KEPCO RTW 150W - Manual (Page 2)

2
228-1559 REV 7 032111
KEPCO, INC. " 131-38 SANFORD AVENUE " FLUSHING, NY. 11355 U.S.A. " TEL (718) 461-7000 " FAX (718) 767-1102
http://www.kepcopower.com " email: [email protected]
INPUT SURGE: cold start 25 °C (First surge only, not including the current flow into
the EMI filter)14A typ. (100 V a-c, 100% load); 28A typ. (200 Va-c, 100% load).
LEAKAGE CURRENT:
0.29mA typ, 0.45mA max at 100V a-c and 60 Hz (operating in conformance with
Den-An),
0.40mA typ, 0.65mA max at 240V d-c and 60 Hz (operating in conformance with IEC
950 and UL1950).
POWER FACTOR: 0.99 typ. at 100 Va-c, 0.96 typ. at 240 Va-c.
STABILIZATION:
Source Effect: (85 to 132Va-c, 170-265 Va-c) 0.1% typ., 0.2% max.
Load Effect: (0% - 100% of rated output current) 0.2% typ., 0.4% max.
Temperature effect: (-10 to 71°C) 0.5% typ., 1.0% max.
Combined effect (source, load, temperature): 0.9% typ., 1.8% max.
Time effect (drift): (1/2 to 8 hr. at 25°C) 0.2% typ., 0.5% max.
TRANSIENT RECOVERY: A step load change from 50% to 100% of rated output
current in 50 microseconds or more, produces no more than 4% output voltage excur-
sion. Recovery time is 1ms maximum.
ACCEPTABLE LOAD CAPACITANCE: (start-up time is affected)
3.3V-28V models:100,000 µ F max; 48V model:50,000 µ F max.
OUTPUT HOLDING TIME: Upon input interruption the output is maintained for:
35mS typ. (3.3V model: 50mS typ.), 20mS min. at 100 Va-c;
40mS typ. (3.3V model: 55mS typ.), 25mS min. at 240 Va-c
START UP TIME: 220mS typ., 300mS max. at 100 Va-c; 120mS typ., 200mS max., at
240 Va-c. Between 0 and 71° C.
OVERVOLTAGE PROTECTION: Fixed, factory set. See Table 1.
OVERCURRENT: Hiccup type, output voltage returns to rated level upon removal of
cause of overcurrent.
OPERATING TEMPERATURE: -10 to 71°C (start up -20 to -10°C). See the derat-
ing, Figure 1. See Table 1, Note (1) for overtemperature protection recovery.
STORAGE TEMPERATURE: -30°C to + 75°C.
COOLING: Natural convection.
ORIENTATION: Vertical or horizontal (see Figure 5).
HUMIDITY: Operating and Storage: 10% to 95% relative humidity, noncondensing, wet
bulb temperature ≤ 35°C.
WITHSTAND VOLTAGE:
(at 15 to 35°C ambient, 10 to 85% relative humidity):
Between input and output terminals, 3.0 KV a-c for 1 minute, cutout current 10 ma.
Between input terminals and ground, 2.0 KV a-c for 1 minute, cutout current 10 ma.
Between output terminals and ground, 500V a-c for 1 minute, cutout current 20 ma.
INSULATION RESISTANCE: Between input and output, input and ground, output
and ground, ±RC and output, ±RC and input, 100 megohms minimum
(500V d-c, 15 to 35°C ambient, 10 to 85% relative humidity).
VIBRATION: Three axes, one hour each, sweep time 10 min:, nonoperating
5-10 Hz., 10 mm amplitude.
10-200 Hz., 2G (19.6m/S
2
) acceleration.
SHOCK: Three axes, 20G (196m/S
2
) when installed per Figure 5, method A, 60G
(588m/S
2
) when installed per Figure 5, method B or C, 11ms ±5 msec pulse
duration, three shocks each axis, nonoperating, 1/2 sine pulse.
EMC - EMISSIONS:
Radiated Noise 30MHZ to 1GHz: FCC Class B, VCCI-B, EN55011-B, EN55022-B
Conducted Noise 0.15MHz to 30MHz: FCC Class B, VCCI-B, EN55011-B, EN55022-B
Input Harmonics (on AC Mains) 0 to 2KHZ: EN 61000-3-2.
EMC - IMMUNITY: Designed to meet EN 50082-2.
ESD: EN 61000-4-2 Level 4, Normal operation.
Radiated Field Noise: EN 61000-4-3 Level 3, Normal operation.
Electrical Fast Transient/Burst (EFT): EN 61000-4-4 Level 3, Normal operation.
Surge: EN 61000-4-5 Level 4, no damage.
Conducted Noise: EN 61000-4-6 Level 3, Normal operation.
Power Frequency Magnetic Field: EN 61000-4-8 Level 4, Normal operation.
Voltage Dips, Short Interruptions, Voltage Variation: EN 61000-4-11, Normal operation.
FIGURE 1. OUTPUT POWER VS.
TEMPERATURE,
K MODELS (WITHOUT COVER)
FIGURE 2. OUTPUT POWER VS.
TEMPERATURE,
KC MODELS (WITH COVER)
FIGURE 3. COMPONENT LOCATIONS
SAFETY: EN 60950:2001 Assistance for DEN-
AN. U.S. UL 60950-1 First Edition.; Canada: CSA-
22.2 No. 60950-1. (ambient temp. 50°C). Meets
creepage and clearance requirements of DEN-AN
Appendix at 100V a-c input. RTW 150W units are
CE marked per the Low Voltage Directive (LVD),
EN60950 73/23/EEC AND 93/68/EEC. [The stan-
dards do not apply with DC input operation.]