Mitsubishi Electric MELSEC iQ-R Series User Manual page 299

Name of variable Description
en3
6 120
en3
i = 1
en3 =((ends
i
However, when ends
When sf
sf =1488-mod
i
mod: Remainder of {((mRx
However, the value is 0 when the calculation result of sf
i: Station number
mRx
mRWr
en4
6 120
en4
i = 1
en4 =eRxn
i
However, when ends
i: Station number
eRxn
eRWrn
ends
6 120
ends
i = 1
ends =eRxAll
i
i: Station number
eRxAll
eRWrAll
en5 ((endl+20en6)/1488)
However, when endl is 0, en5 is 0.
When sf
sf =1488-mod
i
mod: Remainder of {((mRx
However, the value is 0 when the calculation result of sf
i: Station number of the slave station
mRx
mRWr
en6 eRxln +eRWrln
i
However, when endl is 0, the value for en6 is 0.
i: Station number of the slave station
eRxln
eRWrln
endl eRxlAll /8+eRWrlAll
i
i: Station number of the slave station
eRxlAll
eRWrlAll
number of link points
p1: RX/RY/RWr/RWw {((Total number of points of "RX setting") + (Total number of points of "RY setting"))/8 + ((Total number of points of "RWr setting") +
(Total number of points of "RWw setting"))  2}  5 + (Sn  3300)
processing time
However, if Total number of points of "RY setting" = Total number of points of "RX setting" = Total number of points of "RWr setting"
= Total number of points of "RWw setting" = 0, then p1 = 0.
p2: LB/LW processing {((Total number of points of "LB setting" excluding master station)/8) + ((Total number of points of "LW setting" excluding master
station)  2) + ((Number of points of "LB setting" set in the master station)/8)  Ln + ((Number of points of "LW setting" set in the
time
master station)  2)  Ln}  5 + (Sn  6000)
However, if Total number of points of "LB setting" = Total number of points of "LW setting" = 0, then p2 = 0.
Sn  40
p3: Diagnostic
information processing
time
7000  (The number of connections of "Safety Communication Setting" in "Basic Settings" set in the master station) + 20000
p4: Safety input/output
processing time However, if the number of connections of "Safety Communication Setting" in "Basic Settings" set in the master station + 0, then
p4=0.
kp 78000
1800  (Number of slave stations) + 10000
kuu: Inter-module
synchronization However, if the inter-module synchronization is not performed in the master station
processing time (unicast)
i
*3
20)/1488)
+en4 -k
i i i
is 0, en3 is 0.
i i
20, k
>20, k =1, and when sf =0.
i i i i
*3
+(mRx /1468)
i i
: Number of points of "RX setting" of main modules with station No.i/8
i
: Number of points of "RWr setting" of main modules with station No.i2
i
i
+eRWrn +((ends +(eRxn +eRWrn )20)/1488)
i i i i i
is 0, en4 is 0.
i i
: 0 (fixed)
i
: Number of extension modules with station No.i whose number of points of "RWr setting" is more than 0
i
i
2
/8+eRWrAll
i i
: 0 (fixed)
i
: Total number of points of "RWr setting" of extension modules with station No.i
i
*3
-k
i
20, k
>20, k =1, and when sf =0.
i i i i
*3
+(mRx /1468)
i i
*2
to be used as the maximum number of link points
: Number of points of "RX setting" of main modules with station No.i/8
i
: Number of points of "RWr setting" of main modules with station No.i2
i
+((endl+(eRxln +eRWrln )20)/1488)
i i i
*2
to be used as the maximum number of link points
: 0 (fixed)
i
: Total number of extension modules with station No.i whose number of points of "RWr setting" is more than 0
i
2
i
*2
to be used as the maximum number of link points
: 0 (fixed)
i
: Total number of points of "RWr setting" of extension modules of the slave station
i
*3
20)+(mRWr 20))/1488}
+(mRWr /1468)
i i
is 1488.
i
*3
-1
*3
20)+(mRWr 20))/1488}
+(mRWr /1468)
i i
is 1488.
i
*3
-1
*2
to be used as the maximum
*4
, then kuu=0.
APPX
Appendix 7 Processing Time
A
297