TAKEX FRH7FEBC 105°C Chemical-Resistant Reflective Fiber Sensor

• Excellent oil and chemical resistance: FRH7FEBC is designed for sensing environments where resistance to oils and chemicals is required.
• Heat resistance up to 105°C: The fiber operates from −30 to +105°C for reflective sensing around high-temperature equipment and processes.
• Up to 360 mm detection: Detecting distance reaches 360 mm with F85RN in long-range mode and varies with the amplifier and operating mode.
• φ2.2 mm heat-resistant fiber: The cable uses heat-resistant polyethylene covering with a φ2.2 mm diameter and φ1.0 mm plastic core.
• 2.1 m fiber with R40 radius: The 2.1 m fiber has an R40 allowable bending radius for equipment routing.

Q1: What is TAKEX FRH7FEBC?
A: FRH7FEBC is a heat-, oil-, and chemical-resistant reflective fiber optic unit for object presence and position detection.

Q2: What is the maximum operating temperature of FRH7FEBC?
A: The ambient temperature range is −30 to +105°C.

Q3: Is FRH7FEBC chemical resistant?
A: Yes. Excellent oil and chemical resistance is one of its primary features.

Q4: What is the detecting distance of FRH7FEBC?
A: It reaches 360 mm with F85RN in long-range mode. Actual distance varies with the amplifier and operating mode.

Q5: What is the fiber length of FRH7FEBC?
A: The fiber length is 2.1 m.

Q6: What are the fiber cable and core diameters?
A: The cable diameter is φ2.2 mm and the core diameter is φ1.0 mm.

Q7: What is the allowable bending radius of FRH7FEBC?
A: The allowable bending radius is R40.

Q8: What materials are used for the fiber?
A: The fiber uses heat-resistant polyethylene covering and a plastic core.

Q9: What is the standard detecting object?
A: The standard detecting object is 100 × 100 mm white drawing paper when used with F70R.

Q10: What is the difference between FRH7FEBC and FRH7BC?
A: Both support temperatures up to +105°C, while FRH7FEBC additionally emphasizes excellent oil and chemical resistance for more demanding environments.