AC Input

www.DataSheet4U.com (1/8) Conformity to RoHS Directive AC Input Single Output, Long Life, Three-phase Input UL/C-UL Approved R Series RKY(1.5kW) The RKY Series has 200V three-phase input specifications compatible with a large output of 1.5kW. This makes it possible to use high power without having to worry about the current limitations of AC lines. In addition, the size of this series is very compact; 92× 120× 237mm. These products can now be installed in narrow spaces that previously seemed impossible FEATURES • Built-In, wide-range variable output function. • Approved by safety standards (UL, C-UL). Conforms to the Electrical Appliance and Material Safety Law. • Conforms to standards for noise terminal voltage VCCI-A and EN55022-A, for immunity EN61000-4-2, 3, 4, 5, 6, 8, 11 and EN61000-6-2. • 5-year limited warrantee • It is a product conforming to RoHS directive. APPLICATIONS • Semiconductor fabrication equipment • Communication devices • Information processing devices PART NUMBERS AND RATINGS Output voltage(V) 24 36 48 1500W Current(A) 50 42 32 Part No. RKY24-50R RKY36-42R RKY48-32R • Conformity to RoHS Directive: This means that, in conformity with EU Directive 2002/95/EC, lead, cadmium, mercury, hexavalent chromium, and specific bromine-based flame retardants, PBB and PBDE, have not been used, except for exempted applications. • All specifications are subject to change without notice. 002-02 / 20060413 / ea111_rky.fm www.DataSheet4U.com (2/8) RKY1500W Type SPECIFICATIONS AND STANDARDS Part No. Rated output voltage and current∗1 Maximum output power Input conditions Input voltage Eac Input frequency Input current Fuse rating Surge current Leakage current Power factor Efficiency % Output characteristics Output voltage Edc Voltage variable range Edc Maximum output current Minimum output current Overvoltage threshold Overcurrent threshold Source effect Load effect Voltage Temperature effect stability Drift(Time effect) Recovery Ripple Ep-p Ripple noise Ep-p Start up time Hold up time Maximum load capacitor Auxiliary functions Indicator display Overvoltage protection Output low voltage detection Overcurrent protection Overheat protection Remote ON-OFF∗2 Remote sensing∗3 Parallel operation Series operation Current balance Synchronous operation Output voltage external variable function∗4 Master slave operation Alarm signal Standards Safety standards Noise terminal voltage Immunity Radiation field intensity Constructions External dimensions Weight Mounting method Case material ∗1 Current W V Hz A A A mA 200V V V A A V A % % % % % mV mV ms ms µF RKY24-50R 24V • 50A 1200 RKY36-42R 36V • 42A 1512 RKY48-32R 48V • 32A 1536 85 to 265[Rated: 100-240] 47 to 66[Rated: 50-60](Three phase) 4typ./5max. 5typ./6max. 5typ./6max. 15[Built-in] 15[Built-in] 15[Built-in] 35max.[AC.200-240V, reset after 30s minimum.] 1.3max./1.9max.[When operating: AC.240V, 60Hz, according to ICE60990-1 Fig.13/Without phase: AC.240V, 60Hz, according to IEC60990-1 Fig.13] 0.95typ. 87typ. 88typ. 90typ. 24 36 48 16.8 to 31.2 25.2 to 55.0 33.6 to 55.0 (RV operating: 0 to 31.2) (RV operating: 0 to 41.4) (RV operating: 0 to 55.2) 50 42 32 0 0 0 32 to 36.4 56 to 60 56 to 60 52.5 to 57.5 44.1 to 48.3 33.6 to 36.8 0.2max.(0.1typ.)[Within the input voltage range] 0.4max.(0.2typ.)[0 to 100% load] Total effect±1.6max.(±0.8typ.) 1.0max.(0.5typ.)[Ambient temperature: –10 to +65°C] 0.5max.(0.2typ.)[25°C, input and output ratings, after input voltage ON for 30min to 8h] ±4max.[50 to 100% sudden load change, tr, tf 50µs] 200max. 300max. 300max. 300max. 400max. 400max. 600max.(400typ.) 600max.(400typ.) 600max.(400typ.) 14min.(20typ.) 17min.(24typ.) 12min.(16typ.) 100000 100000 100000 LED(Green) indicates when voltage output is ON. Voltage shut-down type, recover upon reset or RC reset. No Rectangular type, automatic recovery (The output voltage will be cut off after 30 seconds. Recover upon reset). Voltage shut-down type, recover upon reset. Yes Yes Possible Possible Yes Impossible Yes Yes Yes(Power failure signal) UL60950, CSA C22.2 No.60950(C-UL), EN60950(TÜV) approved, Electrical Appliance and Material Safety Law ("DENAN") (Compliant with creepage surface and air clearance in Attachment 8) meet. FCC-Class A, VCCI-Class A, EN55011-A, EN55022-A meet. EN61000-4-2, 3, 4, 5, 6, 8, 11, EN61000-6-2 meet. FCC-Class A, VCCI-Class A, EN55011-A, EN55022-A meet. mm kg 92× 120× 237[H× W× L] 3.0max. Can be attached to 3 sides Frame and cover: Iron, circuit board: CEM-3 rating(maximum output current) is determined for –10 to +65°C. Derating is required when used outside this temperature range or when used with a 100V system. ∗2 Short +RC and –RC when not using Remote control. ∗3 Short +S/–S and +/– output terminal when not using variable output voltage. ∗4 Short REV and RV when not using variable output voltage. • All specifications are subject to change without notice. 002-02 / 20060413 / ea111_rky.fm www.DataSheet4U.com (3/8) RKY1500W Type SHAPES AND DIMENSIONS 60 (60) (46) 46 AIR FLOW 120 (16) 60±0.5 16 (10) 100±0.5 10 (57) 237 160±0.5 4-M4 TAPS 8-M4 TAPS (BOTH SIDE) 92 (5.7) (12.5) (12) (22) -RC +RC-PF +PF CB RV REF -S +S (71.7) (11.1) (35.4) (2.3) (12) (17) (21) 10 M4×8L 25max. 20 UP UP [Detail drawing of terminal block] 7.62 M3×5.8L 16 M5×12L - + (7) V.ADJ ON (55) L1 L2 L3 (8.6) (6.4) (13) Dimensions in mm ±1mm : without specified dimensions (12.8) (13) (15.5) (9) (43) • Do not insert M4 tap installation screws more than 6mm into the power supply. • All specifications are subject to change without notice. 002-02 / 20060413 / ea111_rky.fm 45 100±0.5 (92) www.DataSheet4U.com (4/8) Characteristics, Functions, and Applications BLOCK DIAGRAM L1 AC input L2 L3 Input filter circuit Input rectifier circuit Surge current limiting circuit Boost-up circuit Output rectifying and smoothing circuit + – DC output PFC control circuit Power switching circuit Overcurrent detection circuit Fan alarm detection circuit Overvoltage detection circuit Overheat detection circuit Drive circuit +S Control circuit –S REF RV CB +P/F –P/F RC control circuit +RC –RC COMMON SPECIFICATIONS Temperature and humidity Operating(°C) Temperature range Operating available(°C) Storage(°C) Operating(%)RH Humidity range Storage(%)RH Vibration and shock 5 to 10Hz Vibration 10 to 200Hz Acceleration Shock Pulse duration Withstand voltage and insulation resistance Input terminal to ground(G) Withstand voltage Input terminal to output terminal Output terminal to ground(G) Input terminal to ground(G) Insulation resistance Input terminal to output terminal Output terminal to ground(G) –10 to +65 –20 to –10 –30 to +75 10 to 95[Maximum wet-bulb temperature: 35°C, without dewing] All amplitude 10mm[3 directions, each 1h, sweep time 10min, non-operation] Acceleration 19.6m/s2(2G)[3 directions, each 1h, sweep time 10min, non-operation] 294m/s2(30G)[3 directions, each 3 times, non-operation] 11±5ms Eac: 2.0kV, 1min[Normal temperature, normal humidity, cutout current 20mA] Eac: 3.0kV, 1min[Normal temperature, normal humidity, cutout current 20mA] Eac: 500V, 1min[Normal temperature, normal humidity, cutout current 100mA] Edc: 500V, 100MΩ min. [Normal temperature, normal humidity] OUTPUT POWER-AMBIENT TEMPERATURE(DERATINGS) 100 Output power(%) 80 70 60 40 20 Available operating range (outside of warranty) –20 –10 0 10 20 30 40 Ambient temperature(˚C) 50 6065 71 • All specifications are subject to change without notice. 002-02 / 20060413 / ea111_rky.fm www.DataSheet4U.com (5/8) Characteristics, Functions, and Applications TERMINAL DESIGNATIONS AND FUNCTIONS 9 8 7 65 4 RV REF -S +S 3 -RC +RC -PF +PF CB 10 11 V.ADJ ON L1 L2 L3 1 2 Terminal No. 1 2 3 4 Designations and functions AC input terminals(L1, L2, L3) Frame ground terminal(G) DC output terminals(+, –) Remote sensing terminals 5 6 7 Output voltage reference terminal (REF) Output voltage adjustment terminal(RV) Current balance terminal(CB) 8 Power failure terminal (PF) 9 10 11 Remote ON-OFF terminals(+RC, –RC) Output voltage adjustment trim(V.ADJ) Operation indicator LED(Green) Connect to AC. 200 to 240V three-phase input line. Connect to earth ground. This is connected to the case. Connect to load. When a problem occurs based on line drop from the power supply to the load, it is possible to compensate for this using remote sensing. For information about connections, please refer to the section on the remote sensing function. This terminal is for a reference voltage for controlling an output voltage and used for a master-slave operation or when using an output voltage adjustment function. Normally it is shorted with a metal bar to an RV terminal. This terminal is used for controlling output voltage from outside. This terminal is used when several power supplies are connected in parallel to connect the respective CB and –S terminals in parallel. These terminals output an open mode signal if an output voltage drops to 60 % or lower of a set voltage. They also output the signal if an output voltage is shut down due to an operation of an error detecting circuit for over output voltage protection, fan alarm overheat protection, or overcurrent protection. Output is turned ON-OFF by disconnecting-connecting the RC terminals (output ON when open). RC terminals are floating. Normally, ±RC terminals are shorted with a metal bar. Adjusts output voltage. This Green LED becomes indicated when voltage is output. INSTALLATIONS (1) Standard installation (2) (3) Input terminal 50mm min. Power supply FAN airflow Front Vent hole Back FAN Vent hole Distance the fan surface at least 50 mm away from other components. And install so as to provide heatoutside air exchange. Make sure not to obstruct the vent on the front panel. • All specifications are subject to change with