For todays’ finale of Braamd Inc. – Technology Education Program, we presented the BRAAMDrones Solutions to Mapua-MCL students.
We ended the TEP day with a presentation and demo of our aerial (DJI Enterprise and Flyability Elios) and undersea (Fifish) drones, shared how today’s drone technology is used commercially, in many fields and industries.
Glad to impart what knowledge and UAV and ROV products we have to them. It is possible that in just few years, as engineers, they themselves will use drones professionally. For mechanical inspections, mapping, construction inspection, plant maintenance, and many more.
In school? Your org want to learn more about our drones, contact us to explore a collaboration.
Non-contact measurement of ingredients like flour, salt, sugar, cocoa, corn, soybeans, wheat, rice, and more.
We will help you address these challenges:
✔ Powders, solids, liquids, and slurries that all behave differently ✔ Process downtime caused by shortages of key ingredients ✔ Not enough system capacity causing processing delays ✔ Loss of inventory control that leads to spoilage
Please discuss your process or material handling requirements and problems with our Sales & Application Engineers, we can surely help. Email us at [email protected]
Thank you Mapúans for being with us today. We hope we were able to impart knowledge and share life skills that will help you as you move to the next phases of your lives. You also made us better today, by the way.
Kudos to our speakers and thank you #BraamdTEP2024 team for a fantastic job! Things are so much easier because you all did it With A Smile.
Event details and photos, we will post soon.
Onto the next event, next school, next organizations, next students, next engineers.
Working with DJI Enterprise Philippines as we present DJI Enterprise Drones for Cement Plant use.
1. For Outdoor Inspection and Surveying of cement plant.
2. For 3D Mapping of the entire plant and also the stockpile.
3. For Volume Measurement of stockpile.
4. Other cement plant use, like Search & Rescue, Safety & Security, Asset Management, Environmental Inspection, and more.
Benefit from DJI Enterprise drones’ cutting-edge and cost-effective technology. Reduce health and safety risk, do more inspections and in less time, gather more data, lessen plant downtime, and more.
Be our next plant destination, contact us to book a demo.
EverExceed’s Lithium iron phosphate batteries (LiFePO₄ battery), with UL1642, UL2054, UN38.3, CE, IEC62133 test report approval, presently, are one of the most promising power storing and supply technology.
EverExceed UK R&D continuously developing the lithium technology for more than decades to make innovative solutions to utilize the technology in widespread industries. Types includes wall mounted lithium battery, rack mount lithium battery, telecom battery, solar lithium battery, UPS lithium battery, motive lithium battery solution.
EverExceed’s Lithium battery solutions are popular in global market for telecommunication, solar, medical, IoT, electric vehicles, battery-operated equipment, and automation.
The return to signal is a brand new automatic feature for flyability Elios 3.
When the signal is lost between the drone and the remote control the drone will backtrack autonomously until it gets the radio signal back. With RTS, you’ll never fear to lose your drone anymore due to low radio signal and you will be enabled to fly the extra distance in marginal RF conditions so you can better adapt flight plans according to the environment.
But how does this new feature work during a flight? The Elios 3 monitors its live video feed and communicates with the controller as it transmits the footage. When the Drone detects a problem with this transmission, RTS is initiated. On the pilot side, signal loss means that the live video feed has been disconnected or is jumping. The cockpit flight app will show a popup that the signal has been lost and the drone will begin the RTS sequence.
Ater 5 Seconds, the flight mode on the top right corner of the cockpit interface will now display auto. The leds on the drone will become blue and Elios will start flying backwards on his past trajectory. Once the Drone has flown to a point where the video connection is reestablished you can take control again and continue the flight.
You can also stop the return to signal countdown or the RTS itself by simply pressing the atti sport button on the back right side of the RC or the red pause button on the cockpit popup. However for this functionality to operate certain conditions must be fulfilled. First of all, the drone battery must beabove 10%. Secondly, the RTS availability indicator, top left corner of the cockpit display, needs to be green. if this indicator is red, the function is not available. The indicator will be read at the beginning of each flight as the drone needs to fly minimum 5 m for RTS to work. After this distance, the indicator will turn green and the function will be available.
The RTS indicator will turn red also in case of a hard drone collision or in case the drone is stuck or hooked somewhere before losing the signal. The function can become unavailable also in case of extremely dusty environments of strong winds or when flying really fast.
This feature is a game changer for complex drone inspections and will allow you to feel more confident pushing the drone to the limit even in challenging environment and gather more data during your flights without the risk of losing your Elios 3.
Series VBS Vibration Switch & Model VBT-1 Vibration Transmitter (Video)
The Series VBS Vibration Switch is small, compact, and uses two easy set up dials that adjust the maximum RMS velocity set point and false trip time delay. The Series VBS is intended to continuously monitor the changes in a machine’s vibration level. The VBS takes real-time RMS vibration input and provides an analog output of velocity as well as a switching output when an alarm value is exceeded.
The Model VBT-1 Vibration Transmitter continuously detects the vibration in a system and monitors for unusual operating conditions and potential failure. The vibration is converted into an analog signal at the current output. The VBT requires no setup, and there is no software required for configuration. The 2-wire loop power operation, combined with standard M12 micro cable connector and interchangeable mounting studs (1/4″-28 UNF/M8 (2) or the 1/4″-28 UNF), makes for a fast and reliable installation.
Process Controllers monitor and control temperature or process applications. Control methods include ON/OFF, PID, fuzzy logic, self-tune, and manual tune. Self-Tune PID and different mounting options. The alarm outputs can be configured from different preprogrammed settings.
