Meanwell IRC1 User manual

IRC1 / IRC2 / IRC3
Instruction Manual

Model No : IRC1
Inverter Remote Controller
Green
Orange
Red
Orange Flash
ON
OFF
Abnormal
Power Saving
:
:
:
:
PUSH
ON / OFF
IRC1 / IRC2 / IRC3 Instruction Manual
1
IRC1 is a simple remote control device which can be used with TS-700/1000/1500/3000 & TN-1500/3000. The built-in
ON/OFF button allows remote ON/OFF of the inverter's output and power saving mode. The controller panel also shows
inverter's working conditions such as Remote ON/OFF, abnormal, and power saving mode.
IRC2 is a remote control device which can be used with TS-700/1000/1500/3000. Besides the control functions found in IRC1,
it also has indications for battery capacity percentage and load percentage. This device is suitable for end users who need
more information feedback from the inverter.
IRC3 is a complete remote control device which can be used with TN-1500/3000 with solar charging function. The display
found on the TN-1500/3000 unit is completely replicated onto the remote device. Besides the control functions found on
IRC1/IRC2, IRC3 displays solar charging, AC charging, and whether the load is supplied by AC utility or inverter. Thus,
allowing user to fully understand the solar inverter's current state.
To satisfy different demands for remote control distances, the RC device can be matched with 3 types of cable length, 10ft
cable (standard), or 25ft / 50ft (optional).
Push ON/OFF button can be used to turn the output of the inverter ON or OFF and setting the power saving function enable or
disable.
LED indications for inverter status.
2 installation methods. Mount on top of a vertical surface or inside system panel.
3 cable length available (10ft / 25ft / 50ft).
3 years warranty.
1.1 Product introduction:
1.2 Product features:
Compliance to FCC / CE.
2.1 IRC1 panel and explanation of LED indication:
1. Product description
2. Diagram of device panel and explanation of operating status
2.2 IRC2 panel and explanation of LED indication:
IRC1 panel
: LED indicator
: Push ON/OFF button
AA
B
B
LED
indication
LED
indication
Green
Green
Red
Red
Orange
Orange
Orange Flash
Orange Flash
Status
description
Status
description
Remote ON
Remote ON
Abnormal
Abnormal
Remote OFF
Remote OFF
Power saving
mode
Power saving
mode
Model No : IRC2
Inverter Remote Controller
Green
Orange
Red
Orange
Flash
ON
OFF
Abnormal
Power
Saving
:
:
:
:
INVERTER LOAD
100%
100%
BATTERY
0% 0%
PUSH
ON / OFF
: LED indicator
E
AA
IRC2 panel
: Push ON/OFF button
: Load indicator
: Battery capacity indicator
: Inverter providing load
D
B
C
D
E
B
C

Model No : IRC3
Inverter Remote Controller
SOLAR CHARGE
Green
Orange
Red
Orange
Flash
ON
OFF
Abnormal
Power
Saving
:
:
:
:
AC
CHARGE
AC IN
BY PASS
INVERTER LOAD
100%
100%
BATTERY
0% 0%
PUSH
ON / OFF
2
2.3 IRC3 panel and explanation of LED indication:
2.2.2 Explanation for Remote off:
2.2.3 Explanation of battery capacity level:
2.2.4 Explanation of load condition:
Remote OFF
LOAD
BATTERY
LOAD
BATTERY
LOAD
BATTERY
LOAD
BATTERY
LOAD
<25%
<25%
25%
25%
50%
50%
~
~
~
~
50%
50%
75%
75%
>75%
>75%
0%
0%
0%
0%
0%
0%
0%
0%
100%
100%
100%
100%
100%
100%
100%
100%
IRC3 panel
: LED indicator
: Push ON/OFF button
: Load indicator
: Battery capacity indicator
: Inverter providing load
: Solar charger ON/OFF
: AC charger ON/OFF
: AC utility normal
: AC utility providing load
EFG
D
H
A
A
B
C
D
E
F
G
H
I
I
I
I
I
I
B
C
2.2.1 Explanation of abnormal conditions:
Abnormal output
voltage level
Output short
protection
Battery input
UVP/OVP
Battery fail protection
(Battery aged)
Fan lock protection
Load indicator
Load indicator
Load indicator
Load indicator
Load indicator
Load indicator
Load indicator
Load indicator
Load indicator
Load indicator
Status description
Status description
Status description
Status description
Status description
Status description
Status description
Status description
Status description
Status description
Output OLP
(>105%)
Output OLP
(>115%)
Output OLP
(>150%) OTP
LOAD
LOAD
LOAD
LOAD
LOAD
LOAD
LOAD
LOAD
LOAD
LED
indication Green Red Orange Orange Flash
Status
description Remote ON Abnormal Remote OFF Power saving
mode

3
2.3.5 AC and solar charging status:
AC CHARGE AC CHARGE
SOLAR CHARGE SOLAR CHARGE
AC charger
working AC charger OFF
Solar charger
OFF
AC charger
working
2.3.2 Explanation for Remote off:
2.3.3 Explanation of battery capacity level:
2.3.4 Explanation of load condition:
Remote OFF
LOAD
BATTERY
LOAD
BATTERY
LOAD
BATTERY
LOAD
BATTERY
LOAD
<25%
<25%
25%
25%
50%
50%
~
~
~
~
50%
50%
75%
75%
>75%
>75%
0%
0%
0%
0%
0%
0%
0%
0%
100%
100%
100%
100%
100%
100%
100%
100%
2.3.1 Explanation of abnormal conditions:
Abnormal output
voltage level
Output short
protection
Battery input
UVP/OVP
Battery fail protection
(Battery aged)
Fan lock protection
Load indicator
Load indicator
Load indicator
Load indicator
Load indicator
Load indicator
Load indicator
Load indicator
Load indicator
Load indicator
Status description
Status description
Status description
Status description
Status description
Status description
Status description
Status description
Status description
Status description
Output OLP
(>105%)
Output OLP
(>115%)
Output OLP
(>150%) OTP
LOAD
LOAD
LOAD
LOAD
LOAD
LOAD
LOAD
LOAD
LOAD
3.1 Accessories:
a.IRC1/2/3 remote controller.
b.RJ-11 ~ RJ-11 10ft cable (standard), 25ft / 50ft cable (optional).
Phone Jack
RJ-11
Phone Jack
RJ-11
1
6
6
1
10ft / 25ft / 50ft
3. Operating instructions
Do not use ordinary telephone line
available on the market

Model No : IRC3
Inverter Remote Controller
SOLAR CHARG E
Green
Orange
Red
Orange
Flash
ON
OFF
Abnormal
Power
Saving
:
:
:
:
AC
CHARGE
AC IN
BY PASS
INVERTER
100%
100%
BATTERY
0% 0%
LOAD
PUSH
ON / OFF
4
c.Screw set (M4 combination of screw & washer + nuts x 2 sets).
d.User's manual 1.
3.2 Installation method:
(1)Mount on top of a vertical surface
3.3 Cable connection:
3.4 Description of available functions:
3.4.1 Remotely control inverter ON/OFF:
3.4.2 Remotely enable or disable the power saving mode:
Please use the provided cable when connecting the controller device to the jack found on the front panel of the inverter. Refer to
the diagram below:
M4
M3
IRC1/2/3 can be used to remotely control inverter ON/OFF and enable or disable the power saving mode. After attaching the
After pushing the ON/OFF setting button, the inverter will immediately shut down. The load indicator will also reflect this
This controller offers flexible adjustment of the standby mode, enable or disable. The operating sequence is as follows, press
and hold on to the push ON/OFF button for about 3 seconds and the LED indicator will start flashing orange. Enter setting
mode after letting go of the push ON/OFF button. Power saving mode can be enable or disable by pressing the push ON/OFF
button. Check for setting status by inspection LED indication (refer to the chart below). After making your selection, hold on
to the push ON/OFF button for 5 seconds and the LED indicator will flash orange, let go of the push ON/OFF button and the
change in status. To restart the inverter, press the setting button again.
RJ11~RJ11 cable, all the LEDs on the device panel will light up, after waiting for about 5 seconds then the control process can
begin. No external power source is required for the controller.
(2)Mount inside system panel
If the inverter goes into protection due to abnormal operating condition and cannot be restarted using the controller unit, please go on
site to correct inverter failure condition and then resume remote operation.
4.Cautionary notes
inverter will automatically restart to complete the setting sequence.
LED indicator Green Red
Status description Enable power saving mode Disable power saving mode

5
5.Failure correction
6.Warranty
6.1 Two years of free repair service is provided when the controller device is operated under normal operating conditions.
6.2 This is a class A product. In a domestic environment this product may cause radio interference in which case the user
Please do not change components or modify or repair the unit by yourself or else Mean Well reserves the right to void
may be required to take adequate measures.
product warranty.
power saving
mode
Inverter is abnormal Check inverter status and clear
RC ON/OFF not
operational abnormal condition
Operational error Please refer to 3.4.2 for more
details
Can not set
Failure condition Probable cause Possible solution
Improper wiring
connection
Please use the provided cable
accessory
(Do not use ordinary telephone line)
Loose wiring connection
Please make sure the connectors
on the cables are attached securely
to the jacks
Inverter not ON Please make sure the inverter
is switched ON
LED indicator
OFF

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