The JW-JYW-BX(JY10) Temperature Transmitter is designed for stable temperature measurement and signal transmission in industrial process environments.
It uses Pt100 or Pt1000 temperature sensing elements and converts measured temperature into standard industrial analog signals including 4–20mA, 0–5VDC or 0–10VDC. With an available measuring range of -50 to 200°C, 316 stainless steel housing, 316L wetted material and IP67 protection, the transmitter is suitable for temperature monitoring in pipelines, tanks, process equipment and industrial automation systems.
Typical applications include petroleum, chemical processing, textile manufacturing, rubber production, building materials, power generation, metallurgy, pharmaceutical processing, food production and general industrial automation.
Industrial process temperature measurement often requires more than a simple temperature sensing element.
The sensor must detect the process temperature reliably and transmit that measurement to a PLC, controller, instrument panel or monitoring system in a standardized electrical format.
The JW-JYW-BX(JY10) integrates the temperature sensing element and transmitter electronics into a compact industrial structure.
The temperature sensing element detects temperature changes, while the internal electronics perform signal conditioning, stable filtering, amplification, nonlinear correction and output conversion.
The measured temperature is then converted into one of the following industrial signals:
4–20mA
0–5VDC
0–10VDC
This allows the temperature transmitter to act as the field sensing component within a wider process monitoring or automation system.
50 mm typical threaded type excluded or customized
Probe Diameter
Φ6 mm or Φ8 mm
Sensor Type
Pt100 or Pt1000
Signal Output
4 to 20mA 0 to 5VDC 0 to 10VDC
Power Supply
12 to 30VDC
Accuracy
±0.2%FS ±0.5%FS ±1%FS
Long Term Stability
±0.1%FS per year
Response Time
T equals 50°C 2.3s T equals 90°C 5.4s
Electrical Protection
Reverse polarity and overload protection optional surge voltage protection
Ambient Temperature
-40 to 85°C
Storage Temperature
-40 to 125°C
Housing Material
316 stainless steel
Wetted Material
316L stainless steel
Protection Grade
IP67
How Does an Industrial Temperature Transmitter Work?
The JW-JYW-BX(JY10) performs two main functions:
Temperature sensing
Signal transmission
The Pt100 or Pt1000 sensing element changes its electrical resistance as temperature changes.
The transmitter electronics detect this change and convert it into a standardized analog output signal.
A simplified measurement chain is:
Process Temperature ↓ Pt100 / Pt1000 Sensor ↓ Signal Conditioning ↓ Linearization and Amplification ↓ 4–20mA / 0–5V / 0–10V Output ↓ PLC / Controller / Data Acquisition System
This architecture makes the transmitter suitable for integration into industrial monitoring and process control systems.
Pt100 and Pt1000 Temperature Sensor Options
The JW-JYW-BX(JY10) can be configured with either a Pt100 or Pt1000 temperature sensing element.
Both are platinum resistance temperature detectors commonly used for industrial temperature measurement.
The appropriate sensor type should be selected according to the system design, instrumentation requirements and controller interface.
When requesting a quotation, users should specify whether the project requires:
Pt100
Pt1000
If the sensor type has already been defined by the PLC, controller or engineering specification, the transmitter configuration should match that requirement.
4–20mA Temperature Transmitter for Industrial Systems
The 4–20mA output option is suitable for industrial process monitoring systems that accept a standard current signal.
The temperature transmitter measures the process temperature and converts it into a proportional 4–20mA output.
A typical system architecture can be:
Temperature Transmitter → 4–20mA Signal → PLC / Controller → Monitoring System
For industrial integrators, the output type should always be confirmed according to the input interface of the receiving equipment.
The JW-JYW-BX(JY10) also provides 0–5VDC and 0–10VDC options when voltage output is required.
Temperature Measurement for Pipelines
Pipelines are one of the common installation environments for industrial temperature transmitters.
The insert-type probe is installed so that the sensing section reaches the process medium and measures the temperature inside the pipeline.
Possible applications include process pipelines used in:
Chemical production
Industrial heating systems
Food processing
Pharmaceutical equipment
Water-related process systems
General manufacturing
For pipeline installations, the selection should consider:
Expected temperature range
Probe diameter
Required insertion depth
Process connection
Output signal
Material compatibility
Installation environment
The standard probe diameter is available in Φ6 mm or Φ8 mm, while insertion depth can be customized according to the installation requirement.
Temperature Transmitter for Tanks and Process Vessels
Industrial tanks and vessels may require continuous temperature monitoring during storage, heating, cooling, mixing or production.
The JW-JYW-BX(JY10) can be installed as an insert-type temperature transmitter for compatible tank and vessel applications.
The temperature signal can then be transmitted to a PLC, controller or acquisition system for centralized monitoring.
Typical applications may include:
Process tanks
Heating tanks
Storage vessels
Mixing equipment
Chemical processing vessels
Food processing equipment
Correct insertion depth is important because the sensing element should reach the representative measurement position required by the process design.
Petroleum and Chemical Industry
Temperature is a key process variable in petroleum and chemical production.
The JW-JYW-BX(JY10) can be used for compatible temperature monitoring applications in:
Process pipelines
Tanks
Reactors
Heat exchange equipment
Production lines
Industrial heating processes
The transmitter’s 316 stainless steel housing and 316L wetted material provide a durable structure for industrial environments.
However, material compatibility should still be evaluated according to the actual process medium before installation.
Power and Metallurgical Applications
Industrial temperature measurement is also important in power generation and metallurgical processes.
The transmitter can provide field temperature signals for compatible auxiliary systems, process equipment and industrial control applications.
The analog output can be transmitted to a PLC or controller, allowing the temperature measurement to become part of a wider automation system.
The JW-JYW-BX(JY10) uses a 316 stainless steel housing and 316L stainless steel wetted material.
It can therefore be considered for compatible temperature monitoring applications in food processing equipment, including:
Process pipelines
Heating tanks
Processing equipment
Production lines
The actual application should be evaluated according to the installation structure, process temperature and medium compatibility.
The product page does not claim specific food-grade or sanitary certification, so projects requiring a particular industry certification should confirm those requirements separately before selection.
Pharmaceutical Process Temperature Monitoring
Pharmaceutical processing equipment may require temperature measurement at tanks, pipelines and production equipment.
The JW-JYW-BX(JY10) provides an industrial analog temperature signal that can be integrated with compatible monitoring and control equipment.
For pharmaceutical applications, system designers should confirm:
Measurement range
Required accuracy
Probe dimensions
Wetted material compatibility
Output signal
Process connection
Installation environment
If specific hygienic, sanitary or certification requirements apply, these should be confirmed separately during project selection.
Textile, Rubber and Building Material Production
Temperature measurement is often required in manufacturing equipment used for drying, heating and material processing.
The JW-JYW-BX(JY10) can be considered for compatible temperature monitoring points in:
Textile machinery
Rubber production equipment
Drying systems
Heating systems
Material processing lines
General production equipment
Its insert-type structure allows the probe to measure temperature directly at the required process point.
PLC Temperature Monitoring
One of the primary purposes of an industrial temperature transmitter is to provide a standardized signal for automation equipment.
The JW-JYW-BX(JY10) supports:
4–20mA
0–5VDC
0–10VDC
These signals can be connected to compatible analog input modules in PLCs, controllers or data acquisition systems.
A typical PLC monitoring architecture is:
Process ↓ Temperature Transmitter ↓ Analog Signal ↓ PLC Analog Input ↓ Control Logic / HMI / SCADA
The temperature transmitter provides the measurement signal. Alarm logic, remote communication, data logging and automatic process control functions depend on the external PLC or control system.
The output signal should be selected according to the receiving equipment.
4–20mA
Choose this option when the PLC, controller or acquisition system uses a compatible current input.
0–5VDC
Select this version when the receiving equipment requires a 0–5V analog voltage input.
0–10VDC
This option is suitable for controllers and industrial analog input modules designed for 0–10V signals.
Do not select the output signal independently from the control system. The transmitter and receiving equipment must use compatible electrical interfaces.
Probe Diameter and Insertion Depth
The JW-JYW-BX(JY10) provides two listed probe diameter options:
Φ6 mm
Φ8 mm
The typical insertion depth is:
50 mm, excluding the threaded section
Insertion depth can also be customized.
For pipeline and tank projects, required insertion depth should be determined according to the physical installation and target measurement point.
When requesting customization, provide:
Pipeline or tank dimensions
Installation position
Required insertion depth
Probe diameter
Process connection requirement
Accuracy Selection
Available accuracy options are:
±0.2%FS
±0.5%FS
±1%FS
The correct accuracy level should be selected according to the monitoring and control requirements of the project.
Not every industrial temperature point requires the highest available accuracy.
For general process monitoring, system designers should balance measurement performance, application requirements and project cost.
Response Time
The current specifications list the following response characteristics:
T = 50°C: 2.3 s
T = 90°C: 5.4 s
Response performance should be considered together with probe structure, installation method and process conditions.
Applications with rapidly changing process temperatures should evaluate whether the transmitter response characteristics meet the control requirement.
IP67 Protection for Industrial Installation
The JW-JYW-BX(JY10) is specified with an IP67 protection grade.
This makes the transmitter suitable for demanding industrial field installations where environmental protection is required.
However, IP67 does not replace correct installation practice.
Electrical wiring, mechanical connection and cable sealing should all be completed correctly to maintain reliable field operation.
Electrical Protection
The transmitter includes:
Reverse polarity protection
Overload protection
Optional surge voltage protection is also available.
These features help improve reliability when the transmitter is integrated into industrial electrical systems.
The required protection configuration should be confirmed according to the installation environment and project specification.
How to Select the Correct Temperature Transmitter
Before ordering the JW-JYW-BX(JY10), confirm the following parameters.
1. Temperature Range
Standard measuring range:
-50 to 200°C
Confirm that the expected operating temperature falls within the required configuration.
2. Sensor Type
Choose:
Pt100
Pt1000
3. Output Signal
Choose:
4–20mA
0–5VDC
0–10VDC
4. Accuracy
Select the required accuracy level:
±0.2%FS
±0.5%FS
±1%FS
5. Probe Diameter
Choose:
Φ6 mm
Φ8 mm
6. Insertion Depth
Standard reference:
50 mm excluding threaded section
Custom insertion depth is available.
7. Process Medium
Confirm compatibility with the 316L stainless steel wetted material.
8. Installation Requirements
Provide information about:
Pipeline or tank installation
Process connection
Available installation space
Environmental conditions
Controller or PLC input type
Providing these details helps select the correct transmitter configuration.
Temperature Transmitter vs Temperature Sensor
A basic temperature sensor detects temperature, but the raw sensor signal may still require additional signal conditioning.
A temperature transmitter combines temperature sensing with electronics that convert the measurement into a standardized industrial output.
For this product, the output options are:
4–20mA / 0–5VDC / 0–10VDC
This makes the JW-JYW-BX(JY10) suitable for applications where temperature measurements need to be transmitted directly to industrial monitoring or control equipment.
Industrial Temperature and Pressure Monitoring
Many industrial process systems require more than one measurement parameter.
This allows system integrators to build monitoring systems around multiple process variables while selecting each sensor according to its specific application.
Request a Temperature Transmitter Configuration
If you are selecting a temperature transmitter for pipeline monitoring, tanks, process equipment, chemical production, power systems, food processing, pharmaceutical equipment or industrial automation, provide JW-IoT with:
Temperature range + sensor type + output signal + accuracy + probe size + insertion depth + process medium + installation details
JW-IoT can then evaluate the appropriate JW-JYW-BX(JY10) configuration for your project.
FAQ
Q
1. What is this temperature transmitter used for?
A
This temperature transmitter is used to measure process temperature and convert the signal into standard industrial outputs for monitoring and control systems.
Q
2. What sensor types are available?
A
The transmitter can use Pt100 or Pt1000 sensing elements depending on the application and system requirements.
Q
3. Can JW-IoT provide 4 to 20mA output?
A
Yes. JW-IoT can provide 4 to 20mA output as well as 0 to 5VDC and 0 to 10VDC output options.
Q
4. What is the measuring range of this transmitter?
A
The standard measuring range is -50 to 200°C.
Q
5. What materials are used for the housing and wetted parts?
A
The housing is made of 316 stainless steel, and the wetted parts are made of 316L stainless steel.
Q
6. Can JW-IoT customize the insertion depth?
A
Yes. JW-IoT can customize the insertion depth according to installation requirements. The typical insertion depth is 50 mm excluding the threaded part.
Q
7. Is this transmitter suitable for food processing applications?
A
Yes. The stainless steel structure and stable temperature output make it suitable for food processing, pharmaceutical, chemical and general industrial applications.
Q
8. What protection grade does this product support?
A
The transmitter supports IP67 protection grade for industrial field installation.
Q
9. Can JW-IoT support project based temperature monitoring solutions?
A
Yes. JW-IoT can support temperature transmitters, output configuration, sensor selection and system integration for industrial temperature monitoring projects.
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info@jingelway.com
