The MDA digital indicators from Dr. E. Horn are versatile and programmable instruments designed for various measurement applications. These digital touch panel can be customized to your needs and is available in two models: the Digital Indicator Programmable for U/I or Pt100 Input and the Digital Speed-Indicator with one Frequency Input.

The tacho-indicator EA xxx from Dr. E. Horn is the ultimate solution for remote tachometry. The analog display is designed to meet the demands of even the most challenging operating conditions, our robust moving coil instruments deliver unparalleled accuracy while requiring minimal maintenance.

Dr. E. Horn tacho indicators of type EAF ... 5 offer a comprehensive solution for measuring and displaying pulse-frequency signals obtained from contactless sensors. These indicators incorporate a built-in measuring converter that directly converts the pulse-frequency signal into a driving direct current for the meter. The flexibility of these indicators allows for the allocation of any frequency range to any indication range within the specified technical limits.

The DA72-173 from Dr. E. Horn is a digital rate indicator with a time base. It is a powerful tool for displaying a wide range of physical parameters such as speed, velocity, and flow rate. It operates by accurately determining the frequency represented as an electric voltage. The indicator is available also for hazardous areas.

The EAD series from Dr. E. Horn is an analog display unit specifically designed for usage on ships. This series of analog displays have multiple advantages over gauges employing moving coils.

The Cylinder Liner Temperature Measurement (CLTS) from Dr. E. Horn consists of the CLTS sensor TGL 00942 with an evaluation board in housing GHG 02731. This system continuously measures the temperature level of each liner in the marine engine aggregate.

The Crank-Case Protection System (CPS) from Dr. E. Horn is specifically engineered to monitor the bearings of 4-stroke Diesel engines. By converting a thermoelectric measurement taken between the rotating shaft (e.g., using brushes) and the engine block, a signal known as the CPS signal is generated, which serves the purpose of monitoring the engine's condition.

The pressure transmitter TGL014xxx from Dr. E. Horn is designed for measuring the absolute and gauge pressure of various liquids including gas and vapors. In general, the pressure sensor from HORN measures the pressure occurring in the engine compartment against the atmosphere. The piston defects can be detected by the means of this pressure measurement; thus, it is an essential variable in the assessment of the smooth operation of your engine.

The speed sensor FGL 01406 from Dr. E. Horn is composed of a metallic housing that contains the sensor components and, in some cases, the electronic components. This design ensures mechanical durability and prevents interference from external circuits.

This FGL 01364 from Dr. E. Horn is an inductive phase sensor with an amplifier, which is ideal for sensing objects such as gear wheels, punched discs, and integral steel shafts. It features a coil with an oscillator circuit and amplifier. By adjusting the air gap between the object and the sensor tip, voltage changes in the coil/oscillator system are detected and evaluated.

The FGL01612 from Dr. E. Horn is a sensor used for measuring magnetic fields. The sensor is used in combination with two other devices: the pulse amplifier (EV299013) and the magnet (MG003272).

The distance sensor IW00016 from Dr. E. Horn is composed of a metallic housing that contains the sensor components and, in some cases, the electronic components. This design ensures mechanical durability and prevents interference from external circuits.