Features And Specifications; Features And Options; Technical Specifications - Ametek AMREL SPS Series Operation Manual

I. FEATURES AND SPECIFICATIONS
INTRODUCTION
The AMREL Medium Power SPS Series Switching Power Supply provides a complete solution offering to your power supply needs.
The Medium Power SPS series is rated for 5kW, 10kW, and 15kW in a 3U package and 20kW, 25kW, and 30kW in a 6U package, with
a wide selection of models. The SPS is a general purpose power supply designed for research & design validation, production & process
control, laboratory applications, as well as a recommended dc power instrument standard for automatic test (ATE) systems. The wide
range of output ratings, ease of operation, fast response and low PARD combined with excellent load and line regulation are essential to
a lab or R&D environment. In addition, the SPS provides stable and accurate voltage and current regulation for electrochemical
applications, such as battery charging, ultracapacitor and fuel cell testing. Voltage and Current auto-sequencing (V
digital programming and resolution, extensive protection modes (OVP, OCP and OTP), and in-rack closed case calibration ensure
reliability and maximize return on investment, perfect for burn-in applications, compliance testing and component/product testing &
validation. Local front panel controls are standard with keypad and encoder, which allows increased controllability and ease-of-use.
The 19" rack-mountable medium-power SPS comes with Standard Commands for Programmable Instrument (SCPI) commands,
LabVIEW & LabWindows drivers, and a multitude of computer interfaces, GPIB, RS-232, USB and Ethernet, ideal for system
integrators and ATE systems used in a diverse application portfolio. The flexible external analog programming and monitoring provide
precision control for production facilities using PLC or analog controllers, or precision process control applications, i.e. ion beam
steering or plating. The AMREL Medium Power SPS is designed for quality, reliability, flexibility and performance to meet the needs
of bench-top, laboratory/research, process control and production, burn-in, and ATE system applications.

FEATURES AND OPTIONS

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High Power Density: Up to 15 kW in a 3U / 30 kW in a 6U chassis
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Fast Load Transient Response: Protection from undesired voltage excursions
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Low RMS and P-P Noise: Suitable for the most sensitive applications
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Parallel up to 150 kW: Expandable as your requirement grows
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Modular Design: Upgradeable for the ultimate in investment protection.
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20X2 VFD displays easy-to-read and accurate constant voltage and constant current settings and values
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Digital OVP, OCP, ILIST and VLIST display for easy function recognition
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Real-time encoder provides precise and on-the-fly voltage and current control
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Automatic constant voltage and constant current mode crossover
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Multi-functional front panel keypad for high resolution and precise digital OVP, OCP, ILIST, VLIST,
current and voltage control
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Remote programming control with standardized SCPI commands for advanced and integrated ATE Testing
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Embedded Ethernet and USB interface option without the need for interface converters
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Remote Shutdown (S/D) and Interlock provides various external output shutdown capability – in case of hazardous faults
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External Fault (FLT) and Remote Shutdown (S/D) signal for scaled remote ATE system integration
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Remote/Front Panel Lockout to ensure protection for remote ATE systems
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In-field GPIB, RS232, USB, Ethernet and Firmware Upgrades to prevent down-time, satisfy new and dynamic system
applications and provide up-to-date software maintenance
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16 bit Read back and Programming DAC for high resolution and accuracy for standalone or burn-in testing without the need for
external measuring equipment
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Convenient and robust automated testing - four step profiles; 32 step points for each profile
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Closed-case calibration for the digital controls will minimize down-time, reduce maintenance costs, and increase Return on
Investment (ROI)
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Remote Sense compensates for measurement errors due to line voltage drops
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Increased control precision and convenience in external programming applications achieved through various external voltage
and current control methods.

TECHNICAL SPECIFICATIONS

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