63230-300-212 AppendixA—AbbreviatedR egisterListing
April 2001 Registe r Listing
163
© 2001 Schneider Electric All Rights Reserved
3352
Discrete Input Point Assignment to Di screte Input Status
Bitmap Bit 02
IO Point Number for Discrete Input to inc lude in Discrete Input
StatusBitmap: Bit 02.
0= none, default = 5 (Dig In A-S3)
——0to66
3353
Discrete Input Point Assignment to Di screte Input Status
Bitmap Bit 03
IO Point Number for Discrete Input to inc lude in Discrete Input
StatusBitmap: Bit 03.
0= none, default = 6 (Dig In A-S4)
——0to66
3354
Discrete Input Point Assignment to Di screte Input Status
Bitmap Bit 04
IO Point Number for Discrete Input to inc lude in Discrete Input
StatusBitmap: Bit 04.
0=none,default=19(DigInB-S1)
——0to66
3355
Discrete Input Point Assignment to Di screte Input Status
Bitmap Bit 05
IO Point Number for Discrete Input to inc lude in Discrete Input
StatusBitmap: Bit 05.
0=none,default=20(DigInB-S2)
——0to66
3356
Discrete Input Point Assignment to Di screte Input Status
Bitmap Bit 06
IO Point Number for Discrete Input to inc lude in Discrete Input
StatusBitmap: Bit 06.
0=none,default=21(DigInB-S3)
——0to66
3357
me
IO Point Number for Discrete Input to inc lude in Discrete Input
StatusBitmap: Bit 07.
0=none,default=22(DigInB-S4)
——0to66
3358
Discrete Input Point Assignment to Di screte Input Status
Bitmap Bit 08
IO Point Number for Discrete Input to inc lude in Discrete Input
StatusBitmap: Bit 08.
0=none,default=35(DigInC1)
——0to66
3359
Discrete Input Point Assignment to Di screte Input Status
Bitmap Bit 09
IO Point Number for Discrete Input to inc lude in Discrete Input
StatusBitmap: Bit 09.
0=none,default=36(DigInC5)
——0to66
3360
Discrete Input Point Assignment to Di screte Input Status
Bitmap Bit 10
IO Point Number for Discrete Input to inc lude in Discrete Input
StatusBitmap: Bit 10.
0=none,default=37(DigInC3)
——0to66
Tabl e A–3:AbbreviatedRegister List
Register
Number Description Scale
Factor Units Regist er Range
See “HowPower Factoris Stored in the Register”onpage 128.
Thealternate storage methodfor power factor(PF) is useful for outputtingPF on analog outputs.The PF value isstored as a positive value
between 0 and 2, centered around 1 (un ity). A value of 0 lagging maps to 0; -0.99 9m aps to 0.999;0.999 leading m aps to 1.001; and 0 leading
mapsto 2. The alternate PF is alsostored with a scale factor0.001.
These configuration r egisters require th at you enter the setup mo de to change the regi ster’s contents. Issue command 9020 t o enter setup
modeand 9021 to exit setup mode.S ee “Usingthe Command Interfaceto Change ConfigurationRegisters”onpage 187 for instructions on
howto use the setup-mode commands.
Quantity available for 4-w ire system only. Value set to -32, 768 if not available.