LWIQ,LWIB type plug-in turbine flow sensorDetailed product description：

Purpose:
The LWIQ and LWIB plug-in turbine flow sensors are paired with display instruments to form an plug-in turbine flow meter. It can be widely used to measure the instantaneous flow rate and total volume of liquids in large-diameter pipeline source water, circulating water, purified water, etc.

Characteristics:
LWIQ plug-in turbine flow sensor; Strong anti impurity ability, tangential impeller can release suspended debris in the fluid at any time during rotation, so that it will not wrap around the blades of tangential impeller
LWIQ and LWIB plug-in turbine flow sensors:
① The structure and principle of sensors and display instruments are very simple and intuitive, making it particularly easy for users to master their usage and maintenance techniques
② Has high resistance to electromagnetic interference and seismic resistance, low pressure loss, wide flow range, low lower limit flow rate, impeller with anti-corrosion function
③ The sensor can be installed outdoors, and the entire sensor can be submerged in water for a long time. It can be used in horizontal, vertical, and inclined pipelines
④ Sensors with shut-off valves do not require flow interruption during installation and disassembly
⑤ Adopting advanced ultra-low power single-chip microcomputer technology, the whole machine has strong functions, low power consumption, and superior performance. Intelligent flow display with non-linear accuracy compensation function. The accuracy of the correction formula is better than ± 0.02%
⑥ The instrument coefficient can be set online through buttons and displayed on the LCD screen. Using EEPROM for accumulated flow and instrument coefficient power failure protection for 10 years

Main technical parameters:

Flow meter specifications, basic parameters, and performance indicators
Usage conditions:
① Environmental temperature -20 ℃~50 ℃
② Relative temperature: 5% to 95%
③ Temperature of the tested medium: -20 ℃ to 120 ℃
④ Atmospheric pressure: 86Kpa to 106Kpa
⑤ Explosion proof grade: ib Ⅱ BT6
Signal transmission distance: The distance from the sensor to the display can reach 1000m

Electrical characteristics:
Display mode:
① LWIQ and LWIB plug-in turbine flow sensors, remote display: pulse output (equipped with display instrument)
② The LWIQ and LWIB plug-in turbine flow sensors are paired with display instruments to form an plug-in turbine flow meter. On site display: 7-digit LCD displays cumulative flow rate in cubic meters; 7-digit LCD displays instantaneous flow rate, unit (m3/h)
③ LWIQ and LWIB plug-in turbine flow sensors are paired with transmitters to form a plug-in turbine flow transmitter: (with display instrument)
Output function:
① LWIQ and LWIB plug-in turbine flow sensors, pulse output, p-p value determined by power supply
② LWIQ and LWIB plug-in turbine flow transmitters, capable of pulse output or 4-20mA two-wire current output
Power supply:
① LWIQ and LWIB plug-in turbine flow sensors, remote display: DC5~24V
② LWIQ and LWIB plug-in turbine flow meters, on-site display: 3V lithium battery installed inside the instrument can be continuously used for more than eight years
③ LWIQ and LWIB plug-in turbine flow transmitters: DC24V

Model and specification description:

LW I X X XX

LW stands for Turbine Flow Sensor;

I: Indicating insertion type;

X: Q represents tangential type;

X: B represents axial flow type;

X： “≤”、 ≥ "indicates the presence of a shut-off valve;

-: indicates no shut-off valve;

XX: Indicating the diameter of the plug-in turbine flow sensor;

For example, LWIQ-100: indicates a diameter of 100mm, no shut-off valve, and an insertable turbine flow sensor; LWIB ≤ 400: indicates a diameter of ≤ 400mm, with a shut-off valve and an inserted turbine flow sensor