The Temperature Probe Combination Bearing integrates a Babbitt-lined sliding bearing with temperature sensing, providing bearing support and operating temperature monitoring in one assembly for marine, power generation and industrial rotating equipment.
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 |
PT100 / PT1000 / Thermocouple |
|
Signal Output |
Customized |
|
Bearing Diameter |
Customized |
|
Bearing Length |
Customized |
|
Operating Temperature |
Customized according to bearing and sensor configuration |
|
Lubrication |
According to equipment configuration |
|
Application |
Marine / Power Generation / Industrial Equipment |
|
Manufacturing |
OEM & Customized Production |
Construction & Working Principle
Bearing Base
The bearing base forms the main structural body and can be manufactured from carbon steel, cast steel or bronze according to the required bearing configuration.
Babbitt Alloy Lining
A Babbitt alloy layer forms the sliding surface. The alloy is bonded to the bearing base through a controlled casting process and machined to the required dimensions.
Temperature Probe
The probe is installed at a specified bearing position to monitor operating temperature. PT100, PT1000 or thermocouple configurations are available according to the monitoring requirements.
Signal Interface
The temperature signal is connected to an external monitoring system such as a PLC or DCS. Connection and signal configuration can be specified according to the equipment requirements.
Working Principle
During operation, the probe detects bearing temperature and transmits the signal to the monitoring system for operating-condition monitoring.
Applications
Marine Equipment
The bearing is used in marine equipment requiring continuous bearing operation together with temperature monitoring, including applications exposed to vibration and long operating cycles.
Power Generation Equipment
Applications include steam turbines, generators and other rotating equipment where bearing temperature forms part of equipment condition monitoring.
Oil & Gas Equipment
The bearing can be configured for heavy-duty rotating equipment such as pumps and compressors where bearing temperature monitoring is required.
Industrial Rotating Machinery
The product can be supplied for industrial equipment requiring a Babbitt-lined sliding bearing combined with integrated temperature sensing.
Customization & Replacement
Drawing and Sample-Based Manufacturing
Production can be based on customer drawings, used bearing samples or equipment specifications for OEM and replacement applications.
Bearing Configuration
Bearing dimensions, base material, Babbitt alloy and mounting configuration can be customized to match the equipment.
Replacement Bearing
Existing bearing dimensions, mounting features and probe position can be verified against drawings, samples or equipment specifications before production.
Quality Control & Testing
Raw Material Inspection
Metal raw materials are inspected for composition, hardness and appearance before production.
In-Process Inspection
Machining dimensions, surface quality and assembly precision are checked during production to maintain dimensional and manufacturing consistency.
Babbitt Alloy Bonding
The Babbitt alloy casting process is controlled to achieve a stable bond between the alloy layer and bearing base.
Final Testing
Finished bearings undergo dimensional checks and functional testing. Inspection reports, material certificates and other quality records can be supplied according to customer requirements.
Quality Management
ISO 9001 certified quality management system supports controlled production and quality documentation.
Packaging & Delivery
Export Packaging
Finished bearings are protected with anti-rust, moisture-proof and impact-resistant export packaging for transportation.
Delivery
Typical custom orders require 4–8 weeks after drawing approval and order confirmation. Actual lead time depends on quantity, material, bearing size, probe configuration and inspection requirements.
Documentation
Packing and shipping documents, inspection reports and material certificates can be supplied according to project requirements.
FAQ
Q: What information is required for a quotation?
A: Provide the bearing drawing or dimensions, quantity, shaft diameter, bearing length, load, speed, lubrication conditions, operating temperature and temperature probe requirements. An existing bearing sample can also be used.
Q: Can the bearing be manufactured for existing equipment?
A: Yes. Drawings, used bearings or equipment specifications can be used to verify dimensions and configuration before replacement production.
Q: Can the temperature probe position match the original bearing?
A: Yes. The probe position can be specified according to the original bearing, equipment design or customer drawing.
Q: Can customer drawings be approved before production?
A: Yes. Drawing review and confirmation can be completed before production to verify bearing dimensions, mounting configuration and probe arrangement.
Q: What is the MOQ?
A: MOQ depends on bearing size, material, machining requirements and probe configuration. Small quantities can be discussed for replacement and trial orders.
Q: Can inspection and material documents be provided?
A: Yes. Inspection reports, material certificates and other agreed quality documents can be supplied with the order.
Q: Can a sample be supplied before bulk production?
A: Yes. Sample or trial production can be arranged for dimensional, installation and temperature-sensing verification.
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