OCS-260 180…220W DC/AC SINE WAVE INVERTER GENERAL FEATURES: Sine wave output voltage Selectable output frequency: 50/60Hz Adjustable output voltage Output failure alarm Remote inhibit High input-output isolation 3000Vrms Optional railway version EN50155 Fire and smoke: EN45545-2 approved : Startup voltage ≤10.2V. Under-voltage shutdown ≤ 9.1V Specifications are subject to change without notice. These products are not intended for use as critical components in life support or n

INPUT Input voltage range Maximum input ripple OUTPUT Nominal output voltage (Vonom) Adjust range Load regulation Line regulation 0.4% @ ΔVin -20…+25% 10% @ ΔVin -30…+25% 1% @ ΔVin -10…+25% for 12V input models 10% @ ΔVin -20…+25% for 12V input models Output frequency Output wave distortion THD Output voltage HF ripple ENVIRONMENTAL Storage temperature Operating temperature (full load) Operating temperature (62.5% load) Natural convection Emissions according SAFETY Safety according to EN60950-1, EN62368-1 Class I OV category II, Pollution degree 2 Input / output isolation: reinforced Dielectric...

OCS-260 180…220W DC/AC ORDERING CODES Input Voltage DC [V] Input voltage range [V] Max. Output Output Input voltage current Current AC [A] [V] [A] Active output power [W] Appar. output power [VA] Output Peak curr. 10ms [A] No load input current [A] OCS–260–70_ _–_ _ T Railway (Optional) B Connector DIN41612H15 D Spring clamp terminals Model number Accessories must be ordered in a separated order line www.premiumpsu.com Powering Your Challenge

BLOCKS DIAGRAM DESCRIPTION The OCS-260 consists of sine-wave 120Vac or 230Vac output voltage DC-AC converters. The frequency can be set to 50Hz or 60 Hz, and input and output are galvanically isolated. The OCS-260 inverters consist of two cascaded converters, one DC-DC generating an intermediate output voltage from the input voltage. That intermediate voltage is inverted to supply the output voltage and frequency by means of a second DC/AC converter. The input is protected against reverse polarity by means of fuse and against under-voltage by unit shutdown. The output has protection of maximum...

POWER DERATING vs AMBIENT TEMPERATURE INSTALLATION There are two connecting options: spring clamp terminal strip and DIN-41612-H15 connector. The product can be mounted in several ways:    On a chassis by means of the 4 corner holes. In EUROCARD racks. For this application there is a standard 10Te front plate accessory NP-9289 With the mounting base NP-9125. This accessory can be mounted on a chassis or in DIN rail adding the clip accessory NP-9135. Make connections as shown in the CONNECTIONS table. The default output frequency is 50Hz. For 60Hz simply actuate the dip-switch as indicated...

ACCESSORIES ACCESSORIES Front plate 19’’ subrack (3U 10TE) Screws and LED light guide included Mounting base Screws included Screws included www.premiumpsu.com Powering Your Challenge

EU DECLARATION OF CONFORMITY The undersigned, representing the following: Manufacturer: Address: PREMIUM, S. A., C/. Dolors Aleu 19-21, 08908 L’Hospitalet de Llobregat, SPAIN herewith declares that the product: Type: Models: is in conformity with the provisions of the following EU directive(s): 2014/35/EU Electromagnetic compatibility Restriction of the use of certain hazardous substances in electrical and electronic equipment (RoHS) and that standards and/or technical specifications referenced overleaf have been applied: EN 60950: 2005 Safety (Information technology equipment) Safety. Audio/video,...

ANNEXE Applicable values for the different sections of the norm EN50155: 2017 4.3.1 Working altitude Ambient temperature Switch-on extended operating temp. Rapid temperature variations Shocks and vibrations load load load load < 100% < 100% (Without connectors handling) <50% <50% (Without Connectors handling) ST1 H1 According EN61373:2010 Category 1 class B Test Radiated emissions Conducted emissions Limits 40dB(µV/m) Qpk at 10m 47dB(µV/m) Qpk at 10m Do not apply Internal freq. < 108MHz 79dB(µV) Qpk, 66dB(µV) Av 73dB(µV) Qpk, 60dB(µV) Av Input Output Signal PE Input L to L Input L to PE Input...