MC-CBPLS Type Mounting Plate for Cylinder to Chuck Plates

This MC-CBPLS-type mounting plate is used in injection mold auxiliary systems where an air cylinder must drive repeatable motion through a chuck plate interface. In industrial automation gripper and clamping applications, the plate acts as a rigid adapter that helps maintain alignment between the cylinder and the chuck plate, supporting stable engagement and consistent cycle-to-cycle control.

• Chuck plate air-cylinder installations: choose the configuration with 1 or 2 mounting holes to match the chuck plate layout and keep the actuator footprint compact.
• Systems using aluminum extrusion components (e.g., HFS5-2020 / HFSFIN5-1020 or HFS5-2020 / HFSFIN5-1021): the mounting hole and bolt-set options allow fast integration into extrusion-based frames.
• Pipe joint (FP-FMJT) pneumatic routing: pairing with the specified applicable parts helps simplify assembly and reduces installation variation at the cylinder interface.

The selectable mounting bolt set (Yes/None) is suited for installations where repeatable fastening torque and reduced assembly variability are critical.

The provided metadata does not specify the steel grade, hardness (HRC), or heat-treatment state for this mounting plate. As a result, material-property details such as wear resistance, toughness trade-offs, or whether the plate is pre-hardened, quenched & tempered, nitrided, or otherwise treated cannot be confirmed from the input data.

For procurement and verification, confirm the manufacturer’s material datasheet for the exact alloy and any surface finishing (e.g., anodizing, plating, or coatings) that may affect corrosion resistance in pneumatic shop environments.

• If multiple variants exist: prioritize the variant whose documentation matches the required corrosion and dimensional stability for your shop conditions and duty cycle.
• Manufacturing process: verify whether the plate is machined from bar, sheet, or cast stock and whether mounting holes are drilled reamed to a defined tolerance class for your assembly.

Select the mounting layout to match the chuck plate and the cylinder-to-chuck interface you are designing. This plate supports 1 or 2 mounting holes, enabling engineers to align fasteners with existing chuck plate bolt patterns without forcing additional rework.

• Step 1: Determine hole count based on your chuck plate layout: choose the No. of Mounting Holes = 1 for single-point support designs, or = 2 when you need a more stable two-point mounting scheme.
• Step 2: Choose the bolt set option: if your assembly process requires reduced variation and easier installation, select Mounting Bolt Set = Yes; otherwise use None when you will supply your own hardware.
• Step 3: Verify compatibility with applicable parts: ensure your pneumatic drive stack uses the specified compatible components (e.g., aluminum extrusion HFS5-2020 / HFSFIN5-1020 or -1021, and pipe joint FP-FMJT).

Tolerance and fit guidance cannot be stated from the provided specifications; confirm hole machining and bolt fit class from the official documentation for your target assembly.