Circutor CVM-A1500 - Page 325

Arrray 3 tipo NVT ( SNVT_str_int (37)), Unit (N/A), Resolution (1), Values (0...65,565), Bytes (31)
typedef struct {
unsigned short char_set ;
unsigned long wide_char [15] ;
} SNTV_str_int;
Name Variable type Unit
Power Factor III
nvo_PwFactOn3Ph SNVT_pwr_fact (98) PF III
Code Resolution Values
20 0.00005 -1.00000..1.00000
Cos φ III
Name Variable type Unit
nvo_Cosphi SNVT_pwr_fact (98) cos φ
Code Resolution Values
19 0.00005 -1.00000..1.00000
Md Apparent/Active Power III
Name Variable type Unit
nvo_MaxDemand_kVA SNVT_power_kilo (28) Md(kVA III)
Code Resolution Values
42 0.1 0..6553.5
Active Energy (+)
Name Variable type Unit
nvo_ActEnergy SNVT_elec_kwh_I (146) kW.h(+)
Code Resolution Values
43 0.1 -214,748,364.8.. 214,748,364.6
Inductive Reactive Energy (+)
Name Variable type Unit
nvo_InductEnergy SNVT_elec_kwh_I (146) kVArL.h(+)
Code Resolution Values
44 0.1 -214,748,364.8.. 214,748,364.6
Notes:
 All the variables declared in the arrays are shown without a sign.
 All the power variables (SNVT_power_kilo type) are shown without a sign.
 There is a variable called nvi_UpdatePeriod that indicates the refresh time of the variables
linked with bindings. It is a NVT type variable (SNVT_time_sec (107), Units (Seconds), Resolu-
tion(0.1s), Values (5.0 ... 3200.0), Bytes (2)).
 All of the instantaneous variables listed in this section have a maximum value (_M) and
minimum (_m) value, adding the displayed structures behind the name of the variable. For
example, the maximum value of the L1 current is nvo_Ph1Current_M and minimum value is
nvo_Ph1Current_m.
325
Instruction Manual
CVM-A1000 - CVM-A1500