6 | SAMLEX AMERICA INC.
SECTION 4 |
INSTALLATION
4.1 Please refer to Fig. 1. The Remote Control can be flush mounted on a wall
or a panel by making a suitable cut-out to accommodate the projection in
the back.
4.2 Please ensure that the inverter PST-3000-12 / PST-3000-24 is switched OFF
before connecting RC-300 to the inverter.
4.3 Connect one end of the cable set to the RJ-50 Modular Jack (7) at the
back and the Remote and the other end to the RJ-50 Modular Jack on the
inverter. Ensure that the connection is firm and the tab on the plug securely
locks in the jack.
SECTION 5 |
OPERATION
NOTE:
This Remote Control will operate only after the inverter PST-3000-12 / PST-3000-24
has been first switched ON using the local ON/OFF Switch on the inverter or
using the external ON/OFF control provided on the inverter (for details, please
refer to Section 8 of Owner's Manual for PST-3000-12 / PST-3000-24 under head-
ing "Optional Wired Remote Control - Model RC-300).
5.1 Switch ON PST-3000-12 / PST-3000-24 using the local ON/OFF Switch on the
inverter or using external ON/OFF control provided on the inverter (for de-
tails, please refer to Section 8 of Owner's Manual for PST-3000-12 / PST-3000-
24 under heading "Optional Wired Remote Control - Model RC-300). Once
the inverter turns ON, the operational status of the inverter will be displayed
through the LCD screen (3, Fig 1) and LEDs (4, 5, 6; Fig 1).
5.2 See under headings “LCD Display” (Section 3.3 and 3.4) and “LED Display”
(Section 3.5) for information on the operating conditions. Please read Sec-
tion 11 - "Troubleshooting Guide" of the Owner's Manual for PST-3000-12 /
PST-3000-24 for identifying abnormal conditions indicated by the LEDs.
5.3 The output of the inverter can be switched ON/OFF using the ON/OFF Push
Button (1, Fig 1).
5.4 No Load Current Draw
As stated above, the ON/OFF Switch on the inverter is required to be in ON
condition for the Remote to operate. When the ON/OFF switch on the Remote
Control is turned ON, all the circuitry inside the inverter becomes fully alive and
the AC output is made available. In this condition, even when no load is being
supplied (or, if a load is connected but has been switched OFF), the inverter
draws a small amount of current from the batteries to keep the circuitry alive
and is ready to deliver the required power on demand. This is called the “idle
