APT3000 Series
The APT3000 Series pressure transmitter for general industrial application is the ideal solution for customers with demanding measuring requirements. APT3000 is a very high quality product, which even the most adverse environmental conditions cannot affect.
The APT3000 offers continuous measuring ranges between 0-0.16 and 0-1000 bar in all the major units. These measuring ranges can be combined in the standard industry output signal. Application to machine buiding, Hydraulics, pneumatics, pumps, chemical industry.
APT3100 Series
APT3100 is a high-performance compact pressure transmitter with a wide range of available measuring ranges, process connections, output signals, and electrical connections. It features high stability, strong reliability and anti-interference.
The model APT3100 for general industrial applications is the ideal solution for customers with demanding measuring requirements.
APT3200 Series
APT3200 adopts high stability piezoresistive sensor, with a wide measuring range, good stability, strong reliability, excellent anti-interference ability characteristics. APT3200 is completely sealed for submersion, yet vented through the cable to correct for barometric pressure changes, The conductors of the cable are also isolated from the outside environment to keep the sensor operational for long-term use. It can provide a cost effective solution for level monitoring for a variety of application.
APT8000 Series
APT9000 Series
APT9000L Series
APT9500 Series
The APT9500 Series is a transmitter of differential pressure flowmeter. Differential pressure can be converted into flow value via microcomputer technology and can be displayed directly on the LCD screen as well as the flowrate, totalizer. It is equipped with strong output function: 4-20 mA, pulse and HART. APT9500 is widely used in combination with any differential pressure sensors such as orifice, venturi, annubar, v-cone etc. It has high stability and high accuracy.
APT9600 Series
The MultiVariable Transmitter APT9600 Series is adaptable and capable of multivariable measurements of differential pressure, static pressure and process temperature. The Transmitter includes flow equations for steam, gases and liquids. This device is also engineered with built-in flow calculations for fully compensated mass flow measurements. Multivariable Transmitter designed to meet challenging processes.
ARC1000 Series
The ARC1000 Series Paperless Recorder features the most advanced technology. It highlights in various channels, complete function, easy operation, high accuracy, low consumption and high performance, overcoming the disadvantages of old paperless recorder of limited channels and large occupancy if several recorders are to be installed.
ARC800 Series
The ARC800 Series Paperless Recorder features the most advanced technology. It can be applied across a broad scope of industrial applications. ARC800 is the product which with multi-channels, complete functions, easy operation, high accuracy, low power but high performance.
And the series overcome the old-fashioned paperless recorder, which has less channels, multiple installation and space-consuming problem.
ARC900 Series
The ARC900 Series Paperless Recorder features the most advanced technology. It can be applied across a broad scope of industrial applications. ARC900 is the product which with multi-channels, complete functions, easy operation, high accuracy, low power but high performance. And the series overcome the old-fashioned paperless recorder, which has less channels, multiple installation and space-consuming problem.
ARF5500 Series
Radar Flow Meter is an automatic flowmeter based on microwave technology, which measures the flow velocity and level of the fluid in a non-contact way to enable flow measurement. The sensor is used to monitor the flow velocity of open channels such as rivers, irrigation canals or sewage systems, and for monitoring and control of hydroelectric plants and wastewater treatment plants. The product features low power consumption, small size, high reliability and easy maintenance; the measurement process is not affected by temperature, sediment, river pollutants, flotage on the surface or other factors.