2-Wire Circuit Flanged Insertion Oven Temperature Sensor PT1000 Class B

• Customization: Available
• Installation Type: Customized
• Sensing Type: Resistive
• Model NO.: RTD temperature sensor
• Contact: Contact
• Output Signal Type: Analog Type
• Production Process: Ceramics
• Material: Stainless Steel
• Measuring Medium: Temperature
• IP Rating: IP65
• Certification: RoHS
• Customized: Customized
• Tolerance: Class a, B
• Accuracy: PT100, PT500, PT1000
• Certificate: FDA, LFGB, RoHS, Reach
• Temperature Range: -50c ~ +600c
• Transport Package: Carton
• Specification: 300mm, 500mm, 800mm, or customized
• Trademark: Senstech
• Origin: Guangdong, China
• HS Code: 9025191010
• Production Capacity: 100000

Product Description

The 2-Wire Circuit Flanged Insertion Oven Temperature Sensor PT1000 Class B is designed for precise and reliable temperature measurement in high-temperature environments such as industrial ovens, food processing equipment, and drying systems. Its durable construction ensures long-term stability and accurate readings, making it an excellent choice for demanding applications.

Key Features:
~~~ High Accuracy & Stability - PT1000 Class B ensures precise temperature measurement with minimal drift over time.
~~~ Flanged Design for Secure Installation - The flange allows for easy and stable mounting, ensuring optimal sensor positioning.
~~~ Heat & Corrosion Resistant - Built with high-quality materials to withstand extreme temperatures and harsh operating conditions.
~~~ Customizable: Available in different flange sizes, insertion lengths, and connector types to meet specific application needs.

Application Scenarios:
*** Industrial Ovens & Kilns - Provides accurate temperature control for consistent baking, curing, and heat treatment.
*** Food Processing Equipment - Ensures precise temperature monitoring for safety and quality in commercial ovens.
*** Drying & Heating Systems - Used in HVAC and industrial drying processes to maintain optimal performance.

More Options:  

Type	Measuring Range°C	Accuracy	Tolerance	Temperature Coefficient
PT100	-50~+300	Class A	±(0.15+0.002) |t|	3.85·10^-3K^-1
	-70~+500	Class B	±(0.30+0.005) |t|	3.85·10^-3K^-1
PT500	-50~+300	Class A	±(0.15+0.002) |t|	3.85·10^-3K^-1
	-70~+500	Class B	±(0.30+0.005) |t|	3.85·10^-3K^-1
PT1000	-50~+300	Class A	±(0.15+0.002) |t|	3.85·10^-3K^-1
	-70~+500	Class B	±(0.30+0.005) |t|	3.85·10^-3K^-1

 

High Precision

PT100 and PT1000 sensors are based on the resistance variation characteristics of platinum, providing very high accuracy. Typically, the accuracy of PT100 can reach ±0.1°C, while PT1000 has similar accuracy but is more suitable for specific applications due to its larger resistance value. These sensors are often used in applications that require precise temperature control and measurement, such as laboratories, chemical processing, and process control.

 

Long-Term Stability

Platinum resistance sensors typically have excellent long-term stability, meaning their performance will not change significantly over time. PT100/PT1000 sensors are particularly suitable for applications requiring long-term temperature monitoring.

Customizable Connection Methods

PT100 and PT1000 sensors can be configured with multiple connection methods, including 3-wire and 4-wire configurations, depending on the application requirements. These different wiring methods provide various levels of precision and noise immunity. For high-precision measurements, the 4-wire configuration is typically used to eliminate the influence of lead resistance.

High Reliability

PT100 and PT1000 sensors are highly reliable and can operate stably for long periods, making them ideal for high-demand applications such as pharmaceuticals, aerospace, energy, and power industries. Due to their solid structure and absence of moving parts, PT100 and PT1000 can also function properly in high-vibration and shock environments.

 

 

 

Company Establishment: Founded in Shunde City and focused on temperature sensor, temperature and humidity sensor manufacturing.
Principle: Quality First, Customer Foremost
2012: Relocated in Shenzhen City
2016: Achieved ISO 9001certifcation, enhancing quality management.
2020: Recognized as a National High-tech Enterprise.
2021: Awarded the "Specialized, Refinement, Characteristic, and Innovation Enterprise" recognition.
2022: Obtained ISO 14001certification, improving environmental management.
Present: Serving over 1,000 global clients and customizing more than 4,000 sensor solutions, with products including NTC, RTD, temperature and humidity sensors, thermocouples, DS18B20 and other digital temperature sensors.
Q1 What is the minimum order quantity (MOQ) for custom temperature sensors?
The minimum order quantity (MOQ) typically depends on the type of sensor and customization requirements. For standard sensors like NTC and PT100, the MOQ is usually around 1000 pcs. For more complex custom sensors, the MOQ may be higher.
Q2 Can custom temperature sensors be adjusted for specific temperature ranges?
Yes, custom temperature sensors can be adjusted to meet your desired temperature range. Common ranges are typically from -20°C to +100°C, but for special requirements, the range can be extended. For example, PT100 and PT1000 sensors can be used for high or low-temperature measurements.
Q3 Can l customize the wiring configuration for the temperature sensor?
Yes, the wiring confguration of the temperature sensor can be customized based on your needs, including the number of wires and the wiring sequence. For example, PT100 sensors can be configured as 2-wire, 3-wire, or 4-wire.
Q4 What is the typical lead time for custom temperature sensors?
The typical lead time for custom temperature sensors is 3-4 weeks, depending on the complexity of the customization, production volume, and whether any specific testing or certifications are required. For 'urgent orders, expedited production can be arranged through discussion.
Q5 Can the accuracy and precision of custom temperature sensors be customized?
Yes, the accuracy and precision of custom temperature sensors can be adjusted according to your requirements. For instance, the precision of NTC thermistors and RTD sensors can be optimized based on material selection and manufacturing processes to meet specific application needs.
Q6 Can the shape and size of the sensor be customized?
Yes, the shape and size of the temperature sensor can be customized to fit your application needs. Different housing materials, shapes, and sizes can be chosen to adapt to various environmental and installation requirements.
Q7 How can l ensure that the custom temperature sensor meets my application requirements?
To ensure that the sensor meets your application requirements, it is recommended to provide detailed technical specifications and environmental conditions, such as temperature range, accuracy, response time, and working conditions (e.g., humidity, pressure). Additionally, you can request a sample for testing and validation.
Q8 How are the materials and durability of the custom temperature sensor ensured?
The materials for custom temperature sensors can be selected based on the specific environmental requirements of the application. For example, sensors can be made with materials like stainless steel, aluminum alloy, or ceramics to ensure long-term stability and durability in environments requiring high-temperature resistance, corrosion resistance, or moisture resistance.
Q9How are the performance and reliability of custom temperature sensors tested and verifed?
Custom temperature sensors are usually subjected to performance tests before delivery, including temperature-resistance characteristic testing,response time testing, and environmental durability testing. If required, specific certification tests or on-site verification can also be conducted to ensure that the sensor will perform reliably in the intended application.
Q10 How is the price of custom temperature sensors calculated?
The price of custom temperature sensors is usually determined by several factors:
.Customization requirements: such as temperature range, precision, and wiring configuration.
·Material selection: The cost of materials can vary greatly between standard and custom materials.
.Packaging process: Different packaging types require different levels of manufacturing complexity. More complex packaging or special dimensions and structures will increase production difficulty and time, thus raising costs.
·Production volume: Larger production volumes typically reduce the unit price of each sensor.
·Lead time: Expedited orders may require faster production, which can increase the cost.