Product Specifications
| Product Model | LG Furnace Temperature Probe |
|---|---|
| Sensor Type | PT1000 Platinum Resistance |
| Sensor Accuracy | Class A / Class B |
| Probe Material | 304 Food-Grade Stainless Steel |
| Probe Size | φ5 × 50 mm with Flange 8 × 9 mm |
| Cable Type | Dual-Core 24AWG High-Temperature Mica Stainless Steel Braided Wire |
| Standard Cable Length | 1100 mm |
| Operating Temperature | -70°C to +450°C |
| Connector | 250 Direct Plug / SM / XH |
| Cable Length | Customizable |
| Probe Dimensions | Customizable |
| OEM & ODM | Available |
LG Furnace Temperature Probe
The LG Furnace Temperature Probe is a precision temperature measurement solution designed for food processing, commercial cooking equipment, industrial furnaces, and thermal control systems. It uses a PT1000 platinum resistance sensing element to provide accurate, repeatable, and stable temperature measurement across a wide operating range of -70°C to +450°C.
The probe is constructed with 304 food-grade stainless steel and a high-temperature mica-insulated stainless steel braided cable, providing excellent resistance to heat, corrosion, wear, and mechanical stress. Its robust construction makes it suitable for both direct food temperature measurement and demanding industrial temperature monitoring.
With customizable probe dimensions, cable length, connector type, and sensor configuration, this temperature probe can be adapted to different equipment structures and installation requirements. It is suitable for OEM and ODM projects requiring reliable temperature sensing and long-term operating stability.
Key Features
Precision PT1000 Temperature Sensing
The integrated PT1000 platinum resistance sensor provides accurate and repeatable temperature measurement with excellent long-term stability. It is suitable for applications where consistent temperature monitoring and precise thermal control are required.
Wide Operating Temperature Range
With an operating range of -70°C to +450°C, the probe can be used across refrigeration, food processing, commercial cooking, industrial heating, and furnace monitoring applications.
304 Stainless Steel Probe
The sensing probe is manufactured from 304 stainless steel, offering good corrosion resistance, durability, and hygiene performance for food-related and industrial applications.
High-Temperature Braided Cable
The dual-core 24AWG cable uses mica insulation with stainless steel braiding to provide enhanced resistance to high temperatures, abrasion, and mechanical stress during continuous operation.
Fast and Stable Temperature Response
The optimized sensing structure enables the probe to detect temperature changes efficiently, supporting real-time monitoring and more consistent temperature control.
Flexible OEM & ODM Customization
The probe can be customized according to equipment and installation requirements, including probe dimensions, cable length, connector type, wire configuration, and sensor specifications.
Product Advantages
Reliable Temperature Measurement
The PT1000 sensing element delivers stable and repeatable temperature readings, helping equipment manufacturers maintain accurate thermal control and improve process consistency.
Designed for High-Temperature Applications
The combination of a stainless steel probe and heat-resistant braided cable enables reliable operation in ovens, furnaces, grills, smokers, and other high-temperature environments.
Food & Industrial Compatibility
The stainless steel construction and PT1000 sensing technology make the probe suitable for both food temperature measurement and industrial thermal monitoring.
Durable Construction
The reinforced cable and stainless steel probe are designed to withstand prolonged exposure to heat, mechanical stress, and demanding operating conditions.
Easy Equipment Integration
Available 250 Direct Plug, SM, and XH connectors provide flexible connection options for BBQ thermometers, ovens, controllers, PLC systems, and other temperature monitoring equipment.
Applications
The LG Furnace Temperature Probe can be used in a wide range of food processing, cooking, and industrial temperature monitoring applications.
Food & Commercial Cooking
BBQ Grills
Charcoal Smokers
Pellet Grills
Commercial Ovens
Air Fryers
Baking Equipment
Food Processing Machinery
Restaurant Kitchen Equipment
Industrial & Thermal Control
Industrial Furnaces
Heat Treatment Equipment
Industrial Automation Systems
Laboratory Instruments
HVAC Equipment
Thermal Control Systems
Industrial Temperature Monitoring Equipment
As a meat temperature probe, it can be used to monitor the internal temperature of meat, poultry, seafood, and other foods during cooking. For industrial applications, it functions as a reliable PT1000 temperature probe sensor for thermal monitoring and process control.
Customization Options
Most temperature probe requirements are application-specific. Instead of limiting customers to a fixed standard configuration, we can develop the probe according to your equipment, installation method, and operating conditions.
You can provide us with your existing sample or drawing, or simply tell us your application requirements. Our engineering team can then help determine the appropriate probe structure and configuration.
Probe Dimensions
Customized probe length, diameter, flange size, and overall dimensions are available according to equipment and installation requirements.
Cable Length
Cable length can be adjusted according to the distance between the sensing position and control equipment.
Connector Type
Different connector options can be provided according to the interface and electrical requirements of your equipment.
Sensor Configuration
PT1000 and other temperature sensing configurations can be developed according to specific application requirements.
Material Selection
Probe and cable materials can be selected according to operating temperature, working environment, and installation requirements.
Structure & Installation
Probe shape, mounting structure, flange dimensions, and connection configuration can be adjusted to fit specific equipment.
Why Choose Our Temperature Probes?
As a professional temperature sensor manufacturer, we focus on developing temperature measurement components for equipment manufacturers and industrial applications.
Our products cover NTC thermistors, RTD sensors, thermocouples, digital temperature sensors, temperature probes, aluminum foil heaters, and high-temperature wire harnesses.
For customized temperature probe projects, we can support the process from requirement analysis and product design to prototype development and mass production.
Whether you are developing a BBQ thermometer, commercial oven, industrial furnace, HVAC system, or automated temperature control equipment, we can provide a temperature sensing solution matched to your application.
FAQ
Q1: What sensor does the LG Furnace Temperature Probe use?
The standard LG Furnace Temperature Probe uses a PT1000 platinum resistance sensing element, available in Class A or Class B accuracy configurations.
Q2: What is the temperature range of this probe?
The standard operating temperature range is -70°C to +450°C, making it suitable for refrigeration, food preparation, cooking, industrial heating, and furnace monitoring.
Q3: Can this temperature probe be used for BBQ and food measurement?
Yes. The 304 stainless steel probe is suitable for BBQ grills, smokers, ovens, baking equipment, and other food temperature measurement applications.
Q4: Can the probe dimensions and cable length be customized?
Yes. We can customize the probe dimensions, cable length, flange dimensions, connector type, and other structural specifications according to your equipment requirements.
Q5: What connectors are available?
The standard options include 250 Direct Plug, SM, and XH connectors. Other connector configurations can also be developed for OEM projects.
Q6: Can you develop a temperature probe based on our sample?
Yes. If you provide a sample or technical drawing, our engineers can evaluate the structure and develop a corresponding customized solution.
Q7: What if we only have application requirements and no drawing?
You can provide the required temperature range, application, installation method, and available space. Our engineering team can recommend the appropriate probe structure, material, dimensions, and connection configuration.
