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Sensors Product List and Ranking from 1364 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Oct 07, 2026～Nov 03, 2026
This ranking is based on the number of page views on our site.

Sensors Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Oct 07, 2026～Nov 03, 2026
This ranking is based on the number of page views on our site.

  1. null/null
  2. センシリオン Kanagawa//Electronic Components and Semiconductors
  3. MACOME CORPORATION NAGANO TOKYO OSAKA NAGOYA HIROSHIMA Nagano//Industrial Electrical Equipment
  4. 4 三協インタナショナル Tokyo//Trading company/Wholesale
  5. 5 KELLER Pressure Japan 日本支社 Tokyo//Machine elements and parts
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Sensors Product ranking

Last Updated： Aggregation Period:Oct 07, 2026～Nov 03, 2026
This ranking is based on the number of page views on our site.

  1. Clamp-on flow sensor "FD-H series"
  2. Easy predictive and preventive maintenance! Wi-Fi vibration sensor *Demo units available for loan.
  3. Radar Level Sensor "FR Series"
  4. 4 水戸工業が提案するデータセンター向け製品 水戸工業
  5. 5 AI-equipped image sensor 'IV4 Series'

Sensors Product List

7561～7590 item / All 7805 items

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PAL-Plus AC Current Sensor for Communications Equipment

PAL-Plus AC Current Sensor for Communications Equipment

Enable Remote Power Visibility for Communications Equipment with PAL-Plus 60A

Remote monitoring of local 5G and communications equipment requires power visibility without an on-site visit. PAL-Plus 60A retrofits to communications equipment, distribution panels, and remote facilities, and can provide AC current data to PLCs or upper-level monitoring systems. Use cases • Remote telecom facilities • Communications racks, base-station equipment, and distribution panels • Current data for PLC/monitoring systems • Adding measurement points to IoT sensor networks Business benefits • Understand power status before site visits • Identify load trends by equipment • Expand from small-scale monitoring in phases • Retain existing infrastructure

  • Server Rack
  • UPS/Uninterruptible Power Supply
  • LAN construction and wiring work
  • Sensors

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PAL-Plus 60A AC Current Sensor for Data Centers

PAL-Plus 60A AC Current Sensor for Data Centers

Multi-Point AC Current Monitoring for Communications Racks and Data Center Sites

Power visibility at rack distribution panels and branch circuits is essential for optical communications facilities and data-center interconnect sites. PAL-Plus 60A is a retrofit AC current sensor that efficiently captures current across many circuits for maintenance and site-condition monitoring. Use cases • Branch circuits in communications racks and equipment rooms • Power status at data-center interconnect sites • Current-data collection from telecom equipment rooms and distribution panels • Adding measurement points to IoT monitoring platforms Business benefits • Continuous power visibility • Better preparation before inspections • Scalable multi-site/multi-circuit monitoring • Integration with existing monitoring and IoT platforms

  • server
  • LAN construction and wiring work
  • UPS/Uninterruptible Power Supply
  • Sensors

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PAL-Plus High-Capacity Current Sensor for Telecommunications Facilities

PAL-Plus High-Capacity Current Sensor for Telecommunications Facilities

Modbus-Enabled Remote Monitoring for Power Panels, UPS Systems, and HVAC Loads

Communications buildings and telecom equipment rooms depend on stable operation of power panels, UPS systems, rectifiers, and cooling equipment. PAL-Plus High-Capacity is a retrofit-friendly split-core AC current sensor that outputs measured current via Modbus RTU for integration with existing monitoring systems and gateways. Use cases • Power and distribution panels in communications facilities • UPS secondary and rectifier circuits • HVAC/cooling and auxiliary equipment • Aggregating current data across multiple sites Business benefits • Remote visibility into supporting power infrastructure • Phased deployment from priority points • Easy integration using Modbus • Load-trend data for maintenance decisions

  • Ammeter
  • UPS/Uninterruptible Power Supply
  • LAN construction and wiring work
  • Sensors

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PAL-Plus High-Capacity Current Sensor for Data Center Distribution Panels

PAL-Plus High-Capacity Current Sensor for Data Center Distribution Panels

Retrofit Current Monitoring into Distribution Panels, PDUs, and PDPs

Adding current monitoring to rack distribution units such as PDUs and PDPs requires consideration of circuit count, limited panel space, wiring effort, and host-system integration. PAL-Plus High-Capacity integrates measurement and communications in each sensor. Connector and bus-cable architecture simplifies multi-point installations and retrofits. Use cases • Main and branch circuits in rack distribution panels • PDU/PDP primary and secondary circuits • New and existing distribution panels Business benefits • Add value to panels with current monitoring • Simple retrofit architecture • Reduced installation workload • Easy Modbus integration with upper-level systems

  • Ammeter
  • UPS/Uninterruptible Power Supply
  • LAN construction and wiring work
  • Sensors

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Are you overlooking heat buildup around the data center racks?

Are you overlooking heat buildup around the data center racks?

Multi-point measurement of temperature and humidity at the rack intake and exhaust, underfloor, and air conditioning outlets to assist in understanding heat buildup and improving air conditioning.

In data centers and server rooms, measuring only representative points indoors may not capture localized heat buildup and temperature variations around racks. PAL-Temp is a compact Modbus-compatible sensor that can measure temperature and humidity at multiple points. It can be placed in locations suitable for monitoring purposes, such as the intake and exhaust sides of racks, under the floor, and around air conditioning outlets. 【Usage Scenarios】 - Comparison of temperature and humidity between the intake and exhaust sides of racks - Environmental monitoring around the floor and air conditioning outlets - Multi-point measurement in communication equipment rooms and server rooms 【Implementation Benefits】 - Visualization of localized heat buildup and temperature variations - Acquisition of data to consider air conditioning settings and airflow improvements - Support for continuous monitoring of equipment environments and understanding changes For detailed specifications, system configurations, and implementation methods, please refer to the documentation.

  • Digital thermometer
  • Temperature Data Logger
  • Thermometer
  • Sensors

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Retrofitting current monitoring to an existing rack to check the load.

Retrofitting current monitoring to an existing rack to check the load.

Modbus-compatible split clamp-type sensor that makes it easy to consider retrofitting to racks and distribution boards.

I want to add current monitoring. However, I want to make the most of the existing equipment as much as possible. With the PAL-Plus 60A, you can add current measurement points to existing racks and distribution boards. Its split clamp design makes it easy to consider retrofitting to existing wiring. Instead of replacing all the equipment at once, you can start with the circuits you want to check first. You can expand monitoring within a manageable range. 【Usage Scenarios】 - Adding current monitoring to existing racks - Retrofitting to rack PDUs or distribution boards - Adding current data to existing PLCs - Gradual expansion of monitored circuits - Load verification before equipment updates 【Benefits of Implementation】 - Start monitoring while utilizing existing equipment - Gradual implementation from necessary circuits - Easy to install in limited space within panels - Obtain data for considering equipment updates - Easily adaptable for future expansion of monitoring scope For installation methods and detailed specifications, please refer to the product catalog.

  • Ammeter
  • Server monitoring and network management tools
  • UPS/Uninterruptible Power Supply
  • Sensors

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Temperature and humidity sensor to support environmental monitoring in server rooms.

Temperature and humidity sensor to support environmental monitoring in server rooms.

Check the temperature and humidity of the server room with data, not just relying on the sense during rounds | Low-cost, easy-installation sensor PAL-Temp

PAL-Temp is a compact temperature and humidity sensor designed for personnel managing data centers and server rooms. In data center facility management, it is important to share temperature and humidity as objective figures, not just relying on the subjective impressions during inspections. Continuous measurement data is required so that multiple personnel can verify the facility environment based on the same standards. [Challenges] - Confirmation of the facility environment tends to be biased towards the experience and intuition of the personnel. - It is difficult to track temperature and humidity changes with only the data from inspection points. - There is a desire to share environmental information around the racks among stakeholders. [Benefits of Implementation] - Quantification of temperature and humidity around server rooms and racks at a low cost. - Verification of the facility environment using common measurement data, rather than relying solely on personnel intuition. - By combining with higher-level systems, it is possible to accumulate, display, and share temperature and humidity data. *For more details, please refer to the PDF document or feel free to contact us.

  • Thermo-hygrometer
  • Thermometer
  • Server Cooler
  • Sensors

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Temperature and humidity sensors that can be used for equipment maintenance in data centers.

Temperature and humidity sensors that can be used for equipment maintenance in data centers.

Continuously monitor changes in temperature and humidity. Support decision-making for equipment maintenance and verification during abnormalities.

PAL-Temp is a Modbus-compatible sensor that measures the ambient temperature and humidity around server room equipment, providing the environmental data necessary for maintenance decisions. In data center equipment maintenance, being able to check not only electrical information but also changes in ambient temperature and humidity during abnormal occurrences is essential for troubleshooting. It is important to have a configuration that continuously collects environmental data, not just during inspections. 【Challenges】 - Unable to confirm changes in the surrounding environment during equipment abnormalities - Temporary measurements during inspections make it difficult to grasp trends - Want to add temperature and humidity measurement items to existing monitoring equipment 【Benefits of Implementation】 - Continuously measure the temperature and humidity around equipment at low cost - Understand unusual changes in temperature and humidity and use them as reference information for inspections and maintenance decisions - By combining with higher-level systems, check the temperature and humidity history before and after abnormal occurrences *For more details, please refer to the PDF document or feel free to contact us.

  • Thermo-hygrometer
  • Temperature and humidity measuring instruments
  • Server Cooler
  • Sensors

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Temperature and humidity sensor that can be integrated into existing monitoring systems for data centers.

Temperature and humidity sensor that can be integrated into existing monitoring systems for data centers.

Output temperature and humidity data via Modbus RTU. Add to existing monitoring equipment in the data center.

PAL-Temp is a Modbus-compatible sensor designed to add temperature and humidity measurement points to existing monitoring systems in data centers. In data centers, there may be a need to add temperature and humidity measurement points in line with the expansion of racks and equipment. A configuration that allows measurement data to be incorporated into higher-level devices while utilizing existing PLCs and monitoring equipment is required. [Challenges] - Want to incorporate temperature and humidity data into existing PLCs and monitoring equipment - Want to add environmental measurement points in line with rack expansions - Want to consider communication configurations that match higher-level devices [Benefits of Implementation] - Add temperature and humidity measurement capabilities to existing PLCs and monitoring equipment at low cost - Add measurement points to necessary locations in line with the expansion of racks and equipment - Utilize the acquired temperature and humidity data for monitoring the environmental conditions of the data center *For more details, please refer to the PDF document or feel free to contact us.

  • Temperature and humidity measuring instruments
  • Thermo-hygrometer
  • Server Cooler
  • Sensors

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Visualization of multiple circuits in the factory with simplified wiring | PAL series sensors

Visualization of multiple circuits in the factory with simplified wiring | PAL series sensors

Power and communication are consolidated into a bus cable. The built-in sensor with conversion functionality supports simplified power monitoring, reducing construction work and saving space.

When measuring current and simple electric power by circuit in factory distribution boards and production equipment, as the number of measurement points increases, the installation space for communication devices, wiring work, and construction time become challenges. The PAL series sensors have the function of converting measurement values into communication data built into the sensor body. This allows for the reduction of external AD converters, enabling a simple monitoring configuration centered around sensors, bus cables, and connectors. By consolidating power and communication into a single bus cable and connecting the sensors with connectors, it supports the simplification of wiring work and reduction of construction time compared to configurations where power and communication lines are wired separately. It can also be utilized for a phased introduction starting with important equipment and adding monitoring circuits as needed. 【Challenges】 Introducing sensors to many circuits complicates wiring work. It is difficult to secure installation space for external converters within the panel. We want to keep the introduction costs down as the number of sensors and peripheral devices increases. 【Effects of Introduction】 Consolidating power and communication into a bus cable simplifies wiring work. The built-in conversion function reduces the need for external converters and the number of components. It supports installation in narrow panels and monitoring configurations for many circuits.

  • Power Monitoring Equipment
  • Other server related
  • Other energy equipment
  • Sensors

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Automatic aggregation of power by equipment and line | CEW-M4 virtual sensor

Automatic aggregation of power by equipment and line | CEW-M4 virtual sensor

Automatically calculates the total and average values by performing arithmetic operations on multiple measurement values, categorized by equipment groups, production lines, and areas. This streamlines the aggregation process and equipment comparison.

When analyzing the power usage of a factory, relying solely on individual measurement values can make it difficult to grasp trends across the entire production line or equipment group. Additionally, transferring and aggregating data using spreadsheet software becomes increasingly burdensome as the volume of data grows. The virtual sensor function of the CEW-M4 allows for arithmetic operations on values obtained from multiple sensors, displaying and recording them as new measurement items. It can calculate total and average values by equipment group, line, floor, and area, which can be utilized for graph displays and alarm monitoring. 【Challenges】 - Want to understand the overall power usage of the line - Currently aggregating by equipment manually - Want to compare differences between equipment and lines 【Benefits of Implementation】 - Automatic calculation of total and average values - Reduction of manual data transfer, calculation, and aggregation tasks - Support for comparisons between equipment and before-and-after energy-saving measures For more details, please refer to the PDF document.

  • Other security and surveillance systems
  • Power Monitoring Equipment
  • Demand Monitoring
  • Sensors

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電力の見える化　7つのポイント　※ポイント小冊子進呈中！

電力の見える化　7つのポイント　※ポイント小冊子進呈中！

省スペース・コンパクト設計で、設置が簡単なセンサとゲートウェイBoxの活用に関する技術資料を進呈！

当資料では、ヘキサコア株式会社が提供するPALシリーズセンサー× ゲートウェイBOX活用方法や、「電力の見える化」7つのポイントに ついてご紹介しています。 小規模導入やトライアルに「すぐに」対応可能であることに加え、 サーバー・ネットワーク構築不要であること等を掲載しており、　 電力の見える化に寄与する7つのポイントが記載されております。　 【小冊子内容】 ■計測データを「すぐに」「手軽に」見える化＆監視できるゲートウェイBOXのポイント ■交流電流・簡易積算電力量を計測できるPALシリーズセンサーのポイント ■主な取扱製品・会社概要 この他にも、「ゲートウェイBOX」や「PAL-Plus typeE」、「PAL-Plus」 などの主な取扱製品もラインアップ。ぜひ、ご一読ください。 ※詳しくはPDFをダウンロードしていただくか、お問い合わせください。

  • Sensors
  • Power Monitoring Equipment
  • Demand Monitoring
  • Sensors

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Continuous monitoring of the status of small capacity load equipment via current | PAL-Plus 60A

Continuous monitoring of the status of small capacity load equipment via current | PAL-Plus 60A

Confirm the operation and stop of small-capacity load equipment and load changes with current data. It supports daily inspections and the detection of abnormal signs.

Relying solely on visual inspection and sound during patrols to check the status of small-capacity load equipment can make it difficult to grasp load changes outside of inspection hours. PAL-Plus is a sensor that measures AC current up to 60A and has a built-in communication function that outputs data to higher-level devices via Modbus RTU. It continuously compares the current during normal operation, allowing for the confirmation of operation and stoppage, load increases and decreases, and the status during non-operating hours. 【Challenges】Want to continuously check the operating status of equipment / Want to grasp load changes that differ from normal conditions / Want to streamline patrol measurements 【Implementation Effects】Supports operational confirmation through current data / Narrowing down inspection targets / Assists in operational comparisons using historical data.

  • Ammeter
  • Power meter
  • Other energy equipment
  • Sensors

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Visualizing the operating status of load equipment with current | Modbus sensor

Visualizing the operating status of load equipment with current | Modbus sensor

Check the alternating current of the load equipment over time. This can be used as a basis for equipment maintenance decisions regarding operating conditions and load trends.

Load equipment may not be able to grasp changes in load solely from operational displays. The PAL series measures AC currents from 60A to 630A and outputs data via Modbus RTU. By combining it with monitoring software or PLCs, you can continuously check the operation and stop status, changes in load, and variations in operating time. 【Challenges】Unable to understand conditions outside of patrol times / Want to record load trends / Want to add measurement points to existing equipment 【Implementation Benefits】Collects current history for each piece of equipment, supporting the organization of inspection targets and comparisons before and after operational changes.

  • Ammeter
  • Power Monitoring Equipment
  • Demand Monitoring
  • Sensors

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Check power usage during non-operating hours by circuit | Simple power sensor

Check power usage during non-operating hours by circuit | Simple power sensor

Understanding power usage trends during nighttime, breaks, and downtime by circuit. Supporting the review of operations during standby.

It can be difficult to determine which equipment or circuits are using power during downtime based solely on the total power consumption of the factory. The PAL-Plus type E is a Modbus-compatible sensor that calculates simple power and simple accumulated power consumption from the alternating current and the set voltage and power factor. It continuously records data by circuit, allowing for comparisons between operating and non-operating times. [Challenges] Unable to understand usage during standby; want to check by circuit; want to compare before and after improvements. [Implementation Benefits] It supports understanding usage trends during non-operating hours and selecting circuits for energy-saving measures.

  • Ammeter
  • Sensors
  • Power Monitoring Equipment
  • Sensors

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Comparison of power usage trends by production line | Simple power consumption sensor

Comparison of power usage trends by production line | Simple power consumption sensor

Continuously measure the simple electric power consumption for each equipment and line. Differences can be compared based on operating conditions and production time periods.

To compare power usage trends by production line, it is important to continuously collect data by equipment and circuit under the same conditions. The PAL-Plus type E can be easily retrofitted to branch circuits of distribution boards and outputs simple power and simple accumulated power consumption via Modbus RTU. By combining it with monitoring software and gateways, you can check trends by line and time period. [Challenge] I want to understand the differences by line / I want to compare improvement effects numerically. [Implementation Effect] It supports the comparison of trends by equipment and line, as well as the selection of targets for improvement.

  • Ammeter
  • Power Monitoring Equipment
  • Sensors
  • Sensors

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Simple measurement considering the load imbalance of a three-phase three-wire system.

Simple measurement considering the load imbalance of a three-phase three-wire system.

Use two CTs as a set. Even in an unbalanced three-phase three-wire circuit, it captures the power usage trends that are closer to reality.

In a three-phase three-wire circuit, if there is an imbalance in the loads of each phase, using a single CT for conversion may result in a significant difference from the actual usage trends. The PAL-Plus type E2 uses two current detection units as a set to output single-phase three-wire and three-phase three-wire AC current, simple power, and simple accumulated energy. 【Issue】I want to consider the load imbalance in three-phase three-wire circuits / I want to monitor the main and large-capacity circuits. 【Implementation Effect】It supports understanding the usage trends of unbalanced circuits and comparisons between equipment and circuits.

  • Power meter
  • Power Monitoring Equipment
  • Other energy equipment
  • Sensors

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Multi-point monitoring of temperature rise inside the control panel | Compact Modbus temperature and humidity sensor

Multi-point monitoring of temperature rise inside the control panel | Compact Modbus temperature and humidity sensor

Add measurement points inside the control panel and around the equipment. Continuously record local temperature and humidity changes to assist with inspections.

The control panel may experience temperature differences in various locations due to equipment heat generation and air conditioning conditions. PAL-Temp is a compact sensor that measures temperature and humidity and outputs data via Modbus RTU. By installing it in multiple locations, you can monitor localized changes that may not be evident from just a representative point. 【Challenges】I want to understand temperature imbalances within the panel / I want to record changes outside of inspection times / I want to add temperature and humidity monitoring to existing systems. 【Implementation Benefits】It supports the accumulation of multi-point data, verification before and after alarms, and the objectification of maintenance records.

  • Thermometer
  • Thermo-hygrometer
  • Control Panel Cooler
  • Sensors

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Utilizing temperature and humidity data for consideration of condensation and static electricity countermeasures | PAL-Temp

Utilizing temperature and humidity data for consideration of condensation and static electricity countermeasures | PAL-Temp

Continuously measure the temperature and humidity around the project. Collect environmental data to assess the risks of condensation and static electricity.

Condensation and static electricity are not determined solely by temperature and humidity, but understanding the environmental changes around the process is fundamental for considering countermeasures. PAL-Temp is a compact Modbus-compatible temperature and humidity sensor that can add measurement points in multiple locations around the equipment and within the process. 【Challenges】Want to understand temperature and humidity changes around the process / Want to record environmental factors / Want to compare before and after countermeasures 【Implementation Effects】Accumulating temperature and humidity history as reference information for quality and equipment inspections, supporting comparisons before and after environmental improvements.

  • Thermometer
  • Thermo-hygrometer
  • Temperature and humidity measuring instruments
  • Sensors

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Measure the power consumption of three-phase equipment using a 2CT for a simple power measurement and understand usage trends.

Measure the power consumption of three-phase equipment using a 2CT for a simple power measurement and understand usage trends.

Using a pair of two current detection units, the simple electrical power of a three-phase three-wire circuit is calculated. You can check the usage trends over a certain period for each equipment and circuit.

In three-phase equipment such as injection molding machines, extruders, and cooling equipment, it may not be possible to confirm usage trends by equipment or circuit just by looking at the total electrical power of the factory. The "PAL-Plus type E2" is a Modbus RTU compatible sensor that uses a pair of two current detection units to calculate AC current, simple power, and simple accumulated power for single-phase three-wire and three-phase three-wire circuits. The simple power sensor "PAL-Plus type E2" uses a pair of two current detection units to calculate simple power and simple accumulated power for three-phase circuits and others. 【Challenges】 - I want to confirm usage trends of three-phase equipment by circuit. - I want to continuously record simple power for each piece of equipment. - I need data to select energy-saving targets. 【Benefits of Implementation】 - Calculate simple power of three-phase equipment by circuit. - Record trends by equipment and time zone. - Select equipment to consider for energy-saving measures. You can check detailed specifications and compatible circuits in the downloadable materials. For more details, please download the materials or feel free to contact us.

  • Power storage device
  • Energy efficient utilization system
  • Machining Center
  • Sensors

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Support operational improvements by comparing the simplified electric power consumption of large-capacity circuits over a period.

Support operational improvements by comparing the simplified electric power consumption of large-capacity circuits over a period.

Simple measurements of target circuits from 125A to 630A. We will accumulate reference data to compare usage trends before and after operational changes and operating days, in order to consider energy-saving measures.

The large-capacity circuits within the factory may make it difficult to grasp usage trends based solely on monthly electricity consumption, as these trends can vary depending on operational days and periods. The "PAL-Plus type E2" uses a pair of current detection units to measure the alternating current of single-phase three-wire and three-phase three-wire circuits. The simple power sensor "PAL-Plus type E2" also uses a pair of current detection units to calculate simple power and simple cumulative electricity consumption for three-phase circuits and others. 【Challenges】 - I want to compare usage trends of large-capacity circuits by period. - I want to confirm differences due to operational days and changes in operations. - I need continuous data for improvement considerations. 【Benefits of Implementation】 - Continuous recording of simple electricity consumption for large-capacity circuits. - Comparison before and after changes across operational days and periods. - Accumulation of materials for considering the next operational improvements. You can check the detailed specifications and compatible circuits in the downloadable materials. For more details, please download the materials or feel free to contact us.

  • Power Monitoring Equipment
  • Other machine tools
  • Other processing machines
  • Sensors

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Comparison and selection of simple electric power sensors suitable for three-phase circuits.

Comparison and selection of simple electric power sensors suitable for three-phase circuits.

Organize the differences between single-phase 2-wire, single-phase 3-wire, and three-phase 3-wire, as well as 1CT and 2CT. We will assist in product selection based on circuit configuration, rated current, and required accuracy.

When introducing a simple electric power sensor to three-phase equipment, it is necessary to confirm not only the current capacity but also the circuit type, load conditions, and required measurement accuracy. The PAL-Plus type E uses a single current detection unit and is compatible with single-phase two-wire and three-phase three-wire systems. The simple electric power sensor "PAL-Plus type E2" uses two current detection units as a set to calculate simple power and simple accumulated electric power for three-phase circuits, among others. 【Issues】 - I want to choose a measurement method suitable for three-phase circuits. - The difference between 1CT and 2CT is hard to understand. - I want to determine the model based on circuit type and required accuracy. 【Benefits of Implementation】 - Organize the differences in compatible circuits and CT configurations. - Compare based on rated values, load conditions, and required accuracy. - Support the selection of sensors that match measurement purposes. You can check detailed specifications and compatible circuits in the downloadable materials. For more details, please download the materials or feel free to contact us.

  • Power Monitoring Equipment
  • Other Energy Saving
  • Energy efficient utilization system
  • Sensors

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設備回路の電流推移を期間比較し運用改善を支援

設備回路の電流推移を期間比較し運用改善を支援

運用変更前後や操業日ごとの交流電流履歴を比較。生産量・稼働時間・設備設定と見比べ、回路の使用傾向を整理できます。

設備の使用時間や生産計画を変更した際、変更前後で回路の使用傾向がどう変わったかを確認するには、同じ条件で一定期間のデータを残す必要があります。「PAL-Plus60A」は、対象回路の交流電流を継続的に計測し、ModbusRTUで上位機器へ出力します。交流電流センサー「PAL-Plus 60A」は、60A以下の対象回路を継続計測し、Modbus RTUでPLCや監視システムへ出力します。 【課題】 ・運用変更前後の電流傾向を比較したい ・操業日や時間帯による違いを見たい ・改善活動の参考データを継続して残したい 【導入の効果】 ・操業日・時間帯・変更前後で比較 ・生産量や設備設定と履歴を確認 ・運用見直しの判断材料を蓄積 詳細な仕様や取付条件は、ダウンロードいただける資料でご確認いただけます。 詳細は、資料をダウンロードいただくか、お気軽にお問い合わせください。

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Would you like to continuously record the current flowing through large molding equipment?

Would you like to continuously record the current flowing through large molding equipment?

Add measurement points to large equipment circuits ranging from 125A to 630A. Record alternating current by operating days, time periods, and durations, which can be used to verify equipment operation.

Would you like to continuously record the current flowing through large molding equipment? The "PAL-Plus Large Capacity Version" is a sensor that measures AC currents of 125A, 250A, 400A, and 630A, and can output to higher-level devices via Modbus RTU communication. It can continuously measure currents outside of patrol times, allowing for remote monitoring. This reduces the burden of manual measurements and helps in understanding the operational status of the equipment, energy conservation, and efficient power usage. 【Challenges】 - I want to continuously record the circuit current of large equipment. - I want to check current changes outside of patrol times. - I want to reduce the burden of manual measurements. 【Benefits of Implementation】 - Obtain measurement values of AC current via communication. - Labor-saving for manual measurements. - Narrowing down the periods or circuits that need to be checked. You can check the detailed specifications and installation conditions in the downloadable materials. For more details, please download the materials or feel free to contact us.

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Visualize the large-capacity circuits of the molding line and compare them with operational records.

Visualize the large-capacity circuits of the molding line and compare them with operational records.

Measured using large-capacity circuits that supply power to equipment groups and auxiliary systems. You can compare records of production schedules, operating days, maintenance work, and current fluctuations.

In the molding line, in addition to the main equipment, high-capacity circuits that support the operation of the entire line are used. However, if only the main equipment is monitored, it is difficult to grasp the operational status and usage trends of the entire equipment, including the related circuits. The PAL-Plus High-Capacity version continuously measures the current of high-capacity circuits that supply power to equipment groups and auxiliary systems. By comparing records of production plans, operating days, and maintenance work with current data, it can be utilized to confirm the operational status of the entire line. Additionally, it supports high-capacity circuits ranging from 125A to 630A and can output measurement data to higher-level systems via Modbus RTU communication. 【Challenges】 Want to check the operational status of high-capacity circuits other than the main equipment. Want to keep a history of operations for each circuit supplying power to the equipment group. Want to compare records of production, operations, and maintenance work with current trends. 【Benefits of Implementation】 Records current data on a circuit-by-circuit basis for circuits supplying power to the equipment group. Allows comparison of records of operating days and maintenance work with current trends. Useful for understanding and analyzing the operational status of the entire line. For more details, please download the materials or feel free to contact us.

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Record the alternating current of the concentrated power circuit and understand the operational trends.

Record the alternating current of the concentrated power circuit and understand the operational trends.

AC current sensor "PAL-Plus Large Capacity Version" compatible with 125A to 630A.

The centralized power system of the factory supplies electricity to multiple facilities and areas, making it difficult to grasp changes in the entire circuit. The "PAL-Plus Large Capacity Version" continuously measures the alternating current of large capacity circuits. The acquired data is output to higher-level devices via Modbus RTU, enabling the recording and verification of current history. By comparing this with operational schedules, equipment operating hours, and maintenance records, it is possible to understand trends by day and time, as well as differences before and after operational changes. [Challenges] - I want to continuously record the current trends of the centralized power system. - I want to check trends by operational days and time periods. - I want to compare operational records of common equipment with current data. [Effects of Implementation] - Continuous storage of current history for centralized power circuits. - Comparison with operational schedules, operating hours, and maintenance records is possible. - Organizing operational trends of the entire circuit and utilizing them for situation understanding. You can check detailed product specifications and installation conditions in the downloadable materials.

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Added current monitoring to the existing high-capacity circuit to achieve continuous recording.

Added current monitoring to the existing high-capacity circuit to achieve continuous recording.

Add measurement points to existing circuits from 125A to 630A using a split clamp type. Choose according to circuit capacity and cable diameter, and it can be integrated with Modbus.

When adding current monitoring to an existing large-capacity circuit, it is necessary to check not only the rated current but also the cable diameter, panel space, sensor power supply, communication wiring, and safety construction conditions. The "PAL-Plus Large Capacity Version" is a split clamp-type AC current sensor that clamps around the target wire. The AC current sensor "PAL-Plus Large Capacity Version" continuously measures circuits ranging from 125A to 630A and outputs to higher-level devices via Modbus RTU. 【Challenges】 - Want to add current monitoring to an existing large-capacity circuit - Want to choose a model that matches the rating and cable diameter - Want to integrate with the existing monitoring environment using Modbus 【Benefits of Implementation】 - Retrofitting measurement points to existing large-capacity circuits - Selecting based on ratings from 125A to 630A - Expanding monitoring targets from critical circuits You can check detailed specifications and installation conditions in the downloadable materials. For more details, please download the materials or feel free to contact us.

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AC current sensor selectable in capacities from 60A to 630A.

AC current sensor selectable in capacities from 60A to 630A.

A lineup of 60A, 125A, 250A, 400A, and 630A is available. You can select models based on the actual current of the target circuit, cable diameter, and conditions inside the panel.

When adding AC current sensors to existing equipment circuits or branch circuits, it is important to check not only the equipment name but also the actual current, cable diameter, panel space, power supply, and communication wiring. The PAL-Plus 60A measures AC currents up to 60A, while the high-capacity versions measure 125A, 250A, 400A, and 630A. The PAL series allows you to choose between simple power sensors or AC current sensors based on the data you want to verify, circuit configuration, and current capacity. 【Challenges】 - I want to select an AC current sensor that matches the circuit capacity. - I want to manage from small capacity to main circuits using the same method. - I want to determine the rating based on actual current and cable diameter. 【Benefits of Implementation】 - Selection by rating from 60A to 630A. - Compatibility from small capacity equipment to main circuits. - Consideration of configurations that match actual current and cable diameter. You can check detailed specifications and connection configurations in the downloadable materials. For more details, please download the materials or feel free to contact us.

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AC current and simple electric energy sensor for confirmation purposes.

AC current and simple electric energy sensor for confirmation purposes.

You can choose a product based on the data you want to confirm, the circuit method, and the required accuracy, whether it's a continuous record of alternating current or a comparison of simple power and simple integrated electric energy.

In equipment monitoring and energy-saving activities, we first organize what we want to confirm. The choice of sensor differs depending on whether we want to continuously record alternating current or compare the usage trends of simple power and cumulative power. The PAL series allows you to select either a simple power sensor or an alternating current sensor based on the data you want to confirm, circuit configuration, and current capacity. 【Challenges】 - I want to clarify the differences between alternating current and simple power. - I want to choose a sensor that fits the measurement purpose. - I want to consider the required accuracy and higher-level systems. 【Benefits of Implementation】 - Compare models based on the data to be measured. - Clarify the roles of alternating current and simple power. - Select based on circuit configuration, accuracy, and higher-level structure. You can check detailed specifications and connection configurations in the downloadable materials. For more details, please download the materials or feel free to contact us.

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Check simple electric power in the cloud and achieve small-scale implementation.

Check simple electric power in the cloud and achieve small-scale implementation.

Collect simple electric power data for single-phase two-wire and three-phase three-wire circuits to the cloud. Start small with important circuits and gradually add measurement points.

While I want to check the power usage trends of the factory by circuit, building a monitoring server or a large-scale system from the start can be burdensome. The PAL-PlustypeE calculates simple power and simple accumulated power consumption from the alternating current and the set voltage and power factor values. By combining the PAL series with the Gateway BOX, measurement data from the target circuit can be sent to the cloud via mobile lines, allowing for confirmation through graphs or CSV files. 【Challenges】 - I want to check simple power in the cloud on a small scale. - I want to start without establishing a new server within the factory. - I want to increase measurement points from important circuits. 【Benefits of Implementation】 - Sending simple power to the cloud. - Utilizing for graph confirmation and CSV output. - Gradually expanding measurements from important circuits. You can check detailed specifications and connection configurations in the downloadable materials. For more details, please download the materials or feel free to contact us.

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