微流控科里奧利質(zhì)量流量傳感器

說明

這些科里奧利質(zhì)量流量傳感器不需要定期校準(zhǔn)和維護(hù)，這是他們的一大優(yōu)勢！它們還允許對流體流動進(jìn)行極其和實(shí)時的測量。

這些傳感器可用于非常廣泛的氣體和液體（水、油、醇、混合溶液/緩沖液），收集的結(jié)果與工作條件（壓力、溫度、密度、粘度）無關(guān)。

該設(shè)備有一個USB端口，可以直接連接到您的計算機(jī)（包括USB電纜），您不需要控制站。該設(shè)備配有一個軟件，允許您輕松控制傳感器并收集所有測量值。其工作原理是在測量質(zhì)量流量（正、負(fù)）的基礎(chǔ)上，給出了體積、流量、溫度、密度等附加參數(shù)。

特點(diǎn)

傳感器-流量范圍

bfs1，從1.6微升/分鐘到3.3毫升/分鐘

BFS2，從16.6微升/分鐘到33.3毫升/分鐘

BFS3，從500微升/分鐘到500毫升/分鐘

質(zhì)量流量精度降低到2%或0.2%，具體取決于變量

1/16“OD管接頭（包括1/16”OD管接頭1/4“-28）

高性能優(yōu)異的重復(fù)性和長期穩(wěn)定性

易于使用

安裝方便：氣泡夾雜風(fēng)險低

無需定期校準(zhǔn)

換液后無需重新校準(zhǔn)

響應(yīng)時間35ms

內(nèi)容積13微升

尺寸

尺寸（長x寬x高）：65 x 32 x 143毫米

重量：3kg

內(nèi)徑：250微米

微流控布朗霍斯特傳感器尺寸油

好處：

高精度

直接質(zhì)量流量測量，與流體性質(zhì)無關(guān)

附加密度和溫度輸出

雙向測量

快速響應(yīng)

工作原理

該質(zhì)量流量傳感器包含一個*形狀的單回路傳感器管，構(gòu)成振蕩系統(tǒng)的一部分當(dāng)流體流過振動管時，產(chǎn)生科里奧利力，使管彎曲或扭曲。極小的管道位移由位置的傳感器檢測，并通過電子方式進(jìn)行評估，以提供*的流量測量性能流體引起可變相移，輸出信號與實(shí)際質(zhì)量流量成嚴(yán)格的比例流體的密度和溫度是二次輸出。

科里奧利微流體傳感器

應(yīng)用

使用bfs科里奧利質(zhì)量流量傳感器和壓力控制器創(chuàng)建完整的微流控設(shè)置。該設(shè)備允許您同時使用不同類型的液體。連續(xù)注入液體和氣體是可能的！該傳感器及其軟件能夠?qū)崟r、高精度地測量流量，并在高效的反饋回路中相應(yīng)地調(diào)節(jié)控制器的壓力。

bfs科里奧利傳感器涵蓋了廣泛的流量范圍，它是大多數(shù)微流控應(yīng)用的*選擇！與MFS熱流量傳感器相比（單擊此處獲取更多信息?。┮粋€bfs-coriolis傳感器可以工作在4個不同mfs傳感器的流量下。這允許您在保持*的同時，使用同一設(shè)備執(zhí)行不同的實(shí)驗(yàn)。

bfs-coriolis傳感器和mfs熱傳感器的量程比較（純水的流量范圍給出）。

微流控科里奧利質(zhì)量流量傳感器

Description

These Coriolis mass flow sensors do not need of periodical calibration and maintenance and this is one of their great advantages! They allow in addition an extremely precise and real-time measure of the fluid flow. 

The sensors can be used with a very wide range of gases and liquids (water, oils, alcohols, mixed solutions/buffers) and the gathered results are independent from the working conditions (pressure, temperature, density, viscosity).

The device has an USB port to directly connect it to your computer (the USB cable is included) and you do not need of a control station. A dedicated software comes with the device and allow you to easily control the sensor and gather all the measures. The working principle is based on the measurement of the mass flows (positive and negative) and additional parameters such as volume, flow rate, temperature and density are shown as well.

Characteristics

Benefits:

• High accuracy
• Direct mass flow measurement, independent of fluid properties
• Additional density and temperature outputs
• Bi-directional measurements
• Fast response

Working Principle 

This Mass Flow Sensor contains a uniquely shaped, single loop sensor tube, forming part of an oscillating system. When a fluid flows through this vibrating tube, the Coriolis forces are generated and they bend or twist the tube. The extremely small tube displacements are detected by optimally positioned sensors and evaluated electronically providing superior flow measurement performances. The fluid cause a variable phase shift and the resulting output signal is strictly proportional to the real mass flow rate. Density and temperature of the fluid are secondary outputs.

Applications

Create your complete microfluidic setup with the BFS Coriolis Mass Flow Sensor and your pressure controller. The device allows you to work with different types of fluids at the same time. A sequential injection of liquid and gas is possible! The sensor together with its software is able to measure with high precision the flow rate in real time and adjust the pressure of the controller accordingly in a high efficient feedback loop.

The BFS Coriolis Sensor covers a wide range of flow rates and it is perfect for most microfluidic applications! Compared with the MFS Thermal Flow Sensor (click here for more information!), one single BFS Coriolis Sensor can work with the flow rate of 4 different MFS Sensors. This allows you to perform different experiments with the same device while remaining thoroughly precise.

Range comparison between a BFS Coriolis Sensor and the MFS Thermal Sensors (Flow range are given for pure water).