120-250VAC Spectrum Control Inc., 120-250VAC Datasheet - Page 3

• Manufacturer Part Number: 120-250VAC
• Description: Power Line Filters Single Stage
• Manufacturer: Spectrum Control Inc.

70
Power Line Filters
Single Stage
62-PMF & PMB Series
Features
Applications
Specifications
Note: Test voltage: 1500VAC one minute, line to ground
SPECTRUM CONTROL INC. • 8031 Avonia Rd. • Fairview, PA 16415 • Phone: [phone] • Fax: [phone] • Web site: www.spectrumcontrol.com
SPECTRUM CONTROL GmbH • Hansastrasse 6 • 91126 Schwabach, Germany • Phone: [phone] • Fax: [phone]
62-PMB-050-5-11
62-PMB-080-5-11
62-PMB-100-5-12
62-PMB-150-5-13
62-PMB-200-5-13
62-PMF-050-5-11
62-PMF-080-5-11
62-PMF-100-5-12
62-PMF-150-5-13
62-PMF-200-5-13
Space-saving, compact designs
Suitable for products that must conform
to FCC regulations
Excellent attenuation for high voltage impulse
Metal case provides effective EMI shielding
Excellent filtering characteristics for both normal mode
and common mode
Epoxy molded for internal component reliability
Structure provides effective shielding for noise
generated externally and internally
Operating temperature: -25°C to +85°C
(including temperature rise, see graph on page 71)
Digital equipment
Computers and peripherals
Measuring instruments
Medical equipment
Equipment requiring very high impulse attenuation
Factory automation equipment
Industrial equipment such as UPS, inverters
and converters
Telecommunications equipment
Office automation equipment, such as copy
and fax machines
Model*
Insulation resistance: 300 Mohm min. at 500VDC
Voltage drop: 1V max.
Discharge time: 0.4 sec. max.
Weight: 8.82 ounces ( 250 grams)
Rated Voltage
(@ 50/60Hz)
250VAC
Current
Rated
10A
15A
20A
8A
5A
Tested and found to be
IAW VDE 0565 Part 3
Leakage Current
0.50mA
(Max.)
* PMF - designates Fast-on terminals
** The temperature rise of 20 amp units can be decreased to 30°C
PMB - designates Bolt-in terminals
by mounting on 200 X 200 x 1.0(mm) steel chassis
Circuit Diagram
3300pF
C
Y
Capacitance
2
1
R
.1uF & .22uF
C
0.1uF
.22uF
.33uF
C
X
X
L
1
Inductance
C
7.0mH
4.2mH
2.2mH
1.8mH
X
14mH
(L
1
)
C
C
Y
Y
4
3
E
Temperature
Rise (Max.)
45°C**
30°C
35°C