Hercules is the Line of busbar trunking for medium/high power and small utilities and light fittings. Design, functionality and durability are combined for a safe energy use in industrial and commercial sectors.

The Hercules Line consists of the following three types of product, each with unique features to meet different needs:

• Lightech: our solution for small utilities, featuring busbar conductors with from 25A to 40A rated current. Their modern design also features an aluminum casing for high mechanical and weather resistance. Quick and easy installation with plug-in connection.

• Distritech: With from 160A to 630A rated current, this busbar trunking with aluminum conductors is lighter and smaller to ensure easy installation. The range features a one-piece junction system and a varying number of tap-off box sockets, depending on design, which close automatically when the junction box is removed. Upon request, Distritech busbar trunking is also available in copper with from 250A to 800A rated current.

• Powertech: busbars trunking available with aluminum 800A - 5000A rated currentconductors and with copper 1000A - 6300A conductors.

All the Hercules line series comply with CEI EN 61439-6 standards, certifying that they meet all the requirements to guarantee the best product performance.

DKC has renewed its range of RamBatt Line voltage and frequency converters. It does so following a well-established tradition that sees versatility, efficiency and safety as the reasons for the success of its energy conversion systems. These strengths, which have become even more solid today, apply not only to specific products, but to the entire DKC catalogue. The catalogue is full of solutions 100% designed and developed in Italy and conceived to be easily integrated with each other. This means that there is now a truly coordinated offering for professionals in different sectors.

It is within this context that we find the updated family of frequency and voltage converters of the RamBatt Line, intended for all those companies that wish to make their products suitable for use in international contexts, without having to make design modifications to the electrical part of the equipment and rewrite the software that governs it. The primary application of the new converters of DKC's RamBatt Line is in laboratories where tests are performed, reproducing the most diverse scenarios and contexts where simulations need to provide energy with different powers and frequencies.

The new converters are available in two macro versions: single-phase and three-phase.

The first, single-phase UNIVAR, is designed to provide tools for adapting and testing equipment in different operating contexts, ensuring flexibility and efficiency. They are available with a power rating in the range of 3 kVA to 12 kVA, and can be supplied in a rack or tower configuration. They are powered with a 96 V single-phase supply voltage and deliver from 25 V to 270 V single-phase, with adjustable frequency from 45 to 400 Hz. They are ideal for integration with industrial machinery as they avoid the need for time-consuming adaptation to electrical networks with different voltages and frequencies, they are also excellent when used in test laboratories, environments where their limited size facilitates their housing and use.

The second, three-phase TRIVAR, consists of three different types of converters:

TRIVARTT: (from 8 kVA to 20 kVA, ideal for low-power applications, compact, easily transportable and offering great versatility with the ability to handle voltages from 45 V to 460 V and output frequencies of between 45 Hz and 400 Hz);

TRIVARXT: (from 15 kVA to 50 kVA, suitable for powering medium-sized machinery, delivering current from 40 A to 72 A and output frequencies from 45 Hz to 400 Hz);

TRIVARXTG: (from 30 kVA to 50 kVA, made of robust industrial metal carpentry and equipped with an internal transformer, they can supply all available power even at lower voltages).

Of particular importance is the fact that the new range of converters in DKC's RamBatt line offers advanced monitoring and remote management functions to ensure efficient and flexible control, with features and modes that vary depending on the model.

In the case of UNIVAR and TRIVARTT the remote control is via a DB15 port for the selection of the voltage (variable within the desired range via an external 0-10V signal) and the output frequency, as well as for switching the device on and off. It should be noted that the management of output parameters with software is via the RS232 port. With regards to TRIVARXT and TRIVARXTG, direct setting of output voltage and frequency values is possible using a variety of analogue-digital inputs, while advanced remote management options are enabled through a USB connection with proprietary protocol, thereby ensuring greater flexibility.

DKC's new range of RamBatt Line converters can be customised with a selection of optional accessories, available on request at the time of order, designed to meet specific operational requirements. These include wheels to facilitate handling, USB switches to allow remote connection of multiple devices, facilitated with access via a single control point, and transformers which can be integrated with all converters to adapt perfectly with different installation requirements. Lastly, DKC offers the opportunity to ‘tropicalise’ the converters, i.e. to supply them with electronic boards treated with a special lacquer that forms a protective surface layer, thereby ensuring correct operation even in environments with high humidity and/or high salt concentration in the air or in the presence of oils or ferrous shavings.

DKC, following a logic that requires prompt technical support as a prerequisite for ensuring maximum customer satisfaction, provides additional information for the ideal use of its RamBatt Line voltage and frequency converters. In order to establish their appropriate sizing and to ensure their safe and long-term use, DKC recommends an upstream analysis of the factors related to the load to be supplied. The elements which require careful attention include the motors (they can generate significant current peaks at start-up, which may require them to be equipped with a soft starter) and return currents (in cases where the motors of powered machines induce them during braking, these can cause the converter to suddenly switch off).

In terms of dedicated support for RamBatt Line converters, DKC provides its customers with the DKC Service department, dedicated to technical support and structured to guarantee service excellence and maximum satisfaction. DKC Service accompanies the Customer during commissioning operations with qualified personnel who take care of the configuration and start-up of the devices, ensuring that they are fully operational at the installation site and ensuring forms of preventive maintenance through periodic checks carried out on-site. These serve to monitor the condition of the equipment and replace parts subject to wear and tear, so as to prevent malfunctions and prolong their life.

The rapid evolution of cloud information services has a direct and immediate impact and represents a change in pace in data centre design. This is an unavoidable change, a change brought about by the need for this type of IT infrastructure to manage ever higher power density, to support large-scale installation and to adapt to new forms of cabling. All of this requires the adoption of open and modular solutions for flexible data centre design. It also requires the obligation to guarantee non-stop accessibility to the stored data, as well as simultaneously ensuring maximum reliability in protecting the data. If it is true that the "cloud" represents one of the most sophisticated forms of digitisation of the dynamics of an organisation, large or small, it is also true that the correct operation of a data centre requires optimal cable laying. This must be carried out with the maximum care to ensure uninterrupted and reliable quality of the signals conveyed.

Digitisation starts from the ground, from the building blocks of a production facility. It then reaches the cloud, the place where the most valuable data and information is stored. Digitisation is not just a matter of software and intangible services: at its core are physical infrastructures capable of ensuring the constant and secure flow of data. Cables must be laid, protected and managed in such a way that information can flow without interruption.

It is precisely in this regard that DKC comes into play, demonstrating its ability to meet the most complex and challenging requirements, accompanying this change with its advanced Combitech Line solutions and participating in the construction of five data centres with more than 30,000 metres of ducting. The ducting systems, made of durable sheet metal and designed to adapt to the needs of modern data centres, form the physical foundation on which the entire digital architecture rests. The Combitech C5 line, with its innovative interlocking system, the F5 flush-mounted cable tray, thanks to its innovative head wire, guarantees maximum protection for the cables inside it. Lastly, the L3 ladder-type cable tray, thanks to its sturdiness and ease of installation, represents an effective solution for IT infrastructure management.

The rectilinear elements of the C5 Combitech series feature an original interlocking system achieved through a special shaping of the ends, created by deep drawing during the sheet metal bending phase. Thanks to this, the use of linear joints is extremely limited. It should be emphasised that all accessories of DKC's C5 Combitech series are prepared for interlocking in the 'female' ends of straight elements. In addition, thanks to continuous edging on the sides, all covers of the C5 series can be snapped onto their components without the need for screws. Electrical continuity is always guaranteed thanks to an embossed area on the female part of the joint of all C5 series components. This reduces the number of components to be installed even further.

Through its own Combitech Line, DKC offers the ZC flush-mounted cable tray, equipped with an innovative metal coating obtained by post-bending hot-dip galvanising in highly controlled baths to ensure the best possible corrosion resistance. This process has been performed in-house for many years now, at the DKC Group Latina plant. The distinctive feature of the F5 series products is the butt-welded wire, which completely eliminates sharp protrusions that could damage cables or injure the operator during installation. Furthermore, the ribbing on the side of the channel, designed to bring all the other longitudinal wires on the edge to the same level as the top wire, gives the straight element greater load-bearing capacity. Lastly, no accessories are required to make the shunts as these are made by truncating the cable tray wires, giving the product the necessary shape.

Another possibility provided by DKC's Combitech Line is the L3 cable ladder tray, the main feature of which is the interlocking joint between the rails and the crossbar. Thanks to this type of coupling, welding has been totally eliminated, allowing the L3 cable ladder to also be produced in Sendzimir finish, reducing production time and product costs. Each rectilinear element has a special fold at the base of the rails, which performs two basic functions: the first is to hold the rails in place and the second is to give the cable ladder greater strength. Upon request, the L3 cable ladder tray can also be supplied in a disassembled version to facilitate transport and assembly in small spaces.

These solutions are where the physical world meets the digital one. The strength of the sheet metal, which protects and supports, is what allows data to fly on the 'clouds'. It is thanks to robust and modular structures such as those proposed by DKC that the flow of information can grow and develop.

The paradox of the sheet metal rising to the cloud is not just a suggestive idea: it is the reality of digital transformation, one which is based on advanced and flexible physical infrastructures, capable of evolving with the needs of the future. The DKC Group, with its vision and solutions, is at the forefront of this innovation process, bringing the best of physical solidity into a world which is becoming increasingly dominated by digitisation.

The RamBlock line offers a wide range of ideal solutions for industrial and on-machinery automation. The highly efficient, durable, and versatile RamBlock products are suitable for all types of applications in electronics and low-voltage distribution.

CQE modular enclosures are one of the line’s flagship products. Over 100 sheet steel models are available in a wide range of formats, supplied either pre-assembled or in KIT.

The boxes of this Line are available in different sizes and can be customised with a wide and comprehensive range of accessories, to guarantee high protection, safety, and resistance standards. Both CE boxes and CDE junction boxes are in painted sheet steel with seamless welding. CDE junction boxes are available in three different versions: with screwed lid, hinged lid, and cable entry flange.

Industrial computer cabinets, CAES simplified one-piece enclosure, CAE welded one-piece enclosure for indoor applications, accessories for enclosures and carpentry for electrical panels, industrial pulpits, and support arm suspension systems complete this Line.

The RamKlima range from DKC, created with Made-in-Italy tech, has always stood as a benchmark in the electrical panel cooling segment, ensuring protection against high temperatures, water, dust and chemical substances.

Coolers, air/water exchangers, Peltier coolers, fans, anti-condensation heaters and a series of handy adapters and accessories represent a custom solution to the various application requirements—whether indoor or outdoor, roof or wall mounted—where high temperatures could compromise the operation of equipment inside electrical panels.

This broad and versatile range now offers even simpler installation thanks to the DKC team's continuous research, careful evaluation of customer needs, and always being on hand to offer outstanding consulting and support services.

The range includes wall and roof-mounted coolers—available for INDOOR and OUTDOOR solutions, with the latter also available in a version for harsh climates—with SLIM IN and OUT coolers, Semi-Recessed and SMART COOL coolers. With the aim of offering solutions that are increasingly aligned with customers’ needs and projects, DKC has revised the dimensions of its 300 W wall-mounted coolers. The new 280-mm wide design enables more versatile installation, perfect for small spaces, whilst guaranteeing the same excellent performance. The indoor wall-mounted and SLIM coolers in the range (with the exception of the 3000 W and 4000 W models and UL versions) now feature a completely new look. The new design, enhanced with a metallic front cover divided into four separate panels and a front filter-mount grille, offers added value and new competitive advantages.
Always closely monitoring the demands of the market, the company has recently expanded the range, with an important addition, its new coolers with inverter technology. Available in 115 V or 230 V single-phase versions, they feature a condensate evaporator to eliminate the unpleasant effects of condensation. The technology inside enables a longer product life, modulating the compressor rotation speed with a BLDC motor and EC fans and managing refrigeration capacity based on actual thermal load, for significant energy and economic benefits. Equipped with an air filter as standard and IP54 protection rating, they are perfect for the most demanding applications, guaranteeing high efficiency, lower CO₂ levels and low noise.

With new coolers featuring inverter technology, DKC looks to the future again, prioritising its customers and the environment and guaranteeing the excellence of Made-in-Italy technology.

The DKC Group is a leader in electrical cable protection systems with a wide range of products that can meet every need.

The Cosmec Line features the following:

• Metal systems for the protection of electrical cables: the main categories of this product range are metal conduits, quick-connect couplings, metal couplings for flexible conduits, metal couplings for polyamide flexible conduits, junction boxes, feeder boxes, fire resistant junction boxes, cable glands, and braided sleeves.
  
  The above products, combined with a wide range of accessories, are designed to build from simple to very complex cable protection systems. There are using DKC's Cosmec products when designing electrical systems due to their:
  - ease of design;
  - simple installation;
  - high resistance to chemicals and rodent attack.

• Plastic systems for the protection of electrical cables: made of insulating thermoplastic material, they are impact, heat and fire resistant, as well as resistant to chemical aggression, and are often self-extinguishing. Therefore, they are the best products for on-machinery electrical systems. They are also very easy to install since quick-connect couplings were added to the range.

• ATEX systems: this category of the Cosmec range features fittings and accessories for flexible conduits, quick-connect fittings for rigid metal conduits, aluminum alloy junction boxes, adapters, reducers, and plugs. This wide range also includes the 6018A series cable glands for armoured and unarmoured cables.

The Cosmec Line confirms DKC’s positioning as first-in-class manufacturer of innovative cutting-edge solutions for the electronics and industrial automation sectors to best approach the market of the future in a competitive way.

The Cosmec Line from the DKC Group has always represented a concrete commitment to offering increasingly complete and high-performance solutions for the protection and continuity of electrical systems. Today, this proposal is consolidated further with Fireproof solutions, a complete range of patented fire-resistant terminal blocks, junction boxes and accessories, designed to guarantee operational safety even in extreme conditions and ensure the functionality of essential circuits during emergencies. The range is designed for professionals working in the most critical environments and in all those contexts where fire safety is essential. Made from high-performance materials and complying with current regulations, Fireproof solutions ensure certified fire resistance, service continuity and the protection of installations in sensitive environments. Each component has been designed, developed and manufactured in the Villanova sull'Arda (PC) plant, a guarantee of quality and Made in Italy know-how.

Hercules is the Line of busbar trunking for medium/high power and small utilities and light fittings. Design, functionality and durability are combined for a safe energy use in industrial and commercial sectors.

The Hercules Line consists of the following three types of product, each with unique features to meet different needs:

• Lightech: our solution for small utilities, featuring busbar conductors with from 25A to 40A rated current. Their modern design also features an aluminum casing for high mechanical and weather resistance. Quick and easy installation with plug-in connection.

• Distritech: With from 160A to 630A rated current, this busbar trunking with aluminum conductors is lighter and smaller to ensure easy installation. The range features a one-piece junction system and a varying number of tap-off box sockets, depending on design, which close automatically when the junction box is removed. Upon request, Distritech busbar trunking is also available in copper with from 250A to 800A rated current.

• Powertech: busbars trunking available with aluminum 800A - 5000A rated currentconductors and with copper 1000A - 6300A conductors.

All the Hercules line series comply with CEI EN 61439-6 standards, certifying that they meet all the requirements to guarantee the best product performance.

DKC has renewed its range of RamBatt Line voltage and frequency converters. It does so following a well-established tradition that sees versatility, efficiency and safety as the reasons for the success of its energy conversion systems. These strengths, which have become even more solid today, apply not only to specific products, but to the entire DKC catalogue. The catalogue is full of solutions 100% designed and developed in Italy and conceived to be easily integrated with each other. This means that there is now a truly coordinated offering for professionals in different sectors.

It is within this context that we find the updated family of frequency and voltage converters of the RamBatt Line, intended for all those companies that wish to make their products suitable for use in international contexts, without having to make design modifications to the electrical part of the equipment and rewrite the software that governs it. The primary application of the new converters of DKC's RamBatt Line is in laboratories where tests are performed, reproducing the most diverse scenarios and contexts where simulations need to provide energy with different powers and frequencies.

The new converters are available in two macro versions: single-phase and three-phase.

The first, single-phase UNIVAR, is designed to provide tools for adapting and testing equipment in different operating contexts, ensuring flexibility and efficiency. They are available with a power rating in the range of 3 kVA to 12 kVA, and can be supplied in a rack or tower configuration. They are powered with a 96 V single-phase supply voltage and deliver from 25 V to 270 V single-phase, with adjustable frequency from 45 to 400 Hz. They are ideal for integration with industrial machinery as they avoid the need for time-consuming adaptation to electrical networks with different voltages and frequencies, they are also excellent when used in test laboratories, environments where their limited size facilitates their housing and use.

The second, three-phase TRIVAR, consists of three different types of converters:

TRIVARTT: (from 8 kVA to 20 kVA, ideal for low-power applications, compact, easily transportable and offering great versatility with the ability to handle voltages from 45 V to 460 V and output frequencies of between 45 Hz and 400 Hz);

TRIVARXT: (from 15 kVA to 50 kVA, suitable for powering medium-sized machinery, delivering current from 40 A to 72 A and output frequencies from 45 Hz to 400 Hz);

TRIVARXTG: (from 30 kVA to 50 kVA, made of robust industrial metal carpentry and equipped with an internal transformer, they can supply all available power even at lower voltages).

Of particular importance is the fact that the new range of converters in DKC's RamBatt line offers advanced monitoring and remote management functions to ensure efficient and flexible control, with features and modes that vary depending on the model.

In the case of UNIVAR and TRIVARTT the remote control is via a DB15 port for the selection of the voltage (variable within the desired range via an external 0-10V signal) and the output frequency, as well as for switching the device on and off. It should be noted that the management of output parameters with software is via the RS232 port. With regards to TRIVARXT and TRIVARXTG, direct setting of output voltage and frequency values is possible using a variety of analogue-digital inputs, while advanced remote management options are enabled through a USB connection with proprietary protocol, thereby ensuring greater flexibility.

DKC's new range of RamBatt Line converters can be customised with a selection of optional accessories, available on request at the time of order, designed to meet specific operational requirements. These include wheels to facilitate handling, USB switches to allow remote connection of multiple devices, facilitated with access via a single control point, and transformers which can be integrated with all converters to adapt perfectly with different installation requirements. Lastly, DKC offers the opportunity to ‘tropicalise’ the converters, i.e. to supply them with electronic boards treated with a special lacquer that forms a protective surface layer, thereby ensuring correct operation even in environments with high humidity and/or high salt concentration in the air or in the presence of oils or ferrous shavings.

DKC, following a logic that requires prompt technical support as a prerequisite for ensuring maximum customer satisfaction, provides additional information for the ideal use of its RamBatt Line voltage and frequency converters. In order to establish their appropriate sizing and to ensure their safe and long-term use, DKC recommends an upstream analysis of the factors related to the load to be supplied. The elements which require careful attention include the motors (they can generate significant current peaks at start-up, which may require them to be equipped with a soft starter) and return currents (in cases where the motors of powered machines induce them during braking, these can cause the converter to suddenly switch off).

In terms of dedicated support for RamBatt Line converters, DKC provides its customers with the DKC Service department, dedicated to technical support and structured to guarantee service excellence and maximum satisfaction. DKC Service accompanies the Customer during commissioning operations with qualified personnel who take care of the configuration and start-up of the devices, ensuring that they are fully operational at the installation site and ensuring forms of preventive maintenance through periodic checks carried out on-site. These serve to monitor the condition of the equipment and replace parts subject to wear and tear, so as to prevent malfunctions and prolong their life.

The rapid evolution of cloud information services has a direct and immediate impact and represents a change in pace in data centre design. This is an unavoidable change, a change brought about by the need for this type of IT infrastructure to manage ever higher power density, to support large-scale installation and to adapt to new forms of cabling. All of this requires the adoption of open and modular solutions for flexible data centre design. It also requires the obligation to guarantee non-stop accessibility to the stored data, as well as simultaneously ensuring maximum reliability in protecting the data. If it is true that the "cloud" represents one of the most sophisticated forms of digitisation of the dynamics of an organisation, large or small, it is also true that the correct operation of a data centre requires optimal cable laying. This must be carried out with the maximum care to ensure uninterrupted and reliable quality of the signals conveyed.

Digitisation starts from the ground, from the building blocks of a production facility. It then reaches the cloud, the place where the most valuable data and information is stored. Digitisation is not just a matter of software and intangible services: at its core are physical infrastructures capable of ensuring the constant and secure flow of data. Cables must be laid, protected and managed in such a way that information can flow without interruption.

It is precisely in this regard that DKC comes into play, demonstrating its ability to meet the most complex and challenging requirements, accompanying this change with its advanced Combitech Line solutions and participating in the construction of five data centres with more than 30,000 metres of ducting. The ducting systems, made of durable sheet metal and designed to adapt to the needs of modern data centres, form the physical foundation on which the entire digital architecture rests. The Combitech C5 line, with its innovative interlocking system, the F5 flush-mounted cable tray, thanks to its innovative head wire, guarantees maximum protection for the cables inside it. Lastly, the L3 ladder-type cable tray, thanks to its sturdiness and ease of installation, represents an effective solution for IT infrastructure management.

The rectilinear elements of the C5 Combitech series feature an original interlocking system achieved through a special shaping of the ends, created by deep drawing during the sheet metal bending phase. Thanks to this, the use of linear joints is extremely limited. It should be emphasised that all accessories of DKC's C5 Combitech series are prepared for interlocking in the 'female' ends of straight elements. In addition, thanks to continuous edging on the sides, all covers of the C5 series can be snapped onto their components without the need for screws. Electrical continuity is always guaranteed thanks to an embossed area on the female part of the joint of all C5 series components. This reduces the number of components to be installed even further.

Through its own Combitech Line, DKC offers the ZC flush-mounted cable tray, equipped with an innovative metal coating obtained by post-bending hot-dip galvanising in highly controlled baths to ensure the best possible corrosion resistance. This process has been performed in-house for many years now, at the DKC Group Latina plant. The distinctive feature of the F5 series products is the butt-welded wire, which completely eliminates sharp protrusions that could damage cables or injure the operator during installation. Furthermore, the ribbing on the side of the channel, designed to bring all the other longitudinal wires on the edge to the same level as the top wire, gives the straight element greater load-bearing capacity. Lastly, no accessories are required to make the shunts as these are made by truncating the cable tray wires, giving the product the necessary shape.

Another possibility provided by DKC's Combitech Line is the L3 cable ladder tray, the main feature of which is the interlocking joint between the rails and the crossbar. Thanks to this type of coupling, welding has been totally eliminated, allowing the L3 cable ladder to also be produced in Sendzimir finish, reducing production time and product costs. Each rectilinear element has a special fold at the base of the rails, which performs two basic functions: the first is to hold the rails in place and the second is to give the cable ladder greater strength. Upon request, the L3 cable ladder tray can also be supplied in a disassembled version to facilitate transport and assembly in small spaces.

These solutions are where the physical world meets the digital one. The strength of the sheet metal, which protects and supports, is what allows data to fly on the 'clouds'. It is thanks to robust and modular structures such as those proposed by DKC that the flow of information can grow and develop.

The paradox of the sheet metal rising to the cloud is not just a suggestive idea: it is the reality of digital transformation, one which is based on advanced and flexible physical infrastructures, capable of evolving with the needs of the future. The DKC Group, with its vision and solutions, is at the forefront of this innovation process, bringing the best of physical solidity into a world which is becoming increasingly dominated by digitisation.