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Gas Spring Lower Groove Mounting Plate

Gas Spring Lower Groove Mounting Plate

Gas Spring lower groove mounting plate is a plates-only component designed to support lower groove mounting on compatible gas springs. Use the catalog table to select the applicable gas spring configuration.

  • Plates only for lower groove mount integration with the correct gas spring
  • Multiple plate types available (FFC, FFCA, FFS, FCM, FFCB) to match mounting needs
  • Accommodates a wide outer diameter (D) range for flexible system design
  • Selection guided by the catalog table to ensure proper fit and mounting compatibility

Specifications

29 configurations available

Outer diameter (D) (mm)L Dimension (L) (mm)Plate Type
1945FCM
2550FCM
3250FFC
3855FFC
4570FFC
5075FFC
6385FFC
75100FFC
95120FFC
120140FFC
150190FFC
195210FFC
3250FFCA
3855FFCA
4570FFCA
5075FFCA
6385FFCA
75100FFCA
95120FFCA
120140FFCA
150190FFCA
195210FFCA
63100FFCB
5075FFS
63100FFS
75100FFS
95125FFS
120140FFS
150175FFS

Product Guide

🏭Application Scenarios+

This lower groove mounting plate is used in injection mold tooling where a compatible gas spring must be integrated to provide consistent, controlled opening/return force. It is intended for plate-only support of the lower groove mounting configuration, making it suitable for mold base and machine-setup designs that rely on catalog-specified compatibility.

Common scenarios include:

  • Automotive part molds: Mount the gas spring plate on the lower groove to help stabilize slide or shut height over repeated cycles, especially when repeated thermal cycles require predictable force.
  • Consumer electronics housings: Use the correct plate type (FFC/FFCA/FFS/FCM/FFCB) to match the gas spring groove geometry and maintain consistent actuation for cover-opening mechanisms.
  • Medical device molding fixtures: Select the appropriate outer diameter (D) and length (L) range so the plate seats correctly without interference, supporting repeatable movement under sustained production loads.

Because this is specifically built for lower groove integration and multiple plate types are available, it reduces fit risk versus using non-matching mounting styles.

🔧Material & Process Details+

The provided specifications for this item focus on dimensional compatibility (outer diameter D, length L) and plate type (FCM, FFC, FFCA, FFCB, FFS). No steel grade, heat-treatment condition, or hardness (HRC) data is included in the input, so the exact material properties cannot be stated from the given information.

For engineering validation, treat this as a component mating part that must be selected by the gas spring catalog table to ensure correct mechanical fit and load transfer. When you confirm the compatible gas spring model, request the associated steel grade and heat treatment details (e.g., quenched & tempered or surface treatments such as nitriding if applicable) from your supplier documentation.

  • Hardness & wear: Verify whether the plate requires higher wear resistance depending on how the groove interface cycles under load.
  • Toughness trade-off: If the mating gas spring uses a hardened body, ensure the plate’s toughness is adequate to avoid cracking at groove edges.
📐Sizing & Selection Guide+

Selection is driven by matching your target gas spring lower groove geometry using the catalog table. This plate provides variable dimensions for the groove interface: outer diameter (D) = 19 ~ 195 mm and L dimension (L) = 45 ~ 210 mm.

How to size correctly:

  • Step 1: Identify the compatible gas spring configuration (lower groove mounting) and then choose the matching Plate Type: FCM, FFC, FFCA, FFCB, or FFS.
  • Step 2: Confirm the plate’s D falls within the required outer diameter envelope for your mounting interface.
  • Step 3: Verify L (45 ~ 210 mm) provides the correct axial length for proper seating and prevents overhang or interference with adjacent components.

Tolerance & fit: The input does not specify tolerances. Use the compatible gas spring and plate type to ensure the designed fit, and reference the catalog table for the official fit/clearance values rather than relying on nominal dimensions alone.

Frequently Asked Questions

Which gas spring plate type should I use for lower groove mounting: FCM, FFC, FFCA, FFCB, or FFS?+
Select the plate type by the gas spring compatibility catalog table for lower groove mounting. The input specifies these plate types (FCM, FFC, FFCA, FFCB, FFS), but the exact mapping to groove geometry is determined by the compatible gas spring model. Confirm the gas spring configuration first, then match the plate type to avoid interface misfit.
What outer diameter (D) and length (L) ranges are available for this lower groove mounting plate?+
This plate supports an outer diameter (D) range of 19 ~ 195 mm and an L dimension (L) range of 45 ~ 210 mm. Use these ranges to screen candidate plates before final verification via the catalog table for the specific gas spring. Avoid selecting by nominal dimensions alone if the catalog specifies tighter fit requirements.
Can I use this plate as an upper groove mounting component?+
This item is explicitly designed as a lower groove mounting plate and is intended for plate-only support of compatible gas springs. If your application requires an upper groove configuration, you must select the corresponding upper groove plate variant from the catalog. Using a lower groove plate for upper groove mounting can lead to incorrect seating and force transfer.
Is the plate a complete gas spring or does it require a separate gas spring component?+
It is a plates-only component intended to support lower groove mounting on compatible gas springs. The gas spring itself must be selected separately, and compatibility is verified using the catalog table. This helps ensure the groove geometry and mounting interface align correctly.
How do I verify dimensional fit for mold tooling after choosing D and L?+
After choosing a candidate plate within D = 19 ~ 195 mm and L = 45 ~ 210 mm, validate fit against the compatible gas spring model in the catalog table. The input does not list tolerance values, so you should rely on the official fit/clearance data from the compatibility documentation. This is especially important for preventing interference with adjacent mold base or actuation hardware.

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