LAPP’s EPIC® Industrial Connectors work to provide solutions for all connectivity needs safe and removable connection.

Whether the application be power, control, signal or data communication, EPIC® connectors offer performance you can count on.

EPIC® connectors provide secure and reliable electrical connections for a variety of Industrial OEM Equipment and Factory Floor Automation Systems.

EPIC® connectors excel in applications where flexibility, reliability, and durability are key.

LAPP Industrial Connectors host advanced technology that relieves strain, guards contacts from external damage, and insures a stable mount.

RJ45 connectors are utilized for interfacing Ethernet cables to hardware in PC organizing applications, for example, broadcast communications or information gear.

RJ45 connectors comprise of secluded jacks and fittings.

The RJ45 plugs are associated with each finish of an Ethernet link.

RJ45 connector for all network applications in office and industrial environments

The web is a wild idea.

Furthermore, the structured building cabling has been around for some time now.

Yet, it still normally stuns me with each new emphasis on it.

Not just has it continually offered to ascend to more contraptions and administrations that utilization it, however there are likewise new things that grow the possibility of the web itself.

The entirety of the manners in which we get the web is incredible, yet even in 2020, I need to state, there is nothing very like an old fashioned Ethernet cables.

Not just as far as connecting to a PC, yet you need prevalent Ethernet cables in your in-divider wiring too.

PROFINET® is the leading open industrial Ethernet protocol standard in Europe for all areas of industrial automation technology.

This type of communication system enables data to be exchanged in real-time between controller devices and field devices using industrial Ethernet.

PROFINET® is the successor to PROFIBUS®, a Fieldbus protocol standard that is standardized by the PROFIBUS & PROFINET International (PI) user organization.

LAPP is playing an active role in further developing PROFINET®.

The PROFINET®standard -compliant copper cables and components from LAPP’s ETHERLINE® range have the inscription “PN” or “PNA”, “PNB” or “PNC”, which indicates at a glance that they are suitable for PROFINET® applications and shows their type specification.

Depending on the type of application concerned, different types of cables are used for PROFINET® cabling: either cables with 4 cores enabling 100 Mbit/s, or cables with 8 cores enabling Gigabit-level performance.

A range of Harmonised approved PVC single-core cables for use in the internal wiring of devices or for conduit or trunking wiring.

Available from 0.5mm² up to 240mm² in a various range of colors.

These multi-standard wiring cables SC2.1 & SC2.2 are UL, CSA and HAR (VDE) approved and are designed for use in control panels as well as for installation in conduits and trunking, applicable within the scope of the UL or Canadian or European standard specifications.

They are particularly designed for use in the wiring of industrial machines in accordance with NFPA 79.

Available in sizes from 0.5mm² up to 120mm², and in a range of various colors.

LAPP is the leading manufacturer of spiral cables.

Whether it's for industry, the mobility sector, for device connections or for customized assemblies – we have the right cable assemblies capabilities to suit every application.

Each area places different requirements on the product in question: Industry seeks a high level of restoring force and dimensional stability.

For this we assemble high-quality spiral cables with PUR outer sheaths, which can be used as control cables in moveable components or for power supply in motors, for example.

Here are the features of our spiral cables with PVC.

The PROFINET® Fast Connect design facilitates assembly thanks of a specially-designed inner sheath and a separating cross instead of pair shielding.

This shortens the assembly time enormously while all shielding and application requirements are optimally fulfilled.

The complex fourfold removal of the pair shielding is no longer necessary.

Using the appropriate tool, the insulation can be stripped directly down to the wire pairs.

As an experienced system supplier, LAPP is your strong partner for all your assembly challenges.

From the cable to the fast connect data cables connector solution to the appropriate tool - with us you get everything from a single source.

Industrial Ethernet is the successor of the conventional Ethernet, known from the office and is primarily used for data communication in industrial production.

There are good reasons for this: It offers a seamless network infrastructure and that in real time.

The areas of application are diverse and reach from the field and control level to the MES/ERP level, the Manufacturing Execution System (MES) for order coordination and Enterprise Resource Planning (ERP) for material planning.

Industrial Ethernet technology includes a large address space for participants.

With IPV6 addressing, networks with practically unlimited numbers of participants can be implemented.

Large data volumes can be transmitted simultaneously and at high speeds of up to 40 Gbit/s via copper.

Circular connections come in two designs - a signal design with gold plated contacts and high-reserve power connectors.

EPIC® SIGNAL connectors are available as M17, M23, and R3.0 (M27).

Metal housing with an integrated EMC screen contact reliably prevents electromagnetic interferences.

Gold-plated signal contacts are suitable to transmit low currents and voltages.

EPIC® POWER connectors are available as M12, M17, LS1 (M23), LS1.5 (M40), and LS3 (M58).

The integrated EMC cable glands offer strain relief and are perfectly sealed.

A comprehensive range of cable glands available in either Nylon or Nickel-plated brass.

For standard clamping to earthing of braid.

Available in metric or PG threads.

Atex approved versions are also available.

IP ratings up to IP68 & IP69K.

Manufactured from tough nylon materials the Lapp range of Skintop® glands offers many advantages over conventional stuffing glands.

ETHERLINE® ACCESS, In times of Industry 4.0, Smart Factory and networked communication systems, the need for data and the requirements for data transmission are constantly growing.

The efficient and reliable communication between machines and systems in production is an important success criterion for the competitiveness of smart factory buildings.

Therefore, the requirements for NAT Router with firewall connection solutions in production are very demanding.

All networks must be able to cope with high data volumes even in harsh industrial environments and at the same time withstand external influences.

In addition to reliable data transport through connectors, data cables and the corresponding accessories, the active components must also be perfectly matched to the system solutions - in the end, they determine the performance of the networks by bringing the large data volumes quickly and completely to the right destination.

LAPP offers a range of different bus components to suit the different technical requirements that a network in your application environment may have to fulfill and the bus systems which are used as a result.

Below we will briefly look at the key protocol standards and consider simple S/A cabling as well as more complex fieldbuses.

A Fieldbus technology is a bus system that connects sensors and actuators to a control computer (PLC) for information exchange.

Each manufacturer has designed its own communication mechanisms for its Fieldbus so that all sensors cabling and actuator cabling can exchange information without interference.

Most field buses are based on the so-called master-slave method.

UNITRONIC® LiYY and LiYCY cables are data transmission cables which have been developed from well proven types based on the specification VDE 0812.

They are also used in control and signal lines in electronics for computer systems, electronic control equipment, weighing scales.

The LiYCY cable has a tinned copper wire braid for EMC compatibility.

UNITRONIC® LiYY (TP) and LiYCY (TP) cables have been designed to offer reduced electrical interference because of their twisted pair and screened constructions.

The robust PVC sheath makes the cables ideal for industrial data applications.

Industrial Ethernet cable represents an attractive alternative to the classic field bus system.

The advantages offered by the (manufacturer-independent) ETHERLINE® Cat.6 FD standard in the office are also being increasingly recognized by industrial users.

The open Ethernet standard opens up new opportunities for industry.

Reliable Cat.5 & Cat.6 for PROFINET applications, and suitable for EtherCat and EtherNet/IP applications.

The main control cabinet is the central control unit of the entire system.

It connects the office level as well as the individual machine control cabinets with each other via ETHERLINE® ACCESS Switches.

Robot Ethernet Communication between the individual machines on the field level as well as the ERP system and the office to the Internet runs via the main control cabinet.

The machine control cabinet is the connection between the machine and the main cabinet.

It is connected via the main cabinet to the office level as well as to other machine control cabinets on the field level.

The installation in the machine control cabinet is realized via patchcords made of copper.

Industrial Ethernet is a young technology that has clear advantages over classic Fieldbus systems: It offers a seamless network infrastructure from the sensor/actuator level via the control level to the office level, and thus seamlessly transparent Industrial communication.

PROFINET® offers an address range for an almost unlimited number of devices and can send and receive significantly larger data volumes at high speed.

Fieldbus systems are suitable to connect complex devices at the field and control level.

It is characterized by lower installation costs and simple expansion of sensors and actuators.

PROFIBUS® is therefore suitable for the transport of smaller data volumes and is limited to a small number of stations and is reliable solutions for factories.