CF Multi-pin Type C Lead-in Flange
CF Multi-pin Type C Lead-in Flange
Multi-Pin Sub-C Type Feedthroughs (MPCT)
Specifically designed for applications with limited space, the compact design allows for the installation of small-sized flanges. Both CF16 and KF16 type flanges can be used.
These multi-pin instrument lead-ins feature 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-type 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: CF16; CF35
Vacuum Degree: 1×10⁻¹⁰ Torr
CF Metal Seal: -200°C to 450°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 with one side in a dry atmospheric environment and the other side 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)
Specifically designed for applications with limited space, the compact design allows for the installation of small-sized flanges. Both CF16 and KF16 type flanges can be used.
These multi-pin instrument lead-ins feature 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-type 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: CF16; CF35
Vacuum Degree: 1×10⁻¹⁰ Torr
CF Metal Seal: -200°C to 450°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 with one side in a dry atmospheric environment and the other side 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
