Last Updated： Aggregation Period:May 06, 2026～Jun 02, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:May 06, 2026～Jun 02, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:May 06, 2026～Jun 02, 2026
This ranking is based on the number of page views on our site.
2911～2940 item / All 2997 items
風力発電タワーの振動を多点・広範囲・高精度に計測
風力発電業界では、タワーの振動を正確に把握し、設備の安全性を確保することが重要です。強風や地盤の影響によるタワーの振動は、設備の損傷や発電効率の低下につながる可能性があります。当社の無線式 微動計は、高精度な加速度センサーと無線通信技術により、タワーの振動をリアルタイムで計測し、遠隔監視を可能にします。 【活用シーン】 ・風力発電タワーの振動監視 ・タワーの異常検知 ・設備の予防保全 【導入の効果】 ・タワーの異常を早期発見 ・設備の長寿命化 ・発電効率の維持
![[Case Study Introduction] Gaps, Insufficient Filling, and Inadequate Compaction in Concrete Pouring Work](https://image.www.ipros.com/public/product/image/032/2000759541/IPROS37947440774095897081.jpeg?w=280&h=280)
Here are some examples of accidents that can occur due to voids, insufficient filling, and inadequate compaction during concrete placement.
Tunnel construction, bridge construction, road construction, river and coastal construction, agricultural civil engineering, and building construction. Additionally, during concrete placement work for various concrete structures, accidents and troubles may occur due to voids, insufficient filling, and inadequate compaction, as described below. 【Examples of Accidents (Partial)】 - Cave-in accidents - Cavities formed due to groundwater, leading to cracks (cracks are more likely to occur in areas with insufficient filling) → Poor long-term durability resulting in collapse - Water leakage from cracks → In cold regions, water leakage can freeze, leading to slip accidents To prevent such accidents and troubles during concrete placement work, we offer the following product ▼▼▼ 【NETIS Registration Number TH-180010-VE】 Juuten MierukaⓇ This product can accurately assess the filling condition in areas that are not visible during concrete placement and in areas prone to air pockets. Furthermore, by adding management functions for compaction levels, it contributes to improving the quality of concrete construction! For detailed product information, please download the catalog from the link below.
Even for bridges with long spans, load management is completed on a single screen. A system that synchronizes multiple jacks to minimize stress on the structure.
The "Ekiatsumi Eruka LPMS100 (NETIS Registration Number TH-220004-A)" is a monitoring system used during the jack-up of bridge construction that saves pressure (water pressure and hydraulic pressure) measurement data to the cloud, allowing management and viewing on a web page. In large-scale bridge construction, it is difficult to manage the pressure and load of multiple jacks simultaneously and uniformly. This system integrates the control of multi-point jacking, minimizing the strain and displacement of the structure. It significantly contributes to the efficiency and quality enhancement of the site. 【Features】 ■ Real-time simultaneous measurement of pressure and load during the jack-up of up to 50 jacks ■ Centralized display of pressure and displacement data from all devices on the main screen ■ Significant reduction in on-site wiring work due to wireless communication ■ High expandability capable of measuring not only pressure but also displacement and load *For more details, please contact us or refer to the PDF download.
Flexible piezo film sensor with lead wires, made of flexible film piezoelectric material!
The "TP series" is a flexible piezo film sensor made of a flexible film piezoelectric material. It is a general-purpose type with a single-layer structure and leads. It is suitable for monitoring biological signals such as body movements, as well as for monitoring vibrations, shocks, and dynamic strains. Additionally, it uses piezo film (PVDF) as the piezoelectric element, generating voltage in response to minute changes such as compression and elongation (strain). 【Features】 ■ Compliant with RoHS directive ■ Single-layer structure ■ Flexible with a flexible film piezoelectric material ■ General-purpose type with leads *For more details, please refer to the PDF materials or feel free to contact us.
![[Case Study] How McDonald's Reduced Waste Collection Costs by 12%](https://image.www.ipros.com/public/product/image/891/2000704143/IPROS81757292708992450322.png?w=280&h=280)
An example of providing efficient and accurate data collection, achieving a reduction in waste disposal costs and an increase in recycling rates.
Our company has been working with 850 employees in Nottingham, UK, to improve the efficiency of recycling and waste management. We have installed sensors in the containers of seven stores, achieving a 12% reduction in waste management costs and a 50% increase in recycling rates. [Case Overview] ■ Challenges - Collections were scheduled at predetermined times during the week - Environmental and economic impacts on the stores - Store managers required a lot of time to find solutions ■ Solutions - Tracking compliance with collection schedules for each store and adjusting as necessary - Using sensors to measure the exact volume of waste in each container at each store ■ Results - Actively contributing to waste management in seven stores in Nottingham *For more details, please refer to the PDF document or feel free to contact us.
![[Information Security] Wi-Fi Security Sensor](https://image.www.ipros.com/public/product/image/db6/2000697501/IPROS66359475436955371536.png?w=280&h=280)
Constantly monitor and visualize Wi-Fi usage! It can be implemented without changing the existing network.
Are you struggling with issues such as 'difficulties in grasping usage situations like unauthorized access points' and 'insufficient measures to prevent attacks and unauthorized access via Wi-Fi'? Our company offers security solutions to create a safer business environment. With 'AIRTMS', you can continuously monitor and visualize Wi-Fi usage. It can detect and block communications from unauthorized access points and unapproved devices. [Background/Challenges] - The use of Wi-Fi (wireless LAN) has increased alongside the expansion of mobile device usage. - Difficulties in grasping usage situations like unauthorized access points. - Insufficient measures to prevent attacks and unauthorized access via Wi-Fi. - The burden of reconstructing existing networks for security measures. *For more details, please refer to the related link page or feel free to contact us.
Easy to install afterwards, avoiding collisions with forklifts and other vehicles.
In the logistics industry, it is important to reduce the risk of accidents involving heavy machinery such as forklifts and trucks. In particular, contact accidents with people and objects during warehouse operations and loading and unloading tasks not only threaten the safety of workers but can also lead to material damage and delays in operations. The contact prevention millimeter-wave sensor "Atarahn" can be retrofitted to heavy machinery, preventing contact and pinching in advance, thereby creating a safe working environment. 【Usage Scenarios】 - Loading and unloading operations with forklifts - Operations within warehouses - Loading and unloading tasks onto and from trucks 【Benefits of Implementation】 - Reduced risk of contact accidents - Ensured safety for workers - Prevention of material damage - Improved operational efficiency
An easily attachable non-contact sensor that ensures safety in manufacturing environments.
In the manufacturing industry, there is a risk of pinning accidents caused by heavy machinery such as cranes and forklifts. Ensuring the safety of workers is a crucial issue that relates to maintaining productivity and, ultimately, the reliability of the company. The contact prevention millimeter-wave sensor "Atarun" can be retrofitted to heavy machinery to prevent contact with people and objects in advance. 【Usage Scenarios】 * Preventing contact with the ceiling during crane operations * Preventing contact with people during forklift operations * Preventing workers from being pinned while using aerial work platforms 【Benefits of Implementation】 * Ensuring the safety of workers * Reducing the risk of operational stoppage due to accidents * Strengthening the company's safety management system
![[Case Study of People Count Solution] Museum](https://image.www.ipros.com/public/product/image/970/2001475663/IPROS82307283961630563403.png?w=280&h=280)
Further strengthen the cultural and educational role! Introducing case studies in the museum.
At a historical museum that is always striving to improve the quality of exhibits and visitor experiences, we would like to introduce a case study where the "People Count Solution" was implemented. The museum identified challenges such as congestion due to seasons and events, appropriate layout of exhibition areas, and providing information tailored to visitors' interests. By clarifying visitor attendance patterns and peak times, effective congestion mitigation measures were implemented, including the arrangement of guides and staff and entrance restrictions. 【Case Overview】 ■Challenges - Congestion due to seasons and events - Appropriate layout of exhibition areas and information provision based on visitor interests ■Effects - Optimization of congestion measures - Support for planning special exhibitions - Provision of educational programs *For details of the service, please download the PDF. For more information on the case, please check the link provided.
In addition to the standard driving mode, an ECO driving mode has been added! The snow sensor 'SnowCon SN Series' equipped with a digital display function.
The "Snow Con SN Series" allows you to check each setting on a digital display, and changing the settings is easy with the snowfall sensor. The snowfall detection method employs the snow plate system (snow temperature + precipitation), which boasts over 30 years of proven performance, and the heater's output is automatically adjusted based on the snowfall conditions. The ECO operation mode reduces the residual snow processing time (standard setting of 3 minutes) in accordance with the output time when the output remains continuously ON for a certain period. 【Features】 ■ Each setting can be checked on a digital display, and changing the settings is simple ■ Manual output is time-limited, automatically returning to automatic operation after a maximum of 8 hours ■ The sensor unit is excellent in rust prevention and weather resistance, requiring no regular maintenance *For more details, please refer to the PDF document or feel free to contact us.
Adopts infrared detection method! No worries about malfunction due to rain or morning fog! Energy-saving snow sensor 'Light Snow Con SHK-500 Series'
The "SHK-500 series" is a snow sensor (light count + temperature) that operates during snowfall exceeding the set value. With the ECO operation feature, it enables more energy-efficient operation. The digital display allows you to check the operating time, snowfall count, and temperature. Additionally, it distinguishes between heavy, moderate, and light snowfall according to the amount of snow, and it operates intermittently during moderate and light snowfall. 【Features】 ■ It detects snowfall in the area, making it easy to detect snow during windy and snowy conditions. ■ Due to its long detection range, it can operate according to the intensity of the snowfall. ■ The digital display allows you to check the operating time, snowfall count, and temperature. ■ Easy to operate, making setting changes simple. *For more details, please refer to the PDF document or feel free to contact us.
![[NEW] Data recording device 'Field μ WM5581-A□'](https://image.www.ipros.com/public/product/image/e27/2001248921/IPROS12003554345841552042.png?w=280&h=280)
DC voltage signal, contact pulse compatible, data can be retrieved via USB memory, unmanned observation data recording device.
The "Field μ WM5581-A□" is a data recording device that can be used for recording DC voltage signals and contact pulse signal data. It uses a lithium battery for power, allowing it to perform effectively even in locations without commercial power supply. This compact and high-performance product is designed for long-term unmanned observation in harsh natural environments. 【Features】 ■ Data can be retrieved via USB memory ■ Internal data storage: 4 years of data collection at 10-minute intervals ■ Suitable for survey observations withstanding harsh natural environments, featuring battery power and non-volatile memory (no battery backup required) ■ Capable of long-term data recording *For more details, please refer to the related links or feel free to contact us.
Indoor and outdoor motion sensor switch. Select from four detection patterns in a variable multi-area!
■Adoption of Variable Multi-Area By combining variable multi-area with extensive adjustment functions, it allows for the selection of various installation locations and four types of detection patterns with a single unit. ■As a switch for lighting and surveillance cameras It can be used for turning indoor and outdoor lighting on and off as an energy-saving and convenient lighting solution, and simultaneously serves as a switch for activating surveillance cameras. 【No-voltage relay contact output (a contact) + no-voltage relay contact output (a contact/b contact switching)】 ■All-weather switch With a rainproof structure, it can be installed not only indoors but also outdoors and semi-outdoors. Additionally, it can be mounted on ceilings, walls, poles, etc., allowing for flexible installation locations. *The rainproof structure is only applicable when mounted vertically: equivalent to IP43. When mounted horizontally, it is not rainproof.
Infrared sensors that can be used in hazardous locations such as oil refineries, oil storage facilities, gas holders, and chemical factories.
This is a high-performance outdoor long-range infrared sensor that combines intrinsic safety explosion-proof structure and pressure-resistant explosion-proof structure. ■ High-performance explosion-proof sensor with a wide range of applications This product is an explosion-proof infrared sensor that complies with the "Guidelines for Explosion Protection of Electrical Equipment in Factories (Gas Vapor Explosion 2006)" by the Japan Industrial Safety and Health Association. It features an explosion-proof structure of 'iad2G4' that combines "intrinsic safety explosion-proof (ia)" and "pressure-resistant explosion-proof (d)", making it suitable for use in Class I and Class II hazardous locations. It has a wide application range for target gases, accommodating explosion grades 1 to 2 and ignition grades G1 to G4, thus covering most explosive gases. ■ Dual modulation method By adopting our unique dual modulation method for the infrared beam, we enhance the distinguishability from stray light (such as sunlight and car headlights), achieving highly reliable outdoor surveillance. ■ Two types: "L" type and "H" type To prevent mutual interference, we offer two types with different frequencies: "L" type and "H" type, enabling multi-stage surveillance and long-distance linear span surveillance. ■ Equipped with a light reception sensitivity indicator The light reception sensitivity indicator allows for easy adjustment of the optical axis.
Infrared sensors that can be used in hazardous locations such as oil refineries, oil storage facilities, gas holders, and chemical factories.
This is a high-performance outdoor long-range infrared sensor that combines intrinsic safety explosion-proof structure and pressure-resistant explosion-proof structure. ■ High-performance explosion-proof sensor with a wide range of applications This product is an explosion-proof infrared sensor that complies with the "Explosion Protection Guidelines for Factory Electrical Equipment (Gas and Vapor Explosion 2006)" by the Japan Industrial Safety and Health Association. It features an explosion-proof structure of 'iad2G4' that combines "intrinsic safety explosion-proof (ia)" and "pressure-resistant explosion-proof (d)", making it suitable for use in Class I and Class II hazardous locations. It has a wide application range for target gases, covering explosion grades 1 to 2 and ignition grades G1 to G4, and is compatible with most explosive gases. ■ 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), achieving highly reliable outdoor surveillance. ■ Two types: "L" type and "H" type To prevent mutual interference, we offer two types with different frequencies: "L" type and "H" type, allowing for multi-stage surveillance and long-distance linear span monitoring. ■ Equipped with a light reception sensitivity indicator The light reception sensitivity indicator allows for easy adjustment of the optical axis.
Infrared sensors that can be used in hazardous locations such as oil refineries, oil storage bases, gas holders, and chemical factories.
This is a high-performance outdoor long-range infrared sensor that combines intrinsic safety explosion-proof construction and pressure-resistant explosion-proof construction. ■ High-performance explosion-proof sensor with a wide application range This product is an explosion-proof infrared sensor that complies with the "Guidelines for Explosion Protection of Electrical Equipment in Factories (Gas Vapor Explosion 2006)" by the Japan Industrial Safety and Health Association. It features an explosion-proof structure of 'iad2G4' that combines "intrinsic safety explosion-proof (ia)" and "pressure-resistant explosion-proof (d)", making it suitable for use in Class I and Class II hazardous locations. It has a wide application range for target gases, covering explosion grades 1 to 2 and ignition grades G1 to G4, making it compatible with most explosive gases. ■ Dual modulation method By adopting our unique dual modulation method for the infrared beam, we enhance the ability to distinguish between external light (such as sunlight and car headlights), achieving reliable outdoor surveillance. ■ Two types: "L" type and "H" type To prevent mutual interference, we offer two types with different frequencies: "L" type and "H" type, allowing for multi-stage surveillance and long-distance linear span monitoring. ■ Equipped with a light reception sensitivity indicator The light reception sensitivity indicator allows for easy adjustment of the optical axis.
New design that reduces protrusion during installation without a target.
■Realization of a maximum installation height of 4m without a target Even with high doors of 4.0m, it is possible to achieve an open entrance while maintaining safety with the doorway monitoring function. It can also accommodate entrances of industrial facilities. ■Industry-leading 60 spots Maintaining a high-density area of 60 spots at installation heights from 2.0m to 4.0m reduces the risk of contact with doors due to rushing into the entrance or diagonal approaches. ■Equipped with ECO mode function! It can reduce unnecessary opening time of automatic doors. ■Easy operation confirmation with colored LEDs In detection range confirmation mode, the color of the displayed LEDs changes for each detection row, allowing for area measurement and identification of rows experiencing false activations. During monitoring, the presence or absence of snow and insect mode settings can be distinguished by color. ■Improved area fine-tuning function Adjustment of width and depth by one row each is now possible, allowing for precise detection areas tailored to the site while maintaining high density. ■Strengthened measures against false activations due to snow Snow mode is divided into three levels, enhancing measures against false activations compared to conventional products and reducing sensitivity decline.
It can be easily installed with a super compact controller and a detachable connection cable.
■Realization of compact controller This is a small controller with dimensions of W: 45mm H: 94mm D: 29mm, making it easy to install inside the door engine. ■Connection cables can be freely cut Depending on the installation conditions, both the light-emitting and light-receiving parts can have their connection cables freely cut. ●Cable length: 5m (for 6m DS-6N series, for 4m DS-4RN series) ●Cable length: 10m (for 10m DS-10N series) ■Slim sensor head can be installed with one touch The sensor head adopts a one-touch installation type that can be installed simply by pushing it into a pre-drilled hole (Φ12mm). Moreover, the diameter of the ring cover has been increased from the conventional 12mm to 15mm, improving workability. ■Built-in sensitivity volume It has a built-in sensitivity adjustment volume that can be adjusted to the optimal sensitivity according to the installation distance. ■User-friendly design ●High-reliability design that is hardly affected by external light disturbances such as sunlight ●Convenient operation indicator light for operation confirmation (Green LED: always on, turns off when detecting)
The controller unit has been miniaturized, and the wires can be freely cut. By adopting a scanning method, mutual interference between the upper and lower sections is prevented.
■Realization of compact controller Achieved a compact controller with dimensions W: 45mm H: 120mm D: 29mm. It can be installed in various locations within the door engine. ■Connection cables can be freely cut Depending on installation conditions, both the light-emitting and light-receiving parts can have their connection cables freely cut, eliminating the need to bundle them inside the door engine as was done traditionally. ■Can be used as a single beam It can also be used as a single beam, allowing for initial installation as a single beam and later expansion to a double beam by adding a sensor head if needed. ■Adoption of scanning method The adoption of a scanning method ensures there is no mutual interference between the upper and lower sections. Therefore, there is no need to interchange the light emitters and receivers of the upper and lower sections during installation. ■Built-in sensitivity volume It has a built-in sensitivity adjustment volume that can be adjusted to the optimal sensitivity according to the installation distance.
The controller section is miniaturized, and the wires can be freely cut. By adopting a scanning method, mutual interference between the upper and lower layers is prevented.
■Realization of compact controller Achieved a compact controller with dimensions W: 45mm H: 120mm D: 29mm. It can be installed in various locations within the door engine. ■Connection cables can be freely cut Depending on the installation conditions, both the light-emitting and light-receiving parts can have their connection cables freely cut, eliminating the need to bundle them inside the door engine as before. ■Can be used as a single beam It can also be used as a single beam, allowing for initial installation as a single beam, with the option to add sensor heads later to use it as a double beam if needed. ■Adoption of scanning method The adoption of a scanning method ensures there is no mutual interference between the upper and lower sections. Therefore, there is no need to interchange the upper and lower light emitters and receivers during installation. ■Equipped with sensitivity volume It is equipped with a sensitivity adjustment volume that can be adjusted to the optimal sensitivity according to the installation distance. ■Slim sensor head can be installed with one touch The sensor head uses a one-touch installation type that can be installed simply by drilling a hole (Φ12mm) and pushing it in. Additionally, the diameter of the ring cover has been increased from the conventional 12mm to 15mm, improving workability.
We adopted a light beam method that is not affected by temperature changes. It detects distances using a new method, capable of sensing heights above 60 cm from the floor.
■Overview ● Used in the Life Safety Notification System. ● Connects to life safety notification devices, and will notify if the sensor does not detect for a set period of time. ■Features ● Since it uses a light beam to measure distance, it does not react to temperature changes such as heating, cooling, sunlight, or drafts. ● If the area changes continuously for more than 30 minutes, such as when items are placed, it automatically adjusts the detection height independently for each beam. ● With a standard ceiling height of 2.5m, it can detect up to a height of 1.9m, so it will not detect pets, small animals, or robotic vacuum cleaners. ■Main Specifications ● A total of 7 beams can be adjusted in three stages: 0°, 3°, and 6°. ● The areas at both ends can be set in three patterns: +0.2m/active/inactive. ● The green LED display can be set to either always off or off during detection. Installation ● Suitable for the rooms of elderly residents living alone in senior housing. ● Available in two types: "exposed type" for easy installation and "embedded type" that matches the installation location.
Wide-base passive sensor with built-in anti-blind function.
■Anti-Blind Function This function detects interference applied to the front of the sensor. If an obstruction is attached to the front, it will issue a warning through the output of a trouble alarm and the illumination of a trouble indicator light. Once the obstruction or prank is removed, the output will stop, but if a trouble alarm has been triggered, please immediately check the operation of the sensor. ● As a warm-up, the trouble alarm will not be output for about 2 seconds after power is turned on. ● Transparent sprays or items with low reflectivity in the near-infrared range may not be detected. ■Wide Base Design ● By widening the base (Φ150mm) compared to conventional designs, the issue of noticeable dirt marks on the ceiling surface during sensor replacement has been resolved. ■Auto Reset Memory Function When multiple sensors are connected, it is possible to confirm which sensor triggered the alarm through the flashing and illumination of the memory indicator light (yellow) during the alert. ● The memory indicator light will flash for 3 minutes after the alarm is triggered, then continue to stay lit for 47 minutes before automatically turning off. ● This function can be disabled using the mode selector.
A passive sensor with a wider base than before, taking into account the dirt marks at the installation location.
■New Design ●By widening the base part (Φ150mm), the issue of visible dirt marks on the ceiling surface during sensor replacement is resolved. ■Auto Reset Memory Function When multiple sensors are connected, it is possible to confirm which sensor triggered the alarm during the alert state by the blinking and lighting of the memory indicator light (yellow). ●The memory indicator light blinks for 3 minutes after the alarm, then continues to light for 47 minutes before automatically turning off. ●The function can be disabled using the mode selector. ■Improved Installation and Maintenance The snap-in method for attaching and detaching the sensor unit and base unit allows for safe and smooth operation at height with a one-touch action. ■Alarm Output Switching Function The alarm output can be switched between contact a or contact b using the mode selector, making system configuration easier. ■User-Friendly Features ●Includes an alarm indicator light that is convenient for operation confirmation. (During alarm: red LED lights up, during memory: yellow LED lights up) ●Attachment: Wall mounting is also possible with BL-5000, BCW-401 (sold separately).
A passive sensor with a wider base than before, taking into account the dirt marks at the installation location.
■New Design ● By widening the base part (Φ150mm), the issue of noticeable dirt marks on the ceiling surface during sensor replacement is resolved. ■Auto Reset Memory Function When multiple sensors are connected, it is possible to confirm which sensor triggered the alarm during the alert state by the flashing and lighting of the memory indicator light (yellow). ● The memory indicator light flashes for 3 minutes after the alarm, then continues to stay lit for 47 minutes before automatically turning off. ● This function can be disabled using the mode selector. ■Switchable Count Function Depending on the installation location, the mode selector allows for optional settings of 1, 2, 3, or 4 counts. ■Improved Installation and Maintenance The snap-in method is adopted for attaching and detaching the sensor unit and base unit, allowing for safe and smooth operation even at high locations with a one-touch action. ■Alarm Output Switching Function The alarm output can be switched between contact a or contact b using the mode selector, making system configuration easier. ■User-Friendly Features ● Equipped with an alarm indicator light for convenient operation confirmation. (During alarm: red LED lights up, during memory: yellow LED lights up)
Basic sensors with energy-saving and compact design!! The black (BL) version is now available for all models.
■Energy-saving Design 1 (Low Current Consumption) Reduces current consumption to about one-third (8mA) compared to our conventional products. Allows the use of smaller power supplies than before, enabling cost reduction. ■Energy-saving Design 2 (Low Voltage) Operating voltage is DC7 to 30V. Wiring material selection and long-distance wiring can be done without worrying much about voltage drop due to wiring resistance. Suitable for renewals as well. ■Black Color Available for All Caution-type Models We have introduced a black version that considers harmony with ceilings in temples, shrines, museums, art galleries, and stores. This allows the sensor to blend into the background and remain inconspicuous (does not compromise aesthetics). Furthermore, the visibility and sensitivity of the LED are equivalent to those of the white version. ■Unique Caution Area Configuration Thanks to our unique optical technology that creates a sharp caution area, effective detection performance is achieved regardless of area settings using a movable mirror. ■Improved Installation and Maintenance The snap-in method for attaching and detaching the sensor unit and base unit allows for one-touch operation, making the work smooth and easy.
Basic sensors with energy-saving and compact design!! The black (BL) version is now available for all models.
■Energy-saving Design 1 (Low Current Consumption) Reduces current consumption to about one-third (8mA) compared to our conventional products. Allows for the use of smaller power supplies than before, enabling cost reduction. ■Energy-saving Design 2 (Low Voltage) Operating voltage is DC 7 to 30V. Allows for wire selection and long-distance wiring without much concern for voltage drop due to wiring resistance. Suitable for renovations as well. ■Black Color Available for All Alert Models We have introduced black versions that consider harmony with ceilings in temples, shrines, museums/art galleries, and stores. This allows the sensors to blend into the background and remain inconspicuous (without compromising aesthetics). Furthermore, the visibility and sensitivity of the LEDs are equivalent to those of white models. ■Unique Alert Area Configuration Our unique optical technology creates a sharp alert area, providing effective detection performance regardless of area settings with a movable mirror. ■Improved Installation and Maintenance We have adopted a snap-in method for attaching and detaching the sensor unit and base unit, allowing for one-touch operation and smooth work.
Basic sensors with energy-saving and compact design!! Black (BL) version is now available for all models.
■Energy-saving Design 1 (Low Current Consumption) Reduces current consumption to about one-third (8mA) compared to our conventional products. Allows the use of smaller power supplies, leading to cost reductions. ■Energy-saving Design 2 (Low Voltage) Operating voltage is DC 7–30V. Enables selection of wiring materials and long-distance wiring without much concern for voltage drop due to wiring resistance. Also suitable for renovations. ■Black Color Available for All Warning Type Models We have introduced a black version that considers harmony with ceilings in temples, museums, art galleries, and stores. This allows the sensor to blend into the background and remain inconspicuous (does not compromise aesthetics). Furthermore, the visibility and sensitivity of the LED are equivalent to the white models. ■Unique Warning Area Configuration Thanks to our unique optical technology that creates a sharp warning area, effective detection performance is achieved regardless of area settings using a movable mirror. ■Improved Installation and Maintenance We have adopted a snap-in method for attaching and detaching the sensor unit and base unit, allowing for one-touch operation and smooth work.
Standard passive sensor equipped with an auto-reset memory function.
■Auto Reset Memory Function When multiple sensors are connected, you can confirm which sensor triggered the alarm during the alert state by the flashing or lighting of the memory indicator (yellow). ● The memory indicator will flash for 3 minutes after the alarm is triggered, then continue to light continuously for 47 minutes before automatically turning off. ● The function can be disabled using the mode selector. ■Easy Sensitivity Adjustment Function Sensitivity settings can be adjusted in four levels by switching the mode selector. Security can be performed at the optimal sensitivity according to the installation location. ● Adjustment range: 60%・80%・100%・120% ■Device Abnormality Alarm Function In the unlikely event that there is damage or disconnection in the internal circuit or connection part of the sensor, the system will notify you of the abnormality with continuous alarm output and continuous lighting of the alarm indicator. ■Reliable Design Resistant to Radio Wave Interference Effective measures have been taken in the circuit and mechanical design against electrical noise coming from the line and noise transmitted through the air. ■Alarm Output Switching Function The alarm output can be switched between contact a or contact b using the mode selector, making system configuration easier.
Due to its unique high-density alert area, it can be installed in high places such as atriums and lobbies.
■Unique security area that can be installed at high locations This sensor can provide security from high places, which was difficult with conventional sensors. Its unique high-density security area allows for installation at heights of 4m to 8m. The high-density security area, composed of four reflective mirrors, can be used in spaces with high ceilings such as atriums and event spaces, as well as under the eaves of truck yards. ■Can be installed indoors and semi-outdoors With a rainproof structure, it can be installed not only indoors but also in semi-outdoor areas. It enables security in places where near-infrared beam sensors cannot be installed. ■Robust housing case It uses an AES resin housing case, improving impact resistance and weather resistance. The risk of damage is relatively low even in places like gymnasiums where ball games are played. ■Rainproof structure In locations where wind and rain can be severe, such as under building eaves, the excellent weather-resistant packing structure prevents water intrusion. (If exposed wiring is used, please use the included waterproof bushing or conduit for wiring.)
Passive sensors ideal for spot surveillance at entrances, exits, and passageways.
■ Two types: Ceiling-mounted and Ceiling-recessed These sensors are installed on the ceiling surfaces of entrances, corridors, and other areas to detect intruders. We offer two models: ceiling-mounted and ceiling-recessed, featuring an elegant design reminiscent of downlights, ensuring that architectural beauty is not compromised. ■ Intrusion Area Adjustment Function The width of the monitored area can be adjusted with a single touch according to the location being secured. Wide: At a height of 3.5m, the width is 2.8m Narrow: At a height of 3.5m, the width is 1.4m. Additionally, the area angle can be adjusted from 3° to 30° in 10 steps (vertical angle from -10° to +20°). ■ Sensitivity Adjustment Volume The device is factory-set to the appropriate sensitivity, but it includes a built-in "sensitivity adjustment volume" for fine-tuning based on installation conditions.
