CPK600PS24 XPPOWER | Alldatasheet

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Wide Output Voltage Adjustment Up to 500 W Convection Cooled Optional Conformal Coating Optional Remote ON/OFF Optional AC, DC & Fan Fail Signals Input Input Voltage • 85-264 VAC (120-350 VDC) Input Frequency • 47-63 Hz Inrush Current • 20/40 A typical at 115/230 VAC Power Factor • 0.98 typical at 230 VAC at 100% load Earth Leakage Current • 0.75 mA max at 230 VAC 60Hz for 0.50 mA add suffix ‘-E’, for 0.15 mA add suffix ‘-G’ Output Output Voltage • See Table Output Voltage • See Table Adjustment Minimum Load • No minimum load required Start Up time • 500 ms max at 100 VAC 100% load Hold Up time • 20 ms typical at 100 VAC 100% load Initial Set Accuracy • ±1% max Drift • ±0.4% Line Regulation • ±0.4% from low line to high line Load Regulation • ±0.7% max from 0-100% load Ripple & Noise • ±0.8% max pk-pk 20 MHz bandwidth Overvoltage • 115-140% of Vnom, recycle input to Protection restart Overcurrent • 101% of peak current auto recovery Protection Remote ON/OFF • Add suffix ‘-R’ to model number (Optional) ON 4.5-12.5 V (open circuit) between RC+ and RC- OFF 0 to 0.5 V (short circuit) between RC+ and RC- General Efficiency • 86-89% dependent on model Isolation • 3000 VAC Input to Output

2000 VAC Input to Ground

Switching • 85 kHz ±15% active PFC Frequency 130 kHz ±15% forward converter Vertical • Add suffix ‘-T’ to model numbers Terminal block Din Rail Mounting • Add suffix ‘-NI’ to model numbers Fan Fitted • Add suffix ‘-F’ to model number (only available on 24 V units) N+1 Operation • Option ‘-W’ & external oring diodes Alarms (Optional) • For AC fail, DC fail and fan fail add suffix ‘-W’ to model number Conformal Coating • Add suffix ‘-L’ to model numbers Environmental Operating • -10 °C to +70 °C (fan cooled) Temperature Derate linearly above +50 °C to 60% load at +70 °C. For convection cooled rating - See Derating Curves Storage Temperature • -20 °C to +75 °C Relative Humidity • 20-90% RH non-condensing Shock • 20 G, 11 ms once each, X, Y & Z axis Vibration • 2 G, 3 min period, 60 min each along X, Y & Z axis EMC & Safety Emissions • EN55022 level B conducted (level A with option E not available with option G) EN55022 level B radiated ESD Susceptibility • EN61000-4-2 Level 2 contact Level 3 air Radiated • EN61000-4-3 Level 3 Susceptibility EFT/Burst • EN61000-4-4 Level 4 Surge • EN61000-4-5 Level 3 line to line Level 4 line to ground Safety Approvals • UL60950, C-UL (CSA60950), EN60950, EN50178 600-1000 Watts CPK Series AC-DC Chassis Mount Specification THE XP ERTS IN POWER www.xpplc.com sales@xpplc.com

Mechanical Details 600 Watts www.xpplc.com sales@xpplc.com OUTPUT VOLTAGE & CURRENT RATINGS CPK 1. Add suffix ‘-F’ to model number to receive unit with fan fitted (24 V units only) alternatively 60 CFM system airflow must be provided. 2. Peak rating is valid for each model number and is not dependent on whether the max rating is convection or fan cooled. 3. Efficiency is specified at 230 VAC and 100% load. Notes Output Output Current (85-130 VAC IN) Output Current (180-264 VAC IN) Efficiency (3) Model Voltage Max Fan (1) Peak2) Max Fan (1) Peak(2) Number Mechanical Details 750 Watts NOTE: ‘-F’ option (24 V models only) increases the overall height from 70 to 101 mm. Weight 1.9 kg NOTE: ‘-F’ option (24 V models only) increases the overall height from 65 to 96 mm. Weight 1.5 kg For pin out tables see 1000 W mechanical details. For pin out tables see 1000 W mechanical details.

Mechanical Details 1000 Watts www.xpplc.com sales@xpplc.com Convection Cooled - Derating Curves Installation Method Note: 1. Output ripple & noise may be outside specification. 2. Load factor dependent on input voltage (see part number table) and is an average power figure. CPK 600 CPK 750 CPK 1000 Convection Cooled NOTE: ‘-F’ option (24 V models only) increases the overall height from 75 to 106 mm. Weight 2.5 kg PIN CONNECTIONS SYMBOL FUNCTION SCREW VB Voltage Balance M3CB Current Balance +V Output Terminal (+) +V Output Terminal (+) -V Output Terminal (-) M4-V Output Terminal (-) FG Frame Ground N AC (N) L AC(L) Average 21 A max per pin for TB1 OPTIONAL CN3 PIN CONNECTIONS PIN FUNCTION SYMBOL

1 ROF + (-R) RC+

2 ROF - (-R) RC-

9 LV Alarm (-W) LV+

10 LV Alarm Ground (-W) LV-

13 PF Alarm + (-W) PF+

14 PF Alarm Ground (-W) PF-

Connector Mating Connector Terminal Mfr Chain: SPHD-002T-P .0.5 CN3 S148B-PHDSS PHDR-14VS Loose: BPHD-001T-P0.5 J.S.T BPHD-002T-P0.5 Forced Air Cooling (60 CFM) The temperature points A and B shown are marked on the psu chassis.

  • Point A must be ≤ 60°C and point B must be ≤65°C at Ta = 50°C.
  • Point A must be ≤ 80°C and point B must be ≤ 80°C at Ta = 70°C. The confirmation of the temperatures of point A and B is not necessary if option fan “-F” is used. Load factor is dependent on input voltage and is an average power figure. (See part number table). For mating loom kit for optional CN3 order part number “CPK CN3 LOOM”

www.xpplc.com sales@xpplc.com Peak Loading Option ‘-R’ 1. CPK115V convection 2. CPK115V forced air 3. CPK230V convection 4. CPK230V forced air Voltage Applied Between Output RC (+) and RC (-) SW ON ON(4.5 - 12.5 V open circuit) SW OFF OFF(0-0.5 V short circuit) Remote ON/OFF Alarm Output of alarm If line voltage falls below 85 VAC Open collector method PF or fan stops Good: Low (0-08. V, 1 mA max) Fail: 50 V max If the output voltage falls out of specified Open collector method Notice: Good: Low LV 1. When the output is over current (0-08. V, 1 mA max) (intermittent current), the alarm is Fail: 50 V max unsettled status. 2. When parallel operating without connecting diode, LV alarm is not operating. Example of using Remote ON/OFF If external power source is in the range of 4.5-12.5 V, current limit resistor R is not required. If external power source exceeds 12.5 V, current limit resistor R must be connected. To calculate the current limit resistance use following equation: R (Ω) = Vcc - (1.1+Ri x 0.005) 0.005 Where; Vcc = External Power Source Ri = The internal resistance (780Ω) Remote ON/OFF circuit (RC (+), RC (-) ) is isolated from input, output and FG. Option “-W”

  • -W is available for detecting low input alarm (PF), detecting low output voltage (LV) and operating N+1 redundancy.
  • Alarm specifications are shown in Table.
  • Each alarm (PF, LV) is isolated from input, output and FG. Internal circuit of PF Internal circuit of LV 3 conditions must be satisfied: 1. t1 ≤ 10 (second) 2. Pave = ≤ rated power 3. Duty = ≤0.35 (refer to graphs) (Ppxt1) +(Poxt2) t1+t2 t1+t2 CPK 600 CPK 750 CPK1000 Alarms Rev 3.0