Contact us to confirm configuration, pricing and lead time. Images illustrate appearance and installation.
Available for sale · Ask about configuration
A6 In-pipe visual pressure sensor
Inserted through a tee branch, its side-view camera faces the target valve. White-light illumination and local water-pressure sensing support on-site review after remote operation.
Contact us to confirm configuration, pricing and lead time. Images illustrate appearance and installation.
Available for sale · Ask about configuration
F6 Backwash controller
Ten-channel sequential washing, dual pressure and differential pressure, timed and manual backwashing. Bluetooth setup, hotspot updates and an in-house LoRa gateway are planned upgrades.
This diagram illustrates a possible system layout. Coverage, node capacity and platform functions depend on the project configuration and verification.
Applications
Every connection starts with a real application.
Understand the site first, then choose the devices, communication method and application workflow.
Smart agriculture
Coordinate main units, field units and remote platforms for distributed agricultural valve control.
From V8 and V7 working together to field applications for A5, A6 and F6.
Silent product showcase, including the F6 backwash controller. Installation and cutaway views are illustrative. Confirm the ordered configuration before purchase.
EBTIOT offers equipment and selection support for irrigation, pipeline monitoring and filtration. V8 is a 4G + LoRa main unit; V7 is its LoRa field unit. A5 is a motorized valve with a separate solar panel. A6 combines in-pipe observation with local pressure sensing. F6 controls sequential backwashing across multiple channels. All five products are available for sale. Contact Mr. Chen at +86 15980901433 to discuss configuration, pricing and lead time.
Video overlays and source design downloads retain their original language. English subtitles are provided.
About EBTIOT
From an idea to a practical solution.
Xiamen EBTIOT Technology Co., Ltd.
We develop hardware and software around IoT devices and their applications. We consider AI applications, smart hardware and wireless connectivity together, starting with practical requirements and planning how devices and applications work together.
01 / Understand the need
Define the application, site conditions and product requirements.
02 / Coordinate the design
Bring together hardware, firmware, wireless links and application interfaces.
03 / Verify and improve
Refine the solution through prototypes and site feedback.
Contact
The right equipment starts with your requirements.
Tell us the model, application, interface requirements and quantity. We will use this information to discuss configuration, pricing and delivery.