KH5-M655A-A0X KH5-M655A-A1X HPX-A2 Full Fiber Optic Sensing Kit
Complete fiber optic sensing assembly consisting of YAMATAKE HPX-A2 fiber amplifier and matched dedicated fiber probe cable. Two part numbers with internally calibrated different sensing parameters to fit various YAMAHA placement head models.
Technical Specifications
| Part Number |
KH5-M655A-A0X KH5-M655A-A1X |
| Product Name |
YAMAHA Complete Fiber Optic Sensing Kit YAMATAKE HPX-A2 Amplifier With Matching Fiber Cable For YG Series Placement Head |
| Applicable Equipment |
YAMAHA YG100 YG200 YV100XG high-speed multi-nozzle placement machines for nozzle and component suction state inspection |
| Brand |
YAMAHA |
| Supplier |
CNSMT |
| Condition |
Brand New |
Function & Purpose
Installed inside the electrical compartment of YG/YV series placement heads, this SMT mounter complete fiber sensing spare parts forms a full detection loop for nozzle existence and chip suction status. The fiber probe contacts the detection position to collect light signals, while the amplifier converts weak optical signals into digital signals and feeds data back to the machine control system automatically.
Core Functions
- Integrated matched full set design with factory-matched amplifier and fiber probe cable for direct whole-set replacement without separate selection
- 10-30VDC wide voltage compatibility maintains stable PNP detection signal output under workshop voltage fluctuation conditions
- Adjustable sensitivity knob and multi-mode switch support identification of 0402 and smaller ultra-miniature components
- Double-layer protective fiber cable paired with sealed amplifier housing blocks solder dust and oil intrusion to slow line aging and abrasion
CNSMT supplies brand new complete KH5-M655A-A0X and KH5-M655A-A1X HPX-A2 fiber sensing kits compatible with YAMAHA YG YV series SMT mounters. Integrated amplifier and fiber cable deliver consistent high-precision nozzle and component recognition performance, minimizing unexpected machine shutdown triggered by sensing system faults.
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