TAKEX F70A-WS Fiber Optic Water Detection Sensor

• Fiber optic sensing configuration: A compact fiber detection head can be positioned in confined equipment spaces while the sensor body is installed separately.
• Two sensing configurations: Dedicated fiber units allow either through-beam or reflective sensing to match different liquid detection layouts.
• Suitable for small liquid containers: The compact sensing head is designed for liquid detection in applications such as ampules and drip bags.
• Up to 600 mm through-beam sensing: Through-beam detection reaches 600 mm with a lens, while the reflective configuration provides a 7 mm detecting distance.
• 12 to 24VDC operation: The sensor operates from 12 to 24VDC and provides an NPN open collector output for industrial control integration.

Q1: What is the TAKEX F70A-WS?
A: The F70A-WS is a fiber optic water detection sensor designed for liquid and opaque-object detection.

Q2: What can the F70A-WS detect?
A: It can detect liquids and opaque objects and is suitable for applications such as liquid detection in ampules and drip bags.

Q3: Does the F70A-WS support through-beam sensing?
A: Yes. GT505J or GT510J fiber units can be used for a through-beam configuration.

Q4: Does the F70A-WS support reflective sensing?
A: Yes. GX505J or GX510J fibers are specified for reflective sensing.

Q5: What is the detecting distance of the F70A-WS?
A: The through-beam range is 600 mm with a lens, while the reflective range is 7 mm.

Q6: What power supply does the F70A-WS require?
A: It operates from 12 to 24VDC ±10% with ripple of 10% or less.

Q7: What output does the F70A-WS provide?
A: It provides an NPN open collector output.

Q8: Why is the F70A-WS suitable for confined spaces?
A: Its fiber optic configuration allows a compact sensing head to be installed at the detection point.

Q9: Can the F70A-WS detect liquid in drip bags?
A: Yes. Drip bags and ampules are among its intended liquid detection applications.

Q10: How do I select a fiber for the F70A-WS?
A: Select the sensing configuration first. GT505J and GT510J are used for through-beam sensing, while GX505J and GX510J are used for reflective sensing.