To address these challenges, we engineered a bespoke U-Shaped Scissor Lift Platform with an integrated telescopic deck system and a hardwired PLC logic controller.
1. Structural Logic and “U” Architecture
The chassis was constructed from high-tensile structural steel, precision-aligned to the U-shaped pit. The lift utilizes a heavy-duty scissor mechanism optimized for long-stroke stability, ensuring the platform remains rigid even when subjected to horizontal lateral forces at maximum height.
2. Independent Telescopic Zones (A, B, and C)
To provide flexible access to the test subject, the platform features three independently controlled telescopic decks:
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Zone A: A 3000mm wide extension reaching up to 1500mm, with a dedicated 350kg load capacity.
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Zones B & C: Optimized for lateral proximity with 700mm extensions.
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Safety Sensing: Zone A includes non-contact photoelectric limit switches that automatically lock movement when within 50mm of any structural obstacle.
3. EMI-Secure Wired Control System
The electrical architecture is strictly hardwired, featuring a PLC system that manages complex interlocks. The system prevents any vertical movement if telescopic decks are extended or if the 1100mm safety railings are not mechanically secured.
