Two new HVPSI regulated, adjustable power units supply 125V to 6,000V at 4W to 30W for consistent accuracy regardless of load conditions
New Yorker Electronics has released the new advanced interface options of the UMR-AA and UMR-A Series of High Voltage Power Supplies from Dean Technology (HVPSI). Using additional pins, the advanced interface options provide for enhanced adjustment and monitoring features consistent with industry standards and known customer needs. The V05 and V10 options are available with +5VDC and +10VDC reference, control and monitoring respectively.
The V05 and V10 options are important additions to DTI’s standard power supply offerings. These advance interface options supplied by New Yorker Electronics allow both the power supply output voltage and current to be monitored and adjusted with the same scaling and include a +5VDC or +10VDC reference voltage. Signals are from 0 to +5VDC (V05) and 0 to +10VDC (V10) for all models and polarities of both the UMR-AA and UMR-A series.
Output monitoring signals are fully buffered with high input impedance to ensure consistent accuracy regardless of load conditions. The low impedance outputs provided by these options also have a programming accuracy that makes them ideal for integration into any variety of systems including those with digital and PLC control.
Features & Benefits
- Adjustable Output
- ARC/Short Protected
- Current Monitor
- Encapsulated
- High Efficiency >70%
- Low Ripple
- Non-Metallic Case
- Regulated
- Voltage Monitor
Applications
- Cable Thumping
- Detectors
- Dielectric Testing
- Electrostatic Air Cleaners
- Electrostatic Oil Cleaners
- Electrostatic Painting
- ESD Testing
- High Voltage Bias
- Ink Jet Printing
- Ion Beams
- Ionisers
- Leakage Testing
- Particle Analyser
- Photomultipliers
- Piezoelectric Driver
- Powder Coating
- Pulse Generators
- UltraSonics
All models in the UMR-AA and UMR-A series are now available from New Yorker Electronics with the V05 and V10 advanced interface options immediately and are ready for use in countless applications.
