YUCW800L-1 Wireless Single Flange Level Transmitter
Precise measurement · Wireless freedom · Industrial-grade
reliability
Description:
The Wireless Sigle Flange Level Transmitter is a revolutionary
industrial liquid level/interface measurement instrument designed
for harsh operating conditions. It features a dual flange isolation
diaphragm structure that can be directly installed on tank flange
interfaces. Combined with industrial wireless transmission
technology (such as LoRaWAN/NB-IoT), it enables continuous
monitoring of liquid height, density, or interface, completely
eliminating the need for wiring and significantly reducing
installation and maintenance costs.
Parameter:
Parameter | YUCW800L-1 |
Process connection | DN25 DN50 DN80,Support customization |
Electrical connections | M20*1.5,1/2NPT |
Pressure type | G (gauge pressure), A (absolute pressure) |
| 0-10KPa,0-100KPa,Support customization |
Feature:
1. Zero-Wiring Installation
Saves 90% on cable and conduit costs, requires no trenching or
excavation, and can be installed and commissioned in as little as
one hour.
2. Dual Flange Protection
Features 316L isolation diaphragms that shield against corrosive
and viscous media, prevent crystallization, and ensure reliability
under high pressure or vacuum conditions (up to 100 bar).
3. Ultra-Low Power Operation
Designed for 5–8 years* of battery life with daily reporting, with
optional solar power support for extended operation.
4. Intelligent Diagnostics
Includes built-in self-calibration, real-time diaphragm health
monitoring, and alerts for abnormal performance or signal
fluctuations.
5. Cloud Connectivity
Seamlessly integrates with SCADA and cloud systems via Modbus or
MQTT, enabling remote monitoring and management via PC or mobile
devices.
Application:
Chemical Storage Tanks: Level monitoring of highly corrosive media
(acids, alkalis, solvents).
Oil and Energy: Interface measurement of crude oil/finished oil
storage tanks and pressurized reactors.
Water Treatment and Environmental Protection: Remote level
management of sewage tanks, chemical tanks, and sedimentation
tanks.
Food and Pharmaceuticals: CIP/SIP process liquid level control in
sanitary conditions.
Multi-tank area monitoring: centralized wireless networking
monitoring of dispersed storage tanks in large industrial areas.
Typical Scenario Pain Points Addressed: Difficulty in wiring
high-risk areas, corrosion-resistant media damaging
pressure-sensing tubes, and power supply challenges in remote tank
areas.
