IoT Smart Water Controller for Enhanced Water Level Monitoring

Product Details
Customization: Available
Accuracy: 0.2%Fs0.5%Fs1%Fs
Selling Units: Single Item
Manufacturer/Factory

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Year of Establishment
2010-07-29
Number of Employees
53
  • IoT Smart Water Controller for Enhanced Water Level Monitoring
  • IoT Smart Water Controller for Enhanced Water Level Monitoring
  • IoT Smart Water Controller for Enhanced Water Level Monitoring
  • IoT Smart Water Controller for Enhanced Water Level Monitoring
  • IoT Smart Water Controller for Enhanced Water Level Monitoring
  • IoT Smart Water Controller for Enhanced Water Level Monitoring

Basic Info.

Model NO.
YD-21
Single Gross Weight
3.500kg
Operating Frequency
ISM Band Includes 433,868,915mh,etc
Product Name
Yd-211wl Nb IoT Lora Wireless Liquid Level Sensol
Measuring Range
-0.1~60MPa Pressure Type
Standard
IEEE 802.15.4G
Customized Support
OEM,ODM,Obm,Software Reengineering
Antenna Interface
SMA Antenna Interface
Brand Name
Yunyi
Lace of Origin
Shaanxi, China
Temperature Range
-500-1200 Degrees (Temperature Type)
Work Temperature
10~60c
Communication Current
Average Communication Current 100mA 3.6VDC
Single Package Size
28X23X23.Cm
Measurement Range
0~15m

Product Description

IoT Smart Water Controller for Enhanced Water Level Monitoring
Cellular-based Narrow Band Internet of Things (NB-IoT) stands as a pivotal segment of the Internet of Everything network, revolutionizing connectivity as we know it. Seamlessly integrated within the cellular network framework, NB-IoT requires only about 180kHz of bandwidth, enabling it to be efficiently deployed directly onto GSM, UMTS, or LTE networks. This not only minimizes deployment costs but also ensures effortless upgrades. Specifically targeting the Low Power Wide Area (LPWA) Internet of Things market, NB-IoT is a groundbreaking technology poised for global applications. Its remarkable features include extensive coverage, the capacity for numerous connections, low-speed, cost-effectiveness, minimal power usage, and a robust architecture. Utilizing a licensed frequency band, NB-IoT can coexist harmoniously with existing networks by being deployed in in-band, protected band, or independent carrier mode.
Product name
YD-211WL wireless pressure transmitter
 
 
 
Measuring range
-0.1~60MPa (pressure type)
 
 
 
Temperature
-500-1200 degrees (temperature type)
 
 
 
Accuracy level
0.2%FS, 0.5%FS, 1%FS
 
 
 
Transmission distance
The town can reach 2-5 Km
 
 
 
Operating frequency
ISM band includes 433, 868, 915MH, etc
 
 
 
Standard
IEEE 802.15.4g
 
 
 
Capacity
A LoRa gateway can connect thousands of LoRa nodes
 
 
 
Operating temperature
-10~60
 
 
 
Thread interface
M20*1.5 (ordering instructions for other threads)
 
 
 
Temperature compensation range
4 points temperature compensation according to customer requirements (temperature compensation)
 
 
 
Communication current
Average communication current 100mA@3.6VDC
 
 
 
Duty current
20uA@3.6VDC
 
 
 
Antenna interface
SMA antenna interface
 
 
 
Measuring medium
suitable for testing the pressure of gas, liquid and other non-corrosive media)
 
 
 
IoT Smart Water Controller for Enhanced Water Level Monitoring
IoT Smart Water Controller for Enhanced Water Level Monitoring
IoT Smart Water Controller for Enhanced Water Level Monitoring
IoT Smart Water Controller for Enhanced Water Level Monitoring
IoT Smart Water Controller for Enhanced Water Level Monitoring
IoT Smart Water Controller for Enhanced Water Level Monitoring
IoT Smart Water Controller for Enhanced Water Level Monitoring
IoT Smart Water Controller for Enhanced Water Level Monitoring
IoT Smart Water Controller for Enhanced Water Level Monitoring
IoT Smart Water Controller for Enhanced Water Level Monitoring
IoT Smart Water Controller for Enhanced Water Level Monitoring
FAQ
Q: How long will you reply to me?
A: We will reach out to you with unparalleled promptness, ensuring a response within a mere 12 hours.
Q: Can I get some samples?
A: Certainly! Sample orders are available to facilitate a thorough quality check and market test. Kindly note that the express shipping cost will be borne by you.
Q: How soon can you arrange your production?
A: Upon receiving your esteemed product confirmation and the requisite prepayment, our production will commence instantaneously without delay.
Q: What's the delivery time?
A: Typically, delivery takes approximately 3-5 working days for small orders and 10-15 days for larger orders, ensuring timely fulfillment of your requirements.
Q: How do you control your quality?
A: Our quality control is rigorous, encompassing three meticulous inspection stages: original materials, production process, and finished goods. In addition, we offer an exceptional warranty service—1 year of free replacement, barring any human damage factors.
Q: What certificates do you have?
A: We are accredited with ISO9000, CE, Explosion-proof certification, and RoHS compliance. Before the delivery of goods, we can also provide quality and safety inspection certifications issued by third-party organizations.
Q: Could I visit your factory?
A: We would be delighted to welcome you! Simply fly to Xian Yang airport. It would be a great pleasure for us to host your visit.
Q: What are the main advantages of using Wireless Pressure Sensors compared to traditional wired sensors?
A: Wireless Pressure Sensors offer a transformative advantage by eliminating the need for intricate wiring installations. This provides a more cost-efficient and time-saving alternative to traditional wired sensors, simplifying your operations.
Q: How do Wireless Pressure Sensors improve efficiency and convenience in industrial applications?
A: With Wireless Pressure Sensors, enjoy seamless data acquisition and monitoring, unencumbered by the constraints of wired connections. This enhances flexibility, reduces installation time, and ultimately elevates efficiency in industrial settings.
Q: What factors should be considered when selecting a Wireless Pressure Sensor for a specific application?
A: Selecting a Wireless Pressure Sensor requires careful consideration of factors like compatibility with existing systems, measurement range and accuracy, and the sensor's durability and reliability, ensuring peak performance for your specific application.

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