By using the (+ /5) or (- /6) key, LED GREEN can be set for desired
function.
‘5’ corresponds to LED5, ‘6’ corresponds to LED6…’8’ corresponds to
LED8
Set the value ‘1’ for assigned / ‘0’ for not assigned under the numbers
representing LED GREEN.
By using the (+ /5) or (- /6) key, LED RED can be set for desired
function.
‘5’ corresponds to LED5, ‘6’ corresponds to LED6…’8’ corresponds to
LED8
Set the value ‘1’ for assigned / ‘0’ for not assigned under the numbers
representing LED RED.
By using the (+ /5) or (- /6) key, the AND Logic function (A,B,C,D)
can be set for desired function.
Set the value ‘1’ for assigned / ‘0’ for not assigned under the letters
representing AND Logic function.
By using the (+ /5) or (- /6) key, Opto inputs can be set for desired
function.
‘1’ corresponds to Opto I/P1, ‘2’ corresponds to Opto I/P2…’6’
corresponds to Opto I/P6
Set the value ‘1’ for assigned / ‘0’ for not assigned under the numbers
representing Opto I/Ps.
2.3.12.2 List of the submenus for Relay Output, LEDs and AND Logic configuration
2.3.12.2.1 Output Relay Configuration
Output relays can be assigned by selecting any function given in the submenu. There are 6 output
relays identified as RL1 to RL6.
2.3.12.2.2 LED Configuration for Green Colour Indication
LED G (Green) can be assigned by selecting any function given in the submenu. There are 4
LEDs identified as L5 to L8.
2.3.12.2.3 LED Configuration for Red Colour Indication
LED R (Red) can be assigned by selecting any function given in the submenu. There are 4 LEDs
identified as L5 to L8.
2.3.12.2.4 AND Logic
AND Logic can be assigned by selecting any function given in the submenu. There are
4 AND Logic operands with identifier as A, B, C & D.
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