Intrinsically Safe Drone EXDR-LE10-CMR-R1 Explosion Proof UAV
The Intrinsically Safe Drone EXDR-LE10-CMR-R1 Explosion Proof UAV is a powerful explosion proof UAV for industrial applications. Featuring eight rotors, the unit is capable of 22 minutes of flight time. It can reach maximum speeds of 18 m/s (no wind) and a maximum distance of 3.2 miles. The drone is powered by six, rechargeable intelligent batteries at 4,500 mAh capacities. Three GPS sensors are available for optimized tracking. Clips located at the base of the rotors stabilizes the rods during operation. A
vibration absorber located at the bottom of the UAV prevents unnecessary shaking and smooth recording. Landing gears can be retracted and deployed, as needed. This explosion proof drone is suitable for NEC/CEC markets, as well as ATEX/IECEx. Listed for the United States, Canada and Europe, the unit comes with the following explosion proof ratings: Class I, Divisions 1 & 2 Groups A, B, C, D and Class II, Divisions 1 & 2 Groups E, F, G.
Flight Modes:
The explosion proof UAV features the following flight modes: GPS Mode, Height Mode and Manual Mode. In GPS Mode, pilots can set a drone to fly autonomously to a pre-programmed destination, using satellites for guidance. In Height Mode, the operator locks the altitude setting of the unit, while other
controls and movement are manually controlled. In Manual Mode, the pilot has full control of the UAV. For enhanced reliability, operators may also instruct the drone to return to the launching location, using “Come Home” commands.
Remote Controller:
Controller: The EXDR-LE10-CMR-R1 comes with a cutting-edge remote controller for sending and commands to the unit. Operating at 2.400 GHz to 2.483 GHz or 5.725 GHz to 5.825 GHz frequencies, the controller is capable of transmission up to 3.1 miles (FCC Compliant). The platform supports dual-user
configurations via Master-and-Slave control. Video output ports include HDMI, SDI and USB. A built-in 2S LiPo battery rated at 6,000 mAh powers the device.
Intrinsically Safe Drone EXDR-LE10-CMR-R1 Explosion Proof UAV
Configurations:
This explosion proof drone is capable of taking on a wide range of configurations, depending on the needs of the project. An infrared camera can be mounted at the bottom of the UAV to monitor thermal gas leaks on buildings and large structures. For basic recording, a compact high definition camera may also be mounted on the unit. Operators could install a transmitter, allowing real-time feedback of footage. When used for deliveries, the explosion proof drone can be equipped with a heavy-duty hook, which can hold bags, sacks, boxes and other small payloads. It would also be possible to mount measuring devices that monitor external conditions of the hazardous location.
Applications:
Oil refineries, petrochemical plants, offshore rigs, marinas, docks, warehouses, ammunition facilities, tank farms, pipeline pumping stations, marine loading, fuel transfer terminals, military, law enforcement, surveillance, inspections, testing, package deployment, marine deliveries, security, monitoring, surveying, terrain analysis, photo scanning, mapping and more.
Datasheet:
Intrinsically Safe Drone EXDR-LE10-CMR-R1 Explosion Proof UAV
Question
Enrique Moreno –
We are looking for a drone with this performance but, Do you have an ATEX certificate or some official approval? Without this, I´m afraid it won´t be approved for any industrial company safe department. Thanks!
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Sales Intrinsically Safe Store –
Thank you for your question. We are working closely with our partner and is planning to continue with this project and get it done by the end of the year. Once completed, all certificates(ATEX Zone 1,2/C1D1/C1D2 are downloadable just below the product page. We will let you know once available.
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Question
Bryan –
So we can make the electronics “intrinsically safe” and get it tested by UL/FM; but how do we prevent the static generated from the propellers from being the ignition source???
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Sales Intrinsically Safe Store –
Thank you for your question. We are still working closely with our partner and is planning to continue with this project and get it done by the end of the year. Once completed, we will be able to provide you with a detailed answer.
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