WP401A Industrial pressure transmitters adopt advanced imported sensor component, which is combined with the solid state integrated technological and isolate diaphragm technology.
The pressure transmitter is designed to work well under various conditions.
The temperature compensation resistance makes on the ceramic base, which is the excellent technology of the pressure transmitters.
Various output signal 4-20mA (2-wire), strong anti-jamming, it is suitable for long distance transmission.
WP401B pressure transmitters adopt advanced imported advanced sensor component, which is combined with the solid state integrated technological and isolate diaphragm technology.
The pressure transmitter is designed to work well under various conditions.
The temperature compensation resistance makes on the ceramic base, which is the excellent technology of the pressure transmitters. It has all standard output signals 4-20mA, 0-5V, 1-5V, 0-10V, 4-20mA + HART, RS485. This pressure transmitter has strong anti-jamming and suits for long distance transmission application.
The WP3051DP Capacitance Differential Pressure Transmitter is a state-of-the-art differential pressure transmitter that can meet the specific measuring tasks of different industries with its advanced features and customizable options. It is designed to provide accurate and reliable measurements of differential pressure in demanding environments. The transmitter is made with high-quality materials such as stainless steel, Hastelloy C alloy, Monel, and Tantalum, making it suitable for use in various industrial processes. Additionally, the WP3051DP offers multiple output signal options, including 4-20mA and HART protocol allowing for seamless integration with different control systems.
WP311A Hydrostatic Submersible Level Transmitter (also called hydrostatic level measurement, Submersible pressure transmitters) use advanced imported anti-corrosion diaphragm sensitive components, the sensor chip was put inside of a stainless steel (or PTFE) enclosure. The function of the top steel cap is protecting transmitter, and the cap can make the measured liquids contact the diaphragm smoothly.
A special vented tube cable was used, and it makes the back pressure chamber of diaphragm connect well with atmosphere, the measurement liquid level is not affected by the change of outside atmospheric pressure. This Submersible level transmitter has accurate measurement, good long term stability, and has excellent sealing and anti-corrosion performance, it meets marine standard, and it can be directly put into water, oil and other liquids for a long-term use.
Special internal construct technology completely solves the problem of condensation and dewfall
Using special electronic design technology to basically solve the problem of lightning strike
WB temperature transmitter is integrated with the conversion circuit, which not only saves expensive compensation wires, but also reduces signal transmission loss, and improves the anti-interference ability during long-distance signal transmission.
Linearization correction function, thermocouple temperature transmitter has cold end temperature compensation.
WPLD series Electromagnetic Flow Meters are designed to measure the volumetric flow rate of almost any electrically conductive liquids, as well as sludges, pastes and slurries in duct. A prerequisite is that the medium must have a certain minimum conductivity. Our various magnetic flow transmitters offer precise operation, easy installation and high reliability, providing robust and cost-effective all-round flow control solutions.
WP311B Split type Immersion Cable Hydrostatic Level Transmitter is submersion type pressure-based level measuring instrument with full stainless steel housing flexible cable and sensing probe immersed into bottom of medium container while upper junction is placed above level, providing terminal block and LCD/LED on-site display.
WP3051TG Gauge Pressure Transmitter can adopt flush diaphragm for pressure sensing and remote flange process connection through flexible stainless steel conduit. Flat non-cavity process connection wipe out areas prone to poor sanitation, suitable for hygiene requiring industries. Split remote installation improves corrosion protection and operating temperature, expanding flexibility in terms of product applicable environments and mounting location.
WP435B Small Cylinder Housing Cable Lead Ceramic Capacitance Pressure Transmitter is pressure monitoring device specially designed for hygienic applications. The transmitter utilizes flat ceramic capacitance diaphragm as its sensing element. Capacitance sensor exhibits sensitive response and decent long-term stability. Ceramic material has remarkable resistance to strong acid, alkali and high salt media, ideal for chemical, pharmaceutical and other corrosive environments.
WBZP Temperature Transmitter applies Pt100 sensing element for process temperature measurement and outputs analog or smart digital signal. Protective sleeve or thermowell with customized dimension can be provided tailoring to on-site condition for installation. Adaptive. The upper junction box is available in a variety of designs including integrated field display and explosion proof structure.
WP435A Sanitary type Pressure Transmitter forms non-cavity flush sensing element structure. The flat diaphragm reduces risks of clogging, retention and deterioration of the process medium. It’s the ideal solution for critical processes where cleanliness, sterilizability, and product integrity are paramount. Tri-clamp connection is popular among food and pharmaceutical industries for its excellent sealing properties, easy installation and hygienic construction.
WP3051DP Differential Pressure Transmitter is a series of superb differential pressure measuring instrument utilizing latest instrumentation technologies and excellent quality components. Offering reliable real-time DP measurement, the product perfectly exhibits flexibility in wide range of industrial process applications. Over general measuring range the accuracy grade is up to 0.1%FS delivering precise electrical output.