Entes MPR-53S-DIN Bedienungsanleitung

Entes Nicht kategorisiert MPR-53S-DIN

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NETZANALYSATOR
MPR-53S MODBUS REGISTERTABEL NETWORK ANALYZER
MPR-53/53S
20 1
MODBUS REGISTERTABEL
ADRESSE ADRESSE REGISTER R/W BEREICH EINHEIT MULTIPLIKATOR FORMAT
(HEX)
152 0098 L3 PHASE MIN. SCHEINLEISTUNG R/W (0 - 18000)xCTxVT VA 0.1 unsigned int
154 009A GESAMTE MIN. IMPORTIERTE WIRKLEISTUNG R/W (-18000 - 18000)xCTxVT Watt 0.1 int
156 009C GESAMTE MIN. EXPORTIERTE WIRKLEISTUNG R/W (-18000 - 18000)xCTxVT Watt 0.1 int
158 009E GESAMTE MIN. INDUKTIVE BLINDLEISTUNG R/W (-18000 - 18000)xCTxVT Var 0.1 int
160 00A0 GESAMTE MIN. KAPAZITIVE BLINDLEISTUNG R/W (-18000 - 18000)xCTxVT Var 0.1 int
162 00A2 GESAMTE MIN. SCHEINLEISTUNG R/W (0 - 18000)xCTxVT VA 0.1 unsigned int
164 00A4 L1 PHASE MAX. SPANNUNG R/W (0 - 3000)xUT Volt 0.1 unsigned int
166 00A6 L2 PHASE MAX. SPANNUNG R/W (0 - 3000)xUT Volt 0.1 unsigned int
168 00A8 L3 PHASE MAX. SPANNUNG R/W (0 - 3000)xUT Volt 0.1 unsigned int
170 00AA L1-L2 PHASE-PHASE MAX. SPANNUNG R/W (0 - 5000)xUT Volt 0.1 unsigned int
172 00AC L2-L3 PHASE-PHASE MAX. SPANNUNG R/W (0 - 5000)xUT Volt 0.1 unsigned int
174 00AE L3-L1 PHASE-PHASE MAX. SPANNUNG R/W (0 - 5000)xUT Volt 0.1 unsigned int
176 00B0 L1 PHASE MAX. STROM R/W (0 - 6000)xCT Amper 0.001 unsigned int
178 00B2 L2 PHASE MAX. STROM R/W (0 - 6000)xCT Amper 0.001 unsigned int
180 00B4 L3 PHASE MAX. STROM R/W (0 - 6000)xCT Amper 0.001 unsigned int
182 00B6 L1 PHASE MAX. WIRKLEISTUNG R/W (-18000 - 18000)xCTxVT Watt 0.1 int
184 00B8 L2 PHASE MAX. WIRKLEISTUNG R/W (-18000 - 18000)xCTxVT Watt 0.1 int
186 00BA L3 PHASE MAX. WIRKLEISTUNG R/W (-18000 - 18000)xCTxVT Watt 0.1 int
188 00BC L1 PHASE MAX. BLINDLEISTUNG R/W (-18000 - 18000)xCTxVT Var 0.1 int
190 00BE L2 PHASE MAX. BLINDLEISTUNG R/W (-18000 - 18000)xCTxVT Var 0.1 int
192 00C0 L3 PHASE MAX. BLINDLEISTUNG R/W (-18000 - 18000)xCTxVT Var 0.1 int
194 00C2 L1 PHASE MAX. SCHEINLEISTUNG R/W (0 - 18000)xCTxVT VA 0.1 unsigned int
196 00C4 L2 PHASE MAX. SCHEINLEISTUNG R/W (0 - 18000)xCTxVT VA 0.1 unsigned int
198 00C6 L3 PHASE MAX. SCHEINLEISTUNG R/W (0 - 18000)xCTxVT VA 0.1 unsigned int
200 00C8 GESAMTE MAX. IMPORTIERTE WIRKLEISTUNG R/W (-18000 - 18000)xCTxVT Watt 0.1 int
202 00CA GESAMTE MAX. EXPORTIERTE WIRKLEISTUNG R/W (-18000 - 18000)xCTxVT Watt 0.1 int
204 00CC GESAMTE MAX. INDUKTIVE BLINDLEISTUNG R/W (-18000 - 18000)xCTxVT Var 0.1 int
206 00CE GESAMTE MAX. KAPAZITIVE BLINDLEISTUNG R/W (-18000 - 18000)xCTxVT Var 0.1 int
208 00D0 GESAMTE MAX. SCHEINLEISTUNG R/W (0 - 18000)xCTxVT VA 0.1 unsigned int
210 00D2 L1 PHASE MAX. STROMBEDARF R/W (0 - 6000)xCT Amper 0.001 unsigned int
212 00D4 L2 PHASE MAX. STROMBEDARF R/W (0 - 6000)xCT Amper 0.001 unsigned int
214 00D6 L3 PHASE MAX. STROMBEDARF R/W (0 - 6000)xCT Amper 0.001 unsigned int
216 00D8
L1 PHASE IMPORTIERTE MAX. BEDARF WIRKLEISTUNG
R/W (-18000 - 18000)xCTxVT Watt 0.1 int
218 00DA
L1 PHASE EXPORTIERTE MAX. BEDARF WIRKLEISTUNG
R/W (-18000 - 18000)xCTxVT Watt 0.1 int
220 00DC
L2 PHASE IMPORTIERTE MAX. BEDARF WIRKLEISTUNG
R/W (-18000 - 18000)xCTxVT Watt 0.1 int
222 00DE
L2 PHASE EXPORTIERTE MAX. BEDARF WIRKLEISTUNG
R/W (-18000 - 18000)xCTxVT Watt 0.1 int
224 00E0
L3 PHASE IMPORTIERTE MAX. BEDARF WIRKLEISTUNG
R/W (-18000 - 18000)xCTxVT Watt 0.1 int
226 00E2 L3
PHASE EXPORTIERTE MAX. BEDARF WIRKLEISTUNG
R/W (-18000 - 18000)xCTxVT Watt 0.1 int
228 00E4
L1 PHASE INDUKTIVE MAX. BEDARF BLINDLEISTUNG
R/W (-18000 - 18000)xCTxVT Var 0.1 int
230 00E6
L1 PHASE KAPAZITIVE MAX. BEDARF BLINDLEISTUNG
R/W (-18000 - 18000)xCTxVT Var 0.1 int
232 00E8
L2 PHASE INDUKTIVE MAX. BEDARF BLINDLEISTUNG
R/W (-18000 - 18000)xCTxVT Var 0.1 int
234 00EA
L2 PHASE KAPAZITIVE MAX. BEDARF BLINDLEISTUNG
R/W (-18000 - 18000)xCTxVT Var 0.1 int
236 00EC
L3 PHASE INDUKTIVE MAX. BEDARF BLINDLEISTUNG
R/W (-18000 - 18000)xCTxVT Var 0.1 int
238 00EE
L3 PHASE KAPAZITIVE MAX. BEDARF BLINDLEISTUNG
R/W (-18000 - 18000)xCTxVT Var 0.1 int
240 00F0 L1 PHASE MAX. BEDARF SCHEINLEISTUNG R/W (0 - 18000)xCTxVT VA 0.1 unsigned int
242 00F2 L2 PHASE MAX. BEDARF SCHEINLEISTUNG R/W (0 - 18000)xCTxVT VA 0.1 unsigned int
244 00F4 L3 PHASE MAX. BEDARF SCHEINLEISTUNG R/W (0 - 18000)xCTxVT VA 0.1 unsigned int
246 00F6
GESAMTE IMPORTIERTE MAX. BEDARF WIRKLEISTUNG
R/W (-18000 - 18000)xCTxVT Watt 0.1 int
248 00F8
GESAMTE EXPORTIERTE MAX. BEDARF WIRKLEISTUNG
R/W (-18000 - 18000)xCTxVT Watt 0.1 int
250 00FA GESAMTE INDUKTIVE MAX. BEDARF BLINDLEISTUNG R/W (-18000 - 18000)xCTxVT Var 0.1 int
252 00FC GESAMTE KAPAZITIVE MAX. BEDARF BLINDLEISTUNG R/W (-18000 - 18000)xCTxVT Var 0.1 int
254 00FE GESAMTE MAX. BEDARF SCHEINLEISTUNG R/W (0 - 18000)xCTxVT VA 0.1 unsigned int
ADRESSE ADRESSE REGISTER R/W BEREICH EINHEIT MULTIPLIKATOR FORMAT
(HEX)
32768 8000 SPANNUNGWANDLERVERHÄLTINS R/W 0-40000 - 0.1 short- int
32769 8001 STROMVANDLERVERHÄLTNIS R/W 0-2000 - 1 short- int
32770 8002 BERECHUNGSMETHODE R/W 0-5 - - short- int
32771 8003 BEDARFSZEIT R/W 1-60 minuten 1 short- int
32772 8004 IMPULSRATE R/W 0-6 - - short- int
32773 8005 IMPULSAUSGANG 1 PARAMETEREINSTELLUNG R/W 0-5 - - short- int
32774 8006 IMPULSAUSGANG 2 PARAMETEREINSTELLUNG R/W 0-5 - - short- int
32775 8007 ENERGIEZAHLER 1 AUSWAHL R/W 0-3 - - short- int
32776 8008 ENERGIEZAHLER 2 AUSWAHL R/W 0-3 - - short- int
32777 8009 KOMMUNIKATIONSADRESSE R/W 0-247 - - short- int
32778 800A BAUDRATE R/W 1-5 - - short- int
32779 800B PARITÄT R/W 0-2 - - short- int
32780 800C KENNWORTAKTIVIERUNG R/W 0-1 - - short- int
32781 800D KENNWORT R/W 0-9999 - - short- int
IMPULSEAUSGANG 1-2 IMPULSERATE 0-6: ENERGIEZÄHLER 1 AUSWAHL 0-3: 1-5-BAUDRATE
PARAMETEREINSTELLUNG 0-5 0:1 Watt / Impulse 0: Ein (EC will für alle Konditionen zählen) 1: 38400 bps
0: Aktiv 1:10 Watt / Impulse 1: EC1 will zählen nur wenn Digitaleingang 1(activ) ist 2: 19200 bps
1: Importierte Aktiv 2:100 Watt / Impulse 2: EC1 will zählen nur wenn Digitaleingang 2(activ) ist 3: 9600 bps
2: Exportierte Aktiv 3:1 kW / Impulse 3: EC1 will zählen nur wenn EC2 nicht zählt 4: 4800 bps
3: Reaktiv 4:10 kW / Impulse 5: 2400 bps
4: Importierte Reaktiv 5:100 kW / Impulse ENERGIEZÄHLER 2 AUSWAHL 0-3:
5: Exportierte Reaktiv 6: 1 MW / Impulse 0: Ein (EC will für alle Konditionen zählen) 0-2-PARITÄT :
1: EC will zählen nur wenn Digitaleingang1 1(activ) ist 0: Keine
BERECHUNHD 0-5 : 2: EC will zählen nur wenn Digitaleingang2 1(activ) ist 1: Ungerade
Bitte sehen Sie “Einstellung der 3: EC2 will zählen nur wenn EC1 nicht zählt 2: Gerade
Blindenergieberechungsmethode” auf zweite Seite
0-1 KENNWORTAKTIVIERUNG :
0: Inactiv
1: Aktiv
General
MPR-53/53S is developed for measuring all the electrical parameters on the
network. Measured parameters are shown in 5 separate displays.This allows to
monitor more than 50 parameters at the same time. MPR-53S has also MODBUS
serial interface feature.
Using of MPR-53/53S:
Parameters are shown in L1, L2, L3 displays (VLN; VLL; A; IN; W; VAr; VA; Cos
; kWh, kVarh, THD) by using up-down buttons. Total Active (SW), Total Apparent
Power (SVA) and Frequency (Hz) are selected by back button.
Total Reactive Power (SVAr) and Cos are selected by Esc button.
Digital Inputs
MPR-53/53S has 2 digital inputs which are used to monitor the status of electrical
contacts. Digital input has 2 functions :
- Enabling remote control of the data received through the digital input terminal
(battery, thermostat, circuit breaker, pumps status)
- Controlling energy counters when digital inputs are activated at Energy count
menu. (Example: It is used for measuring of energy separately at the using of
network and generator).
Energy Pulse Outputs
MPR-53/53S has 2 Energy Pulse Outputs. These outputs give the pulses only for
E-1 (Energy Counter). Pulse outputs can be congurable separately.
Pul1 and Pul2: In “o-1 (Pulse1)”, “o-2 (Pulse2)” menus which are in the pulse menu,
device give pulse according to selected energy parameters as [Active energy (ACt,
A-I, A-E), Reactive energy (rEA, r-L, r-C)].
Please refer to the pulse menu for the coefcients of energies.
Monitoring of Min.,Max. and Max. Demand Values:
Min. and max. values are dened for VLN, VLL, A, W, VAr, VA, SW, SVAr, SVA;
demand values are dened for A, W, VAr, VA, SW, SVA, SVAr.
If measured instant value is smaller than min. value which was stored before, it is
stored as new min. value. If measured instant value is greater than max. value which
was stored before, it is stored as new max. value.
Demand value is the average value of the measured values in demand time (15
minute).
If one of dened parameters is displayed (ie. “A”) when deman button is pressed
min., max or max. demand values are displayed. When an undened parameter
is displayed (ie. “Cos ”) if demand button is pressed, instant value is continued to
display.
Monitoring THD Values
When “VLN
” and “THD” leds light on, voltage THD is monitored and also if “A” and
“THD” leds light on, current THD is monitored.
Monitoring Neutral Current
Neutral current can be monitored by scrolling after 3-phases current values has
displayed.
H-L-M LEDs
H-L-M LEDs are dedicated to displaying the min., max. and max. demand values
according to selected parameters.
H: Maximum Value, L: Minimum Value, M: Max. Demand Value
Calculation Methods for Active / Reactive Power Values
If the led on the most left side blinks it represents that active power’s / reactive
power’s direction is negative.
There are two methods for calculating total active and total reactive powers:
1) Active / Reactive power can be calculated by summing import and export values
and displaying as a single value.
2) Active / Reactive power can be calculated according to direction as
import / export.
Note :
1) The dot at the most right digit of the fourth display (During SW is displayed)
represents that displayed value is export active power value. Vice versa,
displayed value is import active power value.
2) The dot at the most right digit of the fourth display (During SVAr is
displayed) represents that displayed value is capacitive reactive power value.
Vice versa, displayed value is inductive reactive power value.
3) The displayed parameter will not change if power is off after 30 seconds of
stand-by (ie. A).
Measured Parameters:
V (Phase Voltage ) CosLN
THD (Total Harmonic
Distortion)
V (Phase to Phase Voltage) AI ( kWh) (Import Active Energy I) Hz. (Frequency)LL
A (Phase Current, Neutral Current) AE (kWh) (Export Active Energy) SW (Total Active Power)
W (Active Power) rI (kVArh) (Import Reactive Energy) SVAr (Total Reactive Power)
VAr (Reactive Power) rE(kVArh) (Export Reactive Energy) SVA (Total Apparent Power)
VA (Apparent Power)
FUNCTIONS OF BUTTONS
In the monitoring mode, it is used to switch between(V
LN
, VLL, A, W, VAr, VA,
Cos , kWh, kVarh, THD) parameters.
At the programming mode, it provides to increase value of desired
parameter and pass to the next menu.
In the monitoring mode, it is used to pass between(V
LN
, VLL, A, W, VAr, VA,
Cos , kWh, kVarh, THD) parameters.
At the programming mode, it provides to decrease value of desired
parameter and pass to the prevides menu.
(SET) In the monitoring mode, it is used to switch between min., max.,
demand and instant values. When it is pressed for 3 seconds, programming
mode it is entered.
In the programming mode, it is used for saving parameters and moving to
the sub menu.
(Back) In the monitoring mode, it is used to switch between SW, SVA and
Hz parameters. It used to switch to the previous digit in submenu.
(ESC) In the monitoring mode, it provides to switch between SVAr and Cosj
values. In the programming mode, it is used to enter to the upper menu or
it is used to quit from the programming mode without saving values.
If user password is activated and set button is pressed for 3 seconds,
a pin code is required in order to enter to the menu.
Current Transformer Ratio Setup
In this menu, current transformer ratio is set between 1 - 2000.
Note: If the current transformer is not used between the system and
MPR-53/53S, current transformer ratio is entered as ‘1’.
Example: If a current transformer which has a ratio of 250/5A is used
between the system and MPR-53/53S; Current transformer ratio is
entered as “50” (250/5).
Press SET button for 3 seconds (trA Fo menu is displayed)
Press SET button; trA Fo Ctr menu is displayed (In CT-25 adapted
devices, trA Fo trn is displayed instead.)
( : trA Fo Utr menu can be displayed by scrolling the UP/DOWN Not
buttons.)
Press SET button. Blinking the rst digit of displayed value appears.
(trA Fo Utr menu can be programmed similarly.)
Enter the blinking digit value by scrolling UP/DOWN buttons. Switch
to the other digits by using SET button, use BACK button to go to
previous digit. After you entered the last digit press SET button, “trA
Fo Ctr / trA Fo trn / trA Fo Utr” is displayed. “on” can be selected by
scrolling UP/DOWN buttons. (Data is entered but is not activated
yet. For activating the new data please follow the below steps).
Press ESC button one by one until “SAU E SEt yES” is displayed.
Press SET button. When “SAU E SEt yES” is displayed, if you press
ESC button or choose “no” option instead of “yES” option by using
UP-DOWN buttons, new data will be cancelled and previous value will
be activated.
MODBUS REGISTERTABEL
ADRESSE ADRESSE REGISTER R/W BEREICH EINHEIT MULTIPLIKATOR FORMAT
(HEX)
0 0000 L1 PHASENSPANNUNG R (0 - 3000)xUT Volt 0.1 unsigned int
2 0002 L2 PHASENSPANNUNG R (0 - 3000)xUT Volt 0.1 unsigned int
4 0004 L3 PHASENSPANNUNG R (0 - 3000)xUT Volt 0.1 unsigned int
6 0006 L1 PHASENSTORM R (0 - 6000)xCT Amper 0.001 unsigned int
8 0008 L2 PHASENSTORM R (0 - 6000)xCT Amper 0.001 unsigned int
10 000A L3 PHASENSTORM R (0 - 6000)xCT Amper 0.001 unsigned int
12 000C NEUTRALSTORM R (0 - 6000)xCT Amper 0.001 unsigned int
14 000E L1-L2 PHASE-PHASE SPANNUNG R (0 - 5000)xUT Volt 0.1 unsigned int
16 0010 L2-L3 PHASE-PHASE SPANNUNG R (0 - 5000)xUT Volt 0.1 unsigned int
18 0012 L3-L1 PHASE-PHASE SPANNUNG R (0 - 5000)xUT Volt 0.1 unsigned int
20 0014 L1 PHASE WIRKLEISTUNG R (-18000 - 18000)xCTxVT Watt 0.1 int
22 0016 L2 PHASE WIRKLEISTUNG R (-18000 - 18000)xCTxVT Watt 0.1 int
24 0018 L3 PHASE WIRKLEISTUNG R (-18000 - 18000)xCTxVT Watt 0.1 int
26 001A L1 PHASE BLINDLEISTUNG R (-18000 - 18000)xCTxVT Var 0.1 int
28 001C L2 PHASE BLINDLEISTUNG R (-18000 - 18000)xCTxVT Var 0.1 int
30 001E L3 PHASE BLINDLEISTUNG R (-18000 - 18000)xCTxVT Var 0.1 int
32 0020 L1 PHASE SCHEINLEISTUNG R (0 - 18000)xCTxVT VA 0.1 unsigned int
34 0022 L2 PHASE SCHEINLEISTUNG R (0 - 18000)xCTxVT VA 0.1 unsigned int
36 0024 L3 PHASE SCHEINLEISTUNG R (0 - 18000)xCTxVT VA 0.1 unsigned int
38 0026 L1 PHASE COS R (-1000 - 1000) - 0.001 int
40 0028 L2 PHASE COS R (-1000 - 1000) - 0.001 int
42 002A L3 PHASE COS R (-1000 - 1000) - 0.001 int
44 002C GESAMTE IMPORTIERTE WIRKLEISTUNG R (0 - 54000)xCTxVT Watt 0.1 int
46 002E GESAMTE EXPORTIERTE WIRKLEISTUNG R (0 - 54000)xCTxVT Watt 0.1 int
48 0030 GESAMTE INDUKTIVE BLINDLEISTUNG R (0 - 54000)xCTxVT Var 0.1 int
50 0032 GESAMTE KAPAZITIVE BLINDLEISTUNG R (0 - 54000)xCTxVT Var 0.1 int
52 0034 GESAMTE SCHEINLEISTUNG R (0 - 54000)xCTxVT VA 0.1 unsigned int
54 0036 MITTLERE INDUCTIVE COS R (-1000 - 1000) - 0.001 int
56 0038 MITTLERE KAPAZTIVE COS R (-1000 - 1000) - 0.001 int
58 003A FREQUENZ R (4000 - 7000) HZ 0.01 unsigned int
60 003C L1 PHASE SPANNUNGSWINKEL R 0-360 Grad 1 unsigned int
62 003E L2 PHASE SPANNUNGSWINKEL R 0-360 Grad 1 unsigned int
64 0040 L3 PHASE SPANNUNGSWINKEL R 0-360 Grad 1 unsigned int
66 0042 L1 PHASE STROMWINKEL R 0-360 Grad 1 unsigned int
68 0044 L2 PHASE STROMWINKEL R 0-360 Grad 1 unsigned int
70 0046 L3 PHASE STROMWINKEL R 0-360 Grad 1 unsigned int
72 0048 L1 PHASE SPANNUNG-THD R 0-999 % 0.1 unsigned int
74 004A L2 PHASE SPANNUNG-THD R 0-999 % 0.1 unsigned int
76 004C L3 PHASE SPANNUNG-THD R 0-999 % 0.1 unsigned int
78 004E
L1 PHASESTROM-THD
R 0-999 % 0.1 unsigned int
80 0050
L2 PHASESTROM-THD
R 0-999 % 0.1 unsigned int
82 0052
L3 PHASESTROM-THD
R 0-999 % 0.1 unsigned int
84 0054 DIGITALEINGAGNSTATUS R - - - -
86 0056
IMPORTIERTE WIEKENENERGIE-1
R/W 0-FFFFFFFFFFFFFFFF Wh 1 long int
88 0058
R/W 0-FFFFFFFFFFFFFFFF Wh 1 long int
90 005A
EXPORTIERTE WIEKENENERGIE-1
R/W 0-FFFFFFFFFFFFFFFF Wh 1 long int
92 005C R/W 0-FFFFFFFFFFFFFFFF Wh 1 long int
94 005E
INDUKTIVE BLINDENERGIE-1
R/W 0-FFFFFFFFFFFFFFFF VArh 1 long int
96 0060 R/W 0-FFFFFFFFFFFFFFFF VArh 1 long int
98 0062
KAPAZITIVE BLINDENERGIE-1
R/W 0-FFFFFFFFFFFFFFFF VArh 1 long int
100 0064
R/W 0-FFFFFFFFFFFFFFFF VArh 1 long int
102 0066
IMPORTIERTE WIEKENENERGIE-2
R/W 0-FFFFFFFFFFFFFFFF Wh 1 long int
104 0068
R/W 0-FFFFFFFFFFFFFFFF Wh 1 long int
106 006A
EXPORTIERTE WIEKENENERGIE-2
R/W 0-FFFFFFFFFFFFFFFF Wh 1 long int
108 006C R/W 0-FFFFFFFFFFFFFFFF Wh 1 long int
110 006E
INDUKTIVE BLINDENERGIE-2
R/W 0-FFFFFFFFFFFFFFFF VArh 1 long int
112 0070 R/W 0-FFFFFFFFFFFFFFFF VArh 1 long int
114 0072
KAPAZITIVE BLINDENERGIE-2
R/W 0-FFFFFFFFFFFFFFFF VArh 1 long int
116 0074 R/W 0-FFFFFFFFFFFFFFFF VArh 1 long int
118 0076 L1 PHASE MIN. SPANNUNG R/W (0 - 3000)xUT Volt 0.1 unsigned int
120 0078 L2 PHASE MIN. SPANNUNG R/W (0 - 3000)xUT Volt 0.1 unsigned int
122 007A L3 PHASE MIN. SPANNUNG R/W (0 - 3000)xUT Volt 0.1 unsigned int
124 007C L1-L2 PHASE-PHASE MIN. SPANNUNG R/W (0 - 3000)xUT Volt 0.1 unsigned int
126 007E L2-L3 PHASE-PHASE MIN. SPANNUNG R/W (0 - 3000)xUT Volt 0.1 unsigned int
128 0080 L3-L1 PHASE-PHASE MIN. SPANNUNG R/W (0 - 3000)xUT Volt 0.1 unsigned int
130 0082 L1 PHASE MIN. STROM R/W (0 - 3000)xUT Amper 0.001 unsigned int
132 0084 L2 PHASE MIN. STROM R/W (0 - 6000)xCT Amper 0.001 unsigned int
134 0086 L3 PHASE MIN. STROM R/W (0 - 6000)xCT Amper 0.001 unsigned int
136 0088
L1 PHASE MIN. WIRLEISTUNG
R/W (-18000 - 18000)xCTxVT Watt 0.1 int
138 008A
L2 PHASE MIN. WIRLEISTUNG
R/W (-18000 - 18000)xCTxVT Watt 0.1 int
140 008C
L3 PHASE MIN. WIRLEISTUNG
R/W (-18000 - 18000)xCTxVT Watt 0.1 int
142 008E
L1 PHASE MIN. BLINDLEISTUNG
R/W (-18000 - 18000)xCTxVT Var 0.1 int
144 0090
L2 PHASE MIN. BLINDLEISTUNG
R/W (-18000 - 18000)xCTxVT Var 0.1 int
146 0092
L3 PHASE MIN. BLINDLEISTUNG
R/W (-18000 - 18000)xCTxVT Var 0.1 int
148 0094
L1 PHASE MIN. SCHEINLEISTUNG
R/W (0 - 18000)xCTxVT VA 0.1 unsigned int
150 0096
L2 PHASE MIN. SCHEINLEISTUNG
R/W (0 - 18000)xCTxVT VA 0.1 unsigned int
Programming the Turn Number:
This menu is available for CT-25 adapted devices. User enter the
turn number, which is the number of how many tour the current cable
has rounded into the CT-25. Numbers can be selected between 1-20.
Greater the number of turn means greater the sensivity.
Voltage Transformer Ratio Setup
In this menu, voltage transformer ratio is set between 0000,1 - 4000,0.
Note: If the voltage transformer is not used between the system and
MPR-53/53S, voltage transformer ratio is entered as ‘1’.
Example: If a voltage transformer which has a ratio of 34.5KV/100V is
used between the system and MPR-53/53S; Voltage transformer ratio is
entered as 345. (34500/100)
Reactive Energy Calculation Method Setting
Three different methods exist for reactive energy calculation in MPR-
53/53S. Brief informations about these methods are explained in below
table.
Related values which must be entered in the menu are also indicated
in the table in order to select reactive power calculation method for
mechanical and digital energymeters.
Press SET button for 3 seconds (trA Fo menu is displayed)
Press SET button (trA Fo Ctr menu is displayed)
By using UP-DOWN buttons, nd “CAL
CUL Atı on” menu.
Press SET button. (Most right digit of 5th display blinks)
By using UP-DOWN buttons, select energy calculation method.
Press set button, “CAL CUL Atı on” is displayed. (Data is entered but
is not activated yet. For activating the new data please follow the below
steps.)
Press ESC button one by one until “SAU E SEt yES” is displayed.
Press SET button. When “SAU E SEt yES” is displayed, if you press
ESC button or choose “no” option instead of “yES” option by using
UP-DOWN buttons, new data will be cancelled and previous value will
be activated.
Demand Time Setup:
In this menu,demand time is set between 1-60 minutes.
Press SET button for 3 sec. (trA Fo menu is displayed)
By using UP-DOWN buttons nd
“dE tı” menu.
Press SET button (First digit blinks.)
Enter the blinking digit value by scrolling UP/DOWN buttons.
Switch to the other digits by using SET button, use BACK button
to go to previous digit. After you entered the last digit press SET
button, “dE tı” is displayed. (Data is entered but is not activated yet.
For activating the new data please follow the below steps).
Press ESC button one by one until (SAU E SEt yES) is displayed.
Press SET button. When “SAU E SEt yES” is displayed, if you
press ESC button or choose “no” option instead of “yES” option by
using UP-DOWN buttons, new data will be cancelled and previous
value will be activated.
Monitoring and Erasing of minimum, maximum and
energy values:
In this menu, values of min.,max. or energy counters are erased. It
saves the instantaneously measured min. and max. values of
MPR-53/53S into its memory. Please kindly look at to the section of
FUNCTIONS OF BUTTONS for min. and max. values.
Note : Measured electrical parameters which are saved to the memory
are not affected from the electric interruptions.
In the “rESEt” menu; when you quit from all menus, if you conrm the
changes,min. and max. values of all parameters or energy counter
values are erased at the same time.
For erasing the values of min. and max. or energy counter,
In the measurement mode :
Press SET button for 3 seconds
(trA Fo menu is displayed)
By using UP-DOWN buttons,
nd “rES Et” menu.
Press SET button.
(“rESEt HL” menu is displayed)
By using UP-DOWN buttons,
select which parameter you want
to reset.
Press SET button, one of the parameter “rES Et dE / rES Et HL / rES Et
E-1 / rES Et E-2” is displayed.
By using UP-DOWN buttons, if you want to delete the min., max.,
max. demand or energy; select “yES” otherwise select “no” option.
Press SET button. (“rES Et dE / rES Et HL / rES Et E-1 / rES Et E-2” is
displayed. Data is entered but is not activated yet. For activating the
new data please follow the below steps.)
Press ESC button one by one until (SAU E SEt yES) is displayed.
Press SET button. When “SAU E SEt yES” is displayed, if you press
ESC button or choose “no” option instead of “yES” option by using
UP-DOWN buttons, new data will be cancelled and previous value will
be activated.
2 19
NETWORK ANALYZER
MPR-53/53S
MODBUS REGISTERTABELNETZANALYSATOR
MPR-53S

Produktspezifikationen

Marke: Entes
Kategorie: Nicht kategorisiert
Modell: MPR-53S-DIN

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