15453-12021Z
Aluminum Alloy
Polishing
Non-Customized
Standard
Release Bearing Seat
15453-12021z
Heli Forklift H2000
Brand New Forklift Genuine Parts
Leading forklift parts
Corrugated Carton with Plywood Case
9*9*10 cm
China
8708934000
Product Description
Product Title: Release Bearing Seat
Product Model: 15453-12021Z for HELI H2000 Forklifts
The Function of Separation Sleeve
A separation sleeve is a component that can be separated from the bearing housing and is widely used in mechanical equipment. Its main functions include:
Separation bearings and separation sleeves are commonly used components in mechanical equipment. They facilitate easier separation processes and can withstand both axial and radial loads. The application of separation bearings and sleeves improves the efficiency and stability of mechanical equipment while reducing the likelihood of failures.
Product Model: 15453-12021Z for HELI H2000 Forklifts
Item | Description |
Product Name | Release Bearing Seat (H63) |
P/N | 15453-12021Z |
Applied Model | HELI Forklift H2000 |
Net Weight (kg) | 0.6 |
Gross Weight (kg) | 0.65 |
Qty per Carton | 1 |
Carton Size (cm) | 9*9*10 |
A separation sleeve is a component that can be separated from the bearing housing and is widely used in mechanical equipment. Its main functions include:
1. Separation Function: The separation sleeve facilitates the separation of bearings from their housing. When combined with bearings, it allows for easy installation and removal of bearings.
2. Friction Reduction: By reducing the contact area between mating parts, the separation sleeve minimizes friction between the bearing and its housing.
3. Ease of Installation: Using a separation sleeve significantly reduces the complexity of installation, thereby enhancing operational efficiency.
Separation bearings and separation sleeves are commonly used components in mechanical equipment. They facilitate easier separation processes and can withstand both axial and radial loads. The application of separation bearings and sleeves improves the efficiency and stability of mechanical equipment while reducing the likelihood of failures.