Brochure/Catalogue

Control PCBs in the main controller manage numerous
applications in the elevator, such as the lighting controls or
oor selection panel. Information on the speed, direction
and position of the elevator is collected that not only enables
doors to be operated or the direction of travel of multiple
elevators in the same building to be logically controlled, but
also for the creation of a speed prole. This ensures that
passengers have a smooth and comfortable ride to their
destination.
If multiple functions are combined on a central board,
the respective connectors and cables need to be clearly
identied. This not only simplies maintenance: the rapid
identication and assignment of cables also reduces
the time required to carry out any necessary repairs. For
maximum safety, we provide a range of different front
markers and direct printing of our PCB components.
Advantages of our OMNIMATE Signal components:
• Reow solderable male connectors
• PUSH IN connection technology
• Secure locking by means of a lock & release lever
• More design freedom thanks to variable plug-in and
conductor outlet directions
• Individual labelling possible
Advantages of our OMNIMATE Data components:
• Fulll Cat. 5 to 6 standard for data transmission rates up
to 1 Gbit/s
• Electromagnetic compatibility and protection thanks to
360° shielding
• In SMD or THR soldering version available
2. Main Controller
Quickly and conveniently to your
destination
Numerous functions inside and outside the elevator car, such as
a signal display and emergency function need to be installed in a
conned space. This requires a particularly compact connection
system. Floor selection and position indicators also make use of
highly complex circuit boards; minimum electrical specications
and reduced manufacturing costs allow these to be assembled
complete with SMD components.
Ease of handling and time savings are crucial factors during
installation. Our OMNIMATE Signal LSF-SMD PCB terminals
enable cost-effective and, above all, optimally dimensioned PCBs
to be created, which provide secure connections even in conned
spaces.
Advantages of our LSF-SMD PCB terminal:
• Proven PUSHIN direct connectivity enables secure contacts
up to 1.5 mm² without the need for tools
• Two soldering pads per pin satisfy the most stringent
mechanical xing requirements without the need for
additional mounting anges
• The use of LCPs means that assembly can take place in
the SMD process without the need for pre-drying; the low
expansion coefcient prevents the subassemblies from
sagging
• Automatic assembly is supported by tape-on-reel packaging
in standard belt widths; pick-and-place pads enable reliable
suction and set down
5. Car & Landing Operating Panel
(COP & LOP)
Secure connections in conned spaces
OMNIMATE PCB terminals and connectors with spring connection and “PUSH IN” technologyOMNIMATE Power plug-in connector – connectivity for power electronics
In the conned spaces of elevators, there is an increasing trend
to not only arrange converters and controller PCBs separately
but to combine them in a single device. This allows the elevator
systems and motor functions to be logically combined, thereby
reducing space requirements and installation / wiring costs. This
trend is driving the development of more and more complex and
compact controllers.
We are familiar the extreme conditions you work with. Voltages
from 400 V to 690 V (IEC) or 600 V (UL) are not uncommon.
Conformity with standards, ease of handling and secure locking
options are also vitally important.
We support you in this challenging task with our know-how and
customised connection technology for decentralised automation
and drive systems.
OMNIMATE Power device connectivity
• One-hand tool-free locking system
• Touch safety in accordance with IEC 61800-5-1
• UL approval for 600 V through optimised clearances and
creepage distances
OMNIMATE Signal device connectivity
• High contact density in a small area and large cable cross-
sections
• Tool-free locking and unlocking via lock & release lever
• PUSH IN connection technology
1. Elevator Drive
Compactly and logically connected
OMNIMATE offers enhanced design exibility, efcient processing and safe, intuitive handling
A device installed on top of the elevator car acts as an
interface between the motor room and car operation,
control, monitoring and communication. For reliable data
connectivity you require industrial-quality data connections.
The subassemblies for connecting to a higher-level eldbus
system such as B. CANBUS, INTERBUS, PROFIBUS,
PROFINET or EtherCAT, place particularly high demands on
communication quality.
Based on our Industrial Ethernet components, we offer
connection solutions in IP67 and IP65 for network
connectivity.
For the signal or power connection you can choose
between a PUSH IN or screw connection depending on the
application in question. The excellent spring properties of
our hybrid contacts in particular offer maintenance-free and
vibration-proof contact technology. Incorrect connection
protection, a lock & release lever and the universal screws of
our OMNIMATE device connection system ensure that the
screw connection provides error-free wiring, even under the
most demanding operating conditions.
At the signal and control level, our two-row OMNIMATE
Signal B2CF provides maximum functionality in the
minimum amount of space. Compared to smaller or single-
row systems, you are able to reduce signal density on all
circuit boards by up to 30 %. At the data level our RJ45
device jacks ensure a secure data transmission by achieving
the highest industry demands.
3. Top Of Car Box (TOC)
Reliable in application
OMNIMATE provides many alternatives for nding the right plug-in solution FieldPower
®
Elevator – shaft wiring box to connect at cable for hoistway landing and inspection
The conventional installation of electrical components in the
elevator shaft is a tedious and time-consuming task. Just a few
of the many considerations include the installation of cable
ducts, the preparation of conductors and cables, and ensuring
the reliable interruption of safety circuits.
Weidmüller has developed a smart solution that can be used to
connect a continuous at cable in each oor to provide energy,
signals and data. The solution consists of the FieldPower
®
Elevator shaft wiring box and an 11-pole at cable. The robust
and compact shaft wiring box combines all the components.
This increases efciency and reliability, and reduces installation
time as well as material complexity.
In terms of total costs, FieldPower
®
Elevator offers the following
advantages:
• Easy and fast installation
• Reduced complexity and material expenses
• Pre-assembly for various functions
4. Shaft Wiring
Smartly solved with FieldPower
®
Elevator
2.
Main Controller
1.
Elevator Drive
5.
Car Operating Panel (COP)
5.
Landing Operating Panel (LOP)
4.
Shaft Wiring
3.
Top Of Car Box (TOC)