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 42 items
It is a transmitter for measuring air velocity and temperature.
The output signal can be 4-20mA or 0-10V, and you can choose a configuration with or without a display for the measurement values.
The HD48□□T and HD49□□T series transmitters measure and calculate temperature, relative humidity, and dew point temperature.
Transmitter that measures and calculates temperature, relative humidity, and dew point temperature. Models are available with only standard analog signal output and those with only RS485 output using the Modbus-RTU protocol. The analog output models provide analog signals suitable for displays and recorders, while the RS485 output models supply serial signals for connection to PCs and PLCs. The HD48□□T series is an active type transmitter that can be used with both DC and AC power supplies, with standard current output options of DC 4-20mA or DC 0-10V, or RS485 output available. The HD49□□T series is a passive type that operates with a 4-20mA current loop. Both models can be combined with one of the probe shapes: a rear probe for duct insertion (TO), a downward probe for wall mounting (TV), or a separated probe with cable connection (TC). The standard stem lengths for the probes are 135mm and 335mm. The cable lengths for the separated probe (TC) are 2m, 5m, or 10m. For mounting the transmitter, optional duct mounting flanges HD9008.31 and cable glands PG16 can be used.
● The HD3817T is an absolute humidity and temperature transmitter with a 4-20mA output, while the HD38V17T has a DC0-10V output. ● Absolute humidity is the ratio of the amount of water vapor to the volume of air, expressed in units of g/m³. ● The maximum operating temperature of the sensor is up to 200℃. This feature makes it suitable for harsh industrial applications where conventional capacitive sensors cannot be used. ● Fast response time and quick recovery time from saturation are also characteristics of this sensor. ● The maximum measurement range is absolute humidity from 0 to 130g/m³ and temperature from 0 to 200℃. ▲ Maximum operating temperature of the sensor is 200℃, allowing for high-temperature measurements. ▲ Fast response time and recovery time from saturation. ▲ 4-20mA output or 0-10V output. ▲ Probe stem lengths of 127mm/227mm and cable lengths of 2m/5m.
Building management systems and HVAC (air conditioning systems) can accurately measure indoor and outdoor temperatures!
● Temperature (T) measurement use ● Output selection available (Analog/Modbus/BACnet) ● Compact design ■ The EE451 features voltage or current output, RS485 communication with Modbus RTU or BACnet MS/TP protocol. Additionally, you can choose a sensor element for passive temperature measurement. An optional display is available with analog output. The compact and robust housing allows for unbiased measurement of ambient temperature. Easy setup and adjustment are possible with optional adapters and free product configuration software.
High-precision high-speed response ultra-compact relative humidity and temperature transmitter
The HD9817T series is a relative humidity and temperature transmitter that can be used in various applications such as HVAC-R, environmental monitoring, chemical storage, food transportation, greenhouse automation, and more. It is housed in an AISI304 stainless steel casing with an IP65 protection rating, making it suitable for use in harsh environmental conditions. Additionally, its ultra-compact size (φ14×138mm) and two output types (0-1V analog output, RS232C output) make it ideal for integration into various host devices. The HD9817T series allows for reading measurements and calibrating the relative humidity sensor using the HD9817TC software (available for download from this site). ▼ High-precision capacitive sensor, Pt100 sensor with accuracy class 1/3DIN ▼ Output options include 0-1V and RS232C ▼ Durable AISI304 stainless steel housing ▼ Compact size of φ14×138mm, perfect for embedded applications
NDIR method high-precision CO2 and temperature transmitter
■ High-precision measurement of CO2 using the latest NDIR (non-dispersive infrared absorption) technology ■ Five types of CO2 concentration measurement ranges available ■ Maintenance interval exceeds 5 years ■ Equipped with a serial communication port for connection to a PC or GSM module ■ Standard analog output with 2 channels (mV/mA), optional relay output also available ■ Optional local network communication via RS485 or LonWorksTM ■ 2-channel logger function (optional)
Microprocessor-controlled temperature transmitter
■HD9008.T7AC outputs DC4–20mA instrumentation signals, while HD9008.T7S outputs measured temperature values via RS485 Modbus-RTU. ■Despite its compact cylindrical size (φ26×225mm), it incorporates an amplifier and converter. ■HD9008.T7AC allows for scaling of the temperature range against the output. ■HD9008.03 directly outputs the resistance value of a platinum resistance thermometer Pt100. ■For outdoor use, the transmitter should be inserted into a protection hood HD9007A-1 (12 layers) or HD9007A-2 (16 layers) to protect it from sunlight and rain. ■For indoor installation, probe holders HD9008.21.1 (wall distance 250mm) and HD9008.21.2 (wall distance 125mm) are available. ■Protection rating: IP65. ▼Temperature scaling is possible for 4–20mA output (HD9008.T7AC). ▼General-purpose Modbus-RTU output in the PV industry (HD9008.T7S). ▼3-wire Pt100 (Class A) direct output (HD9008.03). ▼Options for outdoor protection hood and indoor holder.
Temperature transmitter for Pt100 sensor input, DC 4-20mA output.
■ Converts the measurement input of a standard Pt100 sensor (100Ω/0℃) to a 2-wire linear 4-20mA current signal ■ Achieves high accuracy and stability through digital linearization technology ■ The scaling for the temperature range corresponding to 4-20mA can be freely set within the range of -200 to +650℃ (minimum span 25℃) (The factory default setting is 4-20mA = 0-100℃) ■ A red LED inside the transmitter warns of abnormal conditions during setup (temperature outside the set range, sensor disconnection or short circuit) ■ Equipped with reverse polarity protection circuit ▲ For Pt100 sensor input, measurement range -200 to +650℃, scalable ▲ Built-in Pt100 sensor (HD786TR1/TR2) ▲ All models have DC 4-20mA output ▲ Standalone, wall-mounted, and DIN rail-mounted types
DC4-20mA output, thermocouple (K, J, T, N) temperature transmitter
▲Thermocouple input scaling available ▲DIN rail mountable ▲RS232C, PC control, free software ●A two-wire, 4-20mA output temperature transmitter capable of scaling for K, J, T, and N type thermocouple inputs ●Converts voltage signals from thermocouples into a linear 4-20mA analog output signal ●Achieves excellent accuracy and stability through the use of digital devices ●The temperature range corresponding to the 4-20mA (or 20-4mA) output can be freely scaled within the measurement range of each thermocouple (minimum span is 50°C) ●The range and type of thermocouples can be easily set using dip switches ●The transmitter is equipped with an LED to warn of alarm conditions (such as sensor connection failures) during setting operations ●Reverse polarity protection function included
It is a micro-wind speed and temperature transmitter capable of measuring both high-precision wind speed and temperature under low wind speed conditions!
● Accurate measurement even at low wind speeds ● Measurement of wind speed and temperature ● Top-class H2O2 resistance due to protective coating ● Display of wind speed and sensor status with LED light ● Easy cleaning due to GMP-compliant design ● Straight or 90° right-angle probes of various lengths ■ The EE680 is a transmitter capable of high-precision measurement of wind speed and temperature under low wind speed conditions. The GMP-compliant design is ideal for clean rooms and safety cabinets in the pharmaceutical, life sciences, and microelectronics industries. For more details, please download the catalog or contact us.
Measures wind speed and temperature with high precision even at low wind speeds, contributing to energy savings in air conditioning!
In the air conditioning industry, improving energy efficiency is a crucial challenge. In particular, adjusting the airflow of air conditioning equipment significantly impacts energy-saving effects. Accurate airflow measurement in low wind speed ranges is essential to reduce unnecessary energy consumption and achieve an optimal air conditioning environment. The EE680 measures airflow and temperature with high precision even in low wind speed ranges, supporting the efficient operation of air conditioning systems. 【Usage Scenarios】 - Clean rooms - Data centers - Office buildings 【Benefits of Implementation】 - Reduction in energy costs - Optimization of air conditioning equipment - Creation of a comfortable indoor environment
Measure wind speed and temperature with high precision even at low wind speeds! For cleanliness management in clean rooms.
In the cleanroom industry, precise management of air flow and temperature is essential to ensure product quality and safety. It is necessary to prevent the spread of fine particles and contaminants while maintaining appropriate temperatures. Improper airspeed and temperature management can lead to product contamination and decreased manufacturing process efficiency. The EE680 measures airspeed and temperature accurately even under low airflow conditions, supporting the cleanliness management of cleanrooms. 【Usage Scenarios】 - Pharmaceutical cleanrooms - Life science facilities - Microelectronics manufacturing - Inside safety cabinets 【Benefits of Implementation】 - Accurate understanding of air flow and temperature within the cleanroom - Improvement in product quality and assurance of safety - Streamlining of manufacturing processes - Enhanced cleanability through GMP-compliant design
微風速と温度を同時に測定し、データセンターの過熱リスクを低減！
データセンターでは、サーバーやネットワーク機器の過熱は、システム停止やデータ損失につながる深刻な問題です。適切な温度管理は、機器の安定稼働と長期的な運用に不可欠です。微風速の測定も重要であり、冷却ファンの効率的な運用には、正確な風速測定が求められます。EE680は、微風速と温度を同時に測定することで、データセンターの環境を詳細に把握し、過熱リスクを早期に発見し、対策を講じることを可能にします。 【活用シーン】 ・サーバーラック内 ・空調設備の吹き出し口 ・冷却ファンの風量監視 【導入の効果】 ・過熱によるシステム停止のリスクを低減 ・エネルギー効率の最適化 ・機器の寿命延長
Accurately measure wind speed and temperature even at low wind speeds! Contributing to environmental control in agriculture.
In agricultural environmental control, maintaining an optimal growth environment for crops is a crucial factor that influences both yield and quality. Particularly in greenhouse cultivation and plant factories, accurate measurement of wind speed and temperature under low wind conditions is required. To ensure appropriate ventilation and air conditioning management, it is necessary to accurately grasp this information and utilize it for control. The EE680 achieves high-precision wind speed and temperature measurements even under low wind conditions, supporting agricultural environmental control. 【Usage Scenarios】 - Ventilation control in greenhouse cultivation - Air conditioning management in plant factories - Environmental monitoring in nutrient solution cultivation 【Benefits of Implementation】 - Optimization of the crop growth environment - Improvement of yield and quality - Enhancement of energy efficiency
Even at low wind speeds, accurately measure wind speed and temperature to create a comfortable space!
In building management, maintaining a comfortable indoor environment is crucial for enhancing tenant satisfaction. In particular, the efficient operation of air conditioning systems leads to energy savings and contributes to reducing operational costs. However, accurately measuring wind speed and temperature in low airspeed environments has been challenging with conventional measuring instruments. The EE680 measures wind speed and temperature with high precision even in low airspeed conditions, supporting the optimization of air conditioning control. 【Usage Scenarios】 - Office buildings - Commercial facilities - Hospitals - Clean rooms 【Benefits of Implementation】 - Energy savings through optimized air conditioning efficiency - Realization of a comfortable indoor environment - Air conditioning management based on accurate data
GMP-compliant design for accurate measurement of airflow and temperature in clean rooms!
In the pharmaceutical industry, environmental management within clean rooms is crucial for ensuring product quality and compliance. In particular, air flow and temperature under low air velocity conditions directly affect the risk of product contamination and the stability of the manufacturing process. The EE680 measures air velocity and temperature with high precision even in low air velocity ranges, and its GMP-compliant design ensures cleanability. It enables environmental monitoring that meets compliance requirements. 【Usage Scenarios】 - Clean rooms - Safety cabinets - Environmental monitoring in manufacturing processes 【Benefits of Implementation】 - GMP-compliant environmental management - Improved product quality - Stabilization of manufacturing processes
トンネル内の微風速と温度を正確に測定し、安全管理に貢献！
トンネル内では、換気システムの効率的な運用と、火災発生時の煙の拡散予測のため、正確な風速と温度の測定が不可欠です。特に、微風速下での風の流れを正確に把握することは、安全な避難経路の確保や、消火活動の迅速化に繋がります。EE680は、微風速域での高精度な風速と温度測定を実現し、トンネル内の安全管理を支援します。 【活用シーン】 ・トンネル内の換気システム管理 ・火災発生時の煙の拡散予測 ・非常時の避難経路確保 【導入の効果】 ・正確な風速と温度データの取得による、換気効率の最適化 ・火災時の煙の拡散予測精度の向上 ・安全な避難経路の確保
Accurate temperature control in food manufacturing environments. Also for building management systems and HVAC.
In the food manufacturing industry, temperature management during the manufacturing process is crucial to ensure product quality and safety. Even slight fluctuations in temperature can increase the risk of product quality deterioration and foodborne illnesses. Accurate temperature measurement and recording form the foundation of quality control. The EE451 measures temperature with an accuracy of ±0.3°C in the range of -40 to +70°C, addressing the challenges of temperature management in food manufacturing. 【Usage Scenarios】 - Temperature monitoring in food manufacturing, processing, and storage - Temperature management of refrigeration and freezing equipment - HACCP compliance 【Benefits of Implementation】 - Preservation of product quality - Improvement of food safety - Increased efficiency in temperature management
Accurately monitor the temperature of the pharmaceutical manufacturing environment to contribute to quality preservation.
In the pharmaceutical industry, temperature management of the manufacturing environment is crucial for maintaining product quality. Temperature fluctuations can lead to the degradation of active ingredients in pharmaceuticals and a decline in quality. It is particularly important to accurately monitor the temperature in storage and manufacturing areas to maintain an appropriate environment. The EE451 wall-mounted temperature transmitter contributes to the preservation of pharmaceutical quality through precise temperature measurement and stable data output. 【Application Scenarios】 * Pharmaceutical manufacturing plants * Pharmaceutical storage warehouses * Clean rooms * Research facilities 【Benefits of Implementation】 * Improved accuracy of temperature management * Strengthened quality control * Stable supply of products * Compliance with regulations
Accurately measure the temperature in the warehouse and optimize the storage environment!
In the warehouse industry, temperature management is crucial for maintaining product quality. Temperature fluctuations can lead to product degradation and a decline in quality. Particularly in warehouse environments where temperature control is challenging, accurate temperature measurement and appropriate environmental adjustments are required. The EE451 accurately measures the temperature within the warehouse and contributes to optimizing the storage environment. 【Usage Scenarios】 * Food warehouses * Pharmaceutical storage * Precision equipment storage * Storage of items requiring temperature control 【Benefits of Implementation】 * Preservation of product quality * Increased efficiency in inventory management * Reduction of temperature management costs
Accurately measure the temperature of the agricultural environment and optimize the growth conditions!
In the agricultural sector, accurate temperature measurement is essential for properly managing the growing environment of crops. In particular, temperature management significantly affects yield and quality in greenhouse cultivation and plant factories. Abnormal temperatures can lead to poor crop growth and the occurrence of pests and diseases. The EE451 accurately measures temperatures over a wide range of -40°C to +70°C, supporting the monitoring of agricultural environments. 【Application Scenarios】 - Temperature management in greenhouse cultivation - Environmental control in plant factories - Temperature monitoring in warehouses and storage facilities 【Benefits of Implementation】 - Optimization of the crop growing environment - Increase in yield - Improvement in quality - Promotion of energy savings
Accurately measure the classroom temperature to support the creation of a comfortable environment!
In a school classroom environment, appropriate temperature management is crucial for maintaining the health and learning efficiency of students. If the temperature is too high, it can lead to decreased concentration, while if it is too low, it may cause health issues. The EE451 measures temperature with an accuracy of ±0.3°C in the range of -40°C to +70°C and supports analog/Modbus/BACnet outputs, making it easy to integrate into existing building management systems. 【Usage Scenarios】 - Classrooms - Staff rooms - Gyms - Libraries 【Benefits of Implementation】 - Achieving a comfortable learning environment through accurate temperature measurement - Efficient operation of air conditioning systems - Contributing to the health management of students
Contributing to hospital infection control! Achieving accurate temperature management.
In hospitals, temperature management is crucial as part of infection control measures. It is particularly important to accurately monitor the temperature of air conditioning systems and patient rooms to maintain an appropriate environment. Insufficient temperature management can promote the proliferation of viruses and increase the risk of infection spread. The wall-mounted temperature transmitter EE451 can accurately measure indoor and outdoor temperatures in conjunction with building management systems and HVAC (heating, ventilation, and air conditioning) systems. This enables proper temperature management within the hospital, thereby reducing infection risks. 【Usage Scenarios】 - Patient rooms - Operating rooms - Air conditioning systems - Isolation rooms 【Benefits of Implementation】 - Reduction of infection risks through accurate temperature measurement - Efficient operation of air conditioning systems - Improved comfort for patients and healthcare workers
