Bearings
Housed & Flanged Bearings
RHP Housed Bearings
RHP NP & MP Pillow Blocks
Quick Code: BB-134970
NP35HLT RHP 35mm Pillow Block Bearing (High/Low Temp Insert)



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Product Specification
Bolt Hole Centres (J)
121.5/136.5mm
Bore Size (d)
35mm
Brand
RHP
Height (H)
93mm
Housing Width (A)
44.4mm
Shaft Height (H2)
47.6mm
Total Length (L)
166mm
Reference
NP35HLT-RHP
Quick Order Code
BB-134970
Product Description
The NP35HLT RHP 35mm Pillow Block Bearing is a robust, high-performance industrial bearing solution engineered for extreme temperature environments, offering exceptional reliability and versatility across demanding applications.
Key Features:
- Normal duty pillow/plummer block bearing unit with high/low temperature insert
- Cast iron housing with integrated grease nipple for convenient re-lubrication
- Extreme temperature range: +180°C to -40°C
- Two precision grub screws for secure shaft tightening and alignment
- Removable insert design for easy replacement
- High strength steel cage with special internal geometry
- High-performance Kluber Asonic HQ72-102 grease
- Silicone seals for enhanced protection
- Optional protective features available
Technical Specifications:
- Bore Size: 35mm
- Bolt Hole Centres: 121.5/136.5mm
- Total Length: 166mm
- Housing Width: 44.4mm
- Height: 93mm
- Shaft Height: 47.6mm
Typical Applications:
- Industrial processing equipment operating in extreme temperature conditions
- High-temperature manufacturing environments
- Cold storage and refrigeration machinery
- Aerospace and automotive manufacturing
- Chemical and petrochemical processing
- Food processing and packaging equipment
Maintenance and Performance:
Re-greasing is essential for these high/low temperature inserts using Kluber Asonic HQ72-102 grease. The removable insert design allows for convenient replacement when required, ensuring long-term reliability and minimal downtime.
Engineered by RHP, a leading global bearing manufacturer, this pillow block bearing provides an exceptional solution for applications requiring reliable performance across extreme temperature ranges.
