ACCU WeChat Official Account Officially Launched

2017-06-30

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The ACCU WeChat Official Account was officially launched on July 1, 2017, adding another convenient and quick way to contact us!

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ACU20FD Normally Open Valve Series


The ACU20FD digital mass flow meter comprises a mass flow sensor, a laminar‑flow element, a flow‑control regulating valve, and an amplification‑and‑control circuit. It employs digital signal input and output and features short warm‑up time, minimal zero drift, and high reliability.

ACU20PH Series


The ACU20PH series comes standard with a piezoelectric diaphragm‑type pressure sensor and a digital circuit board, delivering high‑accuracy, stable, and reliable pressure measurement and control. This basic digital PC board incorporates all the essential functions required for measurement and control. In addition to the standard RS485 output signal, the ACU20PH also offers analog I/O signals.

ACU10FA Series


The ACU10FA analog mass flow controller features fast response and high accuracy. It offers a wide control range, from 5 SCCM to 30 SLM, and can measure and regulate flow rates as low as 1 SCCM, making it suitable for controlling very small flow rates.

ACU10FD Series


The ACU10FD digital mass flow controller comprises a mass flow sensor, a laminar flow element, a flow‑control regulating valve, and an amplification control circuit. It features digital signal input and output, short warm‑up time, low zero drift, and high reliability.

ACU10FDR


The ACU10FDR low-pressure-drop gas mass flow controller is equipped with a proprietary high-flow electromagnetic valve, making it ideal for controlling mass flow even when system pressure is nearly unavailable. Its minimal pressure differential ensures the least possible impact on the system, enabling precise flow control under near-atmospheric conditions while significantly reducing system response time. We can customize the valve and PID control features based on your specific application parameters, guaranteeing fast, stable performance with minimized pressure loss.