Winco PSS10H/A - Manual (Page 8)

PAGE 6 60706-152 2234-01
MINIMUM
Model BCI Group CCA Rating
PSS10H U1 235
*****CAUTION*****
EQUIPMENT DAMAGE - Always connect the positive
cable first and the negative cable last, when disconnect-
ing, it is negative cable first and positive last. Failure to
connect and disconnect in the proper sequence can
cause equipment damage.
Observe polarities: connect the positive (+) battery
terminal to the (+) cable from the control panel; the
negative (-) battery terminal is connected to the negative
cable (ground) from the engine generator assembly.
All connections must be clean and tight. Check the
electrolyte (fluid) in the battery periodically to be sure it is
above the plates. Never allow the battery to remain in a
discharged condition.
*****CAUTION*****
EQUIPMENT DAMAGE - NEVER JUMP START these
units. Doing so will destroy the engine control module
rendering the unit non-operational. Remove and fully
recharge the battery before attempting to start.
CONNECTING THE BATTERY CHARGER
A two-stage battery tender is provided on all PSS series
generators. This battery tender charges at a rate of 750
mA until the battery is fully charged and then automati-
cally switches to a 13.2 VDC float charger. The charger
has an indicator light on it, red indicates it is charging,
and green indicates it is in the storage mode (float
charge). This charger is mounted on the engine genera-
tor set in the same location as the other AC and DC
connections.
This battery tender requires a circuit breaker protected
AC circuit from your distribution panel be run out to the
engine generator set. These AC wires can be run in the
same conduit as the other AC leads from the generator.
It is suggested that this circuit be fused for 15 amps.
A 120 volt receptacle is mounted in the generator
connection box. The receptacle is prewired with black,
white and green leads attached to it, this is where you
will connect your 120 volt fused power feed.
** NOTICE **
The battery tender is not intended to recharge a battery
which has become completely discharged. It is de-
signed to produce enough current to recharge a slightly
low battery, maintaining it fully charged.
MOUNTING THE AUTOMATIC
TRANSFER SWITCH (A.T.S.)
*************
***** WARNING *****
*************
EQUIPMENT DAMAGE- Protect the switch from construc-
tion grit and metal chips to prevent a malfunction or
shortened life of the switch. Contactors returned for
warranty consideration wilth foreign material inside of
them will not be warranted.
The Automatic Transfer Switch connects the load
(lights, furnace, outlets, etc.) to the normal power line
during standby. When normal power fails, the A.T.S.
starts the engine generator set, disconnects the power
line and then connects the load to the standby generator
set. When normal power is restored, the automatic
switch retransfers the electrical load to the normal
service and stops the engine. The A.T.S. panel should
be mounted as close to the distribution panel as
possible.
*****NOTE*****
EQUIPMENT DAMAGE- The standard NON-UL Winco
ATS does not protect against undervoltage. If you are in
an area that is susceptible to brown outs (low voltage)
you may want to consider adding an undervoltage sensor
to standard ATS panel. Contact your dealer or WINCO.
*************
***** WARNING *****
*************
All wiring must be done by a licensed electrician, and
must conform to the national electrical code and comply
with all state and local codes and regulations. Check with
your electrical inspectors before proceeding!
The Automatic Transfer Switch shipped with the PSS10
system has a 110 Amp line side contactor installed to
handle your normal power needs and a 60 Amp genera-
tor side contactor to handle the emergency generator
output. Before installing the A.T.S. you must first ensure
that the 110 Amp line side contactor will be sufficient to
handle your complete service. See Figure 3. (i.e. the
main line breaker must not be larger than 110 Amps) If
you have a 125, 150 , 200 Amp or larger system, you will
not be able to transfer the complete electrical system. In
this case it will be necessary to install a secondary
emergency distribution panel. See Figure 4. NOTE: THE
MAXIMUM OUTPUT OF THE GENERATOR IS 40 AMPS AT
240 VOLTS. You must also take this into consideration
when deciding whether to install an emergency distribu-
tion panel.