The AST996 Series is a LoRaWAN gateway that connects standard LoRaWAN end-devices and transmits data to the server via Ethernet / 4G / Wi-Fi. It supports Wi-Fi configuration management and online upgrades. Available in indoor (IP30) and outdoor (IP65) for different applications. AST996 is widely used in IoT applications, such as smart cities, agriculture, environmental monitoring, and industrial automation.
The AST986 Series is a wireless data transmission terminal using LoRaWAN spread-spectrum technique. It connects to sensors via RS485, RS232, and PT100 interfaces for transparent data transmission. AST986 supports lithium battery (ultra-low-power design) or DC power options, ensuring long-term, stable operation. With an IP67 rating for harsh environments, it is widely used in IoT applications, such as smart cities, agriculture, environmental monitoring, and industrial automation.
The APF811 Series is designed d on Oval Gear technology. It is available with a 2-line LCD Display Register, and it also provides 4-20 mA, pulse, RS485 output functions. APF811 Series Oval Gear flowmeter has high accuracy and is easily adaptable to most industrial applications. FEATURES 10-200 mm (3/8"-8") pipe sizes Handles viscosities up to 2000 cP Wide range of applications Various process connection types are available 7 digits flowrate + 8 digits totalizer Supports 4-20 mA, pulse output, and RS485 communication High accuracy of +/-0.5% of reading (or +/-0.2% of reading) With batch totalizer and sum totalizer reset functions
The ACF6010 Series uses the Coriolis effect as a technique for mass flow measurement of the fluid. It can also directly measure the density and temperature. The ACF6010 can be used for liquids and gases; the infrared keypad makes it easy for you to set parameters & change the display data in hazardous environments. The Double-V tube and Double-U tube design make it possible for the meter to be used in most fluid applications.
The AVD600 Series tuning fork vibrating density meter is designed d on the principle of fork vibration, with high accuracy and high stability. By measuring the vibration frequency after the fluid flows through the fork, the density of the fluid can be calculated. The fork has a built-in temperature sensor, enabling temperature compensation for density measurements. It can be used in process control where density or concentration is the primary parameter. This product is easy to maintain and can measure the density of fluids that contain small amounts of bubbles or that are uniformly mixed.
Indonesia
Indonesia