Panel Production - Şalt Automation

Panel Production

As Şalt Otomasyon, we carry out our panel manufacturing processes in accordance with international quality standards, utilizing advanced technology and engineering infrastructure. In our 1,500 m² enclosed production area, we provide high-performance solutions that meet the needs of the energy and automation sectors. In addition to Siemens type-tested panels, we meticulously manage the production and assembly processes of panels from the Tempa and Hensel brands, of which we are an authorized dealer.

From project design to production, from assembly to testing processes, all our operations are carried out within the framework of ISO 9001, ISO 14001, ISO 45001, ISO 27001, and ISO 22301 quality management systems. In compliance with CE standards, all electrical safety tests and functionality checks are performed during panel production, and final quality evaluations are completed before shipment to ensure customer satisfaction.

Our panels, produced with advanced engineering applications, high-quality materials, and industrial design principles, stand out in the industry for their durability, aesthetics, longevity, and safety. Thanks to our project-based production approach, we offer customized solutions tailored to each customer's needs and maintain comprehensive project records to provide long-term technical support.

At Şalt Otomasyon, we continue to be one of the most reliable business partners in the energy and automation sectors by combining our expertise with an innovative approach.

Siemens Sivacon S8 Panels

Siemens Sivacon S8 Panels

SIVACON S8 sets new standards as a power distribution switchboard or Motor Control Center (MCC) for industrial applications or infrastructure. Thanks to its modular design, the SIVACON S8 can be optimally adapted to meet every need.

Siemens Sivacon S8 Withdrawable Panels

Siemens Sivacon S8 Withdrawable Panels

Many applications require a space-saving dashboard design. An ideal solution is therefore to combine several installation designs in a single section. The SIVACON universal mounting design offers you safety, maximum flexibility and cost efficiency in a single system.

Siemens Sivacon S4 Panels

Siemens Sivacon S4 Panels

Modular system suitable for safe, end-to-end and cost-effective energy distribution up to 4000 A, System for panel mounting with design validation in accordance with IEC 61439-1/-2, Flexible application thanks to many different installation methods and various accessories, Faster installation thanks to simplified installation and device connection

Siemens Alpha Panels

Siemens Alpha Panels

Comprehensive portfolio of wall and floor-mounted distribution boards for currents from 125 A to 630 A, Easy planning thanks to modular design, Quick assembly thanks to pre-assembled cylindrical rails and quick setscrews

Tempa Panel AS Series

Tempa Panel AS Series

TEMPA PANO's AS Series are freestanding type panels that offer high reliability, flexibility, and modularity in the field of low-voltage electrical panels.

Tempa Panel MS Series

Tempa Panel MS Series

TEMPA Panel MS Series is an ideal solution for industrial applications and infrastructure projects, offering high security, durability, and flexibility in the field of low-voltage electrical panels.

Tempa Panel Wall Mounted Eko Series

Tempa Panel Wall Mounted Eko Series

TEMPA Pano's EKO Series offers economical and practical solutions in the field of wall-mounted panels. This series provides flexibility to meet various needs with its durable materials and a variety of size options.

Tempa Panel SSAS Series

Tempa Panel SSAS Series

TEMPA Pano's SSAS Series consists of freestanding panels made of stainless steel, offering high security, durability, and flexibility for industrial applications and infrastructure projects.

Panel Usage Areas

Electrical panels play a critical role in energy management and automation processes. With various types such as main distribution panels, compensation panels, motor control panels, PLC control panels, building automation panels, and solar power distribution panels, they have a wide range of applications from industrial facilities to commercial buildings, from power plants to automation systems. We provide safe and efficient energy management by offering tailored solutions for every need.

Main Distribution Boards

Main Distribution Boards

These are the panels where the main distribution of electrical energy is made in factories, workshops and workplaces. The electrical energy coming from the measurement panel at the entrance of the building enters the main distribution panel. From here, the low voltage output comes directly to the main distribution panel, and from there, energy distribution is made to the secondary panels.

Compensation Panels

Compensation Panels

It is the panel where the necessary device, capacitor and measuring instruments are located to correct the power coefficient of the facility. Inductive loads (motors, transformers, ballasts, etc.) also draw reactive power. The production of reactive power in the closest place to the point where it is needed has great benefits in terms of operating the electrical system in the best conditions.

Engine Control Panels

Engine Control Panels

A Motor Control Board (MCC) is used to control some or all of the electric motors in a central location. It consists of multiple closed sections with a common power bar, and each section is in turn composed of motor starter, fuses, circuit breaker, etc.

PLC Control Panels

PLC Control Panels

PLC Control Boards are used in a variety of applications and are the preferred option for different industries. The boards are designed to perform well both indoors and outdoors. It performs compact structure, stable operation and complete functions quickly PLC Control Panels, process automation, air compressors, fans and pumps, central air conditioner, machine tools, paper machinery, food machinery etc. used in applications.

Remote Communication Panels

Remote Communication Panels

Remote Communication is a microprocessor-based device that monitors and controls field devices and then connects to facility control or SCADA systems.

Building Automation Panels

Building Automation Panels

Building Automation Panels are designed according to the size of the building, purpose of use or type of application. It provides extensive use of electrical systems, HVAC systems, lighting systems. Open communication protocols allow our systems to easily integrate with other systems

Secondary Protection Panels

Secondary Protection Panels

Secondary Protection Panels are used for protection, control, measurement and supervision needs of high voltage motors, transformer stations, various industrial power systems, generators, power transmission lines against 2-phase or phase-ground short circuit.

Synchronization Control Panels

Synchronization Control Panels

The need for synchronization arises when two or more alternators work together to power the load. Since electrical loads do not remain constant, two or more generators must be connected and run in parallel to supply the power to handle larger loads. Using a series of small units instead of a single generator is known as parallel operation. Parameters such as phase angle, phase sequence and waveform for synchronization and parallelization are matched with a healthy or working power system with Synchronization Control Panels.

Server Control Panels

Server Control Panels

Server Control Panels are specially designed enclosures for housing technical equipment, including routers, switches, hubs, and, of course, servers.

Mimic Control Panels

Mimic Control Panels

Mimic Control Panels have been used in the industry for many years to display the process status and alarms. Process or flowcharts are illustrated on the front of the Mimic Control Panel. There are indicators/lamps on the panel, buttons/switches for shutting down the system or manually activating the system.

Local Control Panels

Local Control Panels

Local Control Panels are generally used to control machinery or equipment locally or remotely and are installed near the controlled device. It is frequently used on machines with its maintenance and ease of assembly.

GES Distribution Panels

GES Distribution Panels

GES Distribution Panels are the panels where the DC energy produced on the solar panel is converted into AC energy with the help of the inverter, and protection, switching, measurement and distribution are made. Panels that can be controlled locally or remotely are mounted and controlled in accordance with standards.

Frequency Converter Panels

Frequency Converter Panels

With the developing and cheaper semiconductor technology, motor starting systems have also started to become electronic. Frequency Converter Panels are used in places where speed control, flow, motor data acquisition, soft start and stop are required. With Frequency Converter Panels, where energy is used more efficiently, it has started to be preferred more and more with the desired power and easy commissioning in all kinds of applications.

e-Charging Board

e-Charging Board

The e-Charge panel used to charge electric vehicles is made in two types, AC and DC. It is manufactured as 7 kW, 11 kW and 22 kW AC charging, 30 kW, 60 kW and 90 kW DC charging. Vehicle and human protection is at the highest level in the panels, where all safety equipment is standard.

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