Component Classification: By Location
What are the components of seismic supports? Categorized by location, they include: connection components (connectors/bolts), support components (diagonal braces/vertical braces), anchoring components (anchor bolts/base plates), and adjustment components (adjusters/shims).
Industry experts note that when evaluating components by location—connection components (connectors/bolts/nuts), support components (diagonal braces/vertical braces/reinforcements), anchoring components (anchor bolts/base plates/anchor plates), and adjustment components (adjusters/shims)—using a location-based checklist helps prevent missing parts.
Categorized by Location
- Connection components: Connectors/bolts (for connecting)—ensure all are present;
- Support components: Diagonal braces/vertical braces (for support)—ensure proper configuration;
- Anchoring components: Anchor bolts/base plates (for anchoring)—ensure proper installation;
- Adjustment components: Adjusters/shims (for adjustment)—ensure availability;
- Location-based checklist: Check by location to prevent omissions.
Evaluation Key Points
First, ensure complete connections.
Fully equip connectors and bolts to prevent loosening. Second, ensure proper support configuration.
Configure diagonal and vertical braces to prevent structural failure.
Third, ensure proper anchoring installation.
Install anchor bolts and base plates correctly to prevent detachment.
Fourth, ensure adjustment components are available.
Have adjusters and shims ready to correct any unevenness.
Pitfall Warnings
First, “missing connection parts.”
Risk of loosening—ensure all connection parts are present.
Second, “insufficient support.”
Risk of weak seismic resistance—ensure proper support configuration.
Third, “insecure anchoring.”
Risk of detachment;
anchorage installation.
Trends and Reminders
Seismic support accessories are moving towards standardization, characterized by trends of complete-set supply (systematization) and mandatory testing and certification.
For electromechanical engineering, the recommended approach is to “clarify requirements by location, configure as complete sets, and ensure reliable anchorage.”
Ensure a full range of accessories and compliance with seismic standards.
