Vemer Energy-400 PAR Handleiding

Vemer Meetapparatuur Energy-400 PAR

Lees hieronder de πŸ“– handleiding in het Nederlandse voor Vemer Energy-400 PAR (1 pagina's) in de categorie Meetapparatuur. Deze handleiding was nuttig voor 56 personen en werd door 2 gebruikers gemiddeld met 4.5 sterren beoordeeld

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User Manual
ACTIVE AND REACTIVE ENERGY METER
Read all the instructions carefully
The ENERGY-400 PAR is a electronic static device to read active and reactive energy in
three-phase systems designed to operate in environments with measurement category III and
pollution level 2 according to EN 61010-1 standard.
SAFETY WARNINGS
To guarantee correct installation, proceed as follows:
1) The appliance should be installed by a qualified operator
2) The appliance should be installed in a panel in such a way as to guarantee that the
terminals are inaccessible after fitting
3) A protection device against over-currents should be installed in the electrical system,
upstream of the energy meter
4) Connect the instrument as shown in box B)
5) Before touching the connector terminals make sure that the wires to be connected or
already connected to the instrument are not live
6) Touch the dip-switches only when the instrument is not powered
7) Do not power or connect the instrument if any part of it is damaged
8) The instrument must be installed and activated in compliance with current electric
system standards.
Code Model Description
VN971800 ENERGY-400 PAR Three-phase active and reactive energy meter
TECHNICAL SPECIFICATIONS
β€’ Power supply: 3x230 V AC phase-neutral (400VAC phase-phase) (-15% Γ· +10%)
β€’ Frequency: 50/60 Hz
β€’ Rated current: 5 A
β€’ Maximum current: 6 A
β€’ Minimum start-up current: 15 mA
β€’ Maximum power consumption:
- voltage circuits < 2,5 VA
- current circuits < 2,5 VA
β€’ Meter constant: 1 imp = ΒΌ kWh
β€’ Voltage inputs: input impedance = 2 M1
β€’ Current inputs: coils with galvanic insulation between primary and secondary
β€’ Two optic insulated impulse output:
- impulse duration < 100 ms
- voltage 9Γ·24 V DC
- current < 20 mA
β€’ Insulation:
- reinforced between impulse output and other terminals
- reinforced between terminals and parts accessible after installation
β€’ CT available: 5-10-25-50-75-100-125-150-200-250-300-400-500-600-800 1000/5 A
β€’ Operating temperature: -10 Β°C Γ· +45 Β°C
β€’ Storage temperature: -25Β°C Γ· + 70 Β°C
β€’ Relative humidity: 10Γ·90% non condensing
β€’ Class index:
- class A (EN 50470) for active Energy
- class 3 (EN 62053-23) for reactive energy
β€’ Container: 4 module DIN
β€’ Protection level: IP20 / IP40 on the front
INSTRUMENT DESCRIPTION
Dip-switch for CT setting
: lights up to indicate power onGreen warning light
Two red warning light: flashes to indicate that the instrument is metering energy
(1 flash = ΒΌ kWh or ΒΌ kvarh)
Yellow warning light: when lit the instrument detects ΒΌ kWh negative (probable
incorrect entry) and remains lit until ΒΌ kWh positive is detected
Check the insertion of CT: connect L1, L2, L3 from power panel to P1 of CT and
connect P2 of CT to the load.
Impulse output: Optically insulated
Two electro-mechanical impulse counters: resolution 1 kWh or 1 kvarh
GUIDE TO INSTALLATION
1) Before installing the instrument, select the CT transformation ratio, as shown in the
diagram in box (C)
2) The amperometrical measure terminals are galvanically insulated, therefore the CT
secondary circuit may be connected to earth
3) (B) The instrument should be connected as shown in box in accordance with the CT
current directions
4) If the error is to fall within the class limits of the instrument, it is necessary to use the
current transformer in its linear operating field.
(1) Undetermined error zone
2%
1%
0%
-1%
-2%
2,5%
-2,5%
(1)
0,1 A 0,25 A 5 A
In
6 A
I max
2%
1%
0%
-1%
-2%
2,5%
-2,5%
(1)
0,1 A 0,25 A 0,5 A 5 A
In
6 A
I max
2%
1%
0%
-1%
-2%
4%
-4%
(1)
0,1 A 0,25 A 0,5 A 5 A
In
6 A
I max
3%
-3%
2%
1%
0%
-1%
-2%
4%
-4%
(1)
0,1 A 0,25 A 5 A
In
6 A
I max
3%
-3%
cos = 0,5 sen = 0,5
cos nes1 = = 1
W VAR
5) If the instrument is active the power should be switched off to change the CT ratio.
6) In case of changes to the dip-switch with the instrument actived, these locks in fault
condition with red and green lights always on. In this condition the instrument doesn’t
coun.
To restore the correct operation, reposition the DIP switches in the initial condition or
reset the instrument by removing and restoring power.
REFERENCE STANDARDS
Conformity to EU directive:
2004/22/EC (MID)
2006/95/EC (Low Voltage - LVD)
is declared with reference to the following harmonised standards:
EN 61010-1
EN 50470-1 and EN 50470-3
EN 62053-23
Dimensions (A)
Connection diagrams (B)
Instrument description (C)
x/5 A1 23 4 x/5 A1 2 3 4
ON OFF
5
10
25
50
200
250
300
400
75
100
125
150
500
600
800
1000
V3IS00290-100
Mod. ENERGY-400 PAR
5
3
5
3
3ξ˜™

ξ˜˜ξ˜›    

ξ˜˜ξ˜—  ξ˜˜ξ˜™ 

3 CT connection WITH or WITHOUT neutral (3 or 4 wires)
3
3ξ˜™
3

Pulse output
I
ξš”
20 mA
9Γ·24 VCC
1 kWh/pulse
1 kvarh/pulse
Pulse output
I
ξš”
20 mA
9Γ·24 VCC

ξ˜˜ξ˜—

ξ˜˜ξ˜™

ξ˜˜ξ˜›





3
3
3ξ˜™
3
3ξ˜™
3
2 CT connection WITHOUT neutral (3 wires)


1 kWh/pulse
1 kvarh/pulse
P1 P2
S1 S2
I
ξ˜šξ˜•ξ˜ƒ ξ˜™ξ˜“ξ˜ƒ
ξ˜›ξ˜šξ˜ƒ
ξ˜—ξ˜˜ξ˜ƒ
1 461 2 3 1 460 0 0
1 461 2 3 1 460 0 0

Product specificaties

Merk: Vemer
Categorie: Meetapparatuur
Model: Energy-400 PAR

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