| E
Frame |
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CD |
CF |
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Max.
Voltage Rating : Up to & including 125 VDC, 240 VAC, 50/60 Hz or
400 Hz
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IAC (Interrupt Capacity)
: 5,000 A @ 125 VDC; 25K A @ 65 VDC
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Listing : UL 489
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Connector Style : 1/4 -
20 Stud Terminals
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Mounting Type : Front
Mount
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Amperages Available: 1,
5, 10, 15, 20, 30, 40, 50, 60, 75, 80, 100, 110
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Dimensions :
4.75" x 4.25" x 1"
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Optional :
Pressure plate for fine stranded wire
|
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Max. Voltage Rating :
Up to & including 125 VDC, 240 VAC, 50/60 Hz or 400 Hz
-
IAC (Interrupt Capacity)
: 5,000 A @125 VDC; 25K A @ 65 VDC
-
Listing : UL 489
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Connector Style : Box
Type Solderless
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Wire Range : #14 - 0 AWG
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Mounting Type : Front or
Back Mount
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Amperages Available : 1,
5, 10, 15, 20, 30, 40, 50, 60, 75, 80, 100, 110
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Dimensions :
5.8" x 3.31" x 1"
|
| General purpose hydraulic-magnetic breakers
for reliable overcurrent protection and accurate circuit control in a
variety of amperages. Ideal for branch circuit protection of DC loads,
such as panel boards and lighting controls, as well as charging sources.
The E-frame breakers are manufactured by
AIRPAX and Eaton-Heinemann, and are the most
popular breakers we stock. Choosing the correct style (CD or CF) to
use in your application depends on the type of mounting required for the
installation.
The CD breakers can only be front mounted, and are
most commonly used in both Outback Power and Xantrex products. Specifically the CD breakers are the medium breakers used in the Outback
PSDC and PSR for branch circuits of DC loads. In Xantrex products,
the CD breakers are used in the either the DC 250 or DC 175 disconnect
enclosures. The CD-60 can be used as the PV array disconnect
breaker, while the smaller amperages are mostly used for DC branch
circuits.
The CF breakers can either be front or
back mounted depending on the installation. They accept either
copper or aluminum wire conductors, and can be used with both 60o
& 70o wire. An optional pressure plate for fine
stranded wire is available, please inquire about pricing and
availability. These breakers are
commonly used in Digital Solar Technologies MPR series charge controllers,
which can be used in either solar or hybrid systems.
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