skim through

Benefit
Transparent compressed air consumption is measured in accordance with DIN EN 50001
Get a holistic overview of gas flow, pressure, and temperature to improve system reliability
IO-Link or Ethernet interfaces (communicating with OPC UA) enable simple system integration and data availability
Save money by reducing energy consumption and increasing production efficiency
Intuitive parameterization with large, high-contrast OLED displays saves commissioning time and costs
Flow, pressure, and temperature data can be collected in a single installation and commissioning
peculiarity
Measurement of compressed air and non-corrosive gases such as argon, carbon dioxide and nitrogen
The calorimetry principle has a measurement accuracy of ± 3% of the measured value and ± 0.3% of full scale
Only one sensor is needed to measure gas flow, temperature, process pressure and energy consumption
Low pressure loss
High measurement dynamics for cylinder and leakage monitoring

advantage

Save money with data transparency
Compressed air is one of the most expensive forms of energy – energy efficiency and energy transparency play an increasingly important role in factory automation. For example, the investment cost of purchasing a powerful compressor is enormous. In order to save subsequent costs, it is essential to ensure the loss-free operation of the compressed air plant. The FTMg (Flow Thermal Meter for gases) stands for efficient energy management in accordance with DIN EN ISO 50001. It supports equipment operators in identifying leaks in compressed air systems early and planning maintenance.

FTMg provides integrated data monitoring and automatically saves measurement data for the last seven days. In this way, changes and fluctuations in energy consumption can be reliably determined. With its data transparency, the sensor provides effective support when searching for leaks in compressed air systems and helps to minimize energy losses and save costs.

With the combination of FTMg sensors and Telematic Data Collector (TDC) gateways, SICK offers a holistic digital solution for intelligently and automatically monitoring and analyzing compressed air consumption.

Reliable flow monitoring in compressed air systems and pneumatic applications

Measure 8 parameters in one sensor – including energy in kWh

Thanks to the integrated web server, it is easy to operate

Ready for Industry 4.0 – MQTT and OPC UA ensure ideal cloud connectivity

Optimize energy efficiency and improve cost efficiency by identifying and avoiding unnecessary energy consumption and leakage

Numerous mounting options for ease of use
FTMg is characterized by a lightweight and compact structure. As a result, it is easy to install, even when space is limited. Thanks to the rotatable display in 90° steps, the measured values can always be easily read out, regardless of where the sensor is mounted in the pipe. The FTMg's menu makes it easy to select different reference standards that comply with DIN or ISO. However, individually defined reference values can also be easily adjusted using the device. In addition, the configurable outputs can be easily adjusted to the desired application.

Configurable – different reference standards can be set in accordance with DIN or ISO

The lightweight and compact design makes the installation very flexible

The large, high-contrast OLED display with clear text display makes it easy to operate intuitively

Productivity is supported by quick, easy installation and intuitive operation

Continuous monitoring and efficient control of the compressed air system
Compressed air systems consume a lot of energy. Therefore, monitoring and analyzing these compressed air systems is essential for companies to continuously optimize their compressed air consumption, whether during the regulation of switching processes, compressor control, or peak load control. SICK offers a digital solution for companies to control costs. These include FTMg flow sensor gateways and TDCs. The solution can show deviations from normal operation, making it easy to quickly detect leaks or overconsumption.

Cut costs
By identifying the overconsumption and inefficiency of the compressed air system, the overall profitability of the business increases. Savings potential can be measured and demonstrated through data-backed profitability calculations.

Environmentally-friendly production
By monitoring compressed air systems, companies are not only able to save energy, but also reduceCO2 emissions. This protects the environment and contributes to sustainable production.

Produce more efficiently
With decentralized, continuous compressed air monitoring, companies can identify deviations and cost drivers. As a result, unnecessary energy costs can be avoided and production efficiency can be increased. Decisions that make you more efficient are based on the information that comes from them.

Reduce maintenance costs
Fit-for-needs maintenance saves businesses time and effort, which in turn saves costs. Application-specific dashboards and warning messages make the process transparent and avoid unplanned maintenance.

Continuously reduce energy consumption through intelligent, automatic monitoring and analysis of compressed air