Dass167 Better Here
In the world of industrial automation, CNC machining, and high-precision motion control, the model number DASS167 has become a benchmark. However, as engineering demands evolve, operators and procurement managers consistently ask one question: What makes one DASS167 configuration better than another?
Need a configuration file? Download our optimized “DASS167-Better.ini” template from the link below. Discover how to make your DASS167 better with hardware Rev. C, firmware 2.1, tuning parameters, and external shunt mods. Real comparisons vs. Leadshine and Delta. dass167 better
| Feature | DASS167 (Optimized) | Leadshine EL8 | Delta ASD-A2 | | :--- | :--- | :--- | :--- | | | 16.7A (true RMS) | 15.0A | 16.0A | | Input Voltage Range | 24-80 VDC (Regenerative) | 20-75 VDC | 24-70 VDC | | Position Error (under variable load) | ±1.5 encoder counts | ±3.2 counts | ±2.8 counts | | Fieldbus Cycle Time (EtherCAT) | 125 µs | 250 µs | 250 µs | | Cost per axis | $189 | $210 | $245 | In the world of industrial automation, CNC machining,
The DASS167 is better for applications requiring high peak current at low voltage (e.g., battery-powered AGVs) and for systems where deterministic real-time control (125 µs cycle) is non-negotiable. Download our optimized “DASS167-Better
