Bearings
Housed & Flanged Bearings
RHP Housed Bearings
RHP NP & MP Pillow Blocks
Quick Code: BB-134969
NP30HLT RHP 30mm Pillow Block Bearing (High/LowTemp Insert)
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Product Specification
Bolt Hole Centres (J)
108.5/129.5mm
Bore Size (d)
30mm
Brand
RHP
Height (H)
82.7mm
Housing Width (A)
41.5mm
Total Length (L)
160.5mm
Reference
NP30HLT-RHP
Quick Order Code
BB-134969
Product Description
The NP30HLT RHP 30mm Pillow Block Bearing is a specialized high-performance bearing solution designed for extreme temperature applications, offering exceptional reliability and versatility in challenging industrial environments.
Key Features:
- Normal duty pillow/plummer block bearing with high/low temperature insert
- Exceptional temperature range from -40°C to +180°C
- Cast iron housing with integrated grease nipple for easy re-lubrication
- Two precision grub screws for secure shaft attachment
- Removable insert design for convenient maintenance
Specialized Insert Characteristics:
- High strength steel cage
- Special internal geometry for enhanced performance
- High-performance Kluber Asonic HQ72-102 grease
- Silicone seals for superior protection
- Optional protective features available
- Dedicated re-lubrication facility
Technical Specifications:
- Bore Size: 30mm
- Bolt Hole Centres: 108.5/129.5mm
- Housing Height: 82.7mm
- Housing Width: 41.5mm
- Total Length: 160.5mm
Typical Applications:
- Extreme temperature industrial machinery
- High-heat manufacturing processes
- Cold storage and freezing equipment
- Aerospace and automotive engineering
- Chemical processing plants
- Food processing machinery
Critical Maintenance Note: Regular re-greasing is essential for high/low temperature inserts using Kluber Asonic HQ72-102 grease to maintain optimal performance and longevity.
The NP30HLT RHP Pillow Block Bearing provides engineers and maintenance professionals with a robust, adaptable bearing solution capable of performing reliably in the most demanding temperature environments. Its innovative design allows for easy insert replacement, ensuring cost-effective and efficient maintenance.
