Idex – Sensors – Flow Sensors
Easily manage your flow rates and receive accurate, instantaneous data on system performance saving critical analysis time with IDEX Health & Science Flow Sensors. Extensively designed and thoroughly tested for demanding fluid sensing applications, our superior Flow Sensors identify flow rate variances to keep you informed of system sensitivities and potential problems that may require immediate attention. Flow Sensors are easy-to-mount with a quick in-line connection, and are optimized for real-time analysis.
Available Models
| Operating Voltage | 3.3-5.0V |
|---|---|
| Digital Communication Bus | I2C/UART |
| Accuracy Below Full Scale | 5% of measured value or 0.25% of full scale (whichever error is larger) |
| Flow Detection Response Time | 40 ms |
| Recommended Max Pressure | 43 psi (3 bar) |
| Burst Pressure | 101 psi (7 bar) |
| Wetted Materials | PEEK, Borosilicate glass, viton |
| Ambient Storage Temperature | -40 – +60°C (flow path empty) |
| Operating Temperature | +5 – +50°C |
The new QuickStart™ flow sensor is an in-line, modular, compact sensor that you can easily implement into your fluidic pathway to monitor the flow of fluids going through your instrument.
- QuickStart™ Flow Sensor Standalone Fitting Option, Full Scale Flow Rate 1,000uL/min, Full Scale Pressure 200 psi (14 bar) – 1 unit
- QuickStart™ Flow Sensor Standalone Fitting Option, UART, Full Scale Flow Rate 1,000uL/min – 1 unit
- QuickStart™ M6 Flow Sensor Standalone Fitting Option, Full Scale Flow Rate 1,000uL/min, Full Scale Pressure 200 psi (14 bar) – 1 unit
- QuickStart™ M6 Flow Sensor Standalone Fitting Option, UART, Full Scale Flow Rate 1,000uL/min – 1 unit
| Operating Voltage | 3.3-5.0V |
|---|---|
| Digital Communication Bus | I2C/UART |
| Accuracy Below Full Scale | 5% of measured value or 0.25% of full scale (whichever error is larger) |
| Flow Detection Response Time | 40 ms |
| Recommended Max Pressure | 43 psi (3 bar) |
| Burst Pressure | 101 psi (7 bar) |
| Wetted Materials | PEEK, Borosilicate glass, viton |
| Ambient Storage Temperature | -40 – +60°C (flow path empty) |
| Operating Temperature | +5 – +50°C |
The new QuickStart™ flow sensor is an in-line, modular, compact sensor that you can easily implement into your manifold rather than used as a stand-alone on your instrument.
- QuickStart™ Flow Sensor Manifold Option, UART, Full Scale Flow Rate 1,000uL/min – 1 unit
- QuickStart™ Flow Sensor Manifold Option, I2C, Full Scale Flow Rate 1,000uL/min – 1 unit
- QuickStart™ Flow Sensor Manifold Option, I2C, Full Scale Flow Rate 1,000uL/min – Pack of 10 units
- QuickStart™ Flow Sensor Manifold Option, UART, Full Scale Flow Rate 1,000uL/min – Pack of 10 units
| Operating Voltage | 3.3-5.0V |
|---|---|
| Digital Communication Bus | I2C/UART |
| Accuracy Below Full Scale | 5% of measured value or 0.25% of full scale (whichever error is larger) |
| Flow Detection Response Time | 40 ms |
| Recommended Max Pressure | 43 psi (3 bar) |
| Burst Pressure | 101 psi (7 bar) |
| Wetted Materials | PEEK, Borosilicate glass, viton |
| Ambient Storage Temperature | -40 – +60°C (flow path empty) |
| Operating Temperature | +5 – +50°C |
The new QuickStart™ flow sensor evaluation kit comes with everything you need to test a sensor in a short amount of time. Included in the kit is a sensor, cables, USB adapter and memory stick (includes software).
- QuickStart™ Flow Sensor Standalone Evaluation Kit, Full Scale Flow Rate 1,000uL/min
- QuickStart™ M6 Flow Sensor Standalone Evaluation Kit, Full Scale Flow Rate 1,000uL/min – I2C
- QuickStart™ M6 Flow Sensor Standalone Evaluation Kit, Full Scale Flow Rate 1,000uL/min – UART
- QuickStart™ Flow Sensor 1/4-28 Standalone Evaluation Kit, Full Scale Flow Rate 1,000uL/min – UART
Key Industries
- Biopharmaceutical and Biotechnology
- Chemical
- Cosmetics & Personal Care
- Education & Academics
- Food & Beverage
- Medical
- Oil & Gas
- Pharmaceutical
- Powders & Pigments / Coating
IDEX Health & Science is the global authority in fluidics and optics, bringing life to advanced optofluidic technologies with our…
