Festo SFAB Series Flow Sensor Flow Sensor for Air, 2L/min Min, 200L/min Max

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Festo SFAB Series Flow Rate Monitoring Sensor Flow Sensor for Air, 2L/min Min, 200L/min Max
RS 제품 번호
343-450

개당

₩1,005,205.50

RS 제품 번호:
288-8229
제조사 부품 번호:
SFAB-200U-WQ8-2SA-M12
제조업체:
Festo
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브랜드

Festo

Media Monitored

Air

Product Type

Flow Sensor

Device Type

Flow Sensor

Minimum Flow Rate

2L/min

Maximum Flow Rate

200L/min

Housing Material

Reinforced Polyamide

Connection Type

Plug

Maximum Pressure

1MPa

Minimum Media Temperature

0°C

IP Rating

IP65

Maximum Supply Voltage

30V dc

Maximum Media Temperature

50°C

Minimum Operating Temperature

0°C

Maximum Operating Temperature

50°C

Series

SFAB

Standards/Approvals

EU RoHS Directive, UK RoHS instructions, UK instructions for EMC, RCM, c UL US, CE mark, EU EMC Directive

Current Rating

100mA

Festo SFAB Series Flow Sensor, 2 l/min Minimum Flow Rate, 10 bar Maximum Pressure - SFAB-200U-WQ8-2SA-M12, Numeric Part Number: 565395


This flow sensor is designed for accurate air flow measurement in various industrial applications. Capable of operating within a range of 2 l/min to 200 l/min, it supports flow rate monitoring with high precision. Engineered from polyamide, this sensor functions effectively across a media temperature range of 0°C to +50°C. It operates with a supply voltage of 15-30 V DC, providing versatility in electrical configurations.

Features & Benefits


• Equipped with thermal measurement for high accuracy flow rate

• Unidirectional flow direction simplifies installation and application

• Dual switching output options enhance compatibility

• Provides an analogue output of 4-20 mA for integration

• Reverse polarity protection safeguards electrical connections

• IP65-rated degree of protection ensures operational reliability

Applications


• Used for precise air flow measurement in pneumatic systems

• Suitable for controlling production processes in industrial environments

• Ideal for involving compressed air and nitrogen monitoring

• Utilised in automation tasks requiring reliable flow rate data

• Employed in systems adhering to ISO 8573-1:2010 standards

What is the significance of using a thermal measurement principle for flow sensing?


The thermal measurement principle offers high sensitivity and accuracy, allowing effective detection of flow rates even at low volumes. This ensures reliable performance across various industrial applications.

How does the unidirectional flow design benefit installation processes?


The unidirectional flow design simplifies installation by standardising flow direction, reducing the risk of incorrect setup and ensuring consistent performance in air flow monitoring.

What are the advantages of having dual switching outputs?


Dual switching outputs provide flexibility in application integration, allowing users to select between PNP or NPN configurations based on their specific system requirements.

How does the degree of protection influence sensor performance in industrial settings?


An IP65 rating ensures the sensor is dust-tight and protected against water jets, enhancing its durability and reliability in harsh industrial conditions, thereby maintaining consistent operation.

What impact does the temperature coefficient have on flow rate accuracy?


The temperature coefficient affects measurement consistency by compensating for temperature variations, ensuring accuracy in flow rate monitoring within specified operational limits.

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