Coil Loop Data (1-Bit) - Siemens Moore 353 User Manual

UM353-1

7.3.8 Coil Loop Data (1-bit)

Controller [ODC]
Code R/W Description
L#A R/W 1-Auto 0-Manual
L#L R/W 1-Local
L#SS R 1-AM block in STANDBY
L#E R/W 1-External Set
L#CN R/W 1-Console
L#CM R/W 1-Computer
L#RS R/W 1-Ramping Setpoint
L#OR R 1-Override
L#EM R 1-Emergency Manual
L#CH R 1-Configuration Hold
L#HL R 1-HI Setpoint Limit
L#LL R 1-LO Setpoint Limit
L#OS R/W 1-Alarms - Out of Service
L#U1S R 1-U1 Status Active
L#U2S R 1-U2 Status Active
L#AT R/W 1-Autotune
L#A1 R 1-Alarm 1 is Active
L#N1 R/W 1-Alarm 1 is Not Acknowledged
L#E1 R/W 1-Alarm 1 is Enabled
L#A2 R 1-Alarm 2 is Active
L#N2 R/W 1-Alarm 2 is Not Acknowledged
L#E2 R/W 1-Alarm 2 is Enabled
L#A3 R 1-Alarm 3 is Active
L#N3 R/W 1-Alarm 3 is Not Acknowledged
L#E3 R/W 1-Alarm 3 is Enabled
L#A4 R 1-Alarm 4 is Active
L#N4 R/W 1-Alarm 4 is Not Acknowledged
L#E4 R/W 1-Alarm 4 is Enabled
L#OS2 R/W 1-Alarms - Out of Service
L#CC R 1-Configuration has Changed
L#NA R/W 1-Unacknowledged Loop Event
L#AE R 1-Active Loop Event
L#NSS R/W 1-Not Ack'd STANDBY (V1.3)
L#NOR R/W 1-Not Ack'd Override (V1.3)
L#NEM R/W 1-Not Ack'd Emergency Man (V1.3)
L#NHL R/W 1-Not Ack'd HI Setpoint Limit (V1.3)
L#NLL R/W 1-Not Ack'd LO Setpoint Limit (V1.3)
L#NU1 R/W 1-Not Ack'd U1 Status (V1.3)
L#NU2 R/W 1-Not Ack'd U2 Status (V1.3)
L#NW1 R/W 1-Not Ack'd W1 Status (V1.3)
L#NW2 R/W 1-Not Ack'd W2 Status (V1.3)
L#NW3 R/W 1-Not Ack'd W3 Status (V1.3)
L#NE1 R/W 1-Not Ack'd E1 Status (V1.3)
L#NE2 R/W 1-Not Ack'd E2 Status (V1.3)
L#NE3 R/W 1-Not Ack'd E3 Status (V1.3)
L#XAT W 1-Transfer Autotune Parameters (V1.3)
L#PB1C R/W PB1SW Input MD (*) (V1.3)
L#PB2C R/W PB2SW Input MD (*) (V1.3)
* These bits indicate the status of the switch input MD. A write of a "1" will have the same effect as pressing and releasing the
button on the faceplate. If the action of the switch is sustained the switch will change position. If the action is momentary
the switch will close for one scan cycle.
March 2003
Range Coil(MB)
1/0 00296+48(#-1)
1/0 00297+48(#-1)
1/0 00298+48(#-1)
1/0 00299+48(#-1)
1/0 00300+48(#-1)
1/0 00301+48(#-1)
1.0 00302+48(#-1)
1/0 00303+48(#-1)
1/0 00304+48(#-1)
1/0 00305+48(#-1)
1/0 00306+48(#-1)
1/0 00307+48(#-1)
1/0 00308+48(#-1)
1/0 00309+48(#-1)
1/0 00310+48(#-1)
1/0 00311+48(#-1)
1/0 00312+48(#-1)
1/0 00313+48(#-1)
1/0 00314+48(#-1)
1/0 00315+48(#-1)
1/0 00316+48(#-1)
1/0 00317+48(#-1)
1/0 0318+48(#-1)
1/0 00319+48(#-1)
1/0 00320+48(#-1)
1/0 00321+48(#-1)
1/0 00322+48(#-1)
1/0 00323+48(#-1)
1/0 00324+48(#-1)
1/0 00325+48(#-1)
1/0 00326+48(#-1)
1/0 00327+48(#-1)
1/0 00328+48(#-1)
1/0 00329+48(#-1)
1/0 00330+48(#-1)
1/0 00331+48(#-1)
1/0 00332+48(#-1)
1/0 00333+48(#-1)
1/0 00334+48(#-1)
1/0 00335+48(#-1)
1/0 00336+48(#-1)
1/0 00337+48(#-1)
1/0 00338+48(#-1)
1/0 00339+48(#-1)
1/0 00340+48(#-1)
1/0 00341+48(#-1)
1/0 00342+48(#-1)
1/0 00343+48(#-1)
Data Mapping
C/P (LIL)
n+3/1(0)
n+3/1(1)
n+3/1(2)
n+3/1(3)
n+3/1(4)
n+3/1(5)
n+3/1(6)
n+3/1(7)
n+3/1(8)
n+3/1(9)
n+3/1(10)
n+3/1(11)
n+3/1(12)
n+3/1(13)
n+3/1(14)
n+3/1(15)
n+4/1(0)
n+4/1(1)
n+4/1(2)
n+4/1(3)
n+4/1(4)
n+4/1(5)
n+4/1(6)
n+4/1(7)
n+4/1(8)
n+4/1(9)
n+4/1(10)
n+4/1(11)
n+4/1(12)
n+4/1(13)
n+4/1(14)
n+4/1(15)
n+4/10(0)
n+4/10(1)
n+4/10(2)
n+4/10(3)
n+4/10(4)
n+4/10(5)
n+4/10(6)
n+4/10(7)
n+4/10(8)
n+4/10(9)
n+4/10(10)
n+4/10(11)
n+4/10(12)
n+4/10(13)
n+4/10(14)
n+4/10(15)
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