File E65390 Datasheet by Triad Magnetics

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“Flo-110422 «rslo—llo—cz «F510—25o—c2 “F12-090-C2 “F12-200-C2 «rslz—ogo—cz «rslz-zoo—cz
File E65390 Vol. 3 Sec. 12 Page 1 Issued: 2007-02-05
and Report Revised: 2008-01-18
DESCRIPTION:
PRODUCT COVERED:
* USR, CNR - Component Class 2 Transformer, Models F10 and F12 Series
is single primary rated 115 V, 50/60 Hz, and the FS10 and FS12 Series is dual
primary rated 115/230 V, 50/60 Hz. See Table below for specific model
numbers, class type and electrical ratings.
GENERAL:
These transformers are provided with single or dual secondary windings
isolated from the primary windings and single or dual primary windings.
Transformers with dual primary and/or secondary windings are designed to be
connected either in parallel or series for the ratings noted below.
ELECTRICAL RATINGS:
Model
Class
Primary
Voltage (V)
Secondary
Voltage (V)
Frequency
(Hz)
Power
(VA)
Current (A)
#F10-110-C2
2
115
5/10
50/60
1.1
0.22/0.11
#F10-250-C2
2.5
0.5/0.25
F10-600-C2
6
1.2/0.6
F10-1200-C2
12
2.4/1.2
F10-2000-C2
20
4.0/2.0
F10-3600-C2
36
7.2/3.6
#FS10-110-C2
2
115/230
5/10
50/60
1.1
0.22/0.11
#FS10-250-C2
2.5
0.5/0.25
FS10-600-C2
6
1.2/0.6
FS10-1200-C2
12
2.4/1.2
FS10-2000-C2
20
4.0/2.0
FS10-3600-C2
36
7.2/3.6
#F12-090-C2
2
115
6.3/12.6
50/60
1.1
0.18/0.09
#F12200-C2
2.5
0.4/0.2
F12-500-C2
6
1.0/0.5
F12-1000-C2
12
2.0/1.0
F12-1600-C2
20
3.2/1.6
F12-2850-C2
36
5.7/2.85
#FS12-090-C2
2
115/230
6.3/12.6
50/60
1.1
0.18/0.09
#FS12200-C2
2.5
0.4/0.2
FS12-500-C2
6
1.0/0.5
FS12-1000-C2
12
2.0/1.0
FS12-1600-C2
20
3.2/1.6
FS12-2850-C2
36
5.7/2.85
*Note: Models marked with # are Inherently Limited type and other Models are
Not-Inherently Limited type.
File E65390 Vol. 3 Sec. 12 Page 2 Issued: 2007-02-05
and Report Revised: 2011-11-15
TECHNICAL CONSIDERATIONS(NOT FOR FIELD REPRESENTATIVE’S USE):
Use - For use only in complete equipment where the acceptability of the
combination is determined by Underwriters Laboratories Inc.
USR indicates investigation to the Standards for Low Voltage
Transformers - Part 1: General Requirements and Low Voltage Transformers -
Part 3: Class 2 and Class 3 Transformers, UL 5085-1 and UL 5085-3,
respectively..
CNR indicates investigation to the Canadian standards for Low Voltage
Transformers - Part 1: General Requirements and Low Voltage Transformers -
Part 3: Class 2 and Class 3 Transformers, CSA C22.2 No. 66.1 and CSA C22.2
No. 66.3, respectively..
Conditions of Acceptability -
1. For Not-Inherently Limited models, the windings employ a Class B (130)
or Class F (155) insulation system; for Inherently Limited models, the
windings employ a Class F (155) insulation system.
2. The suitability mounting and grounding means shall be determined in the
end-use product.
3. All tests were conducted on the full secondary winding.
4. This device shall be provided with a suitable enclosure in the end-use
product.
5. The suitability of the pin terminals and mounting means shall be
determined in the end-use product.
6. For all Not-Inherently Limited Models, the primary shall be provided
with one of the following fuses within a suitably rated R/C (IZLT2)
fuse holder, e.g. 250mA, 250VAC or 500mA, 120VAC per the fuse types
below:
A. Littlefuse, Type 313, rated 250 mA, 250 V for 240 V connections.
B. Cooper/Bussmann, Type MDL, rated 500 mA, 250 V for 120 V
connections.
File E65390 Vol. 3 Sec. 13 Page 1 Issued: 2007-02-06
and Report Revised: 2012-09-15
DESCRIPTION:
PRODUCT COVERED:
USR, CNR - Component Class 2 Transformer, Models F16, F20, F24, and
F28 Series is single primary rated 115 V, 50/60 Hz, and the FS16, FS20, FS24,
and FS28 Series is dual primary rated 115/230 V, 50/60 Hz. See Table below
for specific model numbers, class type and electrical ratings.
GENERAL:
These transformers are provided with single or dual secondary windings
isolated from the primary windings and single or dual primary windings.
Transformers with dual primary and/or secondary windings are designed to be
connected either in parallel or series for the ratings noted below.
Transformers with dual secondary windings may also be used independently.
ELECTRICAL RATINGS:
Model
Class
Primary
Voltage (V)
Secondary
Voltage (V)
Frequency
(Hz)
Power
(VA)
Current
(A)
#F16-070-C2
2 not
wet,
class
3 wet
115
8/16
50/60
1.1
0.14/0.07
#F16-150-C2
2.5
0.3/0.15
F16-400-C2
6
0.8/0.4
F16-800-C2
12
1.6/0.8
F16-1250-C2
20
2.5/1.25
F16-2250-C2
36
4.5/2.25
#FS16-070-C2
2 not
wet,
class
3 wet
115/230
8/16
50/60
1.1
0.14/0.07
#FS16-150-C2
2.5
0.3/0.15
FS16-400-C2
6
0.8/0.4
FS16-800-C2
12
1.6/0.8
FS16-1250-C2
20
2.5/1.25
FS16-2250-C2
36
4.5/2.25
#F20-055-C2
2 not
wet,
class
3 wet
115
10/20
50/60
1.1
0.11/0.055
#F20-120-C2
2.5
0.24/0.12
F20-300-C2
6
0.6/0.3
F20-600-C2
12
1.2/0.6
F20-1000-C2
20
2.0/1.0
F20-1800-C2
36
3.6/1.8
#FS20-055-C2
2 not
wet,
class
3 wet
115/230
10/20
50/60
1.1
0.11/0.055
#FS20-120-C2
2.5
0.24/0.12
FS20-300-C2
6
0.6/0.3
FS20-600-C2
12
1.2/0.6
FS20-1000-C2
20
2.0/1.0
FS20-1800-C2
36
3.6/1.8
Model Class Primary Frequency Secondary Current Power F16—070—C2 2 not 115 50/60 a 0.07 .1 a o . o7
File E65390 Vol. 3 Sec. 13 Page 2 Issued: 2007-02-06
and Report Revised: 2012-09-15
ELECTRICAL RATINGS:
Model
Class
Primary
Voltage (V)
Secondary
Voltage (V)
Frequency
(Hz)
Power
(VA)
Current
(A)
#F24-045-C2
2 not
wet,
class
3 wet
115
12/24
50/60
1.1
0.09/0.045
#F24-100-C2
2.5
0.2/0.1
F24-500-C2
12
1.0/0.5
F24-800-C2
20
1.6/0.8
F24-1500-C2
36
3.0/1.5
#FS24-045-C2
2 not
wet,
class
3 wet
115/230
12/24
50/60
1.1
0.09/0.045
#FS24-100-C2
2.5
0.2/0.1
FS24-250-C2
6
0.5 / 0.25
FS24-500-C2
12
1.0/0.5
FS24-800-C2
20
1.6/0.8
FS24-1500-C2
36
3.0/1.5
#F28-040-C2
2 not
wet,
class
3 wet
115
14/28
50/60
1.1
0.08/0.04
#F28-085-C2
2.5
0.17/0.085
F28-200-C2
6
0.4/0.2
F28-420-C2
12
0.84/0.42
F28-700-C2
20
1.4/0.7
F28-1300-C2
36
2.6/1.3
#FS28-040-C2
2 not
wet,
class
3 wet
115/230
14/28
50/60
1.1
0.08/0.04
#FS28-085-C2
2.5
0.17/0.085
FS28-200-C2
6
0.4/0.2
FS28-420-C2
12
0.84/0.42
FS28-700-C2
20
1.4/0.7
FS28-1300-C2
36
2.6/1.3
Note: Models marked with # are Inherently Limited type And other Models are
Not-Inherently Limited type.
Note: When transformers’ dual secondary windings are being used
independently, each secondary winding has the same voltage rating as when
secondary windings are connected in parallel and each secondary winding has
the same current rating as when secondary windings are connected in series.
The other ratings remain the same. For example:
Model
Class
Primary
Voltage (V)
Frequency
(Hz)
Secondary
Voltage (V)
Current
(A)
Power
(VA)
F16-070-C2
2 not
wet,
class
3 wet
115
50/60
8
0.07
1.1
8
0.07
File E65390 Vol. 3 Sec. 13 Page 3 Issued: 2007-02-06
and Report Revised: 2012-11-02
TECHNICAL CONSIDERATIONS (NOT FOR FIELD REPRESENTATIVE’S USE):
Use - For use only in complete equipment where the acceptability of the
combination is determined by Underwriters Laboratories Inc.
USR indicates investigation to the Standards for Low Voltage
Transformers - Part 1: General Requirements and Low Voltage Transformers -
Part 3: Class 2 and Class 3 Transformers, UL 5085-1 and UL 5085-3,
respectively.
CNR indicates investigation to the Canadian standards for Low Voltage
Transformers - Part 1: General Requirements and Low Voltage Transformers -
Part 3: Class 2 and Class 3 Transformers, CSA C22.2 No. 66.1 and CSA C22.2
No. 66.3, respectively.
Conditions of Acceptability -
1. For Not-Inherently Limited models, the windings employ a Class B (130)
or Class F (155) insulation system; for Inherently Limited models, the
windings employ a Class F (155) insulation system.
2. The suitability mounting and grounding means shall be determined in the
end-use product.
3. This device shall be provided with a suitable enclosure in the end-use
product.
4. The suitability of the pin terminals shall be determined in the end-use
product.
5. For all Not-Inherently Limited Models, the primary shall be provided
with one of the following R/C (JDYX2) fuses within a suitably rated R/C
(IZLT2) fuse holder, e.g. 250mA, 250VAC or 500mA, 120VAC per the fuse
types below:
*A. Littelfuse Inc., Type 313 or 315, rated 250 mA, 250 V for 240 V
connections. When Type 315 is provided, the Fuse Holder is not
required.
B. Cooper/Bussmann, Type MDL, rated 500 mA, 250 V for 120 V
connections.
6. Since these transformers exceed 15 V rms, but not 30 V rms, these
transformers are considered to supply "Class 2 Not Wet, Class 3 Wet."
This indicates that Class 3 wiring is required to be used, in
accordance with Article 725 of the National Electrical Code, if the
wiring extends into areas where wet contact is likely.
File E65390 Vol. 3 Sec. 14 Page 1 Issued: 2007-02-07
and Report Revised: 2013-07-31
DESCRIPTION:
PRODUCT COVERED:
* USR - Component Class 3 Transformer, Model F36, F48, and F56 Series is
single primary rated 115 V, 50/60 Hz, and the FS36, FS48, and FS56 Series is
dual primary rated 115/230 V, 50/60 Hz. See Table below for specific model
numbers, class type and electrical ratings.
GENERAL:
These transformers are provided with single or dual secondary windings
isolated from the primary windings and single or dual primary windings.
Transformers with dual primary and/or secondary windings are designed to be
connected either in parallel or series for the ratings noted below.
Transformers with dual secondary windings may also be used independently.
ELECTRICAL RATINGS:
Model
Class
Primary
Voltage (V)
Secondary
Voltage (V)
Frequency
(Hz)
Power
(VA)
Current (A)
#F36-030-C2
3
115
18/36
50/60
1.1
0.06/0.03
#F36-065-C2
2.5
0.13/0.065
F36-170-C2
6
0.34/0.17
F36-350-C2
12
0.7/0.35
F36-550-C2
20
1.1/0.55
F36-1000-C2
36
2.0/1.0
#FS36-030-C2
3
115/230
18/36
50/60
1.1
0.06/0.03
#FS36-065-C2
2.5
0.13/0.065
FS36-170-C2
6
0.34/0.17
FS36-350-C2
12
0.7/0.35
FS36-550-C2
20
1.1/0.55
FS36-1000-C2
36
2.0/1.0
#F48-023-C2
3
115
24/48
50/60
1.1
0.046/0.023
#F48-050-C2
2.5
0.1/0.05
F48-125-C2
6
0.25/0.125
F48-250-C2
12
0.5/0.25
F48-400-C2
20
0.8/0.4
F48-750-C2
36
1.5/0.75
#FS48-023-C2
3
115/230
24/48
50/60
1.1
0.046/0.023
#FS48-050-C2
2.5
0.1/0.05
FS48-125-C2
6
0.25/0.125
FS48-250-C2
12
0.5/0.25
FS48-400-C2
20
0.8/0.4
FS48-750-C2
36
1.5/0.75
Model Class Primary Frequency Secondary Current Power F36—030—C2 3 115 50/60 18 0.03 .1 18 o . 03
File E65390 Vol. 3 Sec. 14 Page 2 Issued: 2007-02-07
and Report Revised: 2012-09-15
ELECTRICAL RATINGS:
Model
Class
Primary
Voltage (V)
Secondary
Voltage (V)
Frequency
(Hz)
Power
(VA)
Current (A)
#F56-020-C2
3
115
28/56
50/60
1.1
0.04/0.02
#F56-045-C2
2.5
0.09/0.045
F56-110-C2
6
0.22/0.11
F56-220-C2
12
0.44/0.22
F56-350-C2
20
0.7/0.35
F56-650-C2
36
1.3/0.65
#FS56-020-C2
3
115/230
28/56
50/60
1.1
0.04/0.02
#FS56-045-C2
2.5
0.09/0.045
FS56-110-C2
6
0.22/0.11
FS56-220-C2
12
0.44/0.22
FS56-350-C2
20
0.7/0.35
FS56-650-C2
36
1.3/0.65
Note: Models marked with # are Inherently Limited type and all other Models
are Not-Inherently Limited type.
Note: When transformers’ dual secondary windings are being used
independently, each secondary winding has the same voltage rating as when
secondary windings are connected in parallel and each secondary winding has
the same current rating as when secondary windings are connected in series.
The other ratings remain the same. For example:
Model
Class
Primary
Voltage (V)
Frequency
(Hz)
Secondary
Voltage (V)
Current
(A)
Power
(VA)
F36-030-C2
3
115
50/60
18
0.03
1.1
18
0.03
File E65390 Vol. 3 Sec. 14 Page 3 Issued: 2007-02-07
and Report Revised: 2012-09-15
TECHNICAL CONSIDERATIONS(NOT FOR FIELD REPRESENTATIVE’S USE):
Use - For use only in complete equipment where the acceptability of the
combination is determined by Underwriters Laboratories Inc.
USR indicates investigation to the Standards for Low Voltage
Transformers - Part 1: General Requirements and Low Voltage Transformers -
Part 3: Class 2 and Class 3 Transformers, UL 5085-1 and UL 5085-3,
respectively.
CNR indicates investigation to the Canadian standards for Low Voltage
Transformers - Part 1: General Requirements and Low Voltage Transformers -
Part 3: Class 2 and Class 3 Transformers, CSA C22.2 No. 66.1 and CSA C22.2
No. 66.3, respectively.
Conditions of Acceptability -
1. For Not-Inherently Limited models, the windings employ a Class B (130)
or Class F (155) insulation system; for Inherently Limited models, the
windings employ a Class F (155) insulation system.
2. The suitability mounting and grounding means shall be determined in the
end-use product.
*
*3. This device shall be provided with a suitable enclosure in the end-use
product.
*4. The suitability of the pin terminals shall be determined in the end-use
product.
*5. For all Not-Inherently Limited Models, the primary shall be provided
with one of the following fuses within a suitably rated R/C (IZLT2)
fuse holder, e.g. 250mA, 250VAC or 500mA, 120VAC per the fuse types
below:
A. Littlefuse, Type 313, rated 250 mA, 250 V for 240 V connections.
B. Cooper/Bussmann, Type MDL, rated 500 mA, 250 V for 120 V
connections.
File E65390 Vol. 3 Sec. 10 Page 1 Issued: 2006-08-28
and Report
DESCRIPTION:
PRODUCT COVERED:
USR, CNR - Component Not-Inherently Limited, Class 2 Transformer,
Model F24-250-C2.
GENERAL:
This transformer is provided with the secondary windings isolated from
the primary windings. Taps are provided on secondary windings. The
secondaries are identical with their parallel / series connection ratings
indicated below.
ELECTRICAL RATINGS:
Model
Primary
Voltage
(V)
Secondary
Voltage (V)
Frequenc
y
(Hz)
Power
(VA)
Current (A)
F24-250-C2
115 V
12 V (Parallel)
50/60 Hz
6
0.5 A (Parallel)
24 V (Series)
0.25 A (Series)
File E65390 Vol. 3 Sec. 10 Page 2 Issued: 2006-08-28
and Report
TECHNICAL CONSIDERATIONS(NOT FOR FIELD REPRESENTATIVE’S USE):
Use - For use only in complete equipment where the acceptability of the
combination is determined by Underwriters Laboratories Inc.
USR indicates investigation to the Standard for Class 2 and Class 3
Transformers, UL 1585.
CNR indicates investigation to the Canadian standard for Specialty
Transformer, CSA C22.2 No. 66.
Conditions of Acceptability -
1. The windings employ a Class B (130) insulation system.
2. The suitability mounting and grounding means shall be determined in
the end-use product.
3. All tests were conducted on the full secondary winding.
4. This device shall be provided with a suitable enclosure in the end-use
product.
5. The suitability of the pins and leads shall be determined in the final
application.
6. The primary shall be provided with a fuse, Type 313 by Littelfuse,
rated 100 mA, 250 V in the end product. The fuse shall be provided in
a UL Listed fuse holder.

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