Flyer Surge Protection Devices VPU

Your plant needs protection from lightning and surges
We have protection systems that are future-proof
Let’s connect.
Electronics
IEC/ EN 61643-11:2012
Protection and safety are important considerations for you
The new VPU Series protects and secures your application sustainably
Protect your investments
The risk to buildings or plants from lightning or power surges
is considerable and should never be underestimated, as
testified to by the damage statistics published by insurance
companies. This is why you should always protect your
investment with the latest technology that complies with the
most up-to-date specifications. The costs of taking protective
measures against lightning and power surges are only a
fraction of what the costs of damage could be without them.
No unnecessary drop-out times
The shut down of a manufacturing plant because of the
failure of a controller or the collapse of industrial data transmission systems can have very serious consequences. There
is the considerable expense of the disruption caused by the
interruption or repair work, in addition to the drop-out time.
The safety of personnel also comes into play in processing
plants. Weidmuller's products comply with the guidelines
and core recommendations in place for lightning and surge
protection ensuring that the likelihood of such incidents are
reduced to a minimum.
2
Long-term safety planning
Choose the most up-to-date technology today and ensure
even better safety levels. The VPU Series products for lightning and surge protection already comply with the most
recent IEC/EN 61643-11 standard and give you cost savings
through increased stability in your planning process and
enabling you to provide the highest possible protection for
your systems, property and equipment.
Minimise iteration cycles and re-designs
Re-designs and planning iterations are costly, slow and can
conceal a host of uncertainties. Every scheduling modification costs time, money and safety. By the early inclusion
of our state-of-the-art, standard-compliant products, you
will save on rescheduling and alterations. You can be safe
in the knowledge that by deploying our new VPU Series,
­particularly for longer-term projects, you are making the
right decision.
EN 50539-11:2012
Specification and basic parameters
7. Budgeting
1. Structure plan
6. Assessment of risk
2. Project organisation
5. Implementation and
calendar management
EN 61643-11:2012
3. Resource planning
4. Effort determination
IEC 61643-11:2011
3
You are looking for safety solutions for your application
We can provide you with an end-to-end protection concept
Solutions for photovoltaic plants
These products, which have been specially designed for
the DC side of a plant, have been tested in accordance with
EN 50539:2012
•• VPU Type I – Optimal solution for when separation
distances cannot be maintained.
•• VPU Type II – General DC surge protection solutions for
photovoltaic plants
4
Solutions for wind turbine plants
Lightning and surge protection solutions for wind turbine
plants
•• VPU Type I – To protect the plant from direct lightning
strikes, the 25 kA devices are the perfect solution for
feeding-in
•• VPU Type II – The VPU II 750V/25 kA products are
highly recommended for generator protection in the
control pod area
Solutions for plant and building infrastructures
Systematic lightning and surge protection solutions for
complex building infrastructures
•• VPU Type I – These leakage current-free devices are the
ideal protection for deployment upstream of the meter
•• VPU Type II – A complete product portfolio for all network
types (TN-C network, TN-S network, TN-C-S network,
TT network, IT network)
•• VPU Type III – These provide superior protection for all
critical terminal equipment
5
The highest level of lightning and surge protection for plants
VPU lightning and surge protection series,
types I, II and III for power networks
As well as the increase in specification limits, the introduction of IEC/EN 61643-11 in 2012 places a high degree of
significance to all-round, reliable, surge protection.
Our answer to these new requirements is the new
VPU lightning and surge protection series.
Based on combined varistor-gas discharge tube technology,
this highly advanced product series already fulfils the
­impending international standards, and therefore is already
in a position to provide your facilities with the greatest
­degree of protection.
Not only will you be protecting your plant, but also your
planning processes. Conformity with standards for at least 5
years means that you can minimise your planning iteration
steps and the redesigns associated with these.
Our products have intelligent features to help installers
during installation and also for maintenance specialists when
servicing the lightning and surge protection systems.
Indeed, our VPU Series provides a long-lasting, safe and
forward-looking lightning and surge protection solution for
your plant. See for yourself.
Faster to assemble
The optimised mounting rail clip enables easy
and quick assembly and removal, without the
need for tools.
Best overview
The large, centred status window provides
highly visible information on the status of the
protective function.
6
EN 50539-11:2012
IEC 61643-11:2011
EN 61643-11:2012
Flexible positioning in the control cabinet
According to IEC 62305, the line path from the
surge protection module to the PE connection
may only be 50 cm. The fact that you can rotate
the base through 180° means that you have the
highest degree of flexibility during installation,
without impacting on overall visibility.
Securely locked in position
The arrester can be heard and felt locking into
the base. This enables it to comply with the
exacting requirements on vibration resistance
set by wind turbine plant manufacturers.
Rapid status messaging
The remote signaling contact with Push In
connection can be quickly connected and
provides reliable information regarding the
status of the protective function.
7
You have many requirements regarding lightning and surge protection
Our product portfolio fulfils them all
Type I Lightning and surge protection
Our VPU Type I products offer surge protection using varistor-gas
discharge technology. Equipped with a leakage current power of 12.5
kA und 25 kA (10/350 µs), the products are suitable for use both
upstream and downstream of the meter.
Upstream of the meter
A special feature of the VPU I LCF (Leakage Current Free) products is
their freedom from leakage current and are therefore primarily suitable
for installation upstream of the meter.
The products protect low voltage consumers and electronic devices
against direct lightning strikes and lightning coupling.
Downstream from the meter
VPU I 12.5 kA (10/350 µs) products are designed for use downstream
from the meter.
The whole portfolio of VPU Type I products complies with IEC 6164311:2012. The pluggable, self-monitoring devices, approved for use with
all network configurations, are available as 1, 2, 3 or 4-pin versions,
with or without remote signaling contact. In addition, all products are
approved both as Type I and Type II.
8
Type II Surge protection
VPU Type II surge protection products enable you to protect low-voltage
consumer installations and your electronic devices against surges that
can occur as a result of atmospheric discharges (thunderstorms) or
switching operations (transients). Equipped to handle discharge currents of 40 kA, the products come in 75 V, 150 V, 280 V, 400 V, 600 V
and 750 V (25 kA) versions, each with or without remote signalling
contact. The whole portfolio of VPU Type II products complies with IEC
61643-11:2012 and is approved for Types II and III.
Type III surge protection for terminal devices
The surge protection for terminal devices provided by VPU Type III
products and VPU SO LD products enables you to protect consumer
installations and your electronic terminal devices against surges. The
products cover all mainstream voltages in the energy sector (12 V, 24
V, 48 V, 120 V, and 230 V) and are also equipped with a remote signaling contact. The entire portfolio of VPU Type III and VPU SO LD products complies with the current IEC 61643-11:2012.
Lightning and surge protection for DC photovoltaic plants
Surge protection Types I and II for photovoltaic plants provides a complete product portfolio of surge protection devices to secure the DC
voltage side. Type I devices are available as 600 or 1000 V DC versions, Type II devices are available as 600, 1000, 1200, and 1500 V
DC versions. All products are available either with or without remote
signaling contact. The entire product portfolio of lightning and overvoltage protection devices for photovoltaic plants complies with the current
photovoltaic standard EN 50539-11:2012.
9
You would like to learn more about lightning protection zones
Let us give you a short overview
A lightning protection system is composed of both external
and internal lightning protection. The air terminals or ”lightning rods“, the conductors to the ground, and the specially
installed ground rods offer external lightning protection. The
internal lightning protection consists of a bonding network
and lightning and overvoltage protection devices. Lightning
protection systems protect people from injury and protect
facilities from fire and electrical damage.
In order to classify which parts of your building or facility will
benefit by or require protection, IEC 62305 Parts 1–4 stipulate that a risk assessment must be conducted on the facility
to be protected. This risk assessment will indicate a protection class, I through IV, (formerly called a lightning protection
class) for the lightning protection equipment. The equipment
is classified according to the strength of the pulsating current
and refers only to a current of 10/350 µs or category I of
IEC 61643-11:2012. Protection class I assumes a pulsating
current of 200 kA. This is the worst case scenario in the
event of a direct lightning strike to the external lightning
protection equipment. This protection class covers buildings
such as petrochemical facilities (external area), explosives
storage facilities etc. Protection class II assumes that lightning strikes the external lightning protection equipment with
a pulsating current of 150 kA. Example applications for this
protection class include parts of hospitals, depots and telecommunications towers. Protection classes III and IV are
thrown together because they both assume that lightning
strikes the external lightning protection equipment at a
pulsating current of 100 kA. Approximately 80 % of all
applications fall under these protection classes.
To determine the dimensions of the protection devices, the
electric current is assumed to be split, half going into the
earth along the ground rods and half being fed to the conductive elements in the electrical installation. Consequently,
it is assumed that lightning strikes a facility that falls under
protection class I with a pulsating current of 200 kA (X) and
50 % of this, or 100 kA (Y1), would be directly conducted into
the ground. The other half (Y2) would flow into the electrical
installation or power supply. Depending on the number of
power supply conductors, this electricity would be distributed evenly across all of them (simplified presentation).
A network with 4 conductors means that 25 kA would be
channelled to each in a protection class I facility.
Now, the lightning protection is actually divided into diverse
lightning protection zones (LPZ), so that the protection
system works efficiently. This division into lightning protection zones is done in layers from the outside in. Zone 0 is
outside the building and is itself split into Zones 0A and 0B.
The latter, Zone 0B, is located within the area covered by the
lightning protection equipment. Zone 1 is, in general, found
inside the building or facility. Zone 2 encompasses protected
rooms, such as utility or service rooms. The final zone is
Zone 3, which encompasses any devices to be protected.
Protective measures in the form of lightning and overvoltage
protection are always installed at the boundaries between
zones when possible.
Lightning and surge protection level
X
100 %
Energy networks
Y2 50%
Foundation with
earthing system
Y1 50%
Earth resistance
LPL I
LPL II
LPL III/IV
X = 200 kA
X = 150 kA
X = 100 kA
Y1 = 100 kA
Y1 = 75 kA
Y1 = 50 kA
Y2
F1= 100 kA
Y2 = 75 kA
Y1 = 50 kA
L1
L2
L3
N
PE
F2
a
c
10
b
Concept of lightning protection zones
Lightning and surge protection devices
Blitzschutzzonenkonzept
on the zone boundaries
Boundary between Zone 0 and Zone 1:
When external lightning protection is installed, the standards
prescribe Type I lightning and overvoltage protection at the
Blitzstromableiter
building entrance.
LPZ 0A
LPZ 0BB
Boundary between Zone 1 and Zone 2:
LPZ 1
LPZ 2
LPZ 3
Type II overvoltage protection is installed here.
UV
Überspannungsableiter
Boundary between Zone 2 and Zone 3:
HV
This is where the so called overvoltage protection for
end devices is installed.
SPD an den Zonenübergängen
Lightning protection device
Surge protection device
11
Where will the VPU Series be installed in your power network?
An overview of the most common network configurations
Network configurations are individually defined by energy
supply companies (ESCs). This means that the network
configuration for the building in question will have to be
individually determined or requested for each country,
region and application and the lightning and surge protection designed after that. The most common network
­configuration is the TN-S network.
TN-S systems
Neutral conductor and protective earth conductor are
­separated throughout the network.
Position
1
LPL
Type
Order No.
I/II
VPU I 3+1 LCF 280 V/25 kA
1351780000
III/IV
2
3
VPU I 3+1 LCF 280 V/12,5 kA
1352020000
VPU II 3+1 280 V/40 kA
1352650000
VPU II 4 280/40 kA
1352680000
VPU III R 230 V/6 KV AC/DC
1351650000
Main distribution board
L1
L2
L3
N
PE
F1
F3
Sub distribution board
Terminal/consumer
L1
L2
L3
N
PE
RCD
F2
PAS
1
F5
F4
PAS
2
3
TN-C-S-System (“modern earthing”)
Neutral conductor, PEN conductor and equipotential bonding
system are connected once at the main distribution board or
after the incoming supply to the building. Therefore, a TN-C
system becomes a TN-S system (TN-C-S system) from this
point onwards.
Position
1
2
3
12
LPL
Type
Order No.
I/II
VPU I 3 LCF 280 V/25 kA
1351690000
III/IV
VPU I 3 LCF 280V/12,5 kA
1352090000
VPU II 3+1 280 V/40 kA
1352650000
VPU II 4 280/40 kA
1352680000
VPU III R 230 V/6 KV AC/DC
1351650000
Main distribution board
L1
L2
L3
PEN
F1
F3
Sub distribution board
Terminal/consumer
L1
L2
L3
N
PE
RCD
F2
1
PAS
F5
F4
2
PAS
3
TN-C-System (”classic earthing“)
Neutral conductor and protective earth conductor functions
are combined throughout the network in a single conductor,
the PEN conductor (4-conductor-system).
Position
Type
Order No.
I/II
VPU I 3 LCF 280 V/25 kA
1351690000
III/IV
VPU I 3 280 V/12,5 kA
1352200000
2
VPU II 3 280 V/40 kA
1352700000
3
VPU III R 230 V/6 KV AC/DC
1351650000
1
LPL
Main distribution board
L1
L2
L3
PEN
F1
F3
Sub distribution board
Terminal/consumer
L1
L2
L3
PEN
RCD
F2
F5
F4
PAS
PAS
1
2
3
TT systems
One point is earthed directly (operational earth). The
­exposed conductive parts of the electrical installation are
connected to earth lines separate from the operational earth.
Position
Type
Order No.
I/II
VPU I 3+1 LCF 280 V/25 kA
1351780000
III/IV
VPU I 3+1 LCF 280 V/12,5 kA
1352020000
2
VPU II 3+1 280 V/40 kA
1352650000
3
VPU III R 230 V/6 KV AC/DC
1351650000
1
LPL
Main distribution board
L1
L2
L3
N
F1
Sub distribution board
Terminal/consumer
F3
L1
L2
L3
N
PE
RCD
F2
F5
F4
PAS
1
2
PAS
3
IT systems
There is no direct connection between active conductors
and earthed parts. The exposed conductive parts of the
electrical installation are earthed.
Main distribution board
L1
L2
L3
F1
Sub distribution board
Terminal/consumer
F4
L1
L2
L3
PE
F2
Position
1
LPL
Type
Order No.
I/II
VPU I 3+1 LCF 280 V/25 kA
1351780000
VPU I 3+1 LCF 280 V/12,5 kA
1352020000
2
VPU II 3+1 280 V/40 kA
1352650000
3
VPU III R 230 V/6 KV AC/DC
1351650000
III/IV
F3
F6
F5
Z<
1
PAS
2
PAS
3
13
Order overview to help you find your way
Complete product portfolio of the new VPU Series
VPU Type I Continuous voltage /Discharge (Imax)
RSC*
Network form Order No.
Type I Arrester – Leakage current free – 50 kA
Network form Order No.
280 V AC / 12,5 kA
with
1-phase + N
1352050000
VPU I 1 LCF 280V/50KA
280 V AC / 50 kA
without
1-phase
1351250000
VPU I 3 LCF 280V/12,5KA
280 V AC / 12,5 kA
without
TN-C
1352090000
VPU I 1 R LCF 280V/50KA
280 V AC / 50 kA
with
1-phase
1351230000
VPU I 3R LCF 280V/12,5KA
280 V AC / 12,5 kA
with
TN-C
1352100000
VPU I 1 LCF 400V/50KA
400 V AC / 50 kA
without
1-phase
1351300000
VPU I 3+1 LCF280V/12,5KA
280 V AC / 12,5 kA
without
TN-S, TT, IT
1352020000
VPU I 1 R LCF 400V/50KA
400 V AC / 50 kA
with
1-phase
1351280000
VPU I 3+1R LCF280V12,5KA
280 V AC / 12,5 kA
with
TN-S, TT, IT
1352030000
VPU I 0 LCF 280V/12,5KA
280 V AC / 12,5 kA
Spare arrester
Type I Arrester – Leakage current free – 35 kA
1352000000
VPU I 1 LCF 280V/35KA
280 V AC / 35 kA
without
1-phase
1351350000
Type I Arrester – 12,5 kA / 280 V
VPU I 1 R LCF 280V/35KA
280 V AC / 35 kA
with
1-phase
1351330000
VPU I 1 280V/12,5KA
280 V AC / 12,5 kA
without
1-phase
1352130000
VPU I 1 LCF 400V/35KA
400 V AC / 35 kA
without
1-phase
1351400000
VPU I 1 R 280V/12,5KA
280 V AC / 12,5 kA
with
1-phase
1352140000
VPU I 1 R LCF 400V/35KA
400 V AC / 35 kA
with
1-phase
1351380000
VPU I 1+1 280V/12,5KA
280 V AC / 12,5 kA
without
1-phase + N
1352250000
VPU I 1+1R 280V12,5KA
280 V AC / 12,5 kA
with
1-phase + N
1352270000
Type I Arrester – Leakage current free – 25 kA / 280 V
VPU I 1 LCF 280V/25KA
280 V AC / 25 kA
without
1-phase
1351590000
VPU I 2 280V/12,5KA
280 V AC / 12,5 kA
without
1-phase
1352150000
VPU I 1 R LCF 280V/25KA
280 V AC / 25 kA
with
1-phase
1351570000
VPU I 2 R 280V/12,5KA
280 V AC / 12,5 kA
with
1-phase
1352170000
VPU I 1+1 LCF 280V/25KA
280 V AC / 25 kA
without
1-phase + N
1351750000
VPU I 3 280V/12,5KA
280 V AC / 12,5 kA
without
TN-C
1352200000
VPU I 1+1R LCF280V/25KA
280 V AC / 25 kA
with
1-phase + N
1351740000
VPU I 3 R 280V/12,5KA
280 V AC / 12,5 kA
with
TN-C
1352220000
VPU I 2 LCF 280V/25KA
280 V AC / 25 kA
without
1-phase
1351640000
VPU I 3+1 280V/12,5KA
280 V AC / 12,5 kA
without
TN-S, TT, IT
1352230000
VPU I 2 R LCF 280V/25KA
280 V AC / 25 kA
with
1-phase
1351620000
VPU I 3+1R 280V/12,5KA
280 V AC / 12,5 kA
with
TN-S, TT, IT
1352240000
VPU I 3 LCF 280V/25KA
280 V AC / 25 kA
without
TN-C
1351690000
VPU I 4 280V/12,5KA
280 V AC / 12,5 kA
without
TN-S
1352180000
VPU I 3 R LCF 280V/25KA
280 V AC / 25 kA
with
TN-C
1351670000
VPU I 4 R 280V/12,5KA
280 V AC / 12,5 kA
with
TN-S
1352190000
VPU I 4 LCF 280V/25KA
280 V AC / 25 kA
without
TN-S
1351730000
VPU I 0 280V/12,5KA
280 V AC / 12,5 kA
Spare arrester
VPU I 4 R LCF 280V/25KA
280 V AC / 25 kA
with
TN-S
1351720000
Type I Arrester – 12,5 kA / 400 V
VPU I 3+1 LCF 280V25KA
280 V AC / 25 kA
without
TN-S, TT, IT
1351780000
VPU I 1 400V/12,5KA
400 V AC / 12,5 kA without
1-phase
1352290000
VPU I 3+1R LCF280V/25KA
280 V AC / 25 kA
with
TN-S, TT, IT
1351770000
VPU I 1 R 400V/12,5KA
400 V AC / 12,5 kA with
1-phase
1352300000
VPU I 0 LCF 280V/25KA
280 V AC / 25 kA
Spare arrester
1351540000
VPU I 1+1 400V/12,5KA
400 V AC / 12,5 kA without
1-phase + N
1352320000
VPU I 1+1 R 400V12,5KA
400 V AC / 12,5 kA with
1-phase + N
1352330000
Type I Arrester – Leakage current free – 25 kA / 400 V
1352120000
VPU I 1 400V/25KA
400 V AC / 25 kA
without
1-phase
1351820000
VPU I 3 400V/12,5KA
400 V AC / 12,5 kA without
TN-C
1352340000
VPU I 1 R 400V/25KA
400 V AC / 25 kA
with
1-phase
1351800000
VPU I 3 R 400V/12,5KA
400 V AC / 12,5 kA with
TN-C
1352350000
VPU I 1+1 400V/25KA
400 V AC / 25 kA
without
1-phase + N
1351840000
VPU I 3+1 400V/12,5KA
400 V AC / 12,5 kA without
TN-S, TT, IT
1352370000
VPU I 1+1R 400V/25KA
400 V AC / 25 kA
with
1-phase + N
1351830000
VPU I 3+1 R 400V/12,5KA
400 V AC / 12,5 kA with
TN-S, TT, IT
1352380000
VPU I 3 400V/25KA
400 V AC / 25 kA
without
TN-C
1351870000
VPU I 0 400V/12,5KA
400 V AC / 12,5 kA Spare arrester
VPU I 3 R 400V/25KA
400 V AC / 25 kA
with
TN-C
1351850000
VPU I 3+1 400V25KA
400 V AC / 25 kA
without
TN-S, TT, IT
1351890000
VPU Type II Continuous voltage /Discharge (Imax)
VPU I 3+1R 400V/25KA
400 V AC / 25 kA
with
TN-S, TT, IT
1351880000
Type II Arrester – 75 V
VPU I 0 400V/25KA
400 V AC / 25 kA
Spare arrester
1351790000
VPU II 1 75V/40KA
VPU II 2 75V/40KA
Type I Arrester – N-PE – 50 kA
1352280000
RSC*
Network form Order No.
75 V AC / 40 kA
without
1-phase
1352390000
75 V AC / 40 kA
without
1-phase
1352430000
VPU I 1 N-PE 260V50KA
260 V AC / 50 kA
N-PE discharger
N-PE
1351900000
VPU II 1 R 75V/40KA
75 V AC / 40 kA
with
1-phase
1352420000
VPU I 1 N-PE 260V100KA
260 V AC / 100 kA N-PE discharger
N-PE
1351920000
VPU II 2 R 75V/40KA
75 V AC / 40 kA
with
1-phase
1352440000
VPU I 0 N-PE 260V50KA
260 V AC / 50 kA
Spare arrester
1351930000
VPU II 0 75V/40KA
75 V AC / 40 kA
Spare arrester
VPU I 0 N-PE 260V100KA
260 V AC / 100 kA Spare arrester
1351940000
Type II Arrester – 150 V
VPU I 1 N-PE 440V50KA
440 V AC / 50 kA
N-PE discharger
N-PE
1351950000
VPU II 1 150V/40KA
150 V AC / 40 kA
without
1-phase
1352470000
VPU I 1 N-PE 440V100KA
440 V AC / 100 kA N-PE discharger
N-PE
1351970000
VPU II 2 150V/40KA
150 V AC / 40 kA
without
1-phase
1352490000
VPU I 0 N-PE 440V50KA
440 V AC / 50 kA
Spare arrester
1351980000
VPU II 3 150V/40KA
150 V AC / 40 kA
without
TN-C
1352520000
VPU I 0 N-PE 440V100KA
440 V AC / 100 kA Spare arrester
1351990000
VPU II 4 150V/40KA
150 V AC / 40 kA
without
TN-S
1352540000
VPU II 1 R 150V/40KA
150 V AC / 40 kA
with
1-phase
1352480000
Type I Arrester – Leakage current free – 12,5 kA
1350530000
VPU I 1 LCF 280V/12,5KA
280 V AC / 12,5 kA
without
1-phase
1352070000
VPU II 2 R 150V/40KA
150 V AC / 40 kA
with
1-phase
1352500000
VPU I 1R LCF280V/12,5KA
280 V AC / 12,5 kA
with
1-phase
1352080000
VPU II 3 R 150V/40KA
150 V AC / 40 kA
with
TN-C
1352530000
VPU I 1+1 LCF280V/12,5KA
280 V AC / 12,5 kA
without
1-phase + N
1352040000
VPU II 4 R 150V/40KA
150 V AC / 40 kA
with
TN-S
1352550000
* Remote signalling contact
14
RSC*
VPU I 1+1R LCF280V12,5KA
VPU Type I Continuous voltage /Discharge (Imax)
VPU Type II Continuous voltage /Discharge (Imax)
RSC*
VPU II 0 150V/40KA
Spare arrester
150 V AC / 40 kA
Network form Order No.
1352450000
Type II Arrester – 280 V
VPU Type II Continuous voltage /Discharge (Imax)
RSC*
Network form Order No.
VPU II 3+1 750V / 25KA
750 V AC / 25 kA
without
TN-S, TT, IT
1351140000
VPU II 4 750V / 25KA
750 V AC / 25 kA
without
TN-S
1351120000
VPU II 1 280V/40KA
280 V AC / 40 kA
without
1-phase
1352580000
VPU II 1 R 750V / 25KA
750 V AC / 25 kA
with
1-phase
1351050000
VPU II 1+1 280V/40KA
280 V AC / 40 kA
without
1-phase + N
1352630000
VPU II 2 R 750V / 25KA
750 V AC / 25 kA
with
1-phase
1351080000
VPU II 2 280V/40KA
280 V AC / 40 kA
without
1-phase
1352600000
VPU II 3 R 750V / 25KA
750 V AC / 25 kA
with
TN-C
1351100000
VPU II 3 280V/40KA
280 V AC / 40 kA
without
TN-C
1352700000
VPU II 3+1 R 750V/25KA
750 V AC / 25 kA
with
TN-S, TT, IT
1351150000
VPU II 3+1 280V/40KA
280 V AC / 40 kA
without
TN-S, TT, IT
1352650000
VPU II 4 R 750V / 25KA
750 V AC / 25 kA
with
TN-S
1351130000
VPU II 4 280V/40KA
280 V AC / 40 kA
without
TN-S
1352680000
VPU II 0 750V / 25KA
750 V AC / 25 kA
Spare arrester
VPU II 1 R 280V/40KA
280 V AC / 40 kA
with
1-phase
1352590000
Type II Arrester – N-PE
VPU II 1+1 R 280V/40KA
280 V AC / 40 kA
with
1-phase + N
1352640000
VPU II 1 N-PE 260V/40KA
260 V AC / 40 kA
without
VPU II 2 R 280V/40KA
280 V AC / 40 kA
with
1-phase
1352620000
VPU II 0 N-PE 260V/40KA
260 V AC / 40 kA
Spare arrester
VPU II 3 R 280V/40KA
280 V AC / 40 kA
with
TN-C
1352720000
VPU II 3+1 R 280V/40KA
280 V AC / 40 kA
with
TN-S, TT, IT
1352670000
VPU Type III VPU II 4 R 280V/40KA
280 V AC / 40 kA
with
TN-S
1352690000
Type III Arrester – 12 to 230 V
VPU II 0 280V/40KA
280 V AC / 40 kA
Spare arrester
1352570000
VPU III R 12V/4KV AC/DC
VPU III R 24V/4KV AC/DC
Type II Arrester – Leakage current free – 280 V
1351030000
N-PE
1351170000
1351180000
RSC*
Network form Order No.
12 V
with
1-phase + N
1351550000
24 V
with
1-phase + N
1351580000
Cont. voltage /Discharge (Imax)
VPU II 1 LCF 280V/40KA
280 V AC / 40 kA
without
1-phase
1352740000
VPU III R 48V/4KV AC/DC
48 V
with
1-phase + N
1351600000
VPU II 3 LCF 280V/40KA
280 V AC / 40 kA
without
TN-C
1352790000
VPU III R 120V/6KVAC/DC
120 V
with
1-phase + N
1351630000
VPU II 4 LCF 280V/40KA
280 V AC / 40 kA
without
TN-S
1352770000
VPU III R 230V/6KVAC
230 V
with
1-phase + N
1351650000
VPU II 1 R LCF280V/40KA
280 V AC / 40 kA
with
1-phase
1352750000
Type III – In-wall outlet protection
VPU II 3 R LCF280V/40KA
280 V AC / 40 kA
with
TN-C
1352800000
VPU III SO LD
230 V AC
with LED
1-phase + N
1351680000
VPU II 4 R LCF280V/40KA
280 V AC / 40 kA
with
TN-S
1352780000
VPU II 0 LCF 280V/40KA
280 V AC / 40 kA
Spare arrester
230 V AC
with LED and
audible signal
1-phase + N
1351700000
VPU II 1 400V/40KA
400 V AC / 40 kA
without
1-phase
1352830000
VPU PV Type I and II Cont. volt. /Discharge (Imax)
RSC*
Network form Order No.
VPU II 2 400V/40KA
400 V AC / 40 kA
without
1-phase
1352850000
Type I Arrester – Photovoltaic – 600 to 1000 V DC
VPU II 3 400V/40KA
400 V AC / 40 kA
without
TN-C
1352880000
VPU I 2+0 PV 600VDC
600 V DC
without
Photovoltaic
1351520000
VPU II 4 400V/40KA
400 V AC / 40 kA
without
TN-S
1352900000
VPU I 2+0R PV 600V DC
600 V DC
with
Photovoltaic
1351490000
VPU II 1 R 400V/40KA
400 V AC / 40 kA
with
1-phase
1352840000
VPU I 2+0 PV 1000VDC
1000 V DC
without
Photovoltaic
1351470000
VPU II 2 R 400V/40KA
400 V AC / 40 kA
with
1-phase
1352870000
VPU I 2+0R PV 1000V DC
1000 V DC
with
Photovoltaic
1351430000
VPU II 3 R 400V/40KA
400 V AC / 40 kA
with
TN-C
1352890000
Type II Arrester – Photovoltaic 600 to 1.500 V DC
VPU II 4 R 400V/40KA
400 V AC / 40 kA
with
TN-S
1352920000
VPU II 2 PV 600VDC
600 V DC
without
Photovoltaic
1351340000
VPU II 0 400V/40KA
400 V AC / 40 kA
Spare arrester
1352820000
VPU II 2 R PV 600V DC
600 V DC
with
Photovoltaic
1351370000
VPU II 0 PV 600VDC
600 V DC
Spare arrester
1352730000
VPU III SO LD+A
Type II Arrester – 400 V
Type II Arrester – 600 V
1351320000
VPU II 1 600V/25KA
600 V AC / 25 kA
without
1-phase
1352940000
VPU II 2 PV 1000VDC
1.000 V DC
without
Photovoltaic
1351220000
VPU II 2 600V/25KA
600 V AC / 25 kA
without
1-phase
1352970000
VPU II 2 R PV 1000V DC
1.000 V DC
with
Photovoltaic
1351240000
VPU II 3 600V/25KA
600 V AC / 25 kA
without
TN-C
1352990000
VPU II 0 PV 1000VDC
1.000 V DC
Spare arrester
VPU II 4 600V/25KA
600 V AC / 25 kA
without
TN-S
1353020000
VPU II 3 PV 1000VDC
1.000 V DC
without
Photovoltaic
1351270000
VPU II 1 R 600V/25KA
600 V AC / 25 kA
with
1-phase
1352950000
VPU II 3 R PV 1000V DC
1.000 V DC
with
Photovoltaic
1351290000
VPU II 2 R 600V/25KA
600 V AC / 25 kA
with
1-phase
1352980000
VPU II 0 PV Y 1000VDC
1.000 V DC
Spare arrester
VPU II 3 R 600V/25KA
600 V AC / 25 kA
with
TN-C
1353000000
VPU II 3 PV 1200VDC
1.200 V DC
without
Photovoltaic
1351420000
VPU II 4 R 600V/25KA
600 V AC / 25 kA
with
TN-S
1351020000
VPU II 3 R PV 1200V DC
1.200 V DC
with
Photovoltaic
1351440000
VPU II 0 600V/25KA
600 V AC / 25 kA
Spare arrester
1352930000
VPU II 0 PV 1200VDC
1.200 V DC
Spare arrester
VPU II 3 PV 1500VDC
1.500 V DC
without
Photovoltaic
1351500000
Photovoltaic
1351530000
Type II Arrester – 750 V
VPU II 1 750V / 25KA
750 V AC / 25 kA
without
1-phase
1351040000
VPU II 3 R PV 1500V DC
1.500 V DC
with
VPU II 2 750V / 25KA
750 V AC / 25 kA
without
1-phase
1351070000
VPU II 0 PV 1500VDC
1.500 V DC
Spare arrester
VPU II 3 750V / 25KA
750 V AC / 25 kA
without
TN-C
1351090000
1351190000
1375440000
1351390000
1351480000
15
Fax reply
+49 5231 14-292083
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surge protection (Please select your request):
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* Please contact me:
by phone Sender:
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Phone
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Further information
is available here:
The latest catalogue – lightning and surge protection –
you can get on our website www.weidmueller.com
in the download section
A direct and quick access to our online catalogue can be
found www.weidmuller.com. Here you will find detailed
information about our products and be able to enter your
order requests.
Further information about our VPU
product series and current tender documents for downloading are available at
www.weidmueller.com/VPU
Weidmüller – Partner in Industrial Connectivity.
As experienced experts we support our customers and partners around the world
with products, solutions and services in the industrial environment of power,
signal and data. We are at home in their industries and markets and know the
technological challenges of tomorrow. We are therefore continuously developing
innovative, sustainable and useful solutions for their individual needs.
Together we set standards in Industrial Connectivity.
Weidmüller Interface GmbH & Co. KG
Klingenbergstraße 16
32758 Detmold, Germany
Phone +49 5231 14-0
Fax
+49 5231 14-292083
[email protected]
www.weidmueller.com
1403780000/09/2012/SMMD