S600 多通道電源產品測試系統

型號 : NHR S600 Multi Channel Power Supply Tester

Multi Channel Power Supply Tester – S600 Series

Multi-Channel Test System for High-Speed Parallel Testing of Adapters, Chargers, LED Power Drivers, DC Converters, Voltage Regulator Modules, Point-of-Load Converters & AC-DC Power Supplies.

Features

  • Maximum test throughput through parallel testing of multiple devices & outputs
  • Ease of reconfiguration or expansion through front-loading, card-based instruments
  • Built-in waveform digitizers on all instruments
  • Space-saving design
  • emPower® Test Executive

S600 Multi-Channel Power Supply Tester Specifications

Model #

S650

S670

S680

 

 

Voltage

600VDC, 350VRMS, Vpk+, Vpk-

Current

20ADC, 20ARMS, Ipk+, Ipk-

Power

Average, True, Apparent, Reactive, Power Factor

Frequency

10 – 1000Hz

Waveform

Rise Time, Fall Time, Settling Time, Turn-On Time, Hold-Up Time, Time Event, THD

Timing

Trigger In, DIN State & Time

Record Length

256K Points

Physical

Common Equipment

Dell PowerEdge Server preconfigured w/ emPower Test Executive (1U), 4300 16-Slot Chassis (5U) & pass-through cable management slot (1U)

Overall Cabinet Height*

30”/762mm

49”/1245mm

61”/1549mm

 

 

Instrument Space

24.5”/622mm (14U)

40.25”/1022mm (23U)

52.5”/1333mm (30U)

 

 

* includes 2” casters, 2 U reserved for internal wiring.

Advantages

  • Digital loads with Advanced Measurement Capability
  • Software test executive emPower® for rapid test sequencing
  • Compact cabinet choices (3 standard sizes)

Benefits

  • Built in features require fewer test devices
  • Ease of reconfiguration or expansion through front-loading
  • Space-saving design

Applications

Model S600 Multi-Channel Test System combines a wide range of configuration options with extremely fast test speeds to deliver the lowest unit-cost-of-test for high-volume power conversion devices such as AC-DC power supplies, adapters, chargers, LED power drivers, DC converters, and voltage regulator modules. S600s may be configured to efficiently test anything between a single supply with as many as 16 outputs, 16 separate single-output supplies or any combination of supplies and outputs between those two limits.