The OmniPulse DDC Advantage
- Improved Motor Speed & Torque Control
- Minimized Downtime & Improved Serviceability
- Reduced Ongoing Maintenance
- Expenses & Energy Costs
- Improved Safety
OmniPulse DDC Digital Crane Controls—Features at a Glance
- Compact, modular design
- Universal software adjustable for various application and production needs
- Built-in diagnostics to troubleshoot crane performance and keep your system up and running
- Standard—closed loop with sensorless feedback—5% speed regulation
- Optional closed loop with tachometer feedback—0.1% speed regulation
- May be configured for series, shunt, or compound wound motor applications
- The only DC to DC crane drive available with four-quadrant motor operation
OmniPulse DDC Cost Savings
- Reduction in maintenance costs
- – Fewer parts = less maintenance
- – Labor savings due to less frequent maintenance required
- – Reduced wear on the mechanical drive train
- Improved Reliability/Increased Up-time
- – OmniPulse drives use solid-state devices so there are less parts to fail
- – Higher reliability in digital technology
- – Ease of troubleshooting and diagnostics
- – Modular design of the OmniPulse DDC provides easier serviceability
- Inventory Savings
- – Reduction in inventory of DCCP component spares
- – OmniPulse DDC offers common hardware
- Control & interface board is universal for all sizes
- Two power frame sizes covers entire OmniPulse DDC product offering
- Energy Savings
- – Significant energy cost savings can be achieved with the OmniPulse DDC
- Flexibility to Production Requirements
- – OmniPulse DDC drives are easily adaptable to changing production requirements