Automated Sensors

Space-saving fiber optic sensor | High-power fiber optic sensor

Space-saving fiber optic sensor

▶ Product Features
Both the right-angle and flat-plate space-saving fiber optic models utilize fiber optic cables with smaller bending angles and employ a subsurface-like optical path structure, achieving greater luminous throughput compared to the beveled type. The flat-plate type can be installed in confined spaces: its flat body and self-contained mounting positions eliminate the need for brackets, significantly reducing installation limitations. Simple cable management: The use of fiber optic cables with smaller bending angles and an internally repositionable cable structure facilitates neat and organized cabling. Integrated bracket type offers simple and convenient installation: Ordinary threaded fiber optic cables require numerous accessories such as brackets and screws for installation, making the process cumbersome. The integrated bracket type requires only two screws to complete the previously complex installation, significantly reducing installation time.
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▶ Product Specifications - Space-Saving Type
model Detection distance Minimum bending radius Temperature resistance
HF-D331-15 32 R10 -40~70℃
HT-D332-15 100 R25 -40~70℃
HF-D533-65 48 R25 -40~70℃
HT-D334-65 330 R25 -40~70℃
HF-M335TZ 70 R10 -40~70℃
HF-P41TZ 2-24 R2 -40~50℃
HF-P42TZ 1-70 R2 -40~50℃
HF-P44TZ 1-36 R2 -40~50℃
HF-P47TZ 1-36 R2 -40~50℃
HT-P51TZ 170 R10 -40~50℃
HT-P52TZ 610 R15 -40~50℃
HT-P53TZ 140 R2 -40~50℃
HT-P54TZ 610 R2 -40~50℃
HT-P57TZ/TE 140 R2 -40~50℃
HF-P63T-27/47/67 72 R25 -40~70℃
HF-M466T/TZ 140 R15/R2 -40~50℃
HF-M667T/TZ 210 R25/R2 -40~50℃
HT-M477T/TZ 640 R25/R2 -40~50℃
▶ Product Specifications - Integrated Bracket Type
model Detection distance Minimum bending radius Temperature resistance
HF-PL41Z 170 R25 -40~50℃
HT-PL50Z 3100 R25 -40~50℃
HT-PL51Z 450 R25 -40~50℃
HT-PL52Z 450 R25 -40~50℃
HT-PL53Z 450 R25 -40~50℃
HT-PL54Z 410 R25 -40~50℃
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High-power fiber optic sensor

▶ Product Introduction
In transparent optical fibers, the detection distance can be increased, and compared with ordinary through-beam optical fibers, more light intensity can be obtained to improve the stability of detection. In addition, the light transmittance is enhanced, making it less susceptible to interference from harsh environments.
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Built-in lens, boxy

Miniaturization: The miniaturized design of the lens as a single unit avoids problems such as lens loosening and falling off due to vibration.

Easy to install: The one-piece square structure, along with the included mounting bracket, makes installation simple and quick.

Built-in lens integrated bracket type

Vibration-resistant: The integrated lens design avoids lens loosening and falling off due to vibration. At the same time, the integrated bracket facilitates installation and also prevents nuts and washers from loosening due to vibration.

Built-in lens threaded type

High-power, fold-resistant type: It has a built-in spherical lens and uses fold-resistant wire with a small bending angle. While achieving high power, it also increases the fold resistance of the wire, enabling the product to stably detect targets in complex environments.

Lens accessories

Reducing the aperture angle: Assembling lens accessories can reduce the light output aperture angle, and the coating inside the lens can reduce the attenuation of reflected light, improve emission efficiency, and achieve high power.

▶ Product Specifications
model Detection distance Minimum bending radius Temperature resistance
HF-P40 30-290 R25 -40~50℃
HF-P40G 30-290 R25 -40~50℃
HT-PL50Z 3100 R25 -40~50℃
HT-M470U 800 R10 -40~50℃
HT-M470TU 1100 R4 -40~50℃
HT-M14T17L 10000 R25 -40~70℃