Lars Brinkmann, Brinkmann EMSR Anlagentechnik Sachverständigen- und Planungsbüro für EMSR- Ausrüstungen in Kälte-, Klima- und Wärmepumpensystemen


Lars Brinkmann

Sachverständiger

Brinkmann EMSR-Plant Engineering
Expert office for EMSR equipment

• Certified business economist according to HwO (German Trade Regulation Act)
• Master electrician
• Refrigeration engineer
• Energy and building technician
• Responsible electrical engineer
• Hazardous substances manager
• Hygiene specialist according to VDI, MT 2047 Sheet 4 Recooling plants. Ensuring
   the hygienic operation of evaporative cooling systems
• Switching authorisation up to 36 kV
• Publicly appointed and sworn expert for the electrical engineering trade in the
   sub-area of system electronics by the Braunschweig, Lüneburg, Stade,
   Chamber of Crafts

Lars Brinkmann, Brinkmann EMSR Anlagentechnik Sachverständigen- und Planungsbüro für EMSR- Ausrüstungen in Kälte-, Klima- und Wärmepumpensystemen


Sachverständiger

Brinkmann EMSR-Plant Engineering
Expert office for EMSR equipment

 • Certified business economist according to HwO (German Trade Regulation Act)
• Master electrician
• Refrigeration engineer
• Energy and building technician
• Responsible electrical engineer
• Hazardous substances manager
• Hygiene specialist according to VDI, MT 2047 Sheet 4 Recooling plants. Ensuring
the hygienic operation of evaporative cooling systems
• Switching authorisation up to 36 kV
• Publicly appointed and sworn expert for the electrical engineering trade in the
sub-area of system electronics by the Braunschweig, Lüneburg, Stade,
Chamber of Crafts

We are

Brinkmann EMSR-Anlagentechnik is an expert office for system electronics.

• Heat pump systems
• Refrigeration systems
• Heating systems
• Ventilation and air conditioning systems
• Swimming pool equipment
• Water treatment systems
• Energy management systems
• Wastewater technology systems
• Photovoltaic systems

Speciality

One of Brinkmann EMSR-Anlagentechnik's areas of expertise is safety and process engineering for ammonia refrigeration systems.

This means, of course, that we comply with the regulations set out in EN378, 42. BImSchV, VDI 2047 and TRAS110.

System electronics and MSR

System electronics and MSR (measurement and control technology) are closely related fields that often work together to create automated systems. MSR technology is a subfield of system electronics that focuses on the monitoring, control and regulation of technical processes, often in industrial plants or buildings.

MSR technology (measurement and control technology)

    It comprises:

    • Measurement technology: The collection of data (e.g. temperature, pressure, flow) using sensors.

    • Control technology: The initiation of actions based on the collected data in order to achieve or maintain certain conditions.

    • Control engineering: The continuous adjustment of control variables in order to achieve target values and minimise deviations.

Connection to system electronics

System electronics is a broader field that encompasses the application of electronic components and systems in various areas. MSR technology is an important part of this, especially in systems that involve automated processes.

MSR systems are used in various areas.

Lars Brinkmann

    How:

  • Building automation: Control of heating, ventilation, air conditioning, lighting, photovoltaics, etc.
  • Industrial automation: Control of production processes, pumps, fans, energy flows, etc.
  • Process technology: Control of chemical or physical processes
  • Safety technology: Gas warning systems, fire alarm systems, smoke alarm systems, etc.

    Example:
    Sensors are used in heating and ventilation systems to measure the room temperature. MSR technology then controls the heating or ventilation to maintain the desired temperature. The control technology ensures that the temperature remains stable even when external conditions change.

    In summary, MSR technology is an essential component of system electronics, especially in systems that are automated and designed for efficiency.

System electronics as part of electrical engineering

As part of electrical engineering, systems electronics deals with electronic systems that are often used in automation technology.

Lars Brinkmann

    These include::

  • Planning and installation of automation systems:
    This includes the selection, installation and commissioning of sensors, actuators and control systems.
  • Maintenance and repair of equipment:
    They ensure that the systems function reliably and rectify any malfunctions.
  • Integration of systems:
    They connect various components to form an overall system and ensure communication between the individual parts.
Lars Brinkmann, Brinkmann EMSR Anlagentechnik Sachverständigen- und Planungsbüro für EMSR- Ausrüstungen in Kälte-, Klima- und Wärmepumpensystemen

brinkmann-emsr-anlagentechnik.de

Brinkmann EMSR-Anlagentechnik
Lars Brinkmann
Am Goosort 5
28865 Lilienthal
Germany
Dates: by arrangement


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