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FCQ Type Gas Spring Plate - Upper Groove Fixed

FCQ Type Gas Spring Plate - Upper Groove Fixed

FCQ type gas spring plate - upper groove fixed is a square mounting plate designed to lock securely in the upper groove of the gas spring body, improving assembly stability and positional consistency. It’s suited for multi-type mounting layouts where repeatable fit is required.

  • Upper groove fixed square plate secures mounting in the gas spring body groove
  • FCQ type supports consistent alignment for reliable component integration
  • Engineered for tight, repeatable positioning to reduce installation variation
  • Used in gas spring systems requiring fixed upper-groove mounting plates

Specifications

2 configurations available

Outer diameter (D) (mm)type
45-
50-

Product Guide

🏭Application Scenarios+

This FCQ type gas spring plate is used as a fixed mounting interface in injection molded end-product assemblies that rely on repeatable gas spring positioning. By locking into the upper groove of the gas spring body, it helps maintain consistent stroke alignment and reduces variation during assembly.

  • Cabinet and appliance lift systems: Ideal for upper-groove fixed layouts where the mounting must stay stable across repeated open/close cycles.
  • Automotive interior/trim panels: Supports clean alignment in modular spring stacks so trim components mount without twist or preload inconsistency.
  • Industrial access covers: Suitable where fixed square mounting improves positional consistency and helps ensure predictable closure feel.

The variant is suited for these applications because the groove-fixed design provides stable location in the gas spring interface, supporting reliable downstream alignment in the molded housing and trim parts.

🔧Material & Process Details+

The provided specifications include the outer diameter range (D = 45 or 50 mm), but no steel grade, heat treatment, hardness, or coating details are stated for this particular plate variant. Therefore, material performance claims such as HRC hardness, nitriding, or quenched-and-tempered microstructure cannot be verified from the given data.

In gas-spring mounting plates, engineers typically select steels or surface treatments that balance wear resistance (against groove friction and assembly handling) with toughness (to avoid chipping under shock loads). If your project requires specific durability, request the exact material datasheet and heat treatment condition for the FCQ model tied to series code 110110589139.

📐Sizing & Selection Guide+

To select the correct plate, match the required interface geometry to the specified outer diameter (D). This series is specified with two options: D = 45 mm and D = 50 mm. Choose the diameter that corresponds to the groove and clearance requirements of your gas spring body and the mating mounting layout in the assembly.

  • Upper groove fixed alignment: Confirm that your gas spring’s upper groove dimensions and tolerances accept the groove-locking square plate form factor without interference.
  • Fit and clearance: If your design uses molded features around the mounting, verify stack-up tolerance so the plate seats fully while avoiding binding.
  • Configurable vs fixed: The mounting concept is fixed as “upper groove fixed” (FCQ), while the selectable dimension you have from the provided data is the outer diameter (45 or 50 mm).

After diameter selection, validate assembly fit using your system’s groove-to-housing clearance and any required positional tolerances for repeated alignment.

Frequently Asked Questions

How do I confirm compatibility with a gas spring’s upper groove for the FCQ upper-groove fixed plate?+
This plate is designed to lock in the upper groove of the gas spring body, providing a fixed mounting interface. Compatibility should be verified by matching the groove geometry and ensuring the square plate can seat without interference. Since the provided data lists D = 45 or 50 mm, select the diameter that matches your gas spring mounting clearance and groove-related envelope.
Which outer diameter (D) option should I use: 45 mm or 50 mm?+
The specification provides two selectable values: D = 45 mm or D = 50 mm. Choose the option that matches the required mounting envelope in your assembly around the upper groove interface. In designs with molded housings, confirm clearance to prevent binding and ensure full seating for positional repeatability.
Does the upper groove fixed design improve positional consistency for repeated assemblies?+
Yes. The “upper groove fixed” concept is intended to lock securely in the gas spring’s upper groove, improving stability and positional consistency during assembly. This supports repeatable fit for systems where slight installation variation could affect downstream alignment in molded housings or trim components.
What tolerance guidance is available for selecting the plate dimensions?+
No explicit tolerance values are provided in the available specifications. Use the known D range (45/50 mm) to select the correct envelope, then validate fit against your gas spring groove dimensions and the molded part stack-up. If your assembly has strict alignment targets, request the detailed technical drawing for this series code 110110589139 to confirm tolerances.
Is there any material or hardness information available for this FCQ plate series?+
The provided data does not include steel grade, heat treatment condition, coating, or hardness (HRC). Because these details are necessary to assess wear and toughness performance, request the material datasheet for series code 110110589139. Use that information to confirm suitability for your expected loads and groove-friction conditions.

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