Product Introduction
The Temperature Probe Combination Bearing is an industrial bearing product that integrates load-bearing capabilities with temperature monitoring. By utilizing a built-in temperature probe to monitor the bearing's operating status in real time, it enables users to detect issues such as abnormal temperature rises, insufficient lubrication, and overloading at an early stage.
Product Structure & Working Principle
Bearing Structure
• Bearing Base
Manufactured from carbon steel, cast steel, or bronze-depending on operating conditions-to ensure overall structural strength and dimensional stability.
• Babbitt Alloy Lining
Utilizes high-performance Babbitt alloy for the friction layer, offering excellent wear resistance and anti-seizure properties to minimize frictional losses during operation.
• Temperature Probe
Installed at critical locations on the bearing to monitor operating temperature fluctuations in real time, providing data for equipment condition analysis.
• Signal Interface
Supports various connection methods, ensuring compatibility with customer monitoring systems such as PLC and DCS.
Working Principle
During operation, the temperature probe detects changes in bearing shell temperature and transmits the data to the monitoring system. By analyzing temperature rise trends, the system helps users detect abnormal operating conditions early, thereby reducing the risk of equipment downtime.
Key Advantages
Features an integrated design combining the bearing with temperature-sensing components; eliminates the need for additional temperature monitoring equipment, thereby reducing on-site installation costs.
Utilizes high-quality Babbitt alloy for the working layer, offering excellent wear resistance, embeddability, and fatigue resistance.
Employs reliable temperature-sensing elements and an optimized probe mounting position to enhance detection stability, enabling users to promptly identify abnormal temperature rises and minimize equipment failures.
Materials & Manufacturing Process
Material Selection
|
Component |
Available Materials |
|
Bearing Base |
Carbon Steel / Cast Steel / Bronze |
|
Bearing Layer |
Babbitt Alloy |
|
Temperature Probe Housing |
Stainless Steel |
|
Connector Parts |
Customized |
Manufacturing Process
• Raw Material Inspection
Metal materials undergo inspections for composition, hardness, and appearance to ensure compliance with production requirements.
• Precision Machining
CNC machining processes are employed to control dimensional accuracy and ensure product consistency.
• Babbitt Alloy Casting
Specialized casting techniques ensure a stable bond for the alloy layer, enhancing load-bearing performance.
• Assembly & Testing
Temperature probe installation, dimensional checks, and functional testing are performed to ensure the product meets customer requirements.
Technical Specifications
|
Parameter |
Specification |
|
Product Type |
Temperature Probe Combination Bearing |
|
Bearing Type |
Sliding Bearing |
|
Bearing Material |
Babbitt Alloy / Customized |
|
Base Material |
Carbon Steel / Cast Steel / Bronze |
|
Temperature Sensor Type |
PT100 / PT1000 / Thermocouple |
|
Signal Output |
Customized |
|
Bearing Diameter |
Customized |
|
Length |
Customized |
|
Operating Temperature Range |
Customized |
|
Application |
Marine / Power / Industrial Equipment |
|
Manufacturing Capability |
OEM & Customized Production |
Application Solutions
Marine Industry
Provides stable bearing support and temperature monitoring solutions designed for high-vibration, continuous-operation environments, thereby enhancing equipment reliability.
Power Generation Industry
Suitable for critical equipment such as steam turbines and generators; facilitates equipment maintenance and management through temperature monitoring.
Oil & Gas Industry
Offers reliable bearing structures and customized temperature monitoring solutions for heavy-duty equipment like pumps and compressors.
Quality Control
Raw Material Inspection
Tests material composition, hardness, and performance to ensure consistent raw material quality.
In-Process Inspection
Checks machining dimensions, surface quality, and assembly precision to guarantee batch consistency.
Final Inspection
Provides dimensional reports, material certificates, and functional test records in accordance with customer requirements.
OEM/ODM Customization Capabilities
Customization Based on Drawings and Samples
Supports design and production based on customer drawings, used bearing samples, or equipment specifications.
Dimensional and Material Customization
Supports customization of bearing dimensions, base materials, Babbitt alloy types, and mounting configurations.
Temperature Monitoring Customization
Supports various sensor configurations (e.g., PT100, PT1000, thermocouples) to meet the requirements of different monitoring systems.
Packaging & Export Support
Export Packaging
Utilizes anti-rust, moisture-proof, and impact-resistant packaging to ensure safe product transport.
Documentation Support
Available documentation includes:
• Inspection Report
• Material Certificate
• Product Specification
• OEM Documentation
Company Strengths
Professional Bearing Manufacturing Expertise
Wenzhou Zhengbang Bearing Co., Ltd. was established in 2007, specializing in the manufacture of sliding bearings, Babbitt-lined bearings, and mechanical components. Our products are widely used in industrial sectors such as marine engineering, energy, and heavy machinery.
Robust Custom Manufacturing Capabilities
With experience designing over 500 types of bearings and seals, we support OEM and non-standard customization to meet diverse equipment operating conditions and procurement requirements.
Reliable Manufacturing Processes
We utilize centrifugal casting technology to achieve a strong bond between Babbitt alloy and base materials (such as steel or bronze), thereby enhancing product wear resistance and service life.
Strict Quality Control
Certified under the ISO9001:2015 quality management system and equipped with professional testing instrumentation, we ensure consistent product performance and reliable quality.
Stable Supply Capacity
We support sample development, small-batch production, and volume procurement, offering efficient delivery services to meet the supply needs of global customers.
FAQ
Q: What is the main advantage of a Temperature Probe Combination Bearing?
A: These bearings not only provide stable load-bearing and low-friction performance but also enable real-time monitoring of operating temperatures. This helps users detect issues such as abnormal temperature rises, insufficient lubrication, or overloading early, thereby reducing the risk of unplanned equipment downtime.
Q: Can you manufacture customized Temperature Probe Combination Bearings?
A: Yes. We can customize bearing dimensions, materials, structural designs, and temperature monitoring solutions based on customer-provided drawings, samples, equipment specifications, and application environments to meet OEM and project procurement needs.
Q: What information is required for a quotation?
A: To provide an accurate quote, we recommend that customers provide bearing drawings, dimensional specifications, equipment type, operating speed, load conditions, operating temperature, and temperature sensor requirements. If complete drawings are unavailable, samples or basic dimensions can also be provided.
Q: Can you produce replacement bearings based on old samples?
A: Yes. We offer sample measurement and reverse engineering services. We can redesign and manufacture replacement products based on the dimensions, wear patterns, and operational requirements of old bearings, helping customers resolve spare part supply issues for discontinued equipment.
Q: What types of temperature sensors can be integrated?
A: Depending on the requirements of the customer's monitoring system, we can configure various temperature sensors-such as PT100, PT1000, or thermocouples-and support different signal output methods to meet the monitoring needs of diverse industrial equipment.
Q: How do you ensure the quality of Babbitt alloy bonding?
A: We ensure the stability of the Babbitt alloy bond through material testing, surface treatment, casting process control, and finished product inspection. Quality documentation, such as material certificates and inspection reports, can be provided according to project requirements.
Q: What materials are available for the bearing base and lining?
A: The bearing base can be made from materials such as carbon steel, cast steel, or bronze, depending on application needs. The friction layer primarily utilizes Babbitt alloy, with specific alloy grades selected based on the customer's operating conditions.
Q: What industries use Temperature Probe Combination Bearings?
A: Our products are widely used in rotating equipment that requires long-term stable operation and condition monitoring, such as marine equipment, power generation equipment, oil and gas machinery, pumps, compressors, and large-scale industrial machinery.
Q: What quality documents can you provide with the shipment?
A: Depending on customer requirements, we can provide product inspection reports, material certification documents, dimensional inspection records, temperature sensor test records, and other necessary technical documentation to facilitate quality audits for overseas customers.
Q: What is your production capacity and delivery capability?
A: We possess comprehensive manufacturing capabilities for sliding bearings, Babbitt bearings, and mechanical components, supporting everything from prototype development to mass production; our standardized production processes ensure consistent product quality and reliable delivery.
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