Typ sygnału wejściowego20 analog (max) (U, I, TC, RTD, frequency, pulse) 20 HART (max) (HART, 4…20mA) 14 digital (max) (control, event and counting inputs)
Wyjście12 relays (max) 2 analog (max) (I, pulse) 1 transmitter power supply
Sterownik wsadowy z jednym wejściem prądowym/impulsowym do pomiaru przepływu, jednym wejściem RTD do pomiaru temperatury i jednym wejściem prądowym do pomiaru gęstości
Typ sygnału wejściowego1 x analogue (I) / pulse (for flow) 1 x RTD (for temperature) 1 x analogue (I) (for density) Loop power supply 24V DC (+/-16%)
Wyjście1 x analogue (I) / pulse (active) 2 x open collector
Wyświetlacz160 x 80 Dot-Matrix LCD with white backlit Colour change in case of alarm event Active display area 70 x 34 mm
CalculationsVolume calculation
Energy managers & application managers
Our product finder helps you to search for suitable measuring devices, software or system components via product characteristics. Applicator leads you through an individual product selection via application parameters.
Heating and cooling are energy-intensive processes. As the costs are constantly rising and, depending on the industry the energy costs amount up to 40% of the total industrial production costs, energy optimization is a very current topic. The basis for optimization is the recording of energy flows. This is where energy and application managers are used. They use flow, temperature and/or pressure to calculate the energy content of liquids and steam.
Portfolio description
Our portfolio of energy managers provides:
Energy manager: Steam and heat computer for industrial energy calculation of steam and water
Flow and energy manager: Universal flow and energy computer for gases, liquids and steam
EngyCal: BTU meter and steam calculator for energy calculation and management
How to measure process energy efficiency
Our application manager provides:
Application manager: Memograph M with energy package calculates mass and energy flows in water and steam applications
Secure data recording systems measure the connected input signals and extrapolate the information required for individual applications. This information is then displayed on the screen of the device and is also stored internally or on an exchangeable data storage medium. This process information can be stored, long term, by transmission to superior systems (e.g. PCs) and is therefore readily available at the touch of a button.
Common to all these devices is that they operate virtually free of wear and tear (no pens and paper) therefore saving time and money.
By using various forms of interfaces they can be integrated into state-of-the-art topologies for measured data recording and process automation. Graphic displays make it possible for energy & application managers to be used for front end process sequences and therefore swift on site reaction.
Mathematical and logical combinations enable complicated calculations as well as automatic analysis of the measured signal.
Benefits
For energy management applications in all industries
High degree of data security
Energy calculation of mass, heat quantity, net quantity, heat differential and heat quantity in applications with gas, liquid, steam and water
Simultaneous calculation of up to six applications per device
Logbook function for error messages and parameter changes with date and time
Do pobrania
Przeglądaj dodatkowe zasoby
Brochure field of activity system products
System products and data managers - Solutions for the loop
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