With output power levels of 600W and 1000W, these popular power supplies can operate across a wide ambient temperature range of -40 (start up) to 74°C. Temperature controlled cooling fans ensure low acoustical noise – important for laboratory and measurement equipment. In addition to meeting the IEC 60950-1 safety standard, the SWS1000L has medical certification to IEC 60601-1.
One of key purposes of SWS-L is to meet trends in LED display technologies. Users will appreciate the many features of SWS-L, especially its compact size. These supplies are the slimmest in their class. Acoustic noise is substantially reduced, which is important for indoor applications, while wide temperature ranges make it ideal for outdoor applications. With full conformance to international safety and EMC standards, designed-in reliability and extended field-life span, SWS-L reduces cost of ownership by saving the expenditures associated with maintenance, system down-time, and repair costs.
The SWS-L series is designed to have a lower profile than previous models. With the thin of 61mm, a 50% size reduction, these can be mounted in 2U or smaller locations. Compact size SWS-L is ideal for applications incl. the electronic display, vending machines and self-service kiosks.
Complying fully with EN/UL60601 safety standards including low earth leakage current and reinforced isolation, SWS1000L will also meet class B EMI and is the ideal choice for your medical power needs.
The SWS-L is one of the quietest power supplies in their class. A temperature controlled fan adjusts its speed automatically, based on the temperatures surrounding the power supply. This substantially reduces annoying fan noise and wasted power consumption.
To operate reliably in outdoor environments a wide operating temperature range is necessary.SWS-L is designed to operate between -20℃ to 74 ℃. At its max. temperature, 74℃, 50% of the max. power rating is guaranteed.
|Model||Voltage (V)||Adjust Range (via Trim Pot)||Max Curr. (A)||Eff.(2)(typ)%|
|SWS600L-3||3.3V||2.64 – 3.96V||120||70 / 72|
|SWS1000L-3||3.3V||2.64 – 3.96V||200||74 / 76|
|SWS600L-5||5V||4 – 6V||120||75 / 77|
|SWS1000L-5||5V||4 – 6V||200||79 / 81|
|SWS600L-12||12V||9.6 – 14.4V||53||79 / 82|
|SWS1000L-12||12V||9.6 – 14.4V||88||82 / 84|
|SWS600L-15||15V||12 – 19.5V||43||79 / 82|
|SWS1000L-15||15V||12 – 19.5V||70||82 / 84|
|SWS600L-24||24V||19.2 – 28.8V||27 (31)||81 / 84|
|SWS1000L-24||24V||19.2 – 28.8V||44 (51)||84 / 86|
|SWS600L-36||36V||28.8 – 43.2V||18||82 / 84|
|SWS1000L-36||36V||28.8 – 43.2V||29||84 / 86|
|SWS600L-48||48V||38.4- 56V||13 (15)||82 / 84|
|SWS1000L-48||48V||38.4- 56V||22 (25)||84 / 86|
|SWS600L-60||60V||48 – 66V||10||82 / 84|
|SWS1000L-60||60V||48 – 66V||17||84 / 86|
|Note: (2) 115 / 230Vac|
|Input Voltage range||85 – 265VAC (47 – 63Hz) or 120 – 350VDC*|
|Inrush Current (115 / 230VAC)||20 / 40|
|Power Factor||Meets EN61000-3-2 Class A|
|Overcurrent Protection||>105%, Constant current style|
|Overvoltage Protection||125% -145%|
|Over temperature Protection||Yes, cycle AC or Remote On/Off to reset|
|Hold Up Time (Typ)||20ms at 115/230VAC|
|Remote On/Off (CNT)||Yes|
|Voltage Programming||Yes, 1-6V adjusts output from 20 – 120% of nominal|
|DC Good & Fan Fail Signal||Yes, open collector output|
|Auxiliary Output||12V 0.1A|
|LED Indicator||Green LED = On|
|Operating Temperature||-40°C start up. -20°C to 74°C, derating linearly to 50% load above 50°C|
|Storage Temperature||-40°C to +85°C|
|Humidity (non condensing)||20 – 90% RH operating, 10 – 95%RH non operating|
|Isolation Resistance||>50MΩ at 25°C & 70%RH, Output to Ground 500VDC|
|Vibration (non operating)||MIL-STD-810F 514.5 CAT. 4,10|
|Shock (in packaging)||MIL-STD-810F 516.5 Procedure 1, V1|
|Immunity||EN61000-4-2, -3, -4, -5, -6, -8, -11|
|Safety Agency Approvals||UL/CSA/EN 60950-1, UL/CSA/IEC/EN 60601-1 & ANSI/AAMI ES60601-1,(1000W only), IEC61010-1 (600W only), EN50178, CE Mark|
|Conducted & Radiated EMI||EN55011 / EN55022-B, FCC Class B|
Selecting the right power supply for your application is not a small task. Let our technical sales engineers guide you through the process of choosing the right solution for your needs.
Below some parameters usually required to size and select the right power supply:
Email us at firstname.lastname@example.org, we will get back as soon as we can.