Siglent SPS6000X 200V 25A 1500W PSU

[tautech]

New PSU coming from Siglent in a 1U rack form factor.



SPS6225X
200V, 25A max 1500W
3.12-inch OLED display
Webserver
I/O's: USB, LAN and GPIB with optional USB adapter.
Local or remote settings storage and recall.

Output characteristics/capability



Chinese datasheet:
https://www.siglent.com/u_file/download/22_11_28/SPS6000X_Datasheet_C01A_1124.pdf

More info to come as it becomes available.

[coromonadalix]

Thks  what are the AC power input voltage,  1 phase  or more ?

[tautech]

Thks  what are the AC power input voltage,  1 phase  or more ?

Single phase AFAIK at this time until even a Chinese datasheet is available.
See reply #7

In the rear on pic we can see a mains lead so it appears Siglent haven't used an IEC mains socket on this one. 

[LCA078]

Man- that's exactly what I need at the house!  But I'm sure I'll be able to buy a handful of 'gently' used power supplies off ebay for the price of this one new.  Hopefully pricing is a similar 'bang for the buck' ratio of their scopes.

[Tjuurko]

Output voltage, current rising/decrease slope can be adjusted

The SPS6000X power supply supports custom setting voltage/ current increase/ decrease slope, which can verify the performance of the object to be measured during the voltage/ current change process. The voltage rising decreased slope range is 0.001 ~ 4V/ms, and the rising decreased slope range of the current is 0.001 ~ 0.5A/ms. This function can effectively avoid the damage of the DUT in a special application case, such as the test of a strong current absorption device like a capacitor. Reduce the harm of the surrounding current to the measured load.

Efficient and convenient remote control
SPS6000X has USB, LAN communication interface, and optional USB-GPIB modules. Through the embedded Web Server function, you can remotely control the instrument through the browser without installing complicated driver software and upper machine software, which can easily meet the application needs of special environments such as high pressure and high temperature.
Users can also save various types of files into inner and outer memory, and read and call them when needed.

[switchabl]

Single phase AFAIK at this time until even a Chinese datasheet is available.
The only spec I can yet find is: Power regulation 40mV (constant load, 90 ~ 132Vac or 176 ~ 265Vac)

In the rear on pic we can see a mains lead so it appears Siglent haven't used an IEC mains socket on this one. 
TBH the jury is out until we get a datasheet.

Given the input voltage range, even an IEC C19 socket (rated to 16A) would not be sufficient at full 1500W output power.

Elektro-Automatik has a comparable line of supplies with normal IEC sockets but they've had to derate output power on 110V input (https://elektroautomatik.com/shop/media/pdf/ff/2b/75/datasheet_ps9000_1u_en.pdf).

[tautech]

Found the Chinese datasheet:
https://www.siglent.com/u_file/download/22_11_28/SPS6000X_Datasheet_C01A_1124.pdf

[tautech]

Single phase AFAIK at this time until even a Chinese datasheet is available.
The only spec I can yet find is: Power regulation 40mV (constant load, 90 ~ 132Vac or 176 ~ 265Vac)

In the rear on pic we can see a mains lead so it appears Siglent haven't used an IEC mains socket on this one. 
TBH the jury is out until we get a datasheet.

Given the input voltage range, even an IEC C19 socket (rated to 16A) would not be sufficient at full 1500W output power.

Elektro-Automatik has a comparable line of supplies with normal IEC sockets but they've had to derate output power on 110V input (https://elektroautomatik.com/shop/media/pdf/ff/2b/75/datasheet_ps9000_1u_en.pdf).

Translated from SPS6000X datasheet:

Input characteristics
Nominal rated input AC: 100V ~ 240V, 50Hz ~ 60Hz, single phase
Input voltage range AC:90V ~ 265V
Input voltage range 47Hz ~ 63Hz
Input fuse (built-in) T30 (6X32mm)
Maximum input current for different power
100Vac input 18A
200Vac input 8.8A
Surge current <30A
Maximum input power 1850 VA
power factor
100Vac input 0.99
200Vac input 0.99
Power loss in no-load mode ≈50W