U5Y0201 TDK Corporation, U5Y0201 Datasheet - Page 2
![EFE300M485HNMDLYT AC-DC, 115-230VAC, Output 48V 6.25A, 300W](/photos/8/82/88212/u5y0201_sml.jpg)
U5Y0201
Manufacturer Part Number
U5Y0201
Description
EFE300M485HNMDLYT AC-DC, 115-230VAC, Output 48V 6.25A, 300W
Manufacturer
TDK Corporation
Series
EFE300Mr
Datasheet
1.U5Y0053.pdf
(2 pages)
Specifications of U5Y0201
Voltage - Output
48V
Number Of Outputs
1
Power (watts)
300W
Applications
Medical
Power Supply Type
Switching (Open Frame)
Voltage - Input
90 ~ 264VAC
Mounting Type
Chassis Mount
1st Output
48 VDC @ 6.25A
Size / Dimension
6" L x 3" W x 1.34" H (152.4mm x 76.2mm x 34mm)
Power (watts) - Rated
300W
Operating Temperature
0°C ~ 70°C
Efficiency
90%
Approvals
CE, CSA, EN, IEC, UL
Line Regulation
4%
Load Regulation
4%
Lead Free Status / RoHS Status
Lead free / RoHS Compliant
3rd Output
-
2nd Output
-
4th Output
-
Lead Free Status / RoHS Status
Lead free / RoHS Compliant
Other names
285-1979
EFE300M485HNMDLYT
EFE300M485HNMDLYT
48
M o d e l S e l e c t o r
Options
O u t l i n e D r a w i n g
Other Medical Products
Product
Code
U5Y0031
U5Y0020
U6Y007P
U6Y001H
U5Y0064
U5Y0053
U6Y008Q
U6Y002J
U5Y0166
U5Y0201
U6Y009R
U6Y003K
(3) For up to 10s without exceeding Average Output Power rating
-5-ECMDL-YT
-5-HNMDL-YT
EFE300-400
CSS
NV Series
Part Description Suffix
NOTE:
A 4 OFF HOLES Æ3.5mm CLEARANCE FOR M3 FIXINGS.
B 8 OFF FIXING HOLES FOR M3, MAXIMUM PENETRATION 4.5mm,
MAXIMUM TORQUE 0.9Nm.
ALL TOLERANCES +/-0.5mm.
18.42
LABEL
(CHASSIS WITH COVER)
PIN 1
20.30
A
A
6.25
Part Description
EFE300M12-5-ECMDL-YT
EFE300M12-5-HNMDL-YT
EFE400M-12-5-ECMDL-YT
EFE400M-12-5-HNMDL-YT
EFE300M24-5-ECMDL-YT
EFE300M24-5-HNMDL-YT
EFE400M-24-5-ECMDL-YT
EFE400M-24-5-HNMDL-YT
EFE300M-48-5-ECMDL-YT
EFE300M-48-5-HNMDL-YT
EFE400M-48-5-ECMDL-YT
EFE400M-48-5-HNMDL-YT
FORWARD
AIRFLOW
300 to 400W 1U Single Output Power Supply
40 to 500W Single Output
175 to 900W 1U Power Supply 1-6 Outputs
4.00
31.00
152.40
115.57
163.78
A
Additional options available. Reference detailed product data sheet on downloadable files section of web page.
A
10.00
Standby “5”or "12”
2.53
3055 Del Sol Blvd • San Diego, CA 92154 • 1-800-526-2324
18.42
18.42
5V 2A
5V 2A
B
EFE300M & 400M
B
B
B
PIN
PIN CONNECTION
10 0V STANDBY
11 POWER GOOD
12 0V CH1
13 0V CH1
14 0V CH1
15 0V CH1
16
17 0V CH1
18
NOTE:*1 (J) MODEL PIN N/C
MATING PARTS (MOLEX OR EQUIVALENT)
CONNECTOR
1
2
3
4
5
115.57
115.57
152.40
0V CH1
+12V FAN (NOTE*1)
EARTH
NOT CONNECTED
LIVE
NOT CONNECTED
NEUTRAL
J1
J2
CONNECTION
Open Frame
Open Frame
Open Frame
Open Frame
Open Frame
Open Frame
B
B
09-50-8051
39-01-2185
B
With Fan
With Fan
With Fan
With Fan
With Fan
With Fan
HOUSING
PIN
Style
1
2
3
4
5
6
7
8
9
+V STANDBY
REMOTE ON/OFF
+V CH1
+V CH1
+V CH1
+V CH1
+V CH1
+V CH1
N/C
B
CONNECTION
08-52-0113
44476-3112
300M
CRIMP PIN
L Bracket
11.38
N
Y
Voltage (V)
Output
(4) Safety Agency certification for models highlighted in green are pending
12
12
12
12
24
24
24
24
48
48
48
48
3
J1 (Molex kk)
J1 (Molex sabre)
CONNECTOR
NOTE:
A
B
MAXIMUM TORQUE 0.9Nm.
ALL TOLERANCES +/-0.5mm.
4
J2
5 OFF HOLES
9 OFF FIXING HOLES FOR M3, MAXIMUM PENETRATION 4.5mm,
Cover
5.72
0 @ 3
N
09-50-8051
44441-2003
Y
39-01-2200
HOUSING
A
Æ
KK
7.85
5
3
1
20.30
Current (A)
B
3.5mm CLEARANCE FOR M3 FIXINGS.
us.tdk-lambda.com/lp/products/efe-series.htm
Sabre
;
1
2
3
CRIMP PIN
44476-3112
Output
08-52-0113
43375-0001
4.00
CONNECTION
C
25.0
25.0
33.3
33.3
12.5
12.5
16.67
16.67
NEUTRAL
LIVE
EARTH
For Additional Information, please visit
6.25
6.25
8.33
8.33
31.00
159.40
165.10
153.67
Internal Fan
Average Output
N
Y
Power (W)
3.60
300
300
400
400
300
300
400
400
300
300
400
400
10.00
5.72
15.72
Enable or Inhibit “E” or “T”
Current (A)(3) Power (W)(3)
Peak Output
PIN
10
1
2
3
4
5
6
7
8
9
CONNECTION
0V STANDBY
POWER GOOD
33.30
33.30
44.17
44.17
16.70
16.70
20.80
20.80
10.40
10.40
+12V FAN
0V CH 1
0V CH 1
0V CH 1
0V CH 1
0V CH 1
0V CH 1
0V CH 1
8.33
8.33
153.67
153.67
165.10
Inhibit
Inhibit
PIN
11
12
13
14
15
16
17
18
19
20
Revision A8: Oct 2010
400M
Peak Output
CONNECTION
REMOTE ON/OFF
+V STANDBY
+V CH 1
+V CH 1
+V CH 1
+V CH 1
+V CH 1
+V CH 1
+V CH 1
+V CH 1
400
400
475
475
400
400
475
475
350
350
475
475