EN
1. High efficiency. The optimized software matches the high-speed moving hardware, making the debugging efficiency higher than that of skilled workers.
2. strong versatility, applicable to a wide frequency band.
3. There are no restrictions on the specifications and types of tuning screws. Quickly switch between M2 ~ M8 screws. Self-locking screws or screw nuts can be used.
4. Patented design adjustment module, which rotates the screw and nut with 3N elastic pressure without affecting the S parameter curve; the head floats and can adapt to the deviation of the product position; automatically detects whether the batch rod and screw groove are stuck; the screw motor and laser test The distance sensor forms a closed-loop monitoring of the screw depth.
5. Automatically compensate cutter head clearance and thread clearance.
| Efficiency | 1.2 ~ 1.3 times that of artificial | Filter size | Max L600 × W500mm |
| Frequency band | 400MHz ~ 6000MHz | Positioning accuracy | ± 0.02mm |
| Height accuracy | ± 0.04mm | Torque | Self-locking screw 0.2 ~ 1.4Kgf.cm / Screw with nut: 1.5 ~ 32Kgf.cm |
| Screw specifications | with nuts M2 ~ M8 / self-locking screws M2 ~ M6 | Screw angle accuracy | 5 ″ |
Automatic commissioning of metal cavity filters. There are two sets of adjustment modules, which can correspond to different specifications of the tuning screw on the filter. After the filter is connected to the vector network analyzer, the waveform is analyzed by a special program, and the debugging information is output. From the corresponding adjustment module to the specified screw position, turn the nut to a semi-loose state, and then turn the screw to the required depth and tighten the nut. Test and adjust the screw until the parameter waveform meets the requirements.
Automatic commission...
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