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CAUTION

There are 5 switches, each with 5 levers.

Only one lever on each switch may be

in the “ON” position.

 NOTE

The LOAD MANAGER is designed to operate relays.  It is not necessary

The LOAD MANAGER is designed to operate relays.  It is not necessary

The LOAD MANAGER is designed to operate relays.  It is not necessary

The LOAD MANAGER is designed to operate relays.  It is not necessary

The LOAD MANAGER is designed to operate relays.  It is not necessary
to connect to all outputs.  Any outputs, at the discretion of the installer,

to connect to all outputs.  Any outputs, at the discretion of the installer,

to connect to all outputs.  Any outputs, at the discretion of the installer,

to connect to all outputs.  Any outputs, at the discretion of the installer,

to connect to all outputs.  Any outputs, at the discretion of the installer,
may remain unused.  Nothing should be connected to the unused

may remain unused.  Nothing should be connected to the unused

may remain unused.  Nothing should be connected to the unused

may remain unused.  Nothing should be connected to the unused

may remain unused.  Nothing should be connected to the unused
outputs.  Relays must have a coil resistance of 40 ohms or greater.

outputs.  Relays must have a coil resistance of 40 ohms or greater.

outputs.  Relays must have a coil resistance of 40 ohms or greater.

outputs.  Relays must have a coil resistance of 40 ohms or greater.

outputs.  Relays must have a coil resistance of 40 ohms or greater.

DO NOT LOAD ANY OUTPUT WITH A RELAY WITH A

DO NOT LOAD ANY OUTPUT WITH A RELAY WITH A

DO NOT LOAD ANY OUTPUT WITH A RELAY WITH A

DO NOT LOAD ANY OUTPUT WITH A RELAY WITH A

DO NOT LOAD ANY OUTPUT WITH A RELAY WITH A

RESISTANCE LESS THAN 40 OHMS

RESISTANCE LESS THAN 40 OHMS

RESISTANCE LESS THAN 40 OHMS

RESISTANCE LESS THAN 40 OHMS

RESISTANCE LESS THAN 40 OHMS

Each switch controls the operation of a relay.  The actuation sequence of a
particular relay is controlled by the individual levers of each switch.  Lever #5 is
the lowest priority, while lever #1 is the highest.  It is thus possible to arrange the
relay operating priority for the 5 lowest priority relays.

Summary of Contents for 091-32

Page 1: ...L in NY 631 567 0314 631 567 0314 631 567 0314 631 567 0314 631 567 0314 TOLL FREE 800 346 0857 800 346 0857 800 346 0857 800 346 0857 800 346 0857 FAX 631 567 5826 631 567 5826 631 567 5826 631 567 5...

Page 2: ...MMING Recognizing that priorities may change after an installation is made the LOAD MANAGER is designed so that the sequence of load removal may be easily altered At installation the highest priority...

Page 3: ...Nothing should be connected to the unused may remain unused Nothing should be connected to the unused may remain unused Nothing should be connected to the unused outputs Relays must have a coil resis...

Page 4: ...MODEL 091 32 LOD MANAGER Connection to Pin 2 is not required for Load Manager operation Pins 3 4 5 6 7 8 9 These pins connect to the low side of the relays The relay coils must be energized with 12 v...

Page 5: ...s 12 3 volts for PIE units If Pin 14 is not connected the Load Manager is a simple sequencer When Pin 14andPin12aresimultaneouslysuppliedwith 12voltstheLoadManagerwillsequencetheloads ON and sheds exc...

Page 6: ...Figure 2 Basic Switch Settings ON OFF ON OFF OFF ON OFF ON OFF ON...

Page 7: ...Figure 3 Outline load Manager...

Page 8: ...Figure 1 Schematic Load Manager Installation LOAD MANAGER 091 32...

Page 9: ...se within 3 years from the date the equipment was shipped Equipment is to be returned shipping charges prepaid and will be returned after repair shipping charges paid Kussmaul Electronics Company Inc...

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