| Parameter | Specification |
|---|---|
| Product Type | PT1000 Temperature Probe |
| Product Model | PT1000 Temperature Probe |
| Sensor Type | PT1000 Platinum Resistance |
| Sensor Accuracy | Class A / Class B |
| Probe Material | 304 Food-Grade Stainless Steel |
| Probe Size | Φ5 × 30 mm / 50 mm, Customizable |
| Cable Type | 24AWG Dual-Core High-Temperature Mica Wire with Steel Braiding |
| Standard Cable Length | 1000 mm, Customizable |
| Temperature Range | -70°C to +450°C |
| Plug Type | Φ3.5 / Φ2.5, Customizable |
| Thread Type | M8 × 1.0 / M8 × 1.25, Customizable |
| Custom Service | OEM & ODM Available |
The PT1000 Temperature Probe is a high-precision temperature sensing solution designed for accurate and reliable temperature measurement in food processing, commercial cooking, industrial automation, and thermal monitoring applications. Featuring a PT1000 platinum resistance element, this temperature probe provides excellent measurement accuracy, repeatability, and long-term stability.
Manufactured with a durable 304 food-grade stainless steel probe and reinforced high-temperature wiring, the sensor is designed to withstand demanding operating conditions. With a temperature range of -70°C to +450°C, it can be used in both low-temperature and high-temperature environments, including refrigeration, grilling, roasting, smoking, baking, industrial heating, and thermal processing.
The compact probe structure makes it suitable for equipment where installation space is limited. Different probe sizes, cable lengths, plug types, thread specifications, and other configurations can be customized according to equipment requirements.
For food applications, this sensor can also be used as a meat temperature probe for BBQ grills, smokers, ovens, roasting equipment, and commercial kitchens. For industrial applications, it can be integrated into temperature controllers, PLC systems, automation equipment, laboratory instruments, and thermal monitoring systems.
The probe uses a PT1000 platinum resistance sensor to provide accurate and repeatable temperature measurement. Its stable resistance characteristics make it suitable for applications where precise temperature feedback is essential for process control and product quality.
This high-temperature probe supports a wide operating range from -70°C to +450°C. It can therefore be used in refrigeration systems, food processing equipment, commercial ovens, heating systems, industrial machinery, and other applications with demanding temperature conditions.
The sensing probe is made from 304 food-grade stainless steel, offering good corrosion resistance, mechanical durability, and easy cleaning. This makes the sensor suitable for food processing and commercial cooking environments where hygiene and material durability are important.
The 24AWG dual-core high-temperature mica wire is reinforced with steel braiding for improved durability in demanding environments. The cable construction helps protect the wiring while maintaining reliable electrical performance during high-temperature operation.
The optimized probe structure allows efficient heat transfer to the sensing element, helping the temperature probe respond effectively to temperature changes. This makes it suitable for cooking, food processing, industrial control, and other applications that require responsive temperature monitoring.
The stainless steel probe and sealed sensor structure provide reliable protection against moisture, steam, grease, and high-temperature conditions. This makes the probe suitable for demanding cooking and industrial environments.
Different probe dimensions, cable lengths, plug types, and thread specifications are available. Standard options include Φ3.5 and Φ2.5 plugs as well as M8 × 1.0 and M8 × 1.25 threads. Customized configurations can be developed for specific equipment requirements.
The PT1000 sensing element provides stable and repeatable temperature measurement, helping users maintain accurate thermal control and reduce temperature-related variations in cooking and industrial processes.
With an operating temperature range of up to +450°C, this temperature probe is suitable for demanding heating environments. The stainless steel probe and high-temperature cable provide reliable performance during continuous operation.
The 304 food-grade stainless steel construction makes the probe suitable for food-related applications. It can be used to monitor the internal temperature of meat, poultry, fish, baked foods, and other products during cooking and processing.
The compact Φ5 mm probe design allows installation in a variety of equipment and monitoring systems. Threaded configurations and multiple plug options also simplify mechanical and electrical integration.
High-quality stainless steel, reinforced wiring, and a robust sensor structure help the probe maintain stable performance during repeated and long-term use.
As a professional temperature probe manufacturer, we provide OEM and ODM services for equipment manufacturers, distributors, system integrators, and industrial brands. Probe dimensions, cable specifications, connectors, threads, packaging, and other configurations can be customized.
This industrial temperature probe is suitable for a wide range of commercial, food processing, and industrial temperature measurement applications.
BBQ grills
Charcoal smokers
Pellet grills
Commercial ovens
Roasting equipment
Baking equipment
Air fryers
Food processing machinery
Restaurant kitchens
Meat processing equipment
Industrial temperature control
Industrial automation systems
PLC temperature monitoring
Thermal monitoring equipment
Heat treatment equipment
Laboratory instruments
Industrial ovens
Heating equipment
HVAC systems
Thermal testing systems
As a multifunctional meat temperature probe, this sensor can measure the internal temperature of beef, pork, chicken, fish, and other foods. At the same time, its robust construction allows it to function as a reliable temperature sensor for industrial thermal monitoring and automated temperature control.
Different applications require different sensor dimensions and installation configurations. We provide customized temperature probe sensor solutions to meet specific equipment requirements.
Available customization options include:
Probe diameter
Probe length
Cable length
Cable material
Plug type
Thread size
Sensor accuracy
Connector configuration
Packaging
Product labeling and branding
Customers can provide technical drawings, samples, installation dimensions, or application requirements. Our engineering team can evaluate the working environment and recommend a suitable sensor configuration.
We provide OEM and ODM manufacturing services for customers who require customized PT1000 temperature probes. Our solutions are suitable for equipment manufacturers, food equipment suppliers, industrial automation companies, distributors, and system integrators.
For bulk orders and long-term projects, customized specifications can be maintained across production batches to help ensure consistent product performance and simplify equipment assembly. From standard temperature sensors to application-specific designs, we provide flexible manufacturing support for different project requirements.
PT1000 Sensing Technology: Provides accurate, repeatable, and stable temperature measurement.
Wide Temperature Range: Supports temperatures from -70°C to +450°C.
Food-Grade Stainless Steel: Uses durable 304 stainless steel suitable for food and industrial applications.
High-Temperature Cable: Equipped with 24AWG dual-core mica wire with steel braiding.
Flexible Installation: Multiple plug and thread configurations are available.
Custom Manufacturing: Probe dimensions, cables, plugs, threads, and other specifications can be customized.
OEM & ODM Service: Supports customized production for equipment manufacturers and brands.
Multiple Applications: Suitable for cooking, food processing, industrial automation, laboratory testing, and thermal monitoring.
Yes. The probe is suitable for BBQ grills, smokers, commercial ovens, roasting equipment, and other high-temperature cooking applications. Its stainless steel construction and wide temperature range make it suitable for demanding cooking environments.
PT1000 technology uses a platinum resistance element with a predictable resistance change as temperature changes. This provides accurate and repeatable temperature measurement and makes PT1000 sensors suitable for professional temperature control applications.
The standard operating temperature range is -70°C to +450°C. This allows the sensor to be used in both low-temperature and high-temperature applications.
Yes. The probe uses 304 food-grade stainless steel and can be used for commercial cooking, food processing, BBQ, smoking, baking, roasting, and meat temperature monitoring.
Yes. It can be used to measure the internal temperature of beef, pork, chicken, fish, and other foods during grilling, smoking, roasting, and baking.
The sealed stainless steel construction provides good resistance to moisture, steam, grease, and other challenging operating conditions. The actual protection level may depend on the final customized sensor structure and installation method.
Yes. Probe diameter and length can be customized according to the equipment design and installation requirements. The standard probe size is Φ5 × 30 mm / 50 mm.
Yes. Cable length, cable construction, plug type, and other wiring configurations can be customized. Standard plug options include Φ3.5 and Φ2.5.
Standard thread options include M8 × 1.0 and M8 × 1.25. Other thread specifications can be customized according to the installation requirements of the equipment.
Yes. We provide OEM and ODM temperature probe manufacturing services. Customization can include probe dimensions, cable length, cable material, plug type, thread size, packaging, and branding.
If you are sourcing a reliable PT1000 temperature probe supplier or manufacturer, we can provide standard and customized solutions for food processing, commercial cooking, industrial automation, and thermal monitoring applications.
Send us your required probe size, operating temperature range, cable length, plug type, thread specification, application environment, and order quantity. Our team can recommend a suitable configuration and provide an OEM or ODM temperature sensing solution for your project.
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