Option Board Description
The 3G3AX-MX2-EIO15-E is an option board that can be attached to an
MX2-A
□
series inverter. The 3G3AX-MX2-EIO15-E provides extra inputs
and outputs to the inverter:
1x Analog Voltage Input
1x Analog Current Input
1x Analog Voltage Output
8x Discrete Logic Inputs
4x Discrete Logic Outputs
Controlling, monitoring and configuration of the extra inputs and outputs
can be done via the MX2 Drive programming (EzSQ).
External Dimensions
External dimensions of the option board, shown in millimeters:
General Specifications
Item
Specifications
Ambient operating temperature
See MX2 series User’s manual.
Ambient operating humidity
See MX2 series User’s manual.
Storage temperature
-20 ºC to 65 ºC
Weight
170g
Detailed Input / Output Specifications
Discrete Logic Inputs (DI)
No. of inputs
8
ON voltage
18 VDC minimum
OFF voltage
3 VDC maximum
Allowable voltage
27 VDC maximum
Load current at 24VDC
5 mA
Input type
sink or source (selectable by connecting CMI
either to
– or + terminal of the 24V IO supply)
Common
CMI
Discrete Logic Outputs (DO)
No. of outputs
4
ON state current
50 mA maximum
ON state voltage drop
3 VDC maximum
OFF state voltage
27 VDC maximum
Output type
sink or source (selectable by connecting CMO
either to
– or + terminal of the 24V IO supply)
Common
CMO
Analog Voltage Input (AIV)
Range
-10 to 10 VDC
Input impedance
10 kOhms
Accuracy
1% of FS
Resolution
12 bit
Common
CMA
Analog Current Input (AIC)
Range
0 to 20 mA
Input impedance
100 Ohms
Accuracy
1.5% of FS
Resolution
12 bit
Common
CMA
Analog Voltage Output (AO)
Range
0 to 10 VDC
Output current
10 mA maximum
Accuracy
1% of FS
Resolution
12 bit
Common
CMA
Common for Analog Inputs and Output (CMA)
Maximum current
50 mA (sum of analog input/output currents)
Common for Discrete Logic Inputs (CMI)
Maximum current
50 mA (sum of discrete logic input currents)
Common for Discrete Logic Outputs (CMO)
Maximum current
200 mA (sum of discrete logic output
currents)
Installation Procedure
Follow the next steps to install a 3G3AX-MX2-EIO15-E on an MX2-A
□
series inverter:
1.
Power down the inverter
2.
Loosen the screw of the option board cover on the inverter, remove
the cover and put the cover aside.
3.
For inverters up to 4.0 kW only: loosen the screws of the terminal
block cover and remove the cover to enable access to the chassis
ground terminal screws.
4.
Connect the grounding cable to the chassis ground of the inverter
(located on the cooling fin) and the IO connector Functional Ground
(FG) pins 1 and/or 11.
5.
If removed, mount the terminal cover again and tighten the screw(s)
6.
Push the 3G3AX-MX2-EIO15-E option board into the previous
location of the option board cover until it clicks into place
7.
Tighten the screw of the option board (do not over-tighten).
8.
Select the right warning language from the warning label sheet and
replace the English warning if appropriate.
Please note the RS485 MODBUS RTU Port (pin SP, SN) of the inverter is
not supported when the 3G3AX-MX2-EIO15-E is mounted.
IO Connector and Wiring
The 3G3AX-MX2-EIO15-E option board is supplied with a double-row
20pins connector plug for the IO wiring and a grounding cable.
Part
Manufacturer
Type
Connector
Phoenix
DFMC 1.5/10
– ST – 3.5
Wire the connector following the below pin layout:
Description
Item
Pin
No.
Pin
No.
Item
Description
Functional
Ground
FG
1
11
FG
Functional
Ground
Digital Input 4
DI4
2
12
DI0
Digital Input 0
Digital Input 5
DI5
3
13
DI1
Digital Input 1
Digital Input 6
DI6
4
14
DI2
Digital Input 2
Digital Input 7
DI7
5
15
DI3
Digital Input 3
Digital Output
Common
CMO
6
16
CMI
Digital Input
Common
Digital Output 2
DO2
7
17
DO0
Digital Output 0
Digital Output 3
DO3
8
18
DO1
Digital Output 1
Analog
Common
CMA
9
19
AO
Analog Voltage
Output
Analog
Current Input
AIC
10
20
AIV
Analog Voltage
Input
Use shielded cable for the wiring of the inputs/outputs. Connect the
cable shield to ground.
Keep the wiring for the option board separated from the inverter
power wiring and the inverter motor wiring.
Conductor cross section
Min
Max
Solid wire
0.2mm
2
1.5mm
2
Stranded wire
0.2mm
2
1.5mm
2
Stranded wire, with ferrule without
plastic sleeve
0.25mm
2
1.5mm
2
Stranded wire, with ferrule with
plastic sleeve
0.25mm
2
0.75mm
2
Wire the 3G3AX-MX2-EIO15-E according to the wiring example below.
DI..
CMI
DI0
24 V
+
-
DO..
DO0
CMO
Load
Load
24 V
or
-
+
or
-
+
+
-
Configuration Instructions
1.
Power up the inverter and
perform the inverter’s restore factory
default settings setting parameters b084 and b180 (see MX2 series
User’s Manual).
2.
Select the correct Filter parameter values in case default is not
acceptable:
Analog Input AIV Filter Time using P160
Analog Input AIC Filter Time using P161
Digital Inputs DI Filter Time using P162
3.
Be sure to set parameter A017 to zero to stop the Drive Programs
and data exchange of the 3G3AX-MX2-EIO15-E*. Use either the
Drive Program control buttons in CX-Drive or the MX2 Digital
Operator to change the A017 value.
4.
Create your program with CX-Drive
’s Drive Programming tool using
the dedicated user parameters for your application purpose and
download to the inverter.
5.
Set the inverter parameter A017 to value 1 or 2 to start the Drive
Programming program.
6.
In case of a parameter change in step 2, power cycle the inverter.
7.
The option board runs automatically.
* The 3G3AX-MX2-EIO15-E will only refresh the IO status when the Drive
Program is running. Be sure to have the IO in a failsafe state before
downloading the program or stopping the Drive Program. The outputs will
keep their latest values.
Option Board Inverter Parameters Details
I/O Data
Use the following parameters within the Drive Program to control the
inputs and outputs of the 3G3AX-MX2-EIO15-E.
Param
eter
Description
Range
(decimal)
U(00)
The 8 digital input data of the Unit.
0 to 255
[from bit 0 (DI0)
to bit 7 (DI7)]
U(01)
The 4 digital output data of the Unit.
0 to 15
[from bit 0
(DO0) to bit 3
(DO3)]
U(02)
The Analog Voltage Input AIV value of
the Unit.
Note this value is unsigned. Use
UL(00) as in programming example.
-10000 to 10000
[-10 to 10 VDC]
U(03)
The Analog Current Input AIC value of
the Unit.
0 to 10000
[0 to 20 mA]
U(04)
The Analog Voltage Output AO value
of the Unit.
0 to 10000
[0 to 10 VDC]
Parameter settings
Please note a change of value for these parameters (except P165)
requires a power cycle of the inverter and the 3G3AX-MX2-EIO15-E.
Parameter
Description
Range
P160
Analog Input AIV Filter Time
0 to 255,
[ 1 to 255: x2ms filter
0: default 16ms]
P161
Analog Input AIC Filter Time
0 to 255,
[ 1 to 255: x2ms filter
0: default 16ms]
P162
Digital Input DI Filter Time
0 to 255,
[ 1 to 255: x2ms filter
0: default 16ms]
P163, P164 Reserved (do not write)
P165
The Option board status *
Bit 00:
Running [ 0 = Not running,
1 = Running ]
Other bits are reserved.
0 to 1
* Be sure to check that the Running bit is 1 before using the input data.
Dedicated User Parameters U(00) and U(01) bit detail description
U(00):
Stores the status of the
Unit’s 8 Digital Inputs DI0 to DI7.
U(00) Bits
15 14 13 12 11 10
9
8
7
6
5
4
3
2
1
0
*
*
*
*
*
*
*
*
DI7
DI6
DI
5
DI
4
DI
3
DI
2
DI
1
DI
0
* Bits 08 to 15 are reserved for future use. Please do not use.
U(01):
Writes the
Unit’s 4 Digital Outputs DO0 to DO3.
U(01) Bits
15 14 13 12 11 10
9
8
7
6
5
4
3
2
1
0
*
*
*
*
*
*
*
*
*
*
*
*
DO
3
DO
2
DO
1
DO
0
* Bits 04 to 15 are reserved for future use. Please keep to zero.
Drive Programming Example
'**********************************************
'**3G3AX-MX2-EIO15-E Programming Example **
'**********************************************
#alias
global
DI
as
U(00) '8 Digital Inputs
#alias
global
DO
as
U(01) '4 Digital Outputs
#alias
global
uAIV
as
U(02) 'AIV (unsigned)
#alias
global
AIC
as
U(03) 'AIC
#alias
global
AO
as
U(04) 'AO
#alias
global
obstatus
as
P165 'Option board status
#alias
global
AIV
as
UL(00) 'AIV (signed)
#alias
global
neg0
as
U(20) 'AIV negative
#alias
global
DIOtemp
as
U(21)'Temp DIO
#alias
global
running
as
U(22) 'Running status
#alias
global
DI0
as
U(11)
#alias
global
DI1
as
U(12)
#alias
global
DI2
as
U(13)
#alias
global
DI3
as
U(14)
#alias
global
DI4
as
U(15)
#alias
global
DI5
as
U(16)
#alias
global
DI6
as
U(17)
#alias
global
DI7
as
U(18)
#alias
global
cDI0
as
1 'Constant definition DI0
#alias
global
cDI1
as
2 'Constant definition DI1
#alias
global
cDI2
as
4 'Constant definition DI2
#alias
global
cDI3
as
8 'Constant definition DI3
#alias
global
cDI4
as
16 'Constant definition DI4
#alias
global
cDI5
as
32 'Constant definition DI5
#alias
global
cDI6
as
64 'Constant definition DI6
#alias
global
cDI7
as
128 'Constant definition DI7
#alias
global
cDO0
as
1 'Constant definition DO0
#alias
global
cDO1
as
2 'Constant definition DO1
#alias
global
cDO2
as
4 'Constant definition DO2
#alias
global
cDO3
as
8 'Constant definition DO3
entry
obstatus
:=
0
'Write zero to P165
DO
:=
0
'Set Dig Outputs to zero
AO
:=
0
'Set Analog Output to zero
:ini_
running
:=
obstatus
running
:=
running
mod
2
if
running
=
1
goto
loop_
goto
ini_
:loop_
'* Include user code here (see examples below)
'* Set Digital output 0
DO
:=
DO
or
cDO0
'* Reset Digital output 1
DIOtemp
:=
not
cDO1
DO
:=
DO
and
DIOtemp
'* Read Digital input 0 into DI0
DIOtemp
:=
DI
and
cDI0
DI0
:=
DIOtemp
/
cDI0
'* Read Digital input 1 into DI1
DIOtemp
:=
DI
and
cDI1
DI1
:=
DIOtemp
/
cDI1
'* Convert Analog input 0 value to UL(00) signed
neg0
:=
uAIV
and
32768
if
neg0
>
1
then
AIV
:=
uAIV
-
65536
else
AIV
:=
uAIV
endif
goto
loop_
end
