This is a small plug-in type high-speed response isolator that isolates the input, output and power supply from each other. It isolates signals of various levels from other circuits and amplifies and converts them into signals that can be handled in a unified manner within the measurement control system, demonstrating its power as a noise countermeasure.

Features

• High-speed response type with a response time of 120 μs
• Fine adjustment of zero and span is possible with a 15-turn trimmer.
• Extends the zero/span adjustment range to ±10%
• Safe design with a withstand voltage of 3000V
• DC30V power supply compatible
• Long-life design & long-term 5-year warranty
• Conforms to CE marking

This is a 2-output compact plug-in type potentiometer converter that can be used in combination with a 3-wire potentiometer. It has the necessary functions such as a burnout circuit as standard equipment and a built-in isolator.

Features

• Fine adjustment of zero and span is possible with a 25-rotation trimmer.
• Very wide zero/span adjustment range
• Safe design with a withstand voltage of 3000V
• Long-life design & long-term 5-year warranty
• Conforms to CE marking
• Burnout standard equipment

This is a compact plug-in type potentiometer converter that can be used in combination with a 3-wire potentiometer. It has the necessary functions such as a burnout circuit as standard equipment and a built-in isolator.

Features

• Fine adjustment of zero and span is possible with a 25-rotation trimmer.
• Very wide zero/span adjustment range
• Safe design with a withstand voltage of 3000V
• Long-life design & long-term 5-year warranty
• Conforms to CE marking
• Burnout standard equipment

This device is a 2-output compact plug-in type temperature signal converter that can be used in combination with a JIS-compliant thermocouple. It comes standard with a linearizer, cold junction compensation circuit, burnout circuit, and has the functions necessary for temperature measurement, such as a built-in isolator.

Features

• Fine adjustment of zero and span is possible with a 15-turn trimmer.
• Extends the zero/span adjustment range to ±10%
• Safe design with a withstand voltage of 3000V
• Long-life design & long-term 5-year warranty
• Conforms to CE marking
• Linearizer, cold junction compensation circuit, burnout circuit as standard equipment

This small plug-in type temperature signal converter works with a JIS-compliant thermocouple. It includes a linearizer, cold junction compensation circuit, and burn-at circuit as standard features. Furthermore, it offers essential temperature measurement functions, including a built-in isolator. Moreover, it enhances accuracy and reliability by integrating these crucial features seamlessly.

Features

• Fine adjustment of zero and span is possible with a 15-turn trimmer.
• Extends the zero/span adjustment range to ±10%
• Safe design with a withstand voltage of 3000V
• Long-life design & long-term 5-year warranty
• Conforms to CE marking
• Linearizer, cold junction compensation circuit, burnout circuit as standard equipment

This unit is a compact 2-output plug-in type temperature signal converter that can be used in combination with a resistance temperature detector. Equipped with a linearizer and burnout circuit as standard, and equipped with the functions necessary for temperature measurement, such as adopting a circuit method that is less susceptible to the effects of lead wire resistance.

Features

• Fine adjustment of zero and span is possible with a 15-turn trimmer.
• Extends the zero/span adjustment range to ±10%
• Safe design with a withstand voltage of 3000V
• Long-life design & long-term 5-year warranty
• Conforms to CE marking
• Burnout, linearizer standard equipment
• High-precision design with standard accuracy of ±0.1%

This is a small plug-in type temperature signal converter that can be used in combination with a resistance temperature detector. Equipped with a linearizer and burnout circuit as standard, and equipped with the functions necessary for temperature measurement, such as adopting a circuit method that is less susceptible to the effects of lead wire resistance.

Features

• Fine adjustment of zero and span is possible with a 15-turn trimmer.
• Extends the zero/span adjustment range to ±10%
• Safe design with a withstand voltage of 3000V
• Long-life design & long-term 5-year warranty
• Conforms to CE marking
• Burnout, linearizer standard equipment
• High-precision design with standard accuracy of ±0.1%

This device is a small plug-in type distributor that can be used in combination with a transmitter, and has two isolated output signals. It supplies DC power to the transmitter in the field and converts the 4 to 20mA DC signal emitted by the transmitter into a signal suitable for input to monitoring and control equipment.

Features

• Fine adjustment of zero and span is possible with a 15-turn trimmer.
• Extends the zero/span adjustment range to ±10%
• Safe design with a withstand voltage of 3000V
• Long-life design & long-term 5-year warranty
• Conforms to CE marking
• Can also be used as a 2-output isolator

This device is a small plug-in type distributor that can be used in combination with a transmitter. It supplies DC power to the transmitter in the field and converts the 4 to 20mA DC signal emitted by the transmitter into a signal suitable for input to monitoring and control equipment.

Features

• Fine adjustment of zero and span is possible with a 15-turn trimmer.
• Extends the zero/span adjustment range to ±10%
• Safe design with a withstand voltage of 3000V
• Long-life design & long-term 5-year warranty
• Conforms to CE marking
• Can also be used as an isolator

This instrument is a small plug-in type high-speed response isolator with two outputs that isolate the input, output and power supply from each other. It isolates signals of various levels from other circuits and amplifies and converts them into signals that can be unified and handled within the measurement and control system, demonstrating its power as a noise countermeasure.

Features

• High-speed response type with a response time of 120 μs
• Fine adjustment of zero and span is possible with a 15-turn trimmer.
• Extends the zero/span adjustment range to ±10%
• Safe design with a withstand voltage of 3000V
• DC30V power supply compatible
• Long-life design & long-term 5-year warranty
• Conforms to CE marking

This is a small plug-in type isolator with 2 outputs that isolate the input, output and power supply from each other. It isolates signals of various levels from other circuits and amplifies and converts them into signals that can be handled in a unified manner within the measurement control system, demonstrating its power as a noise countermeasure.

Features

• Fine adjustment of zero and span is possible with a 15-turn trimmer.
• Extends the zero/span adjustment range to ±10%
• Safe design with a withstand voltage of 3000V
• DC30V power supply compatible
• Long-life design & long-term 5-year warranty
• Conforms to CE marking

This is a small plug-in type isolator that isolates input, output and power supply from each other. It isolates signals of various levels from other circuits and amplifies and converts them into signals that can be handled uniformly within the measurement control system.

Features

• Fine adjustment of zero and span is possible with a 15-turn trimmer.
• Extends the zero/span adjustment range to ±10%
• Safe design with a withstand voltage of 3000V
• DC30V power supply compatible
• Long-life design & long-term 5-year warranty
• Conforms to CE marking

This is a small plug-in type isolator that isolates input, output and power supply from each other. It isolates signals of various levels from other circuits and amplifies and converts them into signals that can be handled uniformly within the measurement control system.

Features

• Fine adjustment of zero and span is possible with a 15-turn trimmer.
• Extends the zero/span adjustment range to ±10%
• Safe design with a withstand voltage of 3000V
• DC30V power supply compatible
• Long-life design & long-term 5-year warranty
• Conforms to CE marking

RWW is a Pt100Ω class A thermometer conforming to JIS C 1604-2013. The included natural ventilation type outdoor shield uses materials that are resistant to static electricity, heat, ultraviolet rays, low heat conductivity, and high reflection. It protects the detection part from wind, rain and ultraviolet rays and realizes long-term stable measurement.

Model number configuration

<With outdoor shield>

• RWW－1 0 Y: With 10m lead wire
• RWW－0 0 Y: No lead wire
• RWW-□□Y: Specify lead wire length (1m unit)

<Sensor part only>

• RWW－1 0 X: With 10m lead wire
• RWW－0 0 X: No lead wire
• RWW-xxX: Lead wire length designation (1m unit)

Specifications

• Sensor: Pt100Ω platinum resistance thermometer
• Number of elements: single element
• Accuracy: Pt100Ω JIS Class A ±(0.15+0.002｜t｜)
• Conductor system: 3-wire system
• Operating temperature range: -20 to +60℃
• Material: Sensor cap: polypropylene (sintered)
  Probe: PVC
  O-ring: NBR
  Cable gland: PA
  Lead wire: Vinyl covered *When lead wire is attached
  Shield part: ASA
  Mounting bracket: Aluminum (corrosion-resistant white coating)
  U-shaped bracket: stainless steel
• Applicable cable: Wire diameter: AWG24-26, 0.14-0.3sq
  Insulation coating finish outer diameter: φ0.8 to 1.0
  Finished outer diameter: φ3.5 to 7.0
• Mounting column diameter: φ25 to 44

The LP PYRA03 is a Class 2 pyranometer that is fully ISO9060 compliant and meets the requirements defined by the World Meteorological Organization (WMO). It does not require a power supply and measures global solar radiation from 0 to 2000W/m2 with high accuracy. In addition, it is a product adjusted to a typical sensitivity of 7μV (W/m2), which is standard for photovoltaic power generation. The tempered glass dome ensures long-term stable use even in harsh weather conditions.

Specifications

• Typical sensitivity: 7μV (W/m2)
• Typical Impedance: 33-45Ω
• Measurement range: 0-2000W/m2
• Visual angle: 2πsr
• Spectral range: 305-2800nm
• Operating temperature: -40 to +80°C
• Weight: about 0.3Kg
  ISO9060 specification
• Response time: <30 seconds
  zero offset
• a) Radiant heat: 25W/m2
• b) Temperature change: ±6W/m2
• Asstability: ±2.5%
• Nonlinearity: ±2%
• Azimuth characteristics: ±22W/m2
• Spectral selectivity: ±7%
• Temperature characteristics: <8%
• Tilt characteristics: ±4%

CD1-F-J is a duct-type CO2 sensor that is maintenance-free, low-cost, and long-life. The detection module based on the non-dispersive infrared absorption method (NDIR) has succeeded in miniaturization with the latest technology. A comfortable indoor environment is maintained by monitoring the CO2 concentration, contributing to a reduction in energy consumption.

Specifications

• Model number: CD1-F-J
• Measurement method: NDIR (non-dispersive infrared absorption method)
• Measurement range: 0-2000ppm
• Response time: <10s (62% response at 30cc/min)
• Repeatability: ±20ppm±1% of measured value
• Accuracy (*1): ±30ppm±5% of measured value
• Annual zero drift (*1): <±10ppm
• Operating environment: 0 to +50°C, 0 to 95% RH (non-condensing)
• Storage temperature: -40 to +70℃
• Power supply: AC/DC24V±10%
• Power Consumption: MAX 2.6W
• Output: 4 to 20mA DC or 1 to 5V DC (equivalent to 0 to 2000ppm) *Switch by switch
• Allowable load resistance: MAX 500Ω
• Protection structure: IP54
• Case Color: White Ivory

(*1) Defined after continuous use for at least 3 weeks under normal indoor air quality.
(Caution) Cannot be used in environments where CO2 is forcibly controlled or generated.

CS1-F-J is a maintenance-free, low-cost, long-life indoor
model CO2 sensor. The detection module based on the non-dispersive infrared absorption method (NDIR) has succeeded in miniaturization with the latest technology. A comfortable indoor environment is maintained by monitoring the CO2 concentration, contributing to a reduction in energy consumption.

Specifications

• Model number: CS1-F-J
• Measurement method: NDIR (non-dispersive infrared absorption method)
• Measurement range: 0-2000ppm
• Response time: <10s (62% response at 30cc/min)
• Repeatability: ±20ppm±1% of measured value
• Accuracy (*1): ±30ppm±5% of measured value
• Annual zero drift (*1): <±10ppm
• Operating environment: 0 to +50°C, 0 to 95% RH (non-condensing)
• Storage temperature: -40 to +70℃
• Power supply: AC/DC24V±10%
• Power Consumption: MAX 2.6W
• Output: 4 to 20mA DC or 1 to 5V DC (equivalent to 0 to 2000ppm) *Switch by switch
• Allowable load resistance: : MAX 500Ω
• Case color: [Cover] White ivory, [Base] Moss green

(*1) Defined after continuous use for at least 3 weeks under normal indoor air quality.
(Caution) Cannot be used in environments where CO2 is forcibly controlled or generated.

Features

This is a semiconductor strain gauge type pressure transmitter that uses a metal diaphragm with excellent corrosion resistance. In the fields of food and pharmaceuticals, we recommend the diaphragm type when the viscosity of the measurement target is high or when there is a risk of clogging the pressure receiving part. Sanitary type with standard specifications of polishing and oil-free treatment.

Features

This is a semiconductor strain gauge type pressure transmitter that uses a metal diaphragm with excellent corrosion resistance. Diaphragm type is recommended when the viscosity of the object to be measured is high or when there is a risk of clogging the pressure receiving part. A corrosion-resistant Teflon coating is also available.

Features

This is a semiconductor strain gauge type pressure transmitter that uses a metal diaphragm with excellent corrosion resistance. Diaphragm type is recommended when the viscosity of the object to be measured is high or when there is a risk of clogging the pressure receiving part.

This is a semiconductor strain gauge type pressure transmitter that uses a metal diaphragm with excellent corrosion resistance. The standard type is compact, lightweight, has excellent responsiveness, and is capable of highly accurate and stable measurement. Various screw sizes are supported by selecting the adapter screw type.

FD1-F is a multi-model duct type wind speed detector equipped with range selection function and response speed switching function. Unique temperature correction technology enables stable measurement without being affected by sudden changes in air temperature.

Specifications

• Model number: FD1-F
• Measurement method: Hot wire method
• Measuring range: 0.1-5, 0.2-10, 0.2-20m/s
• Output range: 0-5, 0-10, 0-20m/s * Selectable by DIP switch
• Accuracy: ±(3% of measured value + 0.1m/s)
• Gas to be measured: non-corrosive air
• Air temperature compensation range: +5 to +60°C
• Response speed: FAST: 2 seconds SLOW: 30 seconds *90% response from 0m/s to 5m/s
• Operating environment: 0 to +50°C, 5 to 85% RH (non-condensing)
• Power supply: AC/DC24V ±10%
• Output: 4 to 20mA DC (at each range)
• Current Consumption: Average 150mA
• Load Resistance: Max.300Ω
• Weight: 350g (without mounting hardware)
• Material: Probe: SUS304 Case: ABS
• Case Color: Dark Gray
• Accessories: Duct mounting bracket

Option

• Loose flange (HOP-D3)

The HD4877T02 is a duct type dew point/temperature detector capable of stable and highly accurate measurement. A high accuracy of ±1°C DP has been achieved over a wide range of temperature and humidity. Stable performance is demonstrated not only for general air conditioning but also for moisture monitoring in clean rooms and industrial air.

Specifications

• model number: HD4877T02
• Sensor (dew point): Capacitive polymer humidity sensor
• Sensor (temperature): Thermistor NTC 10KΩ
• Dew point measurement range: -20 to +80°C DP
• Temperature measurement range: -20 to +80°C
• Accuracy (dew point): ±1°C DP (0 to +40°C, 10 to 90% RH)
  ±2°C DP (-20 to 0°C, +40 to +80°C, 5 to 98% RH)
• Accuracy (temperature): ±0.3°C (0 to +70°C)
  ±0.4°C (-20 to 0°C, +70 to +80°C)
• power supply: AC 24V ±10% or DC 24V ±10%
• Output (dew point): 4 to 20mA DC (equivalent to -20 to +80°C DP)
• Output (temperature): 4 to 20mA DC (equivalent to -20 to +80°C)
• Load resistance: 500Ω or less
• Permissible ambient conditions: 0 to +60°C, 0 to 95% RH (non-condensing)
• Case material: Heat-resistant ABS
• Case protection class: IP66

Option

• Duct mounting bracket (HOP-D2)

A coated thermocouple wire is a flexible thermocouple in which the thermocouple wire is coated with various materials.
You can easily measure the temperature by cutting it to the required length and electrically connecting one end. As covering materials, in addition to general materials such as vinyl and glass, we have silica glass and ceramics as heat-resistant materials, and Teflon (FEP) as materials with high chemical resistance.

A compensating cable is a dedicated thermocouple cable used to connect a thermocouple and a receiving instrument. TCW is a compensating conductor with high quality stability and excellent durability.

TKC is a thermocouple that can be easily switched by connecting compensating leads.
A dedicated connector. All parts such as terminals used are made of the same material as the thermocouple wire, minimizing errors caused by temperature changes.

Specifications

• Operating temperature: -50 to 150°C
• Oil resistance: Mineral oil, Grease, Die/ For gel oil and light oil/ Good
• Applicable wire diameter: (Standard) φ2.8～6.4, (Small) φ1.6～3.2
• insulation resistance: 109 MΩ

The TDM is a thermocouple in which the thermocouple wire is covered with a coating material, and the hot junction at the tip is
A thermocouple molded with the same diameter and material. The coating material is a waterproof type that uses FEP, which has excellent chemical resistance, so it can be used in chemicals and underwater.

Specifications

• Wire type: T, K
• Tolerance: Class 2
• Number of Conductors: Single
• Hot junction: non-grounded
• Operating temperature: -250 to +200°C

A TDP is a thermocouple with a thermocouple wire covered with various coating materials, and because it bends flexibly, it can be used in a variety of applications, such as fitting in narrow spaces and measuring the temperature of small objects.

Specifications

• Wire types: T, J, E, K
• Tolerance: Class 1, Class 2
• Number of Conductors: Single

A TMG is a thermocouple with a temperature measuring junction embedded in a magnet. The strong magnets used can retain their magnetic force up to 150°C. It can be easily attached and detached, so it is effective when you want to measure the surface temperature on a trial basis.

Specifications

• Wire type: T, J, K
• Tolerance: Class 2
• Number of Conductors: Single
• Hot junction: Ground
• Insulation resistance: 20MΩ or more at 100V

TKS is a sheet type thermocouple with a thickness of about 0.2mm. It is insulated by an ultra-thin film, has high responsiveness, and is used for surface temperature measurement of various objects.

Specifications

• Wire type: T, K
• Tolerance: Class 2
• Number of Conductors: Single
• Operating temperature: -100 to +200°C

TSH is a sheathed thermocouple that is used by piercing an object with the tip of the sheath processed into a sharp angle. It is mainly used for temperature measurement inside food.

Specifications

• Wire type: T, J, E, K
• tolerance: class 1, class 2
• Number of conductors: single
• Temperature measuring junction: Ungrounded (standard)
• insulation resistance: 100MΩ or more at 500V

Special Version

• Sheath material NCF600 (Inconel)

TSS is a sheathed thermocouple whose sheath can be activated by a spring mechanism inside the terminal box. By using it in combination with a protection tube, the tip of the sheath is brought into contact with the bottom of the protection tube, and the tip of the sheath is crimped to the bottom of the protection tube.

Specifications

• Wire types: T, J, E, K
• Tolerance: : Class 1, Class 2
• Number of conductors: single, double
• Hot junction: non-grounded (standard)
• Insulation resistance: 100MΩ or more at 500V

Special Version

• Built-in converter (4 to 20mA DC output)
  *Single element only
• Sheath material NCF600 (Inconel)

T10 is a thermocouple with a double protection tube structure consisting of a metal protection tube and a non-metal protection tube.
A non-metallic protective tube is installed between the non-metallic protective tube and the metallic protective tube to prevent the thermocouple wire from being attacked by metallic gas when used at high temperatures.

Specifications

• Wire type: R.
• tolerance: class 2, 3
• Number of conductors: single, double
• Temperature measuring junction: ungrounded
• insulation resistance: 10MΩ or more at 500V

Special Versions

• Built-in converter (4 to 20mA DC output)
  *Single element only

T07 is a thermocouple with a double protection tube structure consisting of a metal protection tube and a non-metal protection tube.
When using a noble metal thermocouple and a metal protection tube in combination at high temperatures, a non-metal protection tube is installed between the thermocouple wires to prevent them from being attacked by metal gas.

Specifications

• Wire type: R.
• tolerance: class 2, 3
• Number of conductors: single, double non
• Temperature measuring junction: ground
• insulation resistance: 10MΩ or more at 500V

Special Version

• Built-in converter (4 to 20mA DC output)
  *Single element only

TFB is a thermocouple that uses silicon nitride as a protective tube, and is mainly used for temperature measurement of molten aluminum.

Specifications

• Wire type: K.
• tolerance: Class 1, 2, 3
• Number of conductors: single, double
• Temperature measuring junction: ungrounded
• insulation resistance: 10MΩ or more at 500V

Special version

• Built-in converter (4 to 20mA DC output)
  *Single element only

Features

• The silicon nitride used in the protective tube of the TFB is a sintered Si3N4 material and is used as a component for molten aluminum.
• What are the characteristics of silicon nitride?
  ◇Because it is not eroded by molten aluminum, it does not contaminate the molten metal.
  ◇Decrease in mechanical strength is small in the temperature range of molten aluminum (1000℃ or less)
  *Maximum operating temperature is 1250℃
  ◇ Less adherence of molten aluminum
  ◇ Can be used without preheating due to excellent thermal shock resistance
  *The non-metallic protective tube may be damaged due to impact, etc., so please be careful when installing.

TFA is a thermocouple that uses silicon carbide, which has excellent heat resistance and wear resistance, as a protective tube. By combining with a high temperature type thermocouple wire, it can be used for high temperature measurement up to 1600°C.

Specifications

• Wire type: K, R
• tolerance: Class 1, 2, 3
• Number of conductors: single, double
• Temperature measuring junction: ungrounded
• insulation resistance: 10MΩ or more at 500V

T08 is a thermocouple that supports high temperature measurement up to 1600°C by combining a high temperature type thermocouple wire and a non-metallic protective tube. Recrystallized alumina, which is mainly used in this product, can be used in both oxidizing and reducing atmospheres, and does not generate or permeate harmful gases, so it does not contaminate precious metal thermocouples.

Specifications

• Wire type: K, R
• tolerance: Class 1, 2, 3
• Number of conductors: single, double
• Temperature measuring junction: ungrounded
• insulation resistance: 10MΩ or more at 500V

Special Version

• Built-in converter (4 to 20mA DC output)
  *Single element only

T06 is a thermocouple that supports high temperature measurement up to 1600°C by combining a high temperature type thermocouple wire and a non-metallic protective tube. Recrystallized alumina, which is mainly used in this product, can be used in both oxidizing and reducing atmospheres, and does not generate or permeate harmful gases, so it does not contaminate precious metal thermocouples.

Specifications

• Wire type: K, R
• tolerance: Class 1, 2, 3
• Number of conductors: single, double
• Temperature measuring junction: ungrounded
• insulation resistance: 10MΩ or more at 500V

Special Version

• Built-in converter (4 to 20mA DC output)
  *Single element only

TSM is a sheath that connects the sheath part and the compensating wire part with a metal connector.
Thermocouple. It uses a metal connector that is robust and has great connection strength, making it easy to attach and detach.

Specifications

• Wire type: T, J, E, K
• tolerance: class 2
• Number of conductors: single
• Temperature measuring junction: Ungrounded (standard)
• insulation resistance: (φ2.0 or less)
  20MΩ or more at 100V
  (φ2.3 or less)
  100MΩ or more at 500V

Special Version

• Sheath part bending
• Sheath material NCF600 (Inconel)

TSK is a sheathed thermocouple that connects the sheath and compensating wire with a dedicated thermocouple connector, making it easy to attach and detach. Parts such as terminals used in the dedicated connector are all made of the same material as the thermocouple wire, minimizing errors caused by temperature changes.

Specifications

• Wire type: T, J, E, K
• tolerance: class 2
• Number of conductors: single
• Temperature measuring junction: Ungrounded (standard)
• insulation resistance: (φ2.0 or less)
  20MΩ or more at 100V
  (φ2.3 or less)
  100MΩ or more at 500V

Special Version

• Sheath part bending
• Sheath material NCF600 (Inconel)

The TS6 is a flange type thermocouple that can be used in furnaces and flues up to 900°C.
It can be used for various purposes. The standard flange is JIS standard, but JPI and ANSI standard flanges can also be manufactured.

Specifications

• Wire type: T, J, E, K
• tolerance: class 1, class 2
• Number of conductors: single, double
• Temperature measuring junction: Ungrounded (standard)
• insulation resistance: (φ2.0 or less)
  20MΩ or more at 100V
  (φ2.3 or more)
  100MΩ or more at 500V

Special Version

• Compatible with special flanges
• With Teflon tube
• Sheath part bending
• Sheath material NCF600 (Inconel)

The TS5 is a threaded type sheathed thermocouple that can be used in furnaces up to 900°C and
It can be used for various purposes such as flues. The standard threads are tapered pipe threads (R) and parallel pipe threads (G), but other types of threads are also available.

Specifications

• Wire type: T, J, E, K
• tolerance: class 1, class 2
• Number of conductors: single, double
• Temperature measuring junction: Ungrounded (standard)
• insulation resistance: (φ2.3 or more)
• 100MΩ or more at 500V

Special Version

• Compatible with special screws
• Sheath part bending
• Sheath material NCF600 (Inconel)