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Describes the basic operational functions and connectivity of the SD 1 unit.
Details the service version's features, programmability, and power options.
Explains the structure of the product's type code for identification and selection.
Provides physical dimensions and mounting information for the SD 1 unit.
Details the pin assignments for various electrical connections of the SD 1 unit.
Outlines how the AS 8 microcontroller processes input signals for flow and volume.
Details key features like EMC construction, programmable microprocessor, and output options.
Lists typical applications for the AS 8 unit, such as flow rate and volume measurement.
Explains the product's type code structure for various AS 8 versions.
Shows the physical dimensions and panel cutout for AS 8 units.
Describes the measurement of flow rate using incremental signals and display options.
Explains how volume is measured and displayed using the AS 8 unit.
Details the standard AS 8's function as an indicator and controller for flow and volume.
Explains the AS 8-RP's function in controlling component flow rates.
Describes the AS 8's use in regulating rotational speed via a rotary transducer.
Highlights features like relay contacts and integrated transducer supply for the AS 8-RP.
Details the AS 8-DOS features for storing and executing dosage programs.
Explains the AS 8-ZM's indirect measurement of hydraulic drive movements.
Describes the AS 8-A2F's capability to show flow rates and the sum of two components.
Details the AS 8-D2F's display of flow rates and the difference between two components.
Explains the AS 8 mixture indicator's function for displaying mixing ratios.
Describes the AS 8's indication of rotational speed ratios from rotary transducers.
Covers programmable relays, analogue output, and transducer supply for AS 8-VA.
Details the AS 8-V2F's display of component flow rates and their mixture ratio.
Explains the AS 8-PUR's control of component mixing ratios and output options.
Describes the AS 8 PUR-TESTER's display of flow rates and mixture ratio.
Outlines the AS 8-FM20's connection to Volume Counters and automatic configuration.
Explains how the FM 16 microcontroller processes input signals for flow rate measurement.
Lists an example application for the FM 16, such as valve characteristic curves.
Details features like EMC construction, programmable microprocessor, and output options for FM 16.
Explains the product's type code for the FM 16 series.
Provides physical dimensions and panel cutout details for the FM 16.
Describes the ASR 16's processing of incremental signals for flow and volume measurement.
Details features like EMC construction, programmable microprocessor, and various I/O options for ASR 16.
Lists common applications for the ASR 16, such as flow rate and volume measurement.
Outlines the ASR 20 as a combined operator panel and controller for flow applications.
Details features like KRACHT volume counters, analogue inputs, and signal processing for ASR 20.
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General