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Sensors - メーカー・企業1364社の業務用製品ランキング | イプロスものづくり

更新日： 集計期間:Oct 07, 2026～Nov 03, 2026
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Sensorsのメーカー・企業ランキング

更新日： 集計期間:Oct 07, 2026～Nov 03, 2026
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  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
企業ランキングへ

Sensorsの製品ランキング

更新日： 集計期間:Oct 07, 2026～Nov 03, 2026
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  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の製品一覧

6871～6900 件を表示 ／ 全 7805 件

表示件数
Visualizing the current of the rack PDU by circuit.

Visualizing the current of the rack PDU by circuit.

Collecting circuit-specific current from the data center via Modbus. Utilizing the existing monitoring environment for visualization.

Shall we start monitoring the data center equipment in more detail? The PAL-Plus 60A is a sensor that measures the AC current of racks and branch circuits. The measured data can be sent to PLCs and monitoring systems via Modbus RTU. While utilizing the existing monitoring environment, we can start with the critical circuits first. You can begin equipment monitoring using current data. 【Use Cases】 - Current monitoring by circuit for server racks - Load verification for rack PDUs and distribution boards - Addition of current data to monitoring systems - Collection of current data from multiple racks - Addition of measurement points for remote monitoring 【Benefits of Implementation】 - Check the status of each rack and circuit - Utilize the existing Modbus-compatible environment - Gradual implementation starting from critical circuits - Support daily inspections and equipment management with data - Easy to expand to monitor numerous circuits For detailed specifications, please download the product catalog and check.

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

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Data Center Power Monitoring Modbus AC Current Sensor

Data Center Power Monitoring Modbus AC Current Sensor

Visualize the load status of high-capacity circuits with a Modbus-compatible current sensor. It supports a range from 125A to 630A, making it compatible with a wide variety of equipment.

To ensure stable operation of the main circuit, UPS, and PDU in a data center, it is important to continuously monitor power usage. The PAL-Plus large-capacity version is a split-core AC current sensor that supports four ratings: 125A, 250A, 400A, and 630A. It integrates measurement functions and Modbus RTU (RS-485) communication within the unit, contributing to the simplification of equipment configuration and space-saving within the panel, while assisting in monitoring power usage through the current sensor. 【Usage Scenarios】 - Current monitoring of the main circuit, UPS, and PDU - Adding remote monitoring capabilities to existing equipment - Integration with BMS, SCADA, and PLC systems 【Benefits of Implementation】 - Supports large-capacity circuits from 125A to 630A - Simplifies configuration with integrated measurement and communication - Effectively utilizes limited panel space - Compatible with Modbus-enabled higher-level devices *For more details, please refer to the PDF document or feel free to contact us.

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

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Retrofit split clamp-type Modbus-compatible AC current sensor for existing panels.

Retrofit split clamp-type Modbus-compatible AC current sensor for existing panels.

Retrofitting current monitoring to existing systems. We support the visualization of current data while considering the burden of facility renovations.

When adding current monitoring to existing distribution boards and power equipment, devices that can be installed according to the available space inside the panel and wiring conditions while maintaining the operation of the equipment are required. The PAL-Plus high-capacity version is a split clamp-type AC current sensor that can be installed by sandwiching it between existing wiring, allowing for installation on existing equipment without the need for power outage work. Additionally, it has built-in measurement functions and Modbus RTU (RS-485) communication capabilities, which reduces the number of devices and achieves a space-saving monitoring configuration. It is available in four models: 125A, 250A, 400A, and 630A, allowing selection based on the current values to be measured and cable diameters. 【Usage Scenarios】 - Adding current monitoring to existing equipment - Increasing monitoring points within the distribution board - Integration with existing upper-level systems 【Benefits of Implementation】 - Easy to install on existing wiring due to its split design - Reduction in the number of devices due to integrated measurement and communication - Effective use of limited space inside the panel - Transmission of current values to upper-level devices compatible with Modbus *For more details, please refer to the PDF document or feel free to contact us.

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

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"Multi-circuit stage expansion" AC current sensor supporting up to 31 units and 100m.

"Multi-circuit stage expansion" AC current sensor supporting up to 31 units and 100m.

Expand the monitoring points gradually according to the required number of circuits. Supports multi-circuit monitoring for up to 31 units and a maximum distance of 100m.

In monitoring multi-circuit equipment, it is important to design with not only the current number of monitoring points in mind but also future expansions. The PAL-Plus large-capacity version, in combination with the PAL-Plus unit, allows for the bulk collection of numerous current data. Up to 31 sensors can be connected to a single unit, and the wiring length to the final stage can accommodate up to 100 meters. Additionally, it is possible to configure a connection between the Modbus RTU on the sensor side and the Modbus TCP on the upper side. Monitoring points can be gradually increased in line with equipment expansion. 【Challenges】 - Efficiently monitor numerous circuits - Prepare for future expansions - Organize the overall system conditions 【Expected Benefits】 - Bulk monitoring of multiple currents - Expansion up to 31 units - Integration from Modbus RTU to Modbus TCP You can consider configurations ranging from small-scale to multi-point setups for main and branch circuits or multi-circuit panels. This can also be utilized for configuration confirmation before implementation, design during the addition of monitoring points, and planning for future expansions. Please take a look at the materials. For actual configuration conditions, please contact us individually.

  • Ammeter
  • UPS/Uninterruptible Power Supply
  • Server Rack
  • Sensors

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A large-capacity AC current sensor that can be considered from a single circuit for a small start.

A large-capacity AC current sensor that can be considered from a single circuit for a small start.

First, we will confirm compatibility and communication from one circuit. We will start small and support the gradual expansion of power monitoring to match operational needs.

When starting to monitor large-capacity circuits, many people think, "I want to confirm if the sensors are compatible with the target equipment" or "I want to test if the communication can be stable." With the PAL-Plus large-capacity version, you can conduct evaluation from a single circuit or a small number of circuits before full-scale implementation, gradually expanding the monitoring range while confirming operational results. The PAL-Plus large-capacity version offers four types: 125A, 250A, 400A, and 630A. You can select the optimal sensor according to the target current and cable diameter. Additionally, it adopts a split clamp type that is easy to install on existing equipment and supports data collection via Modbus RTU (RS-485) communication. This allows for future expansion into remote monitoring systems. 【Challenges】 - Want to confirm compatibility/communication before full-scale implementation - Want to reduce initial costs - Want to prepare for future expansion 【Expected Benefits】 - Optimal selection from four types - Easy to retrofit with a split type - Potential for future remote monitoring expansion For more details, please check the materials or feel free to contact us.

  • Ammeter
  • Server Rack
  • UPS/Uninterruptible Power Supply
  • Sensors

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【巡回点検を効率化】プレアラームLED搭載Modbus電流センサ

【巡回点検を効率化】プレアラームLED搭載Modbus電流センサ

監視対象を赤色LEDで見つけやすく。上位データと現場表示を組み合わせ、巡回点検を支援します

分電盤や電源設備の巡回点検では、上位システムのデータ確認に加え、現場で対象センサーを素早く見つけ、状態を把握できることが重要です。PAL-Plus大容量版は、通電時・通信中を緑、警報時・プレアラーム発生中を赤のLEDで表示。電流値の遠隔監視と現場表示を組み合わせ、確認箇所の特定と点検作業の円滑化を支援します。データセンター、工場、通信設備など、監視点が多い現場の日常点検や保守に適した交流電流センサーです。 【課題】巡回時に対象を見つけにくい／通電・通信・警報状態を直感的に確認したい／遠隔データと現場表示を照合したい 【期待効果】LEDで通電・通信状態を確認／警報・プレアラーム時は赤色表示で対象を特定しやすい／遠隔監視と現場確認を一体運用 資料にはLED表示内容、設定方法、通信条件、システム構築例、設定変更キットを含む周辺機器を掲載。点検フロー、保守手順、警報時の運用具体化に活用できます。 上位画面で把握した警報と現場の赤色表示を照合する運用により、確認対象を探す負担の軽減が期待できます。LEDの意味と対応手順を点検ルールへ反映し、日常巡回や異常時対応の検討にお役立てください。

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

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Low-cost, easy-install temperature and humidity sensor for data centers.

Low-cost, easy-install temperature and humidity sensor for data centers.

Modbus compatible. A low-cost, easy-to-install sensor PAL-Temp that can retroactively add temperature and humidity measurement points around the rack to the existing monitoring system.

PAL-Temp is a wired temperature and humidity sensor that measures the temperature and humidity around data center racks and in machine rooms, outputting data via Modbus RTU (RS-485). In data centers, it is crucial to continuously monitor the temperature and humidity around racks to ensure the stable operation of servers and communication equipment. Since there can be localized environmental changes that are difficult to capture with just representative points in the room, measurements at multiple locations are required. [Challenges] - Want to monitor temperature and humidity around racks at multiple points - Want to add temperature and humidity data to existing monitoring systems - Want to simplify wiring and installation work when adding sensors [Benefits of Implementation] - Measure temperature and humidity around racks and in machine rooms at low cost - Measure multiple locations to understand temperature and humidity variations that are not apparent from just representative values in the room - Add temperature and humidity data to existing PLCs and monitoring systems to visualize the equipment environment *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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Ultra-compact temperature and humidity sensor that can be installed in multiple locations around the server rack.

Ultra-compact temperature and humidity sensor that can be installed in multiple locations around the server rack.

For early detection of heat buildup and changes in temperature and humidity. A compact sensor that can be easily retrofitted to rack doors.

PAL-Temp is a Modbus-compatible temperature and humidity sensor designed to monitor the environmental conditions of data centers and server rooms. In data centers, temperature differences can occur between racks due to equipment heat generation and air conditioning conditions. It is important to have a measurement system that can check not only the overall representative values of the room but also the environment around the front and back of the racks and near the air conditioning equipment. 【Challenges】 - I want to check the intake and exhaust environment for each rack. - I want to understand localized temperature changes that cannot be identified by the average indoor temperature alone. - I want to be able to confirm changes in temperature and humidity during incidents. 【Benefits of Implementation】 - Low-cost measurement of temperature and humidity around the front and back of racks and near air conditioning equipment. - By measuring multiple locations, it is possible to confirm localized temperature rises and imbalances in temperature and humidity. - Utilize temperature and humidity data as a basis for decision-making regarding air conditioning operations and equipment environment. *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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少人数の設備管理を補助する温湿度センサー

少人数の設備管理を補助する温湿度センサー

データセンターの温湿度を数値化。限られた人員での巡回・設備確認を支援

PAL-Tempは、データセンターやサーバールームの設備環境確認を補助する小型温湿度センサーです。 データセンターの設備管理では、限られた人員で複数のラックや設備室を確認する場合があります。現地巡回を補い、担当者間で環境状態を共有するため、温湿度を客観的なデータとして取得できる仕組みが求められます。 【課題】 ・限られた人員で複数ラックや設備室を確認している ・巡回時点以外の温湿度変化を把握しにくい ・設備環境を担当者間で共有できるデータが少ない 【導入の効果】 ・複数ラックや設備室の温度・湿度を低コストで計測 ・現地巡回時の確認を補う、客観的な温湿度データを取得 ・上位システムとの組み合わせにより、複数計測点のデータを蓄積・表示・共有 ※詳しくはPDF資料をご覧いただくか、お気軽にお問い合わせください。

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

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計測できる「だけじゃない」PALシリーズセンサーって？

計測できる「だけじゃない」PALシリーズセンサーって？

通信機能内蔵のIoTセンサーで「お手軽＆低コスト」に見える化をはじめられます

一見普通のセンサーに見えるけれど...実は違うんです！！ センサー自体に通信機能を内蔵することで 「計測」も「通信」もこれ一台で完了する「PALシリーズセンサー」をご紹介します。 ｜5つのポイント｜ 1. 通信機能内蔵「だから」超小型化を実現 　 さらに、従来必要だった通信モジュール等が不要なため、設計・導入コストを削減 2. 汎用性の高い「Modbus TCP/RTU 対応」で長期運用でも安心 3. 分割クランプ式だから「停電工事不要」で簡単後付けOK 4. 現場に合わせ「スピーディに設置」できる 5. 「豊富なラインナップ」から選択できる ｜計測項目｜ ・PAL-Plus / PAL-Plus大容量版：交流電流 ・PAL-Plus typeE：簡易積算電力量、簡易電力 など ・PAL-Temp：温湿度 電気代の高騰やSDGsへの取り組みを強化するにあたり 「見える化」の足掛かりとして優れた製品となっておりますので、ぜひ この機会にご確認ください！

  • Ammeter
  • Demand Monitoring
  • Sensors
  • Sensors

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Continuous monitoring of temperature and humidity in factory equipment | Compact Modbus-compatible sensor

Continuous monitoring of temperature and humidity in factory equipment | Compact Modbus-compatible sensor

Digitize the temperature and humidity around control panels and equipment. We support the use for equipment inspections, confirmation during abnormalities, and maintenance records.

In factory equipment inspections, it is important to continuously monitor not only the current and operational status but also the temperature and humidity around the equipment. Even if no abnormalities are found during inspections, increases in temperature within the control panel, changes in air conditioning conditions, and localized increases in humidity may manifest in advance as changes in the equipment environment. "PAL-Temp" is a compact sensor with built-in communication functions that can measure temperature and humidity in control panels, around manufacturing equipment, and in machine rooms. It supports Modbus RTU, allowing for integration with existing monitoring software and gateways. Its compact design, which can be installed using cable ties, is also suitable for adding temperature and humidity measurement points to existing equipment. 【Challenges】 Want to continuously monitor the temperature and humidity around control panels and equipment. Temporary checks during patrols make it difficult to capture environmental changes. Want to check the temperature and humidity history around the equipment when abnormalities occur. 【Implementation Effects】 Confirm the temperature and humidity around control panels and equipment in numerical form. Capture temperature and humidity changes that occur outside of inspections as a history. Add information to check the equipment environment before and after abnormal occurrences. For more details, please download the PDF document or contact us.

  • Temperature and humidity measuring instruments
  • Temperature Data Logger
  • Thermometer
  • Sensors

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今ある設備で電力を見える化｜PALシリーズ×PLC

今ある設備で電力を見える化｜PALシリーズ×PLC

導入済みの設備を活用して、電力の見える化をはじめる第一歩に最適な「PALシリーズセンサー×PLC」を使ったシステム構成例をご紹介

電力の見える化でこのようなお悩みありませんか？ ・「既存設備を活用して」お手軽に見える化したい ・工場の設備が使っている「電力量を知りたい」 ・ムダな電力を削減して「電気代を抑えたい」 ・「ネットワークに繋がずに」今の電力量を確認したい ｜「PALシリーズセンサー×PLC」なら今ある設備を活用して見える化をはじめる第一歩に最適なシステムを構築できます｜ 【5つのメリット】 1. Modbus RTU対応センサーのため、すでに導入済みのModbus通信対応のPLCへ接続してご使用いただけます 2. 設備の電流値等をローカル環境でリアルタイムに可視化できます 3. バスケーブルにセンサーを接続できるため、現場にあわせた施工ができます 4. センサー容量は60A～630A(交流電流)をラインナップ、電流容量や電線サイズに合わせて選定いただけます 5. 分割クランプ式センサーのため、停電工事不要で既存設備へも簡単に取り付けられます

  • Ammeter
  • Power Monitoring Equipment
  • Demand Monitoring
  • Sensors

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クランプ式で安全・簡単｜PALシリーズセンサーの取付方法

クランプ式で安全・簡単｜PALシリーズセンサーの取付方法

後付け可能な「分割クランプ式センサー」で運用中の設備を止めることなく安全かつ簡単にセンサーを取り付けられます

Modbus RTU通信を採用したお手軽かつ、省スペースで交流電流を計測できる、 通信機能内蔵のIoTセンサー「PAL-Plus」「PAL-Plus大容量版」の取付方法をご紹介します！ 【取付方法】 1. 交流電流を計測したい電線にセンサーをクランプします 2. 結束バンドで電線とセンサーをしっかり固定します 3. 完了 ※通電中の作業は、感電の恐れがありますのでご注意ください。

  • Ammeter
  • Power Monitoring Equipment
  • Demand Monitoring
  • Sensors

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大容量負荷設備の稼働・負荷を電流監視｜PAL-Plus大容量版

大容量負荷設備の稼働・負荷を電流監視｜PAL-Plus大容量版

大容量負荷設備の運転・停止と負荷傾向を継続記録。設備運用の見直しと点検を支援します。

大容量負荷設備の運転状況を継続して把握するには、電流値を時系列で記録し、運転時間や負荷傾向を確認する方法があります。PAL-Plus大容量版は125Aから630Aの交流電流を計測し、Modbus RTUで上位システムへ連携できます。 【課題】運転時間や負荷変化を把握したい／複数設備の運転傾向を比較したい／巡回記録を省力化したい 【導入効果】電流履歴による運転状態の確認、設備間比較、運用変更前後の検証を支援します。

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

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Choose between single-phase and three-phase circuit configurations | Modbus-compatible simple power sensors

Choose between single-phase and three-phase circuit configurations | Modbus-compatible simple power sensors

Comparing type E and type E2 in terms of circuit configuration and current capacity. We assist in selecting simple electric energy sensors suitable for factory distribution boards and equipment circuits.

In the visualization of factory power consumption, it is important to select sensors that match the configuration of distribution boards and equipment circuits, such as single-phase two-wire, single-phase three-wire, and three-phase three-wire systems. The "PAL-Plus typeE/typeE2" is a Modbus RTU compatible sensor that calculates simple power and simple accumulated power consumption from the AC current and the set voltage and power factor values. TypeE supports single-phase two-wire and three-phase three-wire configurations, while typeE2 supports single-phase three-wire and three-phase three-wire configurations. It can be selected according to circuit configuration, current capacity, and cable diameter, ranging from 60A to 630A. The split clamp type allows for retrofitting to existing wiring, and it can also be integrated with PLCs, gateway boxes, and monitoring software CEW-M4. 【For these challenges】 - I want to compare the differences between typeE and typeE2. - I want to choose a model suitable for single-phase/three-phase circuits. - I want to retrofit power measurement to the distribution board. 【Implementation effects】 - Supports selection based on circuit configuration. - Visualizes power usage trends by equipment and circuit. - Useful for considering energy-saving targets. Please check the PDF materials for compatible circuits, measurement accuracy, applicable cable diameters, and installation examples.

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  • Ammeter
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夜間・休憩中のムダ電力を回路別に確認｜簡易電力量センサー

夜間・休憩中のムダ電力を回路別に確認｜簡易電力量センサー

夜間、休憩時間、生産停止中の電力使用傾向を設備・回路別に記録。省エネ対象の選定と対策前後の比較を支援します。

工場全体の電力量を把握していても、夜間、休憩時間、生産停止中に、どの設備や回路で電力が使われているかまでは分からない場合があります。 「PAL-Plus typeE」は、交流電流と設定した電圧値・力率値から、簡易電力・簡易積算電力量を算出するModbus対応センサーです。分電盤の主幹・分岐回路や設備電源へ設置し、設備・回路別の使用傾向を継続的に記録できます。 電圧配線を追加せず、分割クランプ式で既設配線へ装着可能。ゲートウェイBOXやCEW-M4と組み合わせれば、グラフ確認や設備間比較にも活用できます。 【こんな課題に】 ・夜間や休憩中に電力を使う回路を確認したい ・省エネ対象設備を絞り込みたい ・対策前後の変化を比較したい 【導入効果】 ・非稼働時間帯の使用傾向を回路別に把握 ・省エネ対象の選定を支援 ・巡回計測や記録作業の負担を軽減 詳細はPDF資料をご覧ください。

  • Ammeter
  • Power Monitoring Equipment
  • Sensors
  • Sensors

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Compare the simple electric power consumption of each molding machine and efficiently select energy-saving targets.

Compare the simple electric power consumption of each molding machine and efficiently select energy-saving targets.

Compare the simple electricity consumption of each piece of equipment using the same standard. Organize the differences in usage trends and support the prioritization of equipment for energy-saving improvements.

Even if you only check the total electricity consumption of the factory, it may not be possible to narrow down the specific machines or equipment circuits that have high power usage. The simple power sensor "PAL-Plus type E" measures the alternating current of the equipment circuit and calculates simple power and simple accumulated electricity consumption based on the set voltage and power factor values. The simple power sensor "PAL-Plus type E" measures alternating current and calculates simple power and simple accumulated electricity consumption from the set voltage and power factor values. 【Issues】 - The total electricity consumption of the factory does not provide a breakdown by equipment. - I want to narrow down improvement targets from multiple molding machines. - There is no record that allows for comparison between equipment on the same basis. 【Benefits of Implementation】 - Compare simple electricity consumption by equipment and circuit on the same basis. - Identify equipment with significant usage trends. - Organize priorities for considering energy-saving measures. 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.

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  • Injection Molding Machine
  • Power Monitoring Equipment
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Add simple electric power measurement to existing equipment and visualize it by circuit.

Add simple electric power measurement to existing equipment and visualize it by circuit.

Add measurement points to the existing circuit using a split clamp type. You can continue to check the simple power and simple accumulated energy for each circuit without adding voltage wiring.

When adding measurement points to existing molding equipment or distribution boards, it is necessary to confirm in advance the circuit type, current capacity, cable diameter, space within the panel, and connection method to the upper system. The structure allows for installation without removing wires, enabling the acquisition of alternating current and simple power and simple cumulative power consumption without adding voltage wiring. The simple power sensor "PAL-Plus typeE" measures alternating current and calculates simple power and simple cumulative power consumption based on the set voltage and power factor values. 【Challenges】 - Want to add circuit-specific measurements to existing equipment - Considering implementation without increasing voltage wiring - Want to integrate with existing PLCs and monitoring systems 【Benefits of Implementation】 - Split clamp type for retrofitting to existing circuits - Calculation of simple power and simple cumulative power consumption - Integration with PLCs, cloud, and monitoring software 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.

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  • Resin processing machine
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Record the alternating current of the mold temperature control equipment and check the usage trends.

Record the alternating current of the mold temperature control equipment and check the usage trends.

Install an AC current sensor in the temperature control equipment circuit below 60A. It saves the current trends by time period and allows for comparison with planned equipment usage and operational records.

When checking the usage status of mold temperature control equipment, it can be difficult to continuously grasp the current trends, including during nighttime and break times, with just the displays during patrols or handwritten records. The "PAL-Plus 60A" measures the AC current of the target circuit and outputs it to higher-level devices via Modbus RTU. The AC current sensor "PAL-Plus 60A" continuously measures circuits with a current of 60A or less and outputs the data to PLCs or monitoring systems via Modbus RTU. 【Issues】 - I want to keep a history of the current of the temperature control equipment for a certain period. - I want to check including nighttime and break times. - I want to compare with usage plans and setting change records. 【Benefits of Implementation】 - Record the current trends of the temperature control equipment by period. - Compare with usage plans and setting change records. - Accumulate materials to verify operational methods. 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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  • Other machine tools
  • Other processing machines
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Record the alternating current of the material supply process and compare it with the production history.

Record the alternating current of the material supply process and compare it with the production history.

Continuously measure the target circuits of the material supply process. By comparing production plans, material changes, setup, work records, and current history, you can confirm usage trends.

In the material supply process, multiple equipment is used according to the production plan and setup. If only the equipment names and indicator lights are managed, it may be difficult to leave an objective record of the usage trends of the circuits over a certain period. The AC current sensor "PAL-Plus 60A" continuously measures circuits with a current of 60A or less and outputs the data to a PLC or monitoring system via Modbus RTU. 【Challenges】 - I want to keep a history of circuit usage in the material supply process. - I want to compare it with material changeover and setup records. - I want to check usage trends outside of patrol times. 【Benefits of Implementation】 - Continuous recording of AC current in the material supply circuit. - Comparison with material changeover and setup records. - Organization of periods that require confirmation. 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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  • Other semiconductor manufacturing equipment
  • Instrumentation and Control Systems
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Visualizing the large current of the extrusion process. Capturing changes by comparing with the history.

Visualizing the large current of the extrusion process. Capturing changes by comparing with the history.

Continuing measurement of extrusion processes for circuits ranging from 125A to 630A. You can compare the variety, production lot, operating time, setting change records, and current history.

Continuous measurement of circuit currents from 125A to 630A in the extrusion process. The measured values can be output to higher-level devices and used for verifying production records and current history. The circuit current in the extrusion process varies depending on the product type, operating time, and startup conditions. The "PAL-Plus Large Capacity Version" continuously measures target circuits from 125A to 630A and outputs data to higher-level devices via Modbus RTU communication. This helps in understanding current changes based on operating conditions, which may not be easily visible with monthly power consumption alone. 【Challenges】 - Want to retain the current history of large-capacity circuits in the extrusion process. - Want to confirm differences based on product type and operating duration. - Want to compare production records with current history. 【Benefits of Implementation】 - Continuous measurement of large-capacity circuits in the extrusion process. - Comparison of current history by product type, lot, and operating duration. - Narrowing down specific periods or circuits that require detailed examination. You can check the detailed specifications and installation conditions in the downloadable materials. For more information, please download the materials or feel free to contact us.

  • Ammeter
  • Injection Molding Machine
  • Other molds
  • Sensors

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Record the current of the main line and branch, and narrow down the verification circuit.

Record the current of the main line and branch, and narrow down the verification circuit.

Record the alternating current of the factory master and line branches over time. Confirm trends at the factory and line level, and then organize the lower circuits to examine in detail.

By continuously recording the alternating current of the main circuit and line branches, you can confirm usage trends for the entire factory or by line unit over time. Relying only on monthly power consumption or values during patrols may make it difficult to grasp changes over the period. The alternating current sensor "PAL-Plus Large Capacity Version" continuously measures target circuits from 125A to 630A and outputs data to higher-level devices via Modbus RTU. 【Challenges】 - I want to keep a record of the current trends in the main circuit and line branches. - I want to confirm trends at the factory and line unit level. - I want to select the lower circuits to examine in detail next. 【Benefits of Implementation】 - Time-series recording of the main circuit and line branches. - Confirmation of trends at the factory and line unit level. - Selection of additional measurement ranges for lower circuits. You can check detailed specifications and installation conditions in the downloadable materials. For more information, please download the materials or feel free to contact us.

  • Ammeter
  • Other processing machines
  • Other machine tools
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Comparing and appropriately selecting a simple electric power sensor using a circuit method.

Comparing and appropriately selecting a simple electric power sensor using a circuit method.

Comparison of the differences between single-phase two-wire, single-phase three-wire, and three-phase three-wire, as well as 1CT and 2CT. You can choose a simple electric energy sensor based on the target circuit, load conditions, and required accuracy.

When selecting a simple power sensor, it is necessary to check not only the current capacity but also which circuit it will be installed in: single-phase two-wire, single-phase three-wire, or three-phase three-wire. In the case of three-phase three-wire, it is calculated as a three-phase balanced circuit. The PAL series allows you to choose either a simple power sensor or an AC current sensor based on the data you want to verify, the circuit configuration, and the current capacity. 【Issues】 - I want to select a simple power sensor that matches the circuit configuration. - I want to clarify the differences between 1CT and 2CT. - I want to compare rated values, load conditions, and required accuracy. 【Benefits of Implementation】 - Compare circuits for single-phase and three-phase. - Clarify the differences in ratings between 1CT and 2CT. - Support the selection of models that match the wiring method. 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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  • Cooling system
  • Blow Molding Machine
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Gradual implementation of visibility in the molding factory from critical circuits.

Gradual implementation of visibility in the molding factory from critical circuits.

Select the configuration according to measurement items, circuit methods, current capacity, and management scale. It can be gradually expanded from partial introduction of important circuits to management of multiple lines.

In the visualization of the molding factory, it is necessary to organize the data to be confirmed, circuit type, current capacity, and target range, rather than applying the same sensors and management methods to all equipment. When checking alternating current, consider using PAL-Plus60A or a high-capacity version; for checking trends in simple power and simple cumulative power consumption, consider type E or type E2. The PAL series, Gateway BOX, and CEW-M4 can be combined according to the purpose, allowing for a phased configuration from circuit-specific measurements to cloud verification and centralized management. 【Challenges】 - I want to start visualization from important circuits. - I want to select equipment that matches the circuit type and capacity. - I want to gradually expand to multiple lines and locations. 【Benefits of Implementation】 - Partial implementation from important circuits. - Selection of equipment that matches the purpose, circuit, and capacity. - Gradual expansion to multiple lines and locations. 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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  • Chiller
  • Injection Molding Machine
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Visualizing the extrusion molding line by circuit to support operational improvements.

Visualizing the extrusion molding line by circuit to support operational improvements.

Obtain alternating current or simple electric power from the target circuit of the extrusion process. You can compare records and histories such as variety, production lot, and operating time.

In the extrusion molding line, even if the overall power consumption of the process is known, it can be difficult to determine which circuits or time periods should be examined in detail. Depending on the items to be checked, circuit configuration, and current capacity, we will consider models from PAL-Plus60A, the high-capacity version, typeE, and typeE2. The PAL series, Gateway BOX, and CEW-M4 can be combined according to the purpose, allowing for a phased configuration from circuit-specific measurements to cloud verification and centralized management. 【Challenges】 - I want to confirm the usage trends by circuit in the extrusion process. - I want to compare production conditions and measurement history. - I want to gradually expand measurements from important circuits. 【Benefits of Implementation】 - Record circuit-specific data for the extrusion process. - Compare with variety, production lot, and operating time. - Narrow down the target period for reviewing operations. Detailed specifications and connection configurations can be confirmed in the downloadable materials. For more information, please download the materials or feel free to contact us.

  • Sensors
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Temperature Sensor for the Food Industry

Temperature Sensor for the Food Industry

Thorough management of processing temperature! Achieving stable quality and improved efficiency.

In food manufacturing, temperature management is a crucial factor that affects quality. However, when proper temperature management is difficult, challenges such as product quality deterioration and delays in the manufacturing process may arise. Chūnippon Heater Co., Ltd.'s "Temperature Sensor" is a product that thoroughly manages temperature in food processing, achieving stable quality and efficient manufacturing. 【Usage Scenarios】 - Temperature management in food heating processes - Temperature monitoring in refrigeration and freezing units - Product quality management - Streamlining manufacturing processes - Ensuring food safety 【Benefits of Implementation】 By implementing the "Temperature Sensor," thorough temperature management in food heating processes can be achieved, leading to improved product quality and stable supply. Additionally, enhanced accuracy in temperature monitoring contributes to streamlining manufacturing processes and ensuring food safety.

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"Temperature Sensor" Ideal for Temperature Management in Pharmaceuticals

"Temperature Sensor" Ideal for Temperature Management in Pharmaceuticals

A wide variety of options to thoroughly support temperature management of formulations! Always in stock for speedy response!

In the pharmaceutical industry, temperature management is crucial for maintaining product quality. However, proper temperature management requires accurate and reliable temperature sensors. Chūnippon Heater Co., Ltd.'s "Temperature Sensors" boast a wide variety and high precision, thoroughly supporting temperature management in pharmaceutical settings. 【Usage Scenarios】 - Temperature management of formulations in pharmaceutical factories - Temperature monitoring of culture media and reaction liquids - Temperature measurement in processes where temperature changes affect product quality - Recording and management of temperature data 【Benefits of Implementation】 - Stabilization of product quality through improved accuracy in temperature management - Prevention of defective products through early detection of temperature anomalies - Strengthening of quality control through recording and management of temperature data - Effective utilization of personnel through the efficiency of temperature management operations

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Temperature sensor for ceramics

Temperature sensor for ceramics

Accurate management of firing temperature! Temperature sensors that achieve stable quality.

In the firing process of ceramics, temperature management significantly affects product quality. We introduce temperature sensors that contribute to achieving uniform temperature distribution, improving product quality, increasing yield, and ensuring stable production. 【Application Scenarios】 - Temperature management in ceramic kilns - Achieving uniform temperature distribution to enhance product quality - Reducing product defects caused by temperature variations - Improving productivity by shortening firing time - Quality management through temperature data recording 【Benefits of Implementation】 By introducing temperature sensors, temperature management in the ceramic firing process can be conducted more accurately, contributing to improved product quality, increased yield, and stable production. Additionally, recording temperature data helps enhance quality management.

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トラック後退時の衝突事故リスクを軽減！『ミリ波退突センサー』

トラック後退時の衝突事故リスクを軽減！『ミリ波退突センサー』

トラック後退時の安心と安全をサポート！後方の障害物をドライバーに「音」で知らせて、トラックの後退時の衝突事故リスクを減らします。

■「ミリ波退突センサー」について 「ミリ波退突センサー」は、トラックの後退時の衝突事故リスクを軽減する製品です。 トラック後方に取り付けた4個のミリ波センサーが後方の障害物を検知すると、 運転席のインジケーターが警告音と警告ランプで運転手へ危険を知らせます。 高感度「ミリ波レーダー」を採用しているため、確実な障害物検知を実現。 後方の障害物を「音」で知らせるので、視界が悪い場面でも効果的です。 ミラーやバックカメラの死角の障害物もカバーし、トラックの安心・安全なバック運転をサポートします。 ■ポイント ・センサーの検知範囲は水平144°・垂直60°と広範囲をカバー。 ・検知距離は最長150ｍ。車輌と障害物の距離によって異なる警告音が鳴ります。（150cm・100cm・50cmの3段階） ・警告音とともに、右側・左側の警告ランプが点滅・点灯し、左右どちらが障害物を感知しているかを知らせます。 ■導入のメリット ・トラックのバック運転時の衝突事故を防止 ・運転手のバック時のストレス軽減 ・事故修繕費の削減 ◎ 詳しくは、センコー商事までお気軽にお問い合わせください。

  • Other safety equipment
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SIO Subunit 'SLAW-WPSIO02-PAT22'

SIO Subunit 'SLAW-WPSIO02-PAT22'

Equipped with wind direction and wind speed sensors! Introducing an agricultural monitoring system!

The "SLAW-WPSIO02-PAT22" is an SIO subunit that measures wind direction and wind speed. The measurement range for wind direction is 0 to 359°, with a resolution of 1°. The measurement range for wind speed is 0 to 30 m/s, with a resolution of 0.01 m/s. Additionally, the operating environment for the subunit is -10 to 60°C. 【Sensor Specifications (Excerpt)】 ■ Wind Direction and Speed Sensor - Measurement Items: Wind Direction, Wind Speed - Operating Environment: -50 to 60°C - Dimensions: φ100×160 (mm) - Cable Length: 5m - Connector: 3.5mm 3-pole plug *For more details, please refer to the external link or feel free to contact us.

  • Other measurement, recording and measuring instruments
  • Wind Speed/Volume Meter
  • Sensors

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