Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
This ranking is based on the number of page views on our site.
1～30 item / All 182 items
I will monitor the chrysanthemum's lighting condition on your behalf.
Installation and removal are easy, making it simple to relocate after the season. It can monitor lighting up to 120 amps.
Optimal for quality control of ultrapure water (UPW) systems in semiconductor manufacturing. A series of analytical devices that continuously monitor trace concentrations of TOC and boron with high precision.
Product lineup according to purpose: Corresponding to each process such as raw water, RO water, reclaimed water, UF/EDI, and use points.
![[Comprehensive Catalog] Damage Prevention and Quality Improvement Tool 'ShockWatch'](https://image.mono.ipros.com/public/product/image/3ca/2000547206/IPROS23610866955471886432.png?w=280&h=280)
Watch your luggage on your behalf! We have a wide range of products lined up for various purposes.
This catalog is a comprehensive guide to the damage prevention and quality improvement tool "ShockWatch," which protects valuable cargo from impacts and falls during transportation and storage. Have you ever received complaints from customers despite the products being shipped after inspection? Our product monitors items that are away from you on your behalf. We offer a wide range of products tailored to specific purposes, including the "MAG2000" for heavy items that can be reused, and the "TILT WATCH PLUS," which provides tilt and rotation history. Please make use of this for selecting products. [Contents] ■ Transportation Management: Impact Management / Tilt Management ■ Main Body Management: Tilt Management ■ Temperature Management: Logger Type / Simple Type ■ Transportation Environment Testing: Logger Type *For more details, please refer to the PDF document or feel free to contact us.
![[Case Study] Power Monitoring at a Ready-Mix Concrete Plant! The First Step Towards Reducing Electricity Costs](https://image.mono.ipros.com/public/product/image/c27/2000777977/IPROS38128502398422804215.png?w=280&h=280)
We recommend the installation of wireless devices and TWPM for customers who want to monitor the power consumption of each machine!
The customer was responsible for the accounting of a ready-mixed concrete factory and was troubled by not knowing the monthly electricity costs, how much power was consumed by the operation of each piece of equipment, and which equipment's operation could be reduced to lower electricity costs. Since it was the first time monitoring electricity at a ready-mixed concrete factory, we visited with a technician from our instrumentation department. We installed the demand monitoring device "CSA-109-T" and the demand display "CSA-109-D2" to allow them to check real-time power usage. After that, we proposed a method to automate power monitoring for each piece of equipment by installing "LoRa wireless devices" and "TWPM." [Case Overview] ■ Issues - How much power is consumed by the operation of each piece of equipment - Which equipment's operation can be reduced to lower electricity costs ■ Proposal: LoRa wireless devices, TWPM *For more details, please refer to the PDF document or feel free to contact us.
![[Noise Countermeasure Case] Frequent Errors Occur in District Heating and Cooling System](https://image.mono.ipros.com/public/product/image/811/2000680959/IPROS52952484873979087089.png?w=280&h=280)
What is the cause of the recurring errors? An introduction to cases of irregularly occurring troubles.
Company E has introduced a district heating and cooling system in conjunction with the establishment of a new factory. This district heating and cooling system utilizes cogeneration systems and large-scale thermal storage systems, among others. A network of heat, electricity, and information has been established, and the energy operations of air conditioning equipment and other systems are controlled in real-time by a central monitoring device. However, this central monitoring device has encountered issues with false alarms, such as flow errors, temperature errors, and operational errors, which occur irregularly... *For more details, please refer to the PDF document or feel free to contact us.
This is an innovative product that allows for the measurement of the insulation resistance of three-phase motors while they are in operation, which previously required the equipment to be stopped.
CPS-MM-LC is used in combination with a CPU module (M2M controller model: CPS-MCS341-DS1-131, etc.) that has built-in data collection and web monitoring functions. By installing the included dedicated ZCT (zero-phase current transformer) on the electrical circuit of existing equipment such as pumps, compressors, air conditioning fans, metal processing machines, and conveyor equipment that use three-phase motors (induction motors), it can be immediately utilized as a continuous monitoring device for equipment maintenance. Motor inspections are typically conducted regularly based on a schedule, as they require the equipment to be stopped, making it difficult to predict sudden motor failures in advance. Additionally, for equipment using inverters, it was necessary to disconnect the motor wiring during inspections. The CPS-MM-LC can measure the insulation resistance of operating three-phase motors, eliminating the need to stop the equipment for inspections. This transforms maintenance work into a style where data from continuous monitoring can be viewed, significantly improving operational efficiency and preventing equipment failures, thereby enhancing operational rates. Furthermore, it is useful from a safety management perspective as it allows for direct monitoring of the insulation resistance component (I0r) values, which are considered to pose a high risk of overheating and electric shock.
Many listed, including NE1026A, NE1012T, NE1014H, etc.!
The NetEdge NE1000 series comprehensive catalog features products designed for high-precision collection and control of cutting-edge information over the network. It includes a variety of products, starting with the two-channel temperature monitoring model "NE1012T," as well as one-channel models for temperature and humidity monitoring "NE1014H," and a two-channel model for monitoring analog input signals "NE1016A." 【Featured Products】 ○ NE1026A (DI 2ch + DO 2ch) ○ NE1024A (DO 4ch) ○ NE1012T / NE1014H / NE1016A (Temperature 2ch) / (Temperature and Humidity) / (AI 2ch) ○ NE1022A (DI 4ch) For more details, please contact us or download the catalog.
![[IT Agriculture | Environmental Monitoring Measures] Remote Monitoring and Control Device 'Momoko to Ayaka'](https://image.mono.ipros.com/public/product/image/47b/2000417914/IPROS17659264237299408341.jpg?w=280&h=280)
Momo and Ayaka are well-suited for the "IT agriculture" of house cultivation!
"IT agriculture" is being promoted as a means to enhance harvests. In advanced countries practicing "IT agriculture," environmental data within greenhouses is collected in greater detail and at regular intervals, allowing for analysis and response that increases productivity on smaller plots of land. 'Momoko to Ayaka' is a product that combines advanced technology capable of stably collecting environmental information over long periods, quickly detecting anomalies, notifying stakeholders, and controlling related devices, with ISA's years of cultivated expertise. It easily realizes "the ability to collect environmental data within the greenhouse and understand the situation from a distant main building." 【Features】 ■ Understand environmental data within the greenhouse from the main building ■ Measurement unit equipped with multiple sensors in one device ■ Built-in 10-year battery *For more details, please refer to the PDF document or feel free to contact us.
Momo and Ayaka are well-suited for measuring work environments, managing process operations, and preventive maintenance management of equipment!
In factory automation (FA), along with the advancement of IoT, various sensors are being utilized for operational management of equipment and environmental management of each process, leading to a reevaluation of "visualization" through sequential information and preventive maintenance management. In traditional "visualization" systems using sensors, there were limitations in implementation from a cost-performance perspective. Additionally, when trying to effectively utilize rapidly advancing sensors, high-priced measuring devices and construction costs present a significant barrier for on-site managers. "Momo and Ayaka" contributes to the "visualization" of environmental information and processes with high flexibility and cost performance by using general-purpose sensors, cutting-edge wireless technology, and our core technologies of network compatibility and power management. 【Features】 ■ Contributes to measurement in unmanned and manned work environments ■ Collects warning lights from manufacturing and inspection equipment in real-time ■ Built-in 10-year battery *For more details, please refer to the PDF materials or feel free to contact us.
For permanent vibration monitoring of motors, pumps, blowers, etc.
This is a monitoring device suitable for multi-channel measurements that can customize frequency ranges, measurement ranges, and output signals for each channel.
Integrated model with built-in sensor that supports SI value output.
The SW-72R is a high-end model that integrates a detector, designed to correspond to SI values and measured seismic intensity that correlate with typical building damage, based on the popular SW-72. It maintains a compact shape similar to the SW-72 while adopting a servo detector. For more details, please download the catalog or contact us.
![[Example] Telemetry Remote Monitoring Device](https://image.mono.ipros.com/public/product/image/020/2000078246/IPROS5673189677351412566.JPG?w=280&h=280)
By adding a roof and ventilation, we have devised a way to lower the temperature inside the panel.
We used it for a large department store S. We manufactured control equipment to manage temperature, water quality, etc., all at once, with a request for energy-saving specifications. We devised a way to lower the temperature inside the panel by adding a roof and ventilation. Please contact us for more details.
It is a system that allows simultaneous observation and monitoring of multiple camera feeds from a remote location.
This is a network monitoring system that allows simultaneous observation and monitoring of video from network cameras installed in multiple locations (such as various indoor spaces) on a PC located remotely (any location with internet access). It is also possible to control the orientation of each camera and record video from the PC. For more details, please contact us or refer to the catalog.
Add safety devices to existing heating equipment! Protects against troubles with heating equipment.
The heating equipment temperature monitoring device PCC101K adds a safety (monitoring) device to existing heating equipment! It protects against troubles with heating equipment. It monitors overheating of hot plates and mantle heaters. The monitoring temperature is displayed digitally, and the cutoff temperature can be set in 1°C increments. When the temperature of the heating equipment exceeds the set temperature, the power supply is shut down. For more details, please contact us or refer to the catalog.
A monitoring device that allows you to check load current in real-time from a distance!
The "Load Current Monitoring Device" is a device that allows for remote monitoring of load current values in distribution boards and batteries. It measures current using a clamp-type CT and displays the measurement time and current value as text information on a TFT color LCD screen. Furthermore, via a LAN interface, the measured current values and measurement time data can be sent to an external monitor (remote monitoring PC), enabling real-time confirmation of load current from a distance. 【Features】 [Main Unit] ■ CT selection is possible based on the current capacity of the measurement target: 50A, 100A, or 250A ■ The LCD display screen can be switched on the main unit [Dedicated Monitoring Software] ■ Screen switching is possible according to the monitoring method ■ Data is automatically saved in CSV format *For more details, please refer to the catalog or feel free to contact us.
A personal constant monitoring system that balances labor-saving in equipment management and safety, usable for multiple purposes: Monitoring King Ior.
The Ior measurement technology established with the Leak Master Rio-21, live wire Mega GCT-34, and Ior filter MIF-2 has been incorporated into the Monitoring King series! In "Monitoring King Ior," voltage phase settings for all channels are possible, enabling Ior measurement across all channels, regardless of single-phase or three-phase! • A full-spec monitoring device equipped with leakage input (4 channels), contact input (8 channels), temperature input (4 channels: -20℃ to 100℃: compatible with separately sold thermistor sensors), and contact output (1 channel). • The temperature input range has been expanded from the conventional 50℃ to 150℃ to -20℃ to 100℃, allowing for a wide range of applications from managing transformer temperatures in electrical equipment to managing refrigeration, cold storage, general warehouses, and livestock facilities. Additionally, it supports both temperature rise and fall monitoring. • The battery for power outage notifications now uses AA alkaline (Evolta) batteries, making battery replacement easier compared to the previous type. • The communication reception status is now clearly indicated by the color of the signal strength lamp: green (good) > orange > red > off (out of range), allowing on-site verification of reception sensitivity. • Fully compatible with smartphones and mobile phones! You can perform "setting work" and "status checks" anytime, anywhere!
A personal constant monitoring system, Monitoring King Io, that balances labor-saving in equipment management and safety, and can be used for multiple purposes.
All the know-how cultivated in the Monitoring King series has been fully utilized to achieve a reasonable price range! For Ior current management, please use the higher model "Monitoring King Ior." • A full-spec monitoring device equipped with leakage input (4ch), contact input (8ch), temperature input (4ch: -20℃ to 100℃: compatible with separately sold thermistor sensors), and contact output (1ch). • The temperature input range has been expanded from the conventional 50℃ to 150℃ to -20℃ to 100℃, allowing for a wide range of applications from managing transformer temperatures in electrical equipment to managing refrigeration, cold storage, general warehouses, and livestock facilities. Additionally, it supports both temperature rise and temperature drop monitoring. • The battery for power outage notifications now uses AA alkaline (Evolta) batteries, making battery replacement easier compared to previous types. • The communication reception status is now easily understood with the color display of the signal strength lamp. Green (good) > orange > red > off (out of range) allows for on-site confirmation of reception sensitivity. • Fully compatible with smartphones and mobile phones! You can perform "settings" and "status checks" anytime, anywhere!
Visualize the status of indicator lights without power! An IoT tool that can be retrofitted to almost all indicator lights, regardless of domestic or international models.
★★★Limited Time Offer! Webinar Replay Now Available★★★ Download the "Webinar Replay Flyer" from the related catalog, and access the viewing link by clicking the "Watch" button within the flyer! The 'Signal Watcher' is an IoT tool that can be retrofitted to stack lights to monitor operational status. By retrofitting it to devices that only understand operational status through stack lights, it enables the transmission of information to higher levels. This allows for the realization of "visualization of operational status," "analysis of operational rates," and "predictive maintenance"! 【Features】 ■ Can be installed on almost all stack lights, regardless of domestic or international models → The sensor can be simply attached with double-sided tape or similar methods ■ Sensor unit requires no external power supply or electrical work → Powered by a solar panel on the top of the main unit and an internal battery ■ Various states of the stack light can be captured → Can detect not only on/off but also six patterns of lighting states ★Furthermore! By using the free evaluation distribution tool 'Seagull Viewer,' you can visualize information from up to 30 Signal Watchers on your PC! There are many convenient tools available, such as the 'Andon Screen,' 'Map Screen,' and 'Gantt Chart.'
The new attention-grabbing disinfectant "peracetic acid formulation" is suitable for continuous monitoring of concentration!
【Features】 ● The sensor adopts a diaphragm polarographic type, offering high stability and excellent cost performance. ● The diaphragm type excels in maintenance. ● It can adjust the concentration of sterilizing water (peracetic acid water) in conjunction with Prominent pumps. ● Standard data logging function to SD card.
Easily build a system! It is also possible to monitor leakage in power transformation and distribution equipment.
The "T-Scope4D" is a reporting device equipped with LTE communication capabilities for monitoring contact states. It detects contact input ON, contact input OFF, power outages, and power restoration, and reports using the LTE network. By connecting a ZCT sensor, it is also possible to monitor leakage in power receiving and transforming equipment. It features a test reporting function and a radio signal status display function, allowing for immediate confirmation of communication status at the installation site. 【Features】 ■ Compact and small with a rich set of functions ■ Easy to build a system ■ High precision at a low cost ■ Capable of monitoring up to 4 contact signals ■ Immediate confirmation of communication status at the installation site *For more details, please refer to the PDF document or feel free to contact us.
![Optimal process monitoring system for quality assurance and management [Case studies included!]](https://image.mono.ipros.com/public/product/image/d63/2000274226/IPROS2786918142068068043.PNG?w=280&h=280)
Measurement with high precision of 0.05%! Contributes to cost reduction through single and multiple channel process monitoring.
The "DIGFORCE9307" is a production process monitoring device that displays torque curve data including signal testing, leak detection, and resistance measurement through two sensors. Based on the values from the two sensors, it determines the factor window, thresholds, trapezoids, and whether they are inside or outside the envelope, enabling mathematical operations for production process monitoring. It also allows for high-speed evaluation and data transfer for variation measurements. It can be used for applications such as monitoring joints and press-fitting. 【Features】 ■ Settings can be changed via the monitor ■ Up to 128 measurement programs available ■ High-speed evaluation and data transfer for variation measurements ■ Flexible process integration through Profibus communication interface *For more details, please refer to the catalog. Feel free to contact us with any inquiries.
Toxic substances in water can be detected by fish, and odors (such as musty or oily smells) can be detected using an integrated odor sensor that serves dual purposes.
☆Moldy smell Detected at a threshold of 0.00001 ng/L (10 ppt) for geosmin and 2-methylisoborneol. ☆Oil smell Kerosene, diesel, gasoline, engine oil. ☆Other unusual smells Fishy smell, earthy smell, algae smell, etc. 【Features】 ■ 24-hour unmanned automatic monitoring is possible. ■ It automatically issues an alert immediately when an unusual smell different from normal is detected. ■ Sensitivity can be adjusted to prevent false alarms. ■ The amount of activated carbon used can be reduced, resulting in high economic benefits. ■ One unit serves two purposes, providing advantages both economically and in terms of space. ■ There is no need to rely on the inspector's nose. ■ It cannot identify the specific odor substances. *For more details, please download the PDF or feel free to contact us.
The medaka fish will continuously monitor for the contamination of toxic substances in river water and groundwater from water supply and food factories 24 hours a day. This contributes to corporate risk management.
The excellence of fish monitoring lies in its ability to respond to unknown toxins and complex toxins. The medaka is a designated test fish by the OECD (Organisation for Economic Co-operation and Development). A bioassay refers to a biological testing method. "Medaka Bioassay" has already been introduced in over 140 units across public water systems, food factories, chemical and machinery factories, from Hokkaido to Okinawa. It is a groundbreaking product that merges fish biology (natural science) with image processing (electronic engineering). Our company’s representative has been a pioneer in linking fundamental research to practical application for about 40 years since his time as a university professor. The extensive experimental data is provided as a "toxin library." 【Features】 ■ Fish respond to 97% of 970 types of acute toxic chemicals affecting humans. ■ Continuous automatic monitoring of water quality for 24 hours. ■ Movement of medaka is analyzed using CCD cameras and image processing technology. ■ Continuous testing can be performed even with highly turbid raw water. ■ It can detect trace amounts of toxins from sources such as groundwater. ■ A system for transmitting data and images to remote locations is possible. ■ Raw water with odors can be detected using an odor sensor. *For more details, please refer to the PDF document or feel free to contact us.
Detect abnormalities such as punch breakage, double hits, chuck mistakes, and dimensional deviations to protect the machine.
The header monitoring device "NEW SELBER 77 RM-2804" detects abnormalities such as punch breakage, double strikes, chuck errors, and dimensional deviations, protecting the machine. It allows for simultaneous monitoring using both the previous comparison method and the reference value method, enabling high-speed detection at 1500 strokes per minute, as well as the detection of forward points, reverse points, and lateral deviations. Additionally, it features an easy-to-read digital setting and digital display, making operation simple. For more details, please download the catalog.
Wide-ranging response to environmental issues and cost reduction measures! Energy-saving products of the gel system.
At Gel System, we offer a variety of energy-saving products, including the remote monitoring device 'EneSEE', which can handle four types of monitoring: "insulation monitoring," "demand monitoring," "power monitoring," and "generation monitoring," all in one unit. We also provide energy-saving lighting fixtures from the 'e Hikari Series' and the electronic breaker "JEL CONTROL SYSTEM," which can significantly reduce basic electricity charges, contributing to environmental issues and cost reduction measures. 【Features】 ○ Energy-saving ○ Cost-saving ○ Resource-saving ○ CO2 reduction ○ Long lifespan For more details, please contact us or download the catalog.
Salt concentration monitoring is possible in the Chikugo River.
This device is designed for monitoring salinity in the Chichao River. It is installed in the river or nearby wells and automatically continuously measures and records changes in salinity levels due to seawater over an extended period, while also providing constant digital display. Additionally, the ESR-5 type special 9-electrode (4-electrode composite) sensor is simple and robust, with no moving parts, eliminating the need for overhauls and resulting in extremely low maintenance costs, which is its greatest feature.
A turbidity and water temperature monitoring device that uses a transmission scattering light method for turbidity detection and a thermistor method for water temperature detection.
The turbidity sensor eliminates the influence of the color of suspended substances and the variability caused by unevenness in suspended substances through a transmission and scattering light calculation method. It is equipped with a light flux monitoring function that self-controls the light intensity of the light source, and the focusing system using optical lenses achieves a large diameter light flux of 17mm. Furthermore, the wiper cleaning mechanism, which does not "remove dirt" but "prevents dirt from adhering," can operate even at a water depth of 300m. In normal river turbidity conditions, it demonstrates an accuracy of ±2 degrees.
