This utility model discloses a connector for a fuel
cell stack inspection line and a fuel
cell, aiming to solve the technical problems of complex
assembly, poor reliability, and unsuitability for
mass production in existing inspection connection methods. The connector consists of a connector block, a limiting block, and an inspection line. It employs an elastic clamping plate and a limiting channel, utilizing a gold-plated
copper elastic clamping material and a "7-shaped" locking structure to achieve a reliable mechanical connection while ensuring low
contact resistance, effectively eliminating the risk of detachment under vibration conditions. The
modular connector block and limiting block are snap-fitted together, and with a side-opening clamping plate mechanism, the inspection plates of 250 bipolar plates can be quickly blindly inserted and positioned, effectively improving
assembly efficiency. The standardized limiting channel and staggered wiring design ensure no cross-interference in the inspection line, significantly reducing the difficulty of manual operation and perfectly adapting to the requirements of
mass production processes. This utility model, through optimized connector structural design, achieves the technical effect of both locking function and convenient
insertion / removal, suitable for
mass production, effectively solving the key technical problems of fuel
cell stack inspection line connection.