6320G3SB - 6000 Series - copper tube-fin, heat exchanger

Tube Material Stainless Steel; Fin Material Copper; 400-2,700 W; Liquid Pressure Drop 0.1-0.4 bar; Air Pressure Drop 12.46-37.37 Pa; Fan Plate Integrated Aavid-Boyd’s (formerly Lytron’s) Aspen Series of stainless steel tube-fin heat exchangers combines low price and low pressure drop with excellent heat transfer and superior fluid integrity. These heat exchangers are ideal for applications where deionized water or corrosive fluids are used. When a slightly lower performance/size ratio is acceptable, the Aspen Series offers better value with 80% of the performance of the 4000 Series at approximately 50% of the cost. The Aspen Series also has lower air and liquid side pressure drops than the 4000 Series. Heavy-walled, seamless stainless steel tubes are expanded into copper fin with an extruded full collar. The copper fin and the excellent metal-to-metal contact between the tube and the fin collar ensure optimum thermal performance. All wetted surfaces are 316L stainless steel, making them ideal for high purity and/or corrosive coolants such as deionized water. The welded stainless steel frame and fan plate offer durability and strength. Aavid-Boyd’s Aspen Series of heat exchangers with 0.5 mm tube wall thickness are 100% leak tested to 150 psi (10.3 bar). The integrated fan plate acts as a plenum to ensure uniform air-flow distribution through the core, thus maximizing performance. It also enables easy fan installation. With the Aspen Series, Aavid-Boyd’s proprietary manufacturing process expands the tubes into the copper fin without the use of oils and our liquid return design eliminates potential particle trapping sites which can contaminate cooling fluid. Argon-purged welded joints further ensure cleanliness. Aspen heat exchangers can be manufactured in custom sizes and tube configurations to meet your thermal and mechanical specifications. Inlet/outlet positions, fittings, paints and other coatings are available. Assemblies including fans and other components can also be supplied. Please get in touch with the AMS Technologies thermal technology experts to discuss your customized heat exchanger solution! Key Features: Engineered for Performance Compatible With Deionized Water and Corrosive Liquids Rugged and Reliable Extremely Clean Tube Material (Fluid Path): Stainless Steel Fin Material: Copper Integrated Fan Plate for Improved Performance and Convenience Fitting: SB Straight Fitting Cooling Capacity 400 to 2,700 W Maximum Pressure: 10.3 bar Liquid Pressure Drop: 0.4 to 2.2 bar Air Pressure Drop: 29.89 to 54.80 Pa; Optional Fan Kit With 1 or 2 Fans Fluid Volume: 45.9 to 262.2 ml Dimensions 207 x 47 x 151 to 583 x 53 x 298 mm Applications: Military & Aerospace; Medical; Industrial; Lasers; Medical Imaging; Analytical Instrumentation; Power Electronics; Semiconductor Equipment; Machine Tools; Telecommunications

Input Voltage 102-264 VAC; Max. Output Voltage 1-60 kVDC; Max. Power 120 W; Efficiency >85%; Voltage Regulation <0.005%; Current Regulation <0.1% XP Glassman’s FJ Series of 120 W high voltage AC/DC power supplies feature flexible embedded controls with low ripple and noise. They are air insulated, fast response, 1U rack-mount units with tight regulation and extremely low arc discharge currents. A broad range of models is available with output voltage ranges from 0 to 1 kVDC through 0 to 60 kVDC. The FJ series features “air” as the primary dielectric medium. No oil or encapsulation is used which would impede serviceability or increase weight. Internal circuitry constantly senses and integrates arcs that occur over a given time. In the event a system or load arcing problem develops and exceeds factory-set parameters, the power supply will cycle off in an attempt to clear the fault and then automatically restart after a preset “off dwell time”. The FJ Series’ high voltage output is inhibited for a short period after each load arc to help extinguish the arc. Typically, ripple is less than 0.02% RMS of rated voltage at full load. Off-the-line pulse-width modulation (PWM) provides high efficiency and a reduced parts count for improved reliability. Front-panel digital encoders provide high-resolution local adjustment of voltage and current program. Integral RS-232, USB and optional Ethernet communications provide remote control program and monitor. The FJ Series’ standard operation mode is constant voltage/current. Automatic crossover from constant-voltage to constant-current regulation provides protection against overloads, arcs and short circuits. A rear panel switch allows selection of either constant-current or current-trip operation. Thermostats and fan RPM sensing shut down the power supply due to over-temperature or reduced fan speeds. Standard accessories for the FJ Series include a detachable 2,4 m shielded high voltage coaxial output cable, line cord, null modem cable and USB cable. The FJ Series supplies with 230 VAC input option (198 to 264 VAC RMS, 48 to 63 Hz) are fully compliant with the following European directives: EN61000-3-2, Line Harmonics EN61010/ IEC61010, Safety EN61000-6-4, Conducted and Radiated Emissions EN61000-6-2:2005, Conducted and Radiated Immunity 2011/65/EU, Restriction of the Use of Hazardous Substances (RoHS) Key Features: 1U Rack Mount Air Insulated Maximum Output Power: 120 W Maximum Output Voltage: 1 to 60 kVDC Maximum Output Current: 2 to 120 mA Low Ripple: <0.02% of Rated Voltage + 0.5 V RMS at Full Load Tight Regulation Static Voltage Regulation: <0.005% for Specified Line and Load Variations Current Regulation: <0.1% From Short Circuit to Rated Voltage at Any Load Condition Constant Voltage/Constant Current Operation Arc Quench & Arc Count Front Panel, Remote, RS232, USB & Optional Ethernet Control Input Voltage: 102 to 132, 198 to 264 VAC RMS, 48 to 63 Hz, Single Phase Efficiency: >85% Typical at Full Load Output Voltage Accuracy: 0.5% of Setting + 0.2% of Rated Output Voltage Repeatability: <0.1% of Rated Voltage Maximum Stored Energy: 0.2 to 2.4 J Voltage Monitor: 0 to +10 VDC Signal for 0 to Rated Voltage Current Monitor: 0 to +10 VDC Signal for 0 to Rated Current Stability: 0.01%/h After 0.5 h Warm-up, 0.05% per 8 h Polarity: Positive or Negative Polarity With Respect to Chassis Ground Protection: Against All Overload Conditions, Including Arcs and Short Circuits Signals Provided on the Remote Interface Connector: Safety Interlock, Voltage & Current Program/Monitor, HV Enable, HV Status, Fault Status, +10 V Reference, I/V Mode Status Options: 100, 230 VAC Input, Blank Front Panel, Zero Start Interlock, 0 to 5 V Voltage & Current Program/Monitor, Arc Count and/or Quench, Virtual RS-232 COM Port Over Ethernet Network 3 Year Warranty Approvals: IEC61010-1:2010; EN61000-6-4:2007, Class A EN61000-6-2:2005 Operating Temperature: -20 to +40 °C Dimensions: 43.6 x 482.6 x 508.0 mm Applications: High Voltage, High Power Applications; Photonics; Healthcare (Analytical, Diagnostics, Detectors); Industrial; Semiconductor Manufacturing; Research; Other