4 - 20mA Output Fluid Level Meter Hygienic Tuning Fork Densitometer Insulation

Product Specification

GXPS-KD100-3 Tuning fork densitometer

Technical Specifications

Dimensions and Connection

Signal terminals is set in a separate part of the electrical box. When wiring, remove the cover at the other end of the meter. Connect the 24V wire and the current signal wire as per the mark. Current signal wire CAN NOT be laid in the same wire slot with power wire, and DO NOT pass through any strong electric field.
The concentration meter should connect earth wire for safety. When checking the insulation resistance

please adopt the input current less than 45V. The maximum output current does not exceed 30mA.DC

Connection method with PLC

Wiring method with secondary disply instrument

Instructions for ordering

Ordering information
GX-TD100-A-B-C-D-E-F
A measuring medium
B medium temperature
C, installation mode ( Horizontal or straight, pipe or storage )
D, medium viscosity
E, is there any unclean foreign body or sediment
F measurement range
G, thread, flange and pipe size
H, pipe material
According to your needs, we can provide the right solution for you to choose

Application

Tank truck density and liquid level detection system

               Magnetically induced and contracted liquid level gauge

The gas station and oil tanker monitoring and management system is designed for the automatic management of oil tanks. The system can automatically monitor the oil in the oil storage tank when the tank is sealed. Through the automatic real-time monitoring of the oil parameters in the oil storage tank, the operating conditions of the oil storage tank are directly reflected, such as the oil storage capacity in the tank, the temperature of the oil, the density, and the dynamic changes of the oil quantity. Our company's tuning fork density meter, liquid level meter and temperature meter are installed on the oil tank, and the parameters such as the density, liquid level, water level, temperature and oil quantity of the oil are detected on the line.
Raw oil, fuel oil, and fuel are transported from the refinery to the end user through a complex distribution system. It is necessary to determine the type of oil, as different types of oil will pass through different distribution systems. The oil is directed to the appropriate product tank at the discharge end of the system. Accurate and reliable interface inspection is a must to ensure that each product is properly stored in the warehouse, as product contamination is very expensive. During the operation, the measurement of the oil density of the pipeline has two basic methods: static measurement and dynamic (on-line) measurement. Static measurement is generally obtained by analyzing the collected sample to obtain its density. This method is low in cost, simple in method, high in measurement accuracy and high in resolution, but it cannot reflect the change of density in real time, and there is a human factor influence. The shortcomings of low efficiency have been unable to meet the needs of modern metrology.

Using the tuning fork density meter to measure the dynamic state has some advantages: 1) high efficiency, easy to achieve automation; 2) small impact of human factors; 3) good real-time; 4) easy to install. The tuning fork density meter has the preferred density meter for detecting the oil density on the line.