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UCPX
The outer ring of the UCP bearing features a spherical design that mates with the concave surface of the bearing housing. This structure enables the compensation of axial misalignment within a range of 0.5° to 2°, thereby accommodating various installation conditions. The integrated construction simplifies the assembly process and allows for individual replacement of bearing components during maintenance, thus reducing both maintenance time and associated costs. The double-sided contact seal effectively prevents dust ingress, making the bearing suitable for use in dusty environments. Additionally, the UCP bearing is capable of operating reliably under temperatures ranging from -30°C to 120°C, which ensures its applicability in high-speed and heavy-load applications. -
UCP300
The outer ring of the UCP bearing features a spherical design that mates with the concave surface of the bearing housing. This structure enables the compensation of axial misalignment within a range of 0.5° to 2°, thereby accommodating various installation conditions. The integrated construction simplifies the assembly process and allows for individual replacement of bearing components during maintenance, thus reducing both maintenance time and associated costs. The double-sided contact seal effectively prevents dust ingress, making the bearing suitable for use in dusty environments. Additionally, the UCP bearing is capable of operating reliably under temperatures ranging from -30°C to 120°C, which ensures its applicability in high-speed and heavy-load applications. -
UCPH2
The outer ring of the UCP bearing features a spherical design that mates with the concave surface of the bearing housing. This structure enables the compensation of axial misalignment within a range of 0.5° to 2°, thereby accommodating various installation conditions. The integrated construction simplifies the assembly process and allows for individual replacement of bearing components during maintenance, thus reducing both maintenance time and associated costs. The double-sided contact seal effectively prevents dust ingress, making the bearing suitable for use in dusty environments. Additionally, the UCP bearing is capable of operating reliably under temperatures ranging from -30°C to 120°C, which ensures its applicability in high-speed and heavy-load applications. -
UCPA2
The outer ring of the UCP bearing features a spherical design that mates with the concave surface of the bearing housing. This structure enables the compensation of axial misalignment within a range of 0.5° to 2°, thereby accommodating various installation conditions. The integrated construction simplifies the assembly process and allows for individual replacement of bearing components during maintenance, thus reducing both maintenance time and associated costs. The double-sided contact seal effectively prevents dust ingress, making the bearing suitable for use in dusty environments. Additionally, the UCP bearing is capable of operating reliably under temperatures ranging from -30°C to 120°C, which ensures its applicability in high-speed and heavy-load applications. -
UCPG2
The outer ring of the UCP bearing features a spherical design that mates with the concave surface of the bearing housing. This structure enables the compensation of axial misalignment within a range of 0.5° to 2°, thereby accommodating various installation conditions. The integrated construction simplifies the assembly process and allows for individual replacement of bearing components during maintenance, thus reducing both maintenance time and associated costs. The double-sided contact seal effectively prevents dust ingress, making the bearing suitable for use in dusty environments. Additionally, the UCP bearing is capable of operating reliably under temperatures ranging from -30°C to 120°C, which ensures its applicability in high-speed and heavy-load applications. -
UCPA2A
The outer ring of the UCP bearing features a spherical design that mates with the concave surface of the bearing housing. This structure enables the compensation of axial misalignment within a range of 0.5° to 2°, thereby accommodating various installation conditions. The integrated construction simplifies the assembly process and allows for individual replacement of bearing components during maintenance, thus reducing both maintenance time and associated costs. The double-sided contact seal effectively prevents dust ingress, making the bearing suitable for use in dusty environments. Additionally, the UCP bearing is capable of operating reliably under temperatures ranging from -30°C to 120°C, which ensures its applicability in high-speed and heavy-load applications. -
UCP216
The outer ring of the UCP bearing features a spherical design that mates with the concave surface of the bearing housing. This structure enables the compensation of axial misalignment within a range of 0.5° to 2°, thereby accommodating various installation conditions. The integrated construction simplifies the assembly process and allows for individual replacement of bearing components during maintenance, thus reducing both maintenance time and associated costs. The double-sided contact seal effectively prevents dust ingress, making the bearing suitable for use in dusty environments. Additionally, the UCP bearing is capable of operating reliably under temperatures ranging from -30°C to 120°C, which ensures its applicability in high-speed and heavy-load applications. -
UCFL204
The UCFL bearing is a type of sleeveless external spherical bearing that integrates a rolling bearing with a housing unit. Its outer diameter features a spherical design, enabling it to be assembled with a housing that has a corresponding spherical inner bore. This structural configuration allows the UCFL bearing to offer various mounting options, high versatility, and interchangeability. Moreover, the UCFL bearing incorporates self-aligning capabilities, facilitating easier installation, and is fitted with a dual-seal system, which enhances its performance in challenging environmental conditions. -
UCFL205
The UCFL bearing is a type of sleeveless external spherical bearing that integrates a rolling bearing with a housing unit. Its outer diameter features a spherical design, enabling it to be assembled with a housing that has a corresponding spherical inner bore. This structural configuration allows the UCFL bearing to offer various mounting options, high versatility, and interchangeability. Moreover, the UCFL bearing incorporates self-aligning capabilities, facilitating easier installation, and is fitted with a dual-seal system, which enhances its performance in challenging environmental conditions. -
UCFL206
The UCFL bearing is a type of sleeveless external spherical bearing that integrates a rolling bearing with a housing unit. Its outer diameter features a spherical design, enabling it to be assembled with a housing that has a corresponding spherical inner bore. This structural configuration allows the UCFL bearing to offer various mounting options, high versatility, and interchangeability. Moreover, the UCFL bearing incorporates self-aligning capabilities, facilitating easier installation, and is fitted with a dual-seal system, which enhances its performance in challenging environmental conditions. -
UCFL207
The UCFL bearing is a type of sleeveless external spherical bearing that integrates a rolling bearing with a housing unit. Its outer diameter features a spherical design, enabling it to be assembled with a housing that has a corresponding spherical inner bore. This structural configuration allows the UCFL bearing to offer various mounting options, high versatility, and interchangeability. Moreover, the UCFL bearing incorporates self-aligning capabilities, facilitating easier installation, and is fitted with a dual-seal system, which enhances its performance in challenging environmental conditions. -
UCFL208
The UCFL bearing is a type of sleeveless external spherical bearing that integrates a rolling bearing with a housing unit. Its outer diameter features a spherical design, enabling it to be assembled with a housing that has a corresponding spherical inner bore. This structural configuration allows the UCFL bearing to offer various mounting options, high versatility, and interchangeability. Moreover, the UCFL bearing incorporates self-aligning capabilities, facilitating easier installation, and is fitted with a dual-seal system, which enhances its performance in challenging environmental conditions.
