ADVANCED ENERGY XRG70-603PFX

HITEK POWER® XRG70 X-RAY POWER SUPPLY MODULES ©2017 Advanced Energy Industries, Inc. Exceptionally small and reliable for high- performance, compact x-ray applications Page 2 Specifically developed for high-performance, compact x-ray applications, the XRG70 series is exceptionally small and reliable. It offers superior high-voltage stability, stress control, and packaging. This series includes a variety of models from 25 to 90 kV, and is based on the grounded filament series of products for grounded cathode applications. The filament is automatically controlled by the integral beam current loop-control and the power stage utilizes a current-fed resonant push-pull converter to provide high efficiency while ensuring reliable operation. Features Typical Applications › 72 W high-voltage output max › X-ray fluorescence (XRF) › 20 W grounded filament › X-ray diffraction (XRD) › Exceptionally compact › X-ray reflectivity (XRR) › Local and remote operation › X-ray imaging (XRI) › Safety interlock › High accuracy and stability › EU RoHS compliant to 2002/95/EC › CE marked for EU LV Directive 2006/95/EC ASK US ABOUT DERIVATIVES AND SPECIAL PRODUCTS BUILT TO YOUR REQUIREMENTS. Contact AE for custom versions with additional options for power control, interlock, and enable signals. Page 3 SPECIFICATIONS 72 W max, depending on model (constant power available) Output Power Models available from 25 to 90 kV, full spec above 5% output Output Voltage Models available from 0.8 to 2 mA Output Current 24 VDC ±10%, 5.5 A max (efficiency ≈ 75%) Input Voltage 0.05% +10 V peak to peak max Ripple 5.5 VDC, 3.5 A, controlled by internal beam control loop Filament Filament disabled: apply V > 2.8 V on pin 12 Filament Disabled Filament enabled: apply V < 0.8 V on pin 12 Input Impedance: 10 kΩ max input voltage 24 V Controls (Analog Version) 0 to 10 VDC demands 0 to max voltage ±0.25% ±10 V (90 kV version: ±1%) Voltage (Remote) Internal multi-turn potentiometer for full range setting Voltage (Local) 0 to 10 VDC demands 0 to max current ±0.25% ±1 µA Current (Remote) Internal multi-turn potentiometer for full range setting Current (Local) Internal multi-turn potentiometer for full range setting Filament Limit Internal multi-turn potentiometer for full range setting Filament Standby Controls (RS-232 Version) 12 bit, 0 to FFF demands 0 to max voltage ±0.25% ±10 V (90 kV version: ±1%) Voltage (Remote) 12 bit, 0 to FFF demands 50 msec to 204 sec Slew Rate 12 bit, 0 to FFF demands 0 to max current ±0.25% ±22 µA Current (Remote) 12 bit, 0 to FFF demands 0 to 3.5 A, ±2.5%, ±15 mA Filament Limit 12 bit, 0 to FFF demands 0 to 3.5 A, ±2.5%, ±15 mA Filament Standby Monitors (Analog Version) 0 to 10 VDC demands 0 to max voltage ±0.25% ±10 V Output Voltage 0 to 10 VDC demands 0 to max current ±0.25% ±1 µA Output Current Internal multi-turn potentiometer for full range setting Filament Limit Internal multi-turn potentiometer for full range setting Filament Standby 0 to 10 V for 0 to 3.5 A, accuracy ±2% ±20 mV, output impedance 1 kΩ Filament Current Monitor Monitors (RS-232 Version) 12 bit, 0 to FFF represents 0 to max voltage ±0.45% ±90 V Voltage (Remote) 12 bit, 0 to FFF represents 0 to max current ±0.45% ±2 µA Current (Remote) 12 bit, 0 to FFF represents 0 to 3.5 A, ±2.5%, ±15 mA Filament Current 12 bit, 0 to FFF represents 0 to 10 V ±2.5% ±10 mV Filament Voltage 12 bit, 0 to FFF represents 0 to max voltage Voltage Demand 12 bit, 0 to FFF represents 0 to max current Current Demand 12 bit, 0 to FFF represents 0 to 3.5 A Filament Standby 12 bit, 0 to FFF represents 0 to 3.5 A Filament Limit Load Regulation 0.01% ±1 V for a 100% change in output current Output Voltage 0.01% ±1 µA for a 50% voltage change Beam Current Line Regulation 0.01% for a 10% input voltage change Output Voltage 0.01% for a 10% input voltage change Beam Current Environmental -20 to 85°C (-4 to 185°F) Storage Temperature 0 to 45°C (32 to 113°F) max case temperature Operating Temperature 80% max relative humidity up to 31°C (88°F), reducing linearly to 50% at 40°C (104°F); non-condensing Humidity 2000 m (6500') Altitude Page 4 SPECIFICATIONS By conduction through the mounting panel (case) and natural convection through the holes in the lid, one side panel, Cooling and the rear panel Stability and Drift 100 ppm per °C, applies to all analog controls and monitors Temperature Coefficient ±0.1% over 8 h after 30 min warmup Stability Protection Reverse polarity and over-current Input Voltage Continuous shortcircuit, intermittent arc, and over-voltage protection HV Output Continuous shortcircuit and over-voltage protection Filament Output Safety and Compliance Meets the requirements of the Low Voltage Directive (LVD) 2006/95/EC by complying with BS EN61010-1 when it is Safety installed as a component part of other equipment and is CE marked accordingly. An M5 earth terminal is provided which shall be connected to a safety earth at all times when the unit is operational. Meets the requirements of EU Directive 2002/95/EC on the Restriction of use of certain Hazardous Substances RoHS in electrical and electronic equipment (RoHS). Mechanical Specifications See drawings on page 7 Dimensions Analog models: 3 kg (6.6 lb) Weight Models with RS-232: 3.2 kg (7 lb) XRG70-903 (90 kV): 5.43 kg (11.97 lb) Aluminum, clear, non-chrome passivate finish Casing Twin 63.5 mm (¼") push on spade terminals Input DC Power Connector HiTek Power®-designed detachable connector HV Output Connector Molex 2 W minifit 39-29-1028 Filament Output Connector CONNECTIONS Pin Name In/Out Function MONITOR RETURN Output Zero-volt for commands and monitors 1 KV MON Output To read the actual voltage 2 mA MON Output To read the actual beam current 3 INTERLOCK SIGNAL Output Relay contact ground/open 4 GROUND = interlock open OPEN = interlock closed +10 V REF Output To be used as a reference voltage 5 FIL CURRENT MON Output To read the actual filament current 6 KV PROG Input To set the output voltage 7 LOCAL KV PROG Output To be connected to pin 7 in local mode, adjust potentiometer and read demand 8 FIL I LIMIT Output Read and adjust the filament current limit demand via potentiometer. 9 mA PROG Input To set the output current 10 LOCAL mA PROG Output To be connected to pin 10 in local mode, adjust potentiometer and read demand 11 FIL ENABLE Input Active low 12 HV ENABLE Input Active low 13 FIL I STANDBY Output Read and adjust the filament standby demand via potentiometer. 14 INTERLOCK RETURN Input To be connected to front panel stud and not monitor return 15 Page 5 LED DISPLAY LED Function On when current limit loop is in control CC On when voltage loop is in control VC On when interlock is closed INT On when unit is live 24V OUTPUT AND ORDERING INFORMATION Model Output Voltage Output Current Output Power 25 kV 2 mA 50 W XRG70-253 40 kV 1.5 mA 60 W XRG70-403 50 kV 1.2 mA 60 W XRG70-503 60 kV 1.2 mA 72 W XRG70-603 65 kV 1 mA 65 W XRG70-653 70 kV 1 mA 70 W XRG70-703 90 kV 0.8 mA 72 W XRG70-903 Accessories XRG70 1M HV cable 33400206-00 XRG70 3M HV cable 33400206-01 XRG70 5M HV cable 33400206-02 Suffixes (Required; add to model number) High-voltage output polarity (normally positive for grounded filaments) P or N Specifies if the internal filament is required F Extends the high-voltage cable (to enable compatibility with other products, e.g. MH60, and a greater range X of x-ray tubes) RS-232 computer control (hard wired and fiber optic) C Examples Negative output XRG70-603N Positive with filament and RS-232 XRG70-603PFC Positive with filament, extended cable, and RS-232 XRG70-603PFXC Analog models with fixed constant power and RS-232 models with adjustable constant power, as well as many different interlock options, are available upon request. These component power supplies meet the requirements of EC Directive 2006/95/EC (LVD). Page 6 Drawing dimensions are in mm (inches). HV output cable available upon request. Page 7 For international contact information, visit advanced-energy.com. ENG-HV-XRG70-230-04 8.17 Specifications are subject to change without notice. ©2017 Advanced Energy Industries, Inc. All rights reserved. Advanced Energy®, AE®, and HiTek Power® are U.S. trademarks of Advanced Energy Industries, Inc.