Floating Connector Model: MFC

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Floating Connector Model: MFC Specification

Shape
Cylindrical with flange

Accuracy
0.01 mm

Load Capacity
Up to 1500N axial load

Hardness
HRC 40-45

Coating
Electroplated for enhanced durability

Weight
32 grams

Machine Type
Compatible with CNC machines, robotics, and industrial automation equipment

Method
CNC precision turning

Size
M12 x 1.5 x 30mm

Thread Type
Metric fine thread

Type
Floating Connector

Material
High-grade stainless steel

Tolerance
0.01 mm

Surface
Smooth, anti-corrosive finish

Application
Enables floating connection in modular assemblies and mechanical structures

Usage & Applications
Ideal for use in movable frameworks, automated lines, and precision machinery interfaces

About Floating Connector Model: MFC

Floating Connector

Model: MFC

The minor error connects between two shafts can be removed.The machining accuracy can be neglected.

Features

The minor error connects between two shafts can be removed.
The machining accuracy can be neglected.
The shaft alignment's time for the error tolerance connects between two shafts can be finished and installed easily, even the newcomer can do also.
The abnormal noise can be prohibited.
Small in dimension but can be loaded high tension & compression.
Long time for the machine parts and the packing in the cylinder or the rod sealing's damage can be prohibited, reduced the producing's cost.
The compression's decrease can be prohibited.

Precision and Durability for Demanding Applications

The MFC Floating Connectors robust stainless steel construction, precision CNC machining (0.01 mm tolerance), and anti-corrosive, electroplated finish guarantee long-term performance, even under harsh conditions. Its floating design permits reliable operation in environments prone to vibration and misalignment, making it ideal for automated machinery and modular structural assemblies.

Simplified Installation and Maintenance

Designed for through-hole mounting with retaining clips, the connector ensures secure fitting and easy installation. Its self-lubricating surfaces and low maintenance requirements make it suitable for continuous use in industrial settings, reducing downtime and overall servicing costs for users.

FAQs of Floating Connector Model: MFC:

Q: How does the floating design of the MFC connector benefit mechanical assemblies?

A: The floating design of the MFC connector allows it to absorb shock and compensate for slight misalignments and vibrations, which is particularly valuable in modular and movable structures or automated lines, helping to maintain secure mechanical connections and reduce wear.

Q: What installation process is recommended for the MFC Floating Connector?

A: The MFC connector is designed for through-hole mounting and is equipped with retaining clips for secure and straightforward installation. Simply align the connector in the designated mount and engage the clips to hold it firmly in place within the assembly.

Q: When should the MFC Floating Connector be used in machinery?

A: This connector is best utilized in applications requiring secure yet flexible mechanical connections, such as movable frameworks, robotic arms, precision interfaces on CNC machinery, or any assembly exposed to vibration, shock, or frequent movement.

Q: Where is the MFC connector typically applied?

A: It is typically found in modular assemblies, automated manufacturing lines, industrial automation setups, CNC machines, and other precision equipment where strong, reliable, and adaptable connections are needed.

Q: What are the benefits of its corrosion-resistant and self-lubricating properties?

A: These features ensure long-term durability, especially in harsh environments. Corrosion resistance protects the connector from degradation due to moisture or chemicals, while the self-lubricating surfaces minimize maintenance needs and extend product life.

Q: Is the MFC Floating Connector RoHS compliant and suitable for harsh environments?

A: Yes, the connector is RoHS compliant and manufactured from high-grade stainless steel with electroplating. This makes it suitable for harsh and corrosive environments, operating efficiently within -20C to +110C.

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