Measurement Configuration Commands

To set up ENVT presence, the user must set up the command registers the following way:

Address	Register	X	Unit	Type	Range	A/E/P	Description
0x1F3F	8000	–	–	INT16U	46472	E/P	Command code = 46472
0x1F40	8001	–	–	INT16U	12	E/P	Number of parameters (bytes) = 12
0x1F41	8002	–	–	INT16U	4609	E/P	Destination = 4609 (0x1201)
0x1F42	8003	–	–	INT16U	1	E/P	Security type of the command
0x1F43–0x1F44	8004–8005	–	–	OCTET STRING	–	E/P	Password of the command: Administrator user profile password
0x1F45	8006	–	–	INT16U	0–1	E/P	0 = ENVT is not present 1 = ENVT is present

To reset minimum/maximum values of measurements, the user must set up the command registers the following way:

Address	Register	X	Unit	Type	Range	A/E/P	Bit	Description
0x1F3F	8000	–	–	INT16U	46728	–	–	Command code = 46728
0x1F40	8001	–	–	INT16U	12	–	–	Number of parameters (bytes) = 12
0x1F41	8002	–	–	INT16U	4609	–	–	Destination = 4609 (0x1201)
0x1F42	8003	–	–	INT16U	1	–	–	Security type of the command
0x1F43–0x1F44	8004–8005	–	–	OCTET STRING	–	–	–	Password of the command: Administrator or Operator user profile password
0x1F45	8006	–	–	INT16U	–	–	–	Reset minimum/maximum of metering variables: To reset the metering variable, set the bit to 1. To keep the current values, set the bit to 0.
						A/E/P	0	Reset minimum/maximum current (I1, I2, I3, IN, Imax, Ig, IΔn, Iavg, and Iunbal)
						E/P	1	Reset minimum/maximum voltage (V12, V13, V23, V1N, V2N, V3N, VavgL-L, VavgL-N, and Vunbal)
						E/P	2	Reset minimum/maximum power (active power, reactive power, apparent power, and distortion power)
						E/P	3	Reset minimum/maximum power factor and cosϕ
						E/P	4	Reset minimum/maximum total harmonic distortion (THD)
						E/P	5	Reset peak of current demand
						E/P	6	Reset peak of active power, reactive power, and apparent power demand
						E/P	7	Reset minimum/maximum frequency
						–	8	Not applicable
						E/P	9	Reset energy (active, reactive, apparent)
						–	10–15	Reserved

The user can read the power flow sign configuration at register 3316 Power Flow Sign.

To set the power flow sign parameters, the user must set up the command registers the following way:

Address	Register	X	Unit	Type	Range	A/E/P	Description
0x1F3F	8000	–	–	INT16U	47240	P	Command code = 47240
0x1F40	8001	–	–	INT16U	12	P	Number of parameters (bytes) = 12
0x1F41	8002	–	–	INT16U	4609	P	Destination = 4609 (0x1201)
0x1F42	8003	–	–	INT16U	1	P	Security type of the command
0x1F43–0x1F44	8004–8005	–	–	OCTET STRING	–	P	Password of the command: Administrator user profile password
0x1F45	8006	–	–	INT16U	0–1	P	Power flow sign: 0 = the active power flows from upstream (top) to downstream (bottom) (factory setting) 1 = the active power flows from downstream (bottom) to upstream (top).

To set the power factor sign parameters, the user must set up the command registers the following way:

Address	Register	X	Unit	Type	Range	A/E/P	Description
0x1F3F	8000	–	–	INT16U	47241	E	Command code = 47241
0x1F40	8001	–	–	INT16U	12	E	Number of parameters (bytes) = 12
0x1F41	8002	–	–	INT16U	4609	E	Destination = 4609 (0x1201)
0x1F42	8003	–	–	INT16U	1	E	Security type of the command
0x1F43–0x1F44	8004–8005	–	–	OCTET STRING	–	E	Password of the command: Administrator user profile password
0x1F45	8006	–	–	INT16U	0–2	E	Sign convention for the power factor and the fundamental power factor (cosϕ): 0 = IEC convention 2 = IEEE convention (factory setting)

To set the energy accumulation mode parameters, the user must set up the command registers the following way:

Address	Register	X	Unit	Type	Range	A/E/P	Description
0x1F3F	8000	–	–	INT16U	47242	E/P	Command code = 47242
0x1F40	8001	–	–	INT16U	12	E/P	Number of parameters (bytes) = 12
0x1F41	8002	–	–	INT16U	4609	E/P	Destination = 4609 (0x1201)
0x1F42	8003	–	–	INT16U	1	E/P	Security type of the command
0x1F43–0x1F44	8004–8005	–	–	OCTET STRING	–	E/P	Password of the command: Administrator user profile password
0x1F45	8006	–	–	INT16U	0–1	E/P	Energy accumulation mode: 0 = absolute accumulation (factory setting) 1 = signed accumulation

To start current demand, the user must set up the command registers the following way:

Address	Register	X	Unit	Type	Range	A/E/P	Description
0x1F3F	8000	–	–	INT16U	47243	E/P	Command code = 47243
0x1F40	8001	–	–	INT16U	12	E/P	Number of parameters (bytes) = 12
0x1F41	8002	–	–	INT16U	4609	E/P	Destination = 4609 (0x1201)
0x1F42	8003	–	–	INT16U	1	E/P	Security type of the command
0x1F43–0x1F44	8004–8005	–	–	OCTET STRING	–	E/P	Password of the command: Administrator user profile password
0x1F45	8006	–	Min	INT16U	5–60	E/P	Duration of the current demand calculation window, adjustable in step of 1. The factory setting is 15 minutes (sliding).

To start power demand, the user must set up the command registers the following way:

Address	Register	X	Unit	Type	Range	A/E/P	Description
0x1F3F	8000	–	–	INT16U	47244	E/P	Command code = 47244
0x1F40	8001	–	–	INT16U	14	E/P	Number of parameters (bytes) = 14
0x1F41	8002	–	–	INT16U	4609	E/P	Destination = 4609 (0x1201)
0x1F42	8003	–	–	INT16U	1	E/P	Security type of the command
0x1F43–0x1F44	8004–8005	–	–	OCTET STRING	–	E/P	Password of the command: Administrator user profile password
0x1F45	8006	–	–	INT16U	0–5	E/P	Power demand calculation method (window type): 0 = sliding (factory setting) 2 = fixed 5 = synchronized to communication
0x1F46	8007	–	Min	INT16U	5–60	E/P	Duration of the power demand calculation window, adjustable in step of 1. The factory setting is 15 minutes.

To set the nominal primary voltage Vn display parameters, the user must set up the command registers the following way:

Address	Register	X	Unit	Type	Range	A/E/P	Description
0x1F3F	8000	–	–	INT16U	47245	E/P	Command code = 47245
0x1F40	8001	–	–	INT16U	12	E/P	Number of parameters (bytes) = 12
0x1F41	8002	–	–	INT16U	4609	E/P	Destination = 4609 (0x1201)
0x1F42	8003	–	–	INT16U	1	E/P	Security type of the command
0x1F43–0x1F44	8004–8005	–	–	OCTET STRING	–	E/P	Password of the command: Administrator user profile password
0x1F45	8006	–	V	INT16U	0–65535	E/P	Nominal primary voltage Vn (factory setting = 690 V)