Siemens SG8158-00 manual Binary Inputs, Binary Outputs

Control & Communications

6.2 Binary Inputs

Binary inputs are optically-isolated voltage level sensors with a fixed threshold. The input is considered activated if voltage above the threshold is applied and de-activated if no voltage or voltage below the threshold is applied.

The status of the binary inputs is monitored whether they are configured or not. As a result, the relay logs events when any binary input changes state (from active to de-active or vice versa).

Actions matrixed to binary inputs have the choice of being performed when the binary input is activated (Hi) or de- activated (Lo). For example, BI1 >blk 50 Hi means that 50 is blocked when BI1 is activated. And BI1 >blk 50 Lo means that 50 is blocked when BI1 is de-activated.

The ISGS relay displays the options at each matrix position in the sequence listed in the table below.

6100	Binary Inputs
Address	Para-	Matrix	Option		Option (cont.)
	meter	Position
6101	Input 1	001	not matrixed		blk 59 Hi
		to	Frz.Buff1 Hi		blk 59 Lo
		010	Frz.Buff1 Lo		blk 27 Hi
			Frz.Buff2 Hi		blk 27 Lo
			Frz.Buff2 Lo		blk 67 Hi
		(Options	blk 47N Hi		blk 67 Lo
		apply to	blk 47N Lo		blk 67N Hi
		each	blk 47 Hi		blk 67N Lo
		matrix	blk 47 Lo		blk 50BF Hi
		position)	blk 81U Hi		blk 50BF Lo
			blk 81U Lo		blk ComEvt Hi
			blk 81O Hi		blkComEvt Lo
			blk 81O Lo		SwitchPara Hi
			blk 50 Hi		SwitchPara Lo
			blk 50 Lo		BI1 Hi
			blk 50N Hi		BI1 Lo
			blk 50N Lo		BI2 Hi
			blk 50HS Hi		BI2 Lo
			blk 50HS Lo		BI3 Hi
			blk 50HSN Hi		BI3 Lo
			blk 50HSN Lo		BI4 Hi
			blk 51N Hi		BI4 Lo
			blk 51N Lo
6102	Input 2	001-010	(same as	Input 1 above)
6103	Input 3	001-010	(same as	Input 1 above)
6104	Input 4	001-010	(same as	Input 1 above)

6.3 Binary Outputs

The ISGS relay offers two binary outputs. The options at each matrix position are displayed in the sequence listed in the table below.

6200	Binary Outputs
Address	Para-	Matrix	Option	Option (cont.)
	meter	Position
6201	Output 1	001	not matrixed	51	Pickup
	(BO 1)	to	BI1	51	Trip
		020	BI2	50HS blks 51N
			BI3	50HSN blks
			BI4		51N
		(Options	Error Sum I	51N Pickup
		apply to	Error Sym I	51N Trip
		each	Error Sym V	67	Pickup
		matrix	OC Pickup	67	Trip
		position)	OC Trip	67N Pickup
			Non OC PU	67N Trip
			Non OC Trip	27	Pickup
			Relay Pickup	27	Trip
			Relay Tripped	59	Pickup
			no f	59	Trip
			f <>	47	Trip
			50HS Trip	OvrBrOps PU
			50HSN Trip	OvrBrAmps PU
			81O Pickup	OvrAmpsDmd
			81O Trip		PU
			UV blks 81O	OvrkWDmd PU
			81U Pickup	OvrkVAR PU
			81U Trip	OvrkVA Pickup
			UV blks 81U	PFLag Pickup
			47N Pickup	PFLead Pickup
			47N Trip	50BF Pickup
			UV blks 47N	50BF Trip
			50HS blks 50	TrScMon PU
			50HSN blks 50	TrCoilCont PU
			50 Pickup	BrMech PU
			50 Trip	CommEvent 1
			50HS blks 50N	CommEvent 2
			50HSN blks	CommEvent 3
			50N	CommEvent 4
			50N Pickup	CommEvent 5
			50N Trip
			50HS blks 51
			50HSN blks 51
6202	Output 2	001-020	(same as Output 1 above)
	(BO 2)

6

On power-on or reset, the relay creates an internal state change of all binary inputs to determine whether they are active or inactive, and it performs all actions corresponding to their condition and matrixing accordingly.

Binary inputs can be matrixed to disable the acceptance of communication events.

Siemens Energy & Automation, Inc. 33