Description
Yaskawa SGDH-15DE – 1.5 kW Sigma-II SERVOPACK for 200–230 V systems with DeviceNet control
The Yaskawa SGDH-15DE is a Sigma-II AC servo amplifier sized for 1.5 kW applications. From my experience, this model is a good fit when you want the robustness of Sigma-II with DeviceNet fieldbus control and straightforward cabinet mounting. You might notice that it excels in packaging lines, pick-and-place stations, and retrofits where an installed DeviceNet network is already in place. Response is quick, tuning tools are familiar, and it plays nicely with Yaskawa Sigma-II motors and encoders.
Company’s Order Placement Process and Guarantees
- Warranty: 365 days
- Delivery time: 1 week for in-stock; no more than one month at the latest
- Payment terms: 50% advance payment, full payment before delivery
- Express options: FedEx, UPS, DHL
Key Features
- 1.5 kW capacity (200 V class) – Sized for mid-range axes on cartoners, winders, and index tables.
- DeviceNet fieldbus control – Typically used in brownfield systems; makes integration with DeviceNet PLCs straightforward.
- Sigma-II ecosystem compatibility – Works with Yaskawa Sigma-II motors and serial encoders; commissioning is predictable.
- Fast servo response – Stable speed/position control with auto-tuning that, in many cases, reduces settling time without hunting.
- Compact, book-style chassis – Saves cabinet space and mounts cleanly alongside other drives.
- Protection and diagnostics – Alarms and status I/O help maintenance teams pinpoint issues quickly.
- Reliable in industrial environments – Designed for 0–55°C ambient operation with proper ventilation.
Technical Specifications
| Brand / Model | Yaskawa SGDH-15DE (Sigma-II SERVOPACK) |
| HS Code | 8504.40 (Static converters, AC drive/servo amplifier) |
| Rated Output | 1.5 kW (200 V class) |
| Power Requirements | 200–230 VAC, 50/60 Hz, three-phase input (typical for this capacity) |
| Operating Temperature | 0 to +55 °C (non-condensing, adequate ventilation) |
| Communication Interfaces | DeviceNet fieldbus; discrete I/O for run/enable/alarms |
| Signal I/O & Feedback | Digital inputs/outputs; Yaskawa serial encoder feedback (typically 17-bit class) |
| Installation Method | Panel/cabinet mounting, vertical orientation; book-type drive |
| Dimensions & Weight | Approx. 260 (H) × 90 (W) × 180–185 (D) mm; ~2.5–2.8 kg |
Where it fits well
A packaging OEM told us they swapped this unit into a legacy DeviceNet cell to stabilize a 1.5 kW infeed axis; tuning went faster than expected and they didn’t have to touch the PLC logic. It also seems to be a safe pick for indexing conveyors or turret applications where accurate positioning and quick settle are more important than ultra-high-speed profiles.
Related or Supporting Products
- SGDH-15AE – Same 1.5 kW capacity with pulse/analog reference instead of DeviceNet; a better choice if your controller outputs pulse train.
- SGDH-10DE / SGDH-20DE – Same interface family in 1.0 kW and 2.0 kW capacities for adjacent axes.
- Sigma-II Motors (SGMAH / SGMAV / SGMGH series) – Match the motor series and encoder to the 1.5 kW class for best performance.
- Motor and Encoder Cables (JZSP- series) – Factory cables for power and feedback to ensure shielding and EMC compliance.
- Regenerative Resistors – Recommended where decel duty is high; size to match braking duty of the 1.5 kW axis.
Installation & Maintenance
- Cabinet environment – Mount vertically in a sealed panel with 50 mm (min) clearance above/below; keep ambient 0–55 °C and provide forced ventilation.
- Power and grounding – Use a dedicated 200–230 VAC supply for the 1.5 kW class; bond PE ground with low impedance and follow EMC grounding practices.
- Wiring – Shielded motor/encoder cables routed away from high-power lines; keep DeviceNet trunk and drops within ODVA guidelines.
- Tuning & startup – Start with auto-tuning; verify encoder direction and limit switches; set DeviceNet node ID and baud rate as required by the PLC.
- Routine maintenance – Quarterly dust cleaning, visual terminal checks, fan inspection (if equipped), and firmware updates where applicable.
- Safety – Lockout/tagout before service; verify STO/enable circuits; keep clearances around braking resistors due to heat.
Quality & Certifications
- CE and UL/cUL conforming (typical for Yaskawa Sigma-II drives)
- RoHS compliant in most later production batches
- Manufacturer reputation for long lifecycle support and robust spares availability
- Backed by our 365-day warranty
If you’re replacing an existing SGDH-15DE, share the exact motor model and any network settings; we can pre-check compatibility and help you avoid downtime. One thing I appreciate is how predictable the Sigma-II behavior is during a swap—usually it’s commission, tune, and go.







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