Last Updated： Aggregation Period:Sep 10, 2025～Oct 07, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 10, 2025～Oct 07, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 10, 2025～Oct 07, 2025
This ranking is based on the number of page views on our site.
1～15 item / All 45 items
Companion detection sensor
The security management for entry and exit detects unauthorized individuals attempting to enter simultaneously when an authorized person is authenticated and the door opens. It also detects unauthorized individuals entering illegally when exiting and the door opens. - One sensor can distinguish both directions of passage - PNP output, 2 channels - Easy to install
![[Example] Install infrared sensors in elevators to prevent pinching!](https://image.www.ipros.com/public/product/image/977/2000583146/IPROS55817927297387233040.png?w=280&h=280)
Installing the Hotron automatic door sensor on commercial elevators can prevent carts and other items from getting caught.
Recently, there has been a growing focus on non-contact switches as a measure against viral infections. To prevent contact infections from doors and elevators that are touched by a large number of unspecified individuals, there is a demand for non-contact solutions. 【Installation Location】 Office Building 【Challenges】 - We want to install anti-pinch sensors because carts can get caught in the service elevators. - The previously installed beam sensors cannot detect carts that pass through, leading to pinch incidents. 【Solution】 Install infrared sensors in the service elevators to prevent the doors from closing when people or objects enter the area. 【Product Introduced】 Built-in infrared sensor HA-520 Hotron's automatic door sensors can also be used for the opening and closing of elevators and for calling them, in addition to automatic doors. We are here to address your various concerns and challenges. ◎ Please feel free to contact us.
Infrared sensor for visitor counter PLC-6SR
■Features ●Embedded infrared sensor for visitor counters (real-time output type) ●Compact and slim sensor head allows for installation in minimal space. ●Ultra-compact controller ●Detection distance can reach up to 6m. (With optional item BS-10N, it can reach up to 10m.)
A two-beam type ultra-compact infrared sensor that adopts a scanning method to prevent mutual interference.
■Realization of miniaturization of the control box section Achieved miniaturization of the control box section with dimensions W: 45mm H: 120mm D: 29mm. It can be installed in various locations with minimal space. ■Series of two models: opposing type and reflective type To accommodate various applications, two models have been developed in a series: the opposing type (for 10m) and the reflective type (for 4m). You can choose the model according to your needs. ■Prevention of mutual interference with scanning two beams The infrared light is scanned, preventing mutual interference of the infrared signals. ■AND/OR detection switching function Equipped with an AND/OR detection switching function, it can also be used as a single beam. Initially, it can be used as a single beam, and if needed, it can be upgraded to a double beam by adding a sensor head. ■Thin sensor head section with one-touch installation type The sensor head section adopts a one-touch installation type that can be installed simply by drilling a hole and pushing it in. ■User-friendly design ● Comes with a sensitivity adjustment volume that allows adjustment of the sensor's sensitivity according to the installation distance. ● Both the emitting and receiving parts have connection cables that can be freely cut.
A super small infrared sensor with a miniaturized amplifier section and a freely detachable connection cable.
■Ideal for security at CD and ATM corners, windows, and corridors The PB-6Sa/6Sb is an ultra-compact opposing infrared sensor with a separated amplifier section, and since the exposed part is only the sensor head (diameter 15mm), security for CD and ATM machines can be conducted discreetly. It can also be used for a wide range of applications such as detecting passing objects at windows, corridors, doors, and for integration into HA devices. ■Realization of compact amplifier section The amplifier section has been miniaturized to W:45mm H:94mm D:29mm. Additionally, the volume has been reduced by 40% compared to our conventional products, allowing for flexible installation locations. ■Cuttable connection cables Depending on the installation location, the connection cables for both the transmitter and receiver can be cut to the necessary length, eliminating the need to bundle them near the amplifier section and allowing for tidy wiring. ■User-friendly design ● The sensor head can be easily installed using a one-touch mounting method by simply drilling a 12mm hole and pushing it in. ● It features a built-in sensitivity adjustment volume that can be adjusted to the optimal sensitivity according to the installation distance.
A super compact infrared sensor with a one-beam opposing type that can detect up to 20m wide!
■Ideal for security at CD and ATM corners, windows, and corridors! This is a compact type with the amplifier section (control box) and sensor section separated, allowing installation with only the exposed part being the sensor head (W30×H50mm), enabling discreet security for CD and ATM machines. It can also be used for detecting passing objects at windows, corridors, doors, and for integration into HA equipment, making it suitable for a wide range of applications. ■Realization of a compact control box The control box has been miniaturized to W:45mm H:120mm D:29mm. It can be installed in various locations with minimal space. ■Wide detection range of up to 20m The sensor sections on the transmitter and receiver sides can detect up to a distance of 20m, allowing installation in wide corridors and entrances of large facilities. ■Connection cables can be freely cut Both the transmitter and receiver sides have connection cables that can be freely cut, allowing for neat installation in spaces under 20m without bundling the cables. ■Sensitivity adjustment volume It comes with a sensitivity adjustment volume that allows the sensitivity of the sensor to be adjusted according to the installation distance.
One-sided wiring outdoor reflective infrared sensor capable of detecting up to 30 meters.
■ Convenient one-sided wiring allows for outdoor monitoring up to 30m! This is a reflective infrared sensor with an integrated projector and receiver. Since the wiring is only for the sensor body (one-sided wiring), it is recommended for places where double-sided wiring is difficult. Additionally, maintenance is hassle-free. ■ By using a distance measurement method, it reliably detects objects Not only does it monitor the amount of light reflected back from the light projected by the sensor, but it also measures the distance based on the time it takes for the light to return. This makes it less susceptible to the influence of the surrounding environment, the material, and color of the object, ensuring reliable detection. It also prevents missed detections caused by light reflections from walls in the middle of the monitored area. ■ Can be installed both outdoors and indoors Installation can be done regardless of whether it is outdoors or indoors. It can monitor up to 40m indoors, and the reflector hood can also be removed.
Direct reflection type infrared sensor capable of motion detection.
■Direct Reflection Type Without Reflector Since it adopts a direct reflection method, a reflector is not required. ■Convenient Sensitivity Adjustment Volume It comes with a sensitivity adjustment volume that allows you to adjust the sensitivity according to the installation location. (It is set at the factory to detect a human body at 1 meter.) ■Wide Range of Applications It can accommodate a wide range of applications that require stationary detection. ■Easy Installation As it is a reflection type sensor with integrated light emission and reception parts, installation and wiring can be completed with just the main unit. ■User-Friendly Design ● It has a thin and compact size of 23.5mm in thickness. ● It has terminal connections, making wiring connections easy. ● It can be used as an embedded type by using an embedded plate (BP-5B, BP-5D: sold separately). ● Using L brackets (BL-5: sold separately) further expands its applications. ■Cautions for Using This Sensor Due to its operating principle, this sensor may not detect the following types of objects, so please be cautious: ● Objects with a surface that is glossy and close to a mirror finish. ● Objects with extremely low light reflectivity. 【Examples】 Clothing made of black wool, black glossy suits or scarves, leather products, items with laser coating.
Infrared sensor ideal for spot surveillance at entrances, exits, and passageways.
■Ceiling or wall mounting options available It can be used for both ceiling and wall mounting, allowing for flexible installation locations. Its rounded, calming design matches well in any setting. ■Ideal for entrances, windows, and corridors It can be installed on door frames or walls, making it perfect for monitoring entrances, windows, and corridors. It can also be used in semi-outdoor areas (places not directly exposed to rain). ■Adjustable monitoring area The width of the monitoring area can be easily adjusted with a built-in lever. The depth of the area can also be adjusted with a switch, both with a single touch. ■Countermeasures against stray light Thanks to a special filter that efficiently cuts visible light and unique countermeasures against stray light, it is hardly affected by stray light. ■User-friendly design ● Comes with a sensitivity adjustment volume that can be adjusted according to the installation location. ● Equipped with an operation indicator light for convenient operation confirmation (red LED lights up during an alarm).
The dual-beam opposing infrared sensor has evolved into a new era! An infrared sensor packed with patented technology creates safety and trust!
■Strong against stray light (Dual modulation method) Our unique dual modulation method and photoelectric conversion circuit [patented technology] enhance the distinguishability from stray light (such as sunlight and car headlights), achieving highly reliable outdoor surveillance. ■Strong in harsh environments (2-stage high-power beam) By adopting a high-power beam with 100 times sensitivity margin and 10 times distance margin, we reduce malfunctions during adverse weather conditions such as fog, snow, and heavy rain. ■Energy-saving design (low current consumption) Compared to conventional products (PB-TE series), current consumption is reduced by over 40%. It can be supported by a smaller power supply than before. ■Green design (compliant with RoHS directive) Compliant with the environmentally conscious RoHS directive. (Eliminates lead, mercury, cadmium, hexavalent chromium, polybrominated biphenyls, polybrominated diphenyl ethers, bis-phthalates, butyl benzyl phthalate, dibutyl phthalate, diisobutyl phthalate.) ■Structure resistant to insect intrusion (insect-proof and drip-proof design) With insect-proof bushings and watertight structures that envelop the wires, we achieve dustproof, drip-proof, and insect-proof measures equivalent to IP55. The structure is designed to be less susceptible to insects and water compared to our conventional products.
The 2-segment beam opposing infrared sensor has evolved into a new era! An infrared sensor packed with patented technology creates safety and trust!
■Strong against stray light (Dual modulation method) Our unique dual modulation method and photoelectric conversion circuit [patented technology] enhance the ability to distinguish between stray light (such as sunlight and car headlights), achieving highly reliable outdoor surveillance. ■Strong against harsh environments (Two-stage high-power beam) By adopting a high-power beam with 100 times sensitivity margin and 10 times distance margin, we reduce malfunctions during adverse weather conditions such as fog, snow, and heavy rain. ■Energy-efficient design (Low current consumption) Compared to conventional products (PB-TE series), current consumption is reduced by over 40%. It can be supported by a smaller power supply than before. ■Green design (Compliance with RoHS directive) It complies with the environmentally conscious RoHS directive. (Eliminates lead, mercury, cadmium, hexavalent chromium, polybrominated biphenyls, polybrominated diphenyl ethers, bisphthalates, butyl benzyl phthalate, dibutyl phthalate, and diisobutyl phthalate.) ■Structure resistant to insect intrusion (Insect-proof and drip-proof design) With insect-proof bushings that encase the wires and a waterproof structure, we achieve dustproof, drip-proof, and insect-proof measures equivalent to IP55. The structure is designed to be less susceptible to insects and water (compared to our conventional products).
High-reliability two-stage beam-type indoor embedded infrared sensor.
■Simultaneous Two-Beam Blocking Method The AND method requires both infrared beams from the upper and lower sections to be blocked simultaneously to avoid false alarms caused by indoor insects, significantly reducing malfunctions. ■Modulation Frequency Switching Function Effective when multiple units are installed. By switching the modulation frequency of the pulse beams from the transmitter and receiver, mutual interference is prevented. (Switching between modulation frequencies from 1ch to 4ch is possible.) ■Variable Response Speed Function The light-blocking response speed can be adjusted from 0.05 to 0.7 seconds using a variable volume control. This allows for countermeasures against false alarms tailored to the specific environment. ■User-Friendly Design - Equipped with an AGC (Automatic Gain Control) circuit. - Includes a monitor jack.
The highest quality infrared sensor that connects stability and trust, compatible with environments and eco-friendliness. The pole cover that came with the PXB-HF has been removed.
■Dual Modulation Method By adopting our unique dual modulation method for infrared beams, we enhance the distinguishability from ambient light (such as sunlight and car headlights), achieving highly reliable outdoor surveillance. (It is not affected by changes in illumination of up to 50,000 lux.) ■Four-Stage High-Power Beam By employing a four-stage high-power beam with a sensitivity margin of 100 times and a distance margin of 10 times, we reduce false activations during adverse weather conditions such as fog, snow, and heavy rain. ■Wide Pitch By expanding the vertical and horizontal dimensions of the beam compared to conventional models, and in conjunction with the four-stage beam simultaneous blocking method, we significantly reduce false activations caused by birds and fallen leaves. ■Energy-Efficient Design We have significantly reduced power consumption (to less than 50% of our previous models). This allows for the use of a smaller power supply than before, eliminating the need for thick wiring even during long-distance installations, thereby greatly reducing wiring material costs. ■Green Design We comply with the RoHS directive, which considers environmental impact. (We eliminate lead, mercury, cadmium, hexavalent chromium, polybrominated biphenyls, and polybrominated diphenyl ethers.) *RoHS: A directive established by EU member states that restricts the use of specific hazardous substances in electrical and electronic equipment.
The highest quality infrared sensor that connects stability and trust, compatible with environments and eco-friendliness. The pole cover included with the PXB-HF has been removed.
■Dual Modulation Method By adopting our unique dual modulation method for infrared beams, we enhance the distinguishability from stray light (such as sunlight and car headlights), achieving highly reliable outdoor surveillance. (It is not affected by changes in illumination of up to 50,000 lux.) ■Four-Stage High-Power Beam By employing a four-stage high-power beam with 100 times the sensitivity margin and 10 times the distance margin, we reduce malfunctions during adverse environmental conditions such as fog, snow, and heavy rain. ■Wide Pitch By expanding the vertical and horizontal dimensions of the beam compared to conventional models, and in conjunction with the four-stage beam simultaneous blocking method, we significantly reduce malfunctions caused by birds and fallen leaves. ■Energy-Efficient Design We have significantly reduced power consumption. (Less than 50% compared to our conventional models) This allows for the use of smaller power supplies than before, eliminating the need for thick wiring even for long-distance wiring, thereby greatly reducing wiring material costs. ■Green Design We comply with the environmentally conscious RoHS directive. (We eliminate lead, mercury, cadmium, hexavalent chromium, polybrominated biphenyls, and polybrominated diphenyl ethers.) *RoHS: A directive established by EU member states that restricts the use of specific hazardous substances in electrical and electronic equipment.
With evolved performance and workability, connecting safety and trust: 4-stage high-power beam infrared sensor.
■Strong against lightning (Enhanced lightning protection) To reduce damage from induced lightning, we have strengthened the surge resistance performance. *This does not guarantee protection against failures or malfunctions caused by lightning strikes. ■Structure that prevents entry of ants and other pests (Insect and drip-proof design) By using insect-proof bushings and dedicated gaskets that envelop the wires, we achieve high dust, drip, and insect protection (equivalent to IP65). The insect-proof bushing can be cut to fit the size of the wire, preventing the entry of insects and water from the wire entry point and protecting the circuit board from corrosion. ■Energy-saving design (Reduced power consumption) We have significantly reduced power consumption (to less than 50% compared to our previous models). This allows for the use of smaller power supplies than before, eliminating the need for thick wiring even over long distances, which greatly reduces wiring material costs. ■Strong against ambient light (Dual modulation method) By adopting our unique dual modulation method for the infrared beam, we enhance the ability to distinguish between ambient light (such as sunlight and car headlights) and achieve reliable outdoor monitoring. ■Improved pole mounting (Back-to-back mounting) The adoption of a new pole mounting bracket has improved the workability when mounting back-to-back on poles.
