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CJJIKCB
| Part Number | CJJIKCB |
| System of Measurement | Inch |
| Type | Male |
| Rod End Type | Ball Joint |
| Shank Threading | Fully Threaded |
| Bore Dia | 1" |
| Bore Dia Tolerance | -0.0005" to 0" |
| Width Inner Ring | 1 3/8" |
| Angle Of Tilt | 12° |
| Thread | 1 1/4"-12 |
| Thread Direction | Right Hand/Left Hand |
| Diameter Head | 2 3/4" |
| Height Shank End Face | 4 1/8" |
| Length Threat | 2 5/16" |
| Static Radial Load | 80300 lbf |
| Material | Cadmium-Plated Alloy Steel |
| Ball Material | 440C Stainless Steel |
| Lubricant | Not Required |
| RoHS | Compliant |
| REACH | Compliant |
INTERCHANGE
The LILY Bearing part series CJJIKCB is a potential replacement for these common bearing part numbers.
LILY
MCMASTER
CJJIKCB
2998K21
Design Features of CJJIKCB Bearing
CJJIKCB Bearing features a smooth-motion spherical bearing, strong housing, and an easy-to-connect external thread. It is made from durable stainless or alloy steel, and it often includes seals to block contaminants and retain lubrication, ensuring long-lasting performance. CJJIKCB bore dia is 1". Its diameter head is 2 3/4". CJJIKCB width inner ring is 1 3/8". It is designed to allow smooth rotational and oscillating movements while handling misalignment.
What Benefits Can CJJIKCB Bearing Provide?
- Flexibility: It allows for angular movement and misalignment, accommodating dynamic loads and movements.
- Durability: It is made from robust materials, ensuring long service life even in harsh conditions.
- Ease of Installation: The design simplifies installation and adjustment.
- Versatility: The bearing is suitable for a wide range of applications.
What Can CJJIKCB Bearing Be Used for?
- Industrial Machinery: It can be used in linkages, control arms, and moving parts.
- Automotive: Common in suspension systems and steering linkages.
- Aerospace: It is utilized in control linkages and landing gear mechanisms.
- Agriculture: The bearing is employed in various equipment requiring durable, flexible joints.
- Robotics: Essential for precise movements in robotic arms and joints.
