A reliable and flexible system was realised by means of an S7-400 controller, with a flexible, standardised software design. The safety of the machine and operator was guaranteed by means of a separate PILZ PLC control. The approximately 250 SEW

Moekotte replaced and/or adapted various control systems, including those for the bottle filling line and the conveyor for transporting the swing-top bottles to the swing-top line. In addition to this, Grolsch now has a new site for the collection of

The Water Board wished to work with a specific type of PLC and SCADA and imposed requirements relating to the frequency control. With these requirements in mind, Moekotte developed a new control system concept for the water purification process. The

The hardware engineering and assembly of the panels, as well as the software engineering for controlling the gas turbines. Moekotte also laid all of the wiring for the "skid" and "enclosure". The follow-up task involved rewriting the software, for

A manufacturer needs to be able to demonstrate which ingredients have been incorporated into a certain batch of product and in what quantities, who the supplier of those ingredients is, but also who is responsible for the realisation of a quantity of

Thanks to our ample experience in relation to batch processing and ISA-S88, Moekotte is the right party to choose if you require a flexible, automated dough and pastry production system. The automation of this batch method of production (in

Moekotte had to orchestrate the technical implementation of iPOD-based technology, in close collaboration with the engineers of Royal Huisman. The Citect SCADA system comprises two redundant servers and total of 18 clients spread throughout the ship.

The goal was to use standard control components in so far as possible. Moekotte’s advice: opt for a Siemens S7-300 system, a touch panel for local operation and Citect SCADA PC as the central system. The latter offers four benefits: The ability to

Moekotte installed all of the data cabling, plus the corresponding patch panel. Furthermore, the works comprised the installation of an audio and video system, the latter of which comprised several screens, and the adaptation of the existing

Following a public tender, the construction contract was awarded to Aannemingsbedrijf Droste, based in Hengelo. The firms GTI Utiliteit and electrical engineering firm Moekotte were responsible for the technical installations. The total costs for the

The advanced building security control system centred on a multifaceted control station. Moekotte designed this with two objectives in mind, namely the production of a bespoke system that offered a broad range of functions: • Management of the

The current control for the existing weigh bridges does not satisfy the current requirements, does not allow for an increase in capacity and the system configuration is too complex. The task comprised drawing up an inventory of the five existing

Moekotte has implemented this project on the basis of a well thought-out Plan of Action. The works had to be carried out within a short period of time and amidst the day-to-day activities of the hospital. This is an aspect that Moekotte knew

Moekotte implemented this project based on a well thought-out plan of action. According to the specifications, the works comprised the supply, installation, connection and “ready-for-use” delivery of the entire electrical system and to connect the

During the construction of the new Grolsch complex, Moekotte was contracted for all building-related systems, the lighting system, wiring for the lights and power supply, installation of the fire alarm system, construction of the telephone and data

Moekotte was commissioned by GTI to assemble approximately 450 panels, including fire detection, patch, server, remote I/O and PLC panels. The customer produced designs and drawings of these panels and they were assembled and tested in the workshop

The sewer pump stations are connected to high-pressure tubes and each station comprises pumps that pump the sewage water to the water treatment plant. The operators must be able to view and manipulate the status of the pumping station from a remote

The hardware engineering and assembly of the panels, as well as the software engineering for controlling the gas turbines. Moekotte also laid all of the wiring for the "skid" and "enclosure". The follow-up task involved rewriting the software, for