series is also equipped with environmentally friendly features, including waste management systems and energy-efficient propulsion systems. These innovations not only help in reducing the vessel's operational footprint but also align with modern naval policies focused on sustainability and environmental responsibility.

Moreover, the vessels are manned by highly trained crews who undergo rigorous training in both maritime operations and joint task force exercises. Their design takes into consideration crew comfort and operational efficiency, ensuring that personnel can work effectively during extended missions in varying conditions.

In conclusion, the LST 6500 and 6500S represent a significant evolution in landing ship technology, combining robust operational capabilities with cutting-edge systems to adapt to modern military needs. Their versatility ensures that they will play a vital role in both combat and humanitarian missions for years to come.