Series C-01 & C-02: Horizontal PC Transformers
2500-volt RMS Hipot, available in a variety of sizes. Insulation Class 130C. Available with
either single 115V, or dual 115/230V primary. MCi's pin configuration is designed for ease of connection in
printed circuit boards. Heavier transformers are provided with mounting holes for additional mounting
security. Adaptations of standard transformers are also available. Dots on schematics shown below indicate
like polarity.
Dimensions:
SIZE
|
VA
|
L
|
W
|
H
|
ML
|
A
|
B
|
C
|
LBS
|
2
|
1.1
|
1-3/8
|
1-1/8
|
15/16
|
-
|
.250
|
.250
|
1.200
|
0.17
|
3
|
2.4
|
1-3/8
|
1-1/8
|
1-3/16
|
-
|
.250
|
.250
|
1.200
|
0.25
|
4
|
6.0
|
1-5/8
|
1-5/16
|
1-5/16
|
1-1/16
|
.250
|
.350
|
1.280
|
0.44
|
5
|
12.0
|
1-7/8
|
1-9/16
|
1-7/16
|
1-1/4
|
.300
|
.400
|
1.410
|
0.70
|
6
|
20.0
|
2-1/4
|
1-7/8
|
1-7/16
|
1-1/2
|
.300
|
.400
|
1.600
|
0.80
|
7
|
36.0
|
2-5/8
|
2-3/16
|
1-9/16
|
*
|
.400
|
.400
|
1.850
|
1.10
|
|
* 4 mounting holes 2-3/16 x 1-3/4 for #6 screw
Current Ratings (AMPS RMS):
Last 3 Digits of Part Number:
|
010
|
012
|
016
|
020
|
024
|
028
|
036
|
048
|
056
|
120
|
First 4 Digits:
|
|
Single
115V
Primary
|
Dual
115/230
Primary
|
SERIES CONNECTIONSECONDARY VOLTAGE
|
10V
C.T.
|
12.6V
C.T.
|
16V
C.T.
|
20V
C.T.
|
24V
C.T.
|
28V
C.T.
|
36V
C.T.
|
48V
C.T.
|
56V
C.T.
|
120V
C.T.
|
C-01-2-_ _ _
|
C-02-2-_ _ _
|
.110
|
.090
|
.070
|
.055
|
.045
|
.040
|
.030
|
.023
|
.020
|
.010
|
C-01-3-_ _ _
|
C-02-3-_ _ _
|
.250
|
.200
|
.150
|
.120
|
.100
|
.085
|
.065
|
.050
|
.045
|
.020
|
C-01-4-_ _ _
|
C-02-4-_ _ _
|
.600
|
.500
|
.400
|
.300
|
.250
|
.200
|
.170
|
.125
|
.110
|
.050
|
C-01-5-_ _ _
|
C-02-5-_ _ _
|
1.200
|
1.000
|
.800
|
.600
|
.500
|
.420
|
.350
|
.250
|
.220
|
.100
|
C-01-6-_ _ _
|
C-02-6-_ _ _
|
2.000
|
1.600
|
1.250
|
1.000
|
.800
|
.700
|
.550
|
.400
|
.350
|
.160
|
C-01-7-_ _ _
|
C-02-7-_ _ _
|
3.600
|
2.850
|
2.250
|
1.800
|
1.500
|
1.300
|
1.000
|
.750
|
.650
|
.300
|
|
PARALLEL CONNECTIONSECONDARY VOLTAGE
|
5V
|
6.3V
|
8V
|
10V
|
12V
|
14V
|
18V
|
24V
|
28V
|
60V
|
C-01-2-_ _ _
|
C-02-2-_ _ _
|
.220
|
.180
|
.140
|
.110
|
.090
|
.080
|
.060
|
.046
|
.040
|
.020
|
C-01-3-_ _ _
|
C-02-3-_ _ _
|
.500
|
.400
|
.300
|
.240
|
.200
|
.170
|
.130
|
.100
|
.090
|
.040
|
C-01-4-_ _ _
|
C-02-4-_ _ _
|
1.200
|
1.000
|
.800
|
.600
|
.500
|
.400
|
.340
|
.250
|
.220
|
.100
|
C-01-5-_ _ _
|
C-02-5-_ _ _
|
2.400
|
2.000
|
1.600
|
1.200
|
1.000
|
.840
|
.700
|
.500
|
.440
|
.200
|
C-01-6-_ _ _
|
C-02-6-_ _ _
|
4.000
|
3.200
|
2.500
|
2.000
|
1.600
|
1.400
|
1.100
|
.800
|
.700
|
.320
|
C-01-7-_ _ _
|
C-02-7-_ _ _
|
7.200
|
5.700
|
4.500
|
3.600
|
3.000
|
2.600
|
2.000
|
1.500
|
1.300
|
.600
|
|
Part Number Designation:
- Locate the column, in the table above, for the required voltage.
- In the voltage column, locate the required current reading.
- Moving left from the current reading, find the number indicating required
primary - single 115V primary or dual 115V/230V.
- Derive part number by combining digits indentifying required primary and digits at the top
of column giving required voltage.
|
