KF Multi-pin Type C Lead-in Flange
KF Multi-pin Type C Lead-in Flange
Multi-Pin Sub-C Type Feedthroughs (MPCT)
It is specifically designed for applications with limited space. The compact design enables the installation of small-sized flanges. Both CF16 and KF16 type flanges can be used.
These multi-pin instrument lead-ins are equipped with a circular bayonet locking connector on the air side and crimp pins on the vacuum side.
It has a 9-pin configuration. The gold-plated pins adopt a through-hole design.
Voltage (V): 500
Current (A): 5/PIN
Number of Conductors: 9; 18 (2*9)
Conductor Material: Gold-plated stainless steel
Insulator Material: Glass-ceramics
Flange Installation: KF16; KF40
Vacuum Degree: 1×10⁻⁸ Torr
CF Metal Seal: -40°C to 200°C
Maximum Heating Rate: 25°C per minute
Both 2D and 3D models are available. Non-standard customization is accepted. If you have any requirements, you can consult our sales engineers.
Remarks:
The marked technical parameters are subject to various conditions, such as material properties, mechanical design, and operating environment. All electrical ratings are based on the operation where one side is in a dry atmospheric environment and the other side is in a vacuum environment of less than 1×10⁻⁴ Torr. All 3D models and any dimensions shown or listed in our catalog do not include manufacturing tolerances and are for reference only.
Multi-Pin Sub-C Type Feedthroughs (MPCT)
It is specifically designed for applications with limited space. The compact design enables the installation of small-sized flanges. Both CF16 and KF16 type flanges can be used.
These multi-pin instrument lead-ins are equipped with a circular bayonet locking connector on the air side and crimp pins on the vacuum side.
It has a 9-pin configuration. The gold-plated pins adopt a through-hole design.
Voltage (V): 500
Current (A): 5/PIN
Number of Conductors: 9; 18 (2*9)
Conductor Material: Gold-plated stainless steel
Insulator Material: Glass-ceramics
Flange Installation: KF16; KF40
Vacuum Degree: 1×10⁻⁸ Torr
CF Metal Seal: -40°C to 200°C
Maximum Heating Rate: 25°C per minute
Both 2D and 3D models are available. Non-standard customization is accepted. If you have any requirements, you can consult our sales engineers.
Remarks:
The marked technical parameters are subject to various conditions, such as material properties, mechanical design, and operating environment. All electrical ratings are based on the operation where one side is in a dry atmospheric environment and the other side is in a vacuum environment of less than 1×10⁻⁴ Torr. All 3D models and any dimensions shown or listed in our catalog do not include manufacturing tolerances and are for reference only.
- Size parameters
- Product Features
