Control Panels

Denca has been designing and building Form 2 MCCs (sometimes referred to as wardrobe style) for our customers for many years, this has given us a good knowledge of the requirements and layout of this style of MCC panel.    Before presenting our finalised design solution, our pre-manufacture design meetings would consider access restrictions, cable routing, equipment specification, and maintenance needs.

This style of MCC has long been popular in such industries as Automotive, Food manufacturing, Brewing, Logistics etc where the ease and speed of maintenance are essential.    We are able to manufacture these styles of panels in a standard off the shelf enclosure or a custom design, colour can also be specified at the time of order.

Denca has been designing and manufacturing Motor Control Centre (MCC) panels for over 20 years, working closely with our customers and suppliers to obtain the most efficient and cost-effective solutions.   Our pre-manufacture design meetings would consider access restrictions, cable routing and maintenance needs before presenting our finalised design solution.

We have seen a sharp increase in demand for these Form 4 MCCs in recent years, these large capacity panels are sometimes termed as traditional MCCs or compartment MCCs,  which we can manufacture to the Form 4 Type 2 standard or higher.   We are also able to custom design and manufacture extensions to your existing systems.

The increased floor area of our new manufacturing base together with its 5 tonne overhead crane has meant we are able to undertake larger and more complex Form 4 MCCs.

Programmable Logic Controller (PLC) systems are a great solution to control and monitor a complex process, the decision on whether to use a PLC is usually evident in the early stages of the project design.

The PLC connects to all of the process equipment including Motors, Valves and Sensors which often means the panel has to be capable of marshalling a significant number of cables for the various input/outputs (I/O). Denca has over 25years experience in the design and implementation of these systems and we will be happy to assist with your specification and design process.

We are also able to offer a variety of remote I/O marshalling solutions when a centralised system is not appropriate.

Remote I/O Control panels are an ideal solution for controlling multiple systems across a large area. The remote panels are connected onto a local process network which links to a centralised controller, usually a PLC.

The advantage of this design concept is seen within industries that are expanding or often need to make changes to local processes.  A local I/O panel reduces cost of initial installation and also allows for cost-effective changes.   A local I/O panel can also help with fault diagnosis by allowing maintenance technicians to easily check sensor status.

Since our 2019 move to a much larger manufacturing facility, we have seen an increase in the number of container-based solutions that we are providing.    We have the in-house capability to handle these 40-foot containers, the space and overhead cranage make delivery and handling a lot easier.

These solutions have mainly been built for the water and chemical industries.

The containers are purchased as empty structures and then fabricated to a bespoke internal design. The walls and floor can be insulated to the customer’s requirements with other changes including concealed cable access, and additional mounting rails for securing equipment and services such as heat and light.   The containers can contain system controls, motor controls or even small processes.

Due to the modular nature of these solutions, they can also be built and tested in the UK and shipped overseas for installation in remote projects.   These solutions also lend themselves to easy expansion as they can be cost-effectively stacked and interconnected.

Denca designs and manufactures control panels with full EMC compliance. With expanding technologies and multiple systems working within a single environment, it is paramount to correctly install components to the manufacturer’s specifications.

Of course, component suppliers each recommend different installation guidelines to meet the requirements for operation within an EMC environment! 

Denca engineers regularly undertake training to stay up to date with changing guidelines. These continuing updates help us work to the best ability and knowledge to deliver a fully compliant EMC control system. 

Variable Speed Motor Panels are probably our most frequently ordered panel. Customers see the benefit in energy savings and increased lifespan on equipment.

A Variable Speed Drive (VSD) allows motor equipment to be run at their optimum speed, which is usually less than the 100% rate that a fixed speed motor would require. This reduced energy and decrease in wear and tear often brings significant cost savings.

If you feel a VSD would benefit your system, please ask our engineers and we will be happy to advise on how best to proceed.

Thyristor controllers are used to control the power to process equipment, a common application would be industrial heater controls, where process control of the heater is directly related to product quality or system efficiency.

We design and manufacture a wide range of Thyristor panels for various applications utilising high grade Thyristors, suitable protection whether it be fuses, MCBs or MCCBs and dependant on your requirements we will also offer many control and monitoring options.

If Thyristor control is of interest please contact our engineers who will be happy to assist.

PLC/Motor Control panels are a popular option for controlling process equipment. A PLC is dedicated to controlling and monitoring the process whilst electrical distribution and motor control is needed for the power requirements.

It is often a good idea to house all of this equipment in a suite of suitably sized panels, with the benefits including simplified interconnection between motor equipment and controls, efficient use of floor space and ease of maintenance.

When appropriate, operator controls can be installed on the front of the enclosures, which could include a Human Machine Interface (HMI) or pushbutton control.

If you think this type of arrangement would suit your process our engineers will be happy to help with both design and specification.

Thyristor control panels are used to control voltage and monitor the working of heaters and variable applications in a production line.

We manufacture a wide range of these panels that consist of high grade Thyristors with fuses for MCBs and MCCBs, Heaters, contactors, Isolation switches, Indication lamps, Alarm system etc.

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