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The simple design and an absolutely straightforward operation make it possible for the practitioner to use the adhesion tester as an instrument for daily adhesion tests. Using adhesive with rapid curing, the tests can be performed by the user in the shortest possible time. The pull-off type adhesion tester is designed for measure the adhesion value of paints and other coatings on the base and between layers or cohesive materials. The tensile adhesion tester is manufactured according to EN13144 and ISO 4624. The testing with the mechanical tensile adhesion tester is performed in the following way. On the testing cover a dolly is glued and, after the glue is dried, it is pulled-off with the spring-system of the device. The force which is applied for pulling-off the glued dolly is displayed as a numerical value on the scale of the device. This value is the value of adhesion.

The 4-channel thermometer for thermocouples allows for the display and archiving of multiple temperature sensors simultaneously. It can be connected to up to 8 different types of thermocouples. Notably, the data logger offers high accuracy, especially with Type K thermocouples, with an accuracy of Type K ± (0.04% of reading + 0.3 K). The measurement overview of the 4-channel thermometer provides a quick overview of the 4 displayed temperatures. Another view displays the maximum, minimum, and average values since the start of measurement. Additionally, each channel can be compared with all other channels, showing the current measurement value of the channel and the difference from the reference channel. The 4-channel thermometer can store up to 100 data sets, each with a maximum of 100,000 readings. Adjustable alarm thresholds for upper and lower temperature values can highlight measurements in red. Using the included PC software, data stored by the 4-channel thermometer can be imported, graphically represented, analyzed, and archived. The 4-channel thermometer for thermocouples is well-suited for areas where temperature monitoring is critical. Possible applications include furnace inspections, temperature-sensitive component development processes, or laboratory experiments. For the temperature data logger, we offer a wide range of thermocouple probes, which can be found in the accessories section.

The accelerometer is used as a hand-held measuring device for the individual assessment of vibrations on machines and systems. With the help of this vibration meter, the actual state can easily be determined on site. Thus, corresponding changes can be made directly on site after the measurement. Thereafter, the new condition can be assessed. Thus, the vibration meter serves as a measuring device for a relative measurement on different machines. The accelerometer serves essentially as precautionary or preventive maintenance of production machines. Very often, the vibration meter is used to assess the state of smaller electric motors.

The thermometer offers precise temperature monitoring. With a measuring range of -210 to 1370 °C and support for thermocouple types K and J, it enables accurate measurements in different environments. Its 4 input channels allow simultaneous monitoring of multiple measuring points, making it ideal for complex applications. Before the recording mode can be started, the thermometer must be connected to a PC via a micro USB port and the parameters configured using the PC software. The storage interval, the number of measured values and also the starting point of the data logger can be set. Up to 32000 data records can be recorded with this function. The interval can be set in steps from 1s to max. 24h. The thermometer software can also be used to export the data in pdf and csv format. The MIN, MAX, AVG and HOLD measurement functions enable precise data recording and analysis. The thermometer switches off automatically after 20 minutes of inactivity to save energy and extend the operating time of the 3.7 V Li-Ion battery. The "Auto Power Off" function can also be deactivated. The thermometer is charged via the micro-USB interface and comes in a practical case for transportation.

The thermometer has two measuring inputs. Each measuring input from the thermometer can be connected to a thermocouple of type K, T and J. With a measuring rate of 2 Hz, the thermometer shows rapid temperature fluctuations. With the high accuracy and a resolution of 0.01 °C, these rapid temperature fluctuations can also be displayed precisely by the thermometer. With a data memory of 20,000 measuring points, the thermometer can be used for a long period of time. A data point on the thermometer contains a measured value per channel and date as well as the current time. When the thermometer is connected to a computer, it is recognized as a removable disk. This allows the thermometer to be connected to computers with different operating systems, as no additional software is required for further analysis. The measurement data from the thermometer can be saved as TXT, CSV, XLS and DLG format.

The ultrasonic flowmeter has a measuring range of ±32 m/s. With an accuracy of ±1.5 % f.s. for a pipe diameter of DN ≥50, ±3.5 % f.s. for a pipe diameter of DN <50 and a reproducibility of ±0.5 % f.s., the ultrasonic flow meter is a particularly precise measuring device. An installation aid is available for installing the sensors of the ultrasonic flow meter. The installation aid graphically displays the signal quality of the ultrasonic flow meter. In addition, it is graphically displayed whether the sensors of the ultrasonic flow meter are positioned at the correct distance from each other. To carry out flow measurements with the ultrasonic flow meter, the flow velocity, the volume flow and the volume are displayed after entering the pipe and medium specifications. The ultrasonic flow meter displays the measured values in a wide range of units. For example: m³, l, gal, igl, mgl, cf, bal, ib and ob. During a measurement, it is possible to record the measured values via the data logger function of the ultrasonic flow meter. Start and stop conditions and the storage interval from 1 second to 12 hours can be set for the ultrasonic flow meter. A memory point of the ultrasonic flow meter contains all measured values once. The measured values are stored on the 32 GB built-in memory of the ultrasonic flow meter. 10 million measuring points can be stored on the ultrasonic flow meter. With the optional software, the recorded measured values can be read out from the ultrasonic flow meter. For analysis, the measured values from the ultrasonic flow meter can be displayed in tabular and graphic form. For further processing of the measured values from the ultrasonic flow meter, they can be exported in .csv file format. Alternatively, a PDF report can be created via the software. For simplified operation, the ultrasonic flow meter can be set via the software. A live view of the measured values from the ultrasonic flow meter is also possible with the software. In order to determine the amount of heat with the ultrasonic flow meter, two additional thermocouples are required. These are available with the PCE-TDS 200+. The two thermocouples of the ultrasonic flow meter are connected to the flow and return of a pipe system. Based on the temperature difference and the measured flow rate, the ultrasonic flow meter can determine the amount of heat. If required, the ultrasonic flow meter can calculate and display the costs per heat quantity unit simultaneously during the measurement. Thus, the ultrasonic flow meter is used, for example, in the inspection of heating systems. The LC colour display of the ultrasonic flow meter has a size of 2.8" and is therefore easy to read. Optionally, the ultrasonic flow meter can be equipped with an ISO or DAkkS calibration certificate. PCE-TDS 200 S SENSOR Small sensor pair for pipe diameters DN 15 ... 100 / 20 ... 108 mm. Suitable for particularly small pipes. The sensors have a particularly small dimension of 45 x 30 x 30 mm and a temperature resistance of -30 ... 160 °C. Thanks to the magnets on the underside, the sensors can be mounted on ferrous metals. In addition, the sensors for the ultrasonic flow meter can be connected to the pipe by means of detachable cable ties.

Our tachometer, with a measuring range of 0.5 to 19999 rpm and a resolution of 0.1 rpm, enables accurate and reliable measurements in a wide range of applications. With a measuring rate of 0.8 seconds, the tachometer delivers fast results. It offers several measurement functions to choose from, including MAX, MIN, LAST, and AVG, to capture various aspects of speed measurement. The units can be flexibly selected between rpm, m/min, and ft/min. The tachometer features a low battery indicator and is powered by two AAA batteries. An automatic shut-off after 60 seconds contributes to energy savings. The tachometer is compact and can be operated with just three buttons. The 1.8-inch LCD display ensures clear and easy-to-read measured values. In addition to the tachometer, the scope of delivery includes an adapter and four additional rubber pads for various measurements. These accessories expand the device's application possibilities and make it a practical tool for users in various industries.

Our tachometer is a digital, battery-operated optical measuring device that, thanks to its optical sensor, can be used up to a distance of 50 cm from the measuring point. It covers a measuring range of 2.5 to 99,999 revolutions per minute (rpm) and offers a resolution of 0.1 rpm to deliver reliable results. Equipped with minimum, maximum, last, and average value functions, the tachometer allows you to record current and extreme readings over the measured period. The 1.8-inch LCD display provides a clear readout under all conditions. The compact design, measuring 127 x 55 x 30 mm, makes the device portable and easy to use. The laser enables precise measurements at a distance of 50 to 500 mm. To take a measurement, the trigger button must be held down. The values ​​are updated every second on our tachometer. Our tachometer automatically shuts off after 60 seconds of inactivity to prevent accidental discharge of the 2 AAA batteries. Ideal for use in various industries such as mechanical engineering, automotive, and maintenance, it offers the precision and reliability for a wide range of applications.

The digital thermometer allows for quick temperature checks. It is also lightweight and ergonomically designed to make taking measurements as comfortable as possible. The temperature sensor of the probe thermometer is made of stainless steel and is ideal for food use. An LED is located parallel to the sensor, allowing measurements to be taken with the digital thermometer even in dark conditions. When the probe is extended, the device turns on automatically. The measuring electronics of the probe thermometer are well protected in an ABS housing, and the protection class of the probe thermometer is IP54. The display of the probe thermometer rotates depending on the orientation of the device, allowing the readings to be read comfortably. If the thermometer is not in use, the device turns off after 90 seconds.

The decibel meter consists of a measuring microphone with handle and a wall holder with 1.5 m cable, a noise transmitter and a digital display. The main application of the noise meter is the continuous noise measurement and noise monitoring of factory halls, production rooms and large events (discotheques, folk festivals, kart tracks, etc.). The digital display has a relay output for the control of alarm horns or blinkers for visual or acoustic warning and a control output. The limit value for this alarm output can be programmed on the display. The analogue output signal can also be used for controlling window flaps ... or the signals of the transmitter can be stored, evaluated and documented on a logger. The noise warning device is very easy to connect and can be operated via 240 V mains power. The cabling is the only installation task that the customer has to carry out himself. Thus, this noise warning device can be used quickly for monitoring purposes.

The transmitter converts an analog input signal into a corresponding analog output signal. The input and output signals from the transmitter are completely galvanically isolated. The input and output range is set via two buttons. The type of adjustment is displayed on an internal LED display. Over 100 different combinations of input and output, as well as the free scaling within the set ranges, make this transmitter a universally applicable device and save an expensive and laborious storage of different types. Since the input and output ranges can also be set identically, the transmitter can also be used for galvanic decoupling. The transmitter is simply snapped onto a C or DIN rail. The signal converter can be operated with a voltage between 18 ... 265V AC / DC.

Current Measuring Transducer for process signals, temperatures, resistors and potentiometers. Offers a wide range of configuration options for converting signals. The output signal can be selected between 4 ... 20 mA and 0 ... 10 VDC can be selected for the output signal. Configurable for measuring 4 ... 20 mA and 0 ... 10 VDC process signals, both active and passive. If required, the universal measuring transducer provides an excitation voltage to supply the transducer with current. Type J,K,N,E,T,R,S,C,B thermocouples can also be connected. Furthermore, thermoresistors Pt100 (2 and 3 wires), Pt500 and Pt1000, several NTC sensors, resistors and potentiometer signals. The universal measuring transducer has a universal power supply from 18 to 265 VAC/DC and 3-way insulation between input, output and current circuits. The input and output signal ranges are customisable via a keypad with front display. The Current Measuring Transducer has a "password" function to block unauthorised access to the configuration menu. It also has an "SOS" mode to assist with critical maintenance and repair work without interfering with the manufacturing process. Designed for industrial use, with potential integration into a wide range of applications. For further details, please refer to the operating instructions under Documents / Downloads.

The current measuring transducer and millivolt signals offer a wide range of configuration options for converting signals. The output signal can be selected between 4 ... 20 mA and 0 ... 10 VDC can be selected. Configurable for measuring load cells in the range 0 ... 5 mV to 0 ... 80 mV, also with bipolar ranges from ±5 mV to ±80 mV. It also provides an excitation voltage of +5 VDC to supply the load cell. The current measuring transducer has a universal power supply from 18 to 265 VAC/DC and isolation between input, output and current circuits. The input and output signal ranges are customizable via a keypad with front display. The current measuring transducer has a "password" function to block unauthorized access to the configuration menu. It also has an "SOS" mode to assist with critical maintenance and repair work without interfering with the manufacturing process. Designed for industrial use, with potential integration into a wide range of applications. Configurable information messages (tare value, mV at terminals, input signal value, output signal value, configured label, signal percentage, process value, excitation voltage value and excitation current value). Manual "force" functions for generating low and high output signals to validate the remote instrumentation during installation. For more details on the voltage transformer, please refer to the operating instructions under Documents / Downloads.

The transmitter has an adjustable measuring range of 0… 600 V AC/DC and can therefore measure a wide variety of voltages. For example, it is possible to connect the transmitter to the supply line in order to monitor the applied voltage. In addition to voltage measurement, the transmitter can also measure the current directly with a maximum adjustable measuring range of 0 … 5 A AC/DC. A current transformer can be connected to the transmitter to expand the current range. The measured value is then converted by the transmitter into a standardized analog 4 … 20 mA or 0 … 10 V signal. Thus the transmitter is the ideal extension of a process control. Since the input and output range can be set identically, the transmitter can be used for galvanic decoupling. The transmitter is configured directly via the keypad. This means that no additional cable or software is required for the settings of the signal converter. The transmitter is mounted on a DIN rail. The transmitter is operated with a voltage of 18 … 265 V AC/DC at a frequency of 45 … 65 Hz.

This is a portable battery-powered industrial pallet scale or floor scale featuring two heavy-duty parallel weighing beams made of lacquered steel that can be positioned up to 4 m / 13 ft apart. Thus, the adjustable width accommodates multiple pallet, box and container sizes. In addition, the scale's stainless-steel-encased display can be placed up to 4 m / 13 ft away from the weighing beams, allowing for wall mounting.

The Density Meter is a modern measuring instrument that enables precise analyses of wet and dry density, degree of compaction and moisture content in soil. A Density Meter is used in various areas, including road construction, foundation construction, landfill construction, environmental and hydraulic engineering. They help engineers and site managers to analyse soil properties and quality to ensure that soils are suitable for the intended construction projects. By precisely recording the density, degree of compaction and moisture content, well-founded decisions can be made on further soil treatment, compaction or stabilisation. It makes a decisive contribution to quality assurance and enables a well-founded assessment of material properties in order to carry out construction projects efficiently, safely and sustainably. Equipped with an integrated GPS, it provides precise location data for every measurement. The large 5-inch touch screen ensures user-friendly operation and quick navigation through the functions. Thanks to the fast measuring time of just 5 seconds, the Density Meter enables efficient work and prompt results. The Density Meter has an internal data memory with capacity for up to 4200 measured values, allowing extensive data to be saved directly and analysed later. The included software assists in analysing the collected data. In addition, the Density Meter measures the soil temperature and provides precise density values in real time. A practical status bar shows the GPS status, the memory capacity, the available battery voltage, a possible low battery level as well as the date and time. All relevant information is therefore always visible at a glance so that you can fully concentrate on the measurements with the Density Meter.

The Two-Stage digital manifold gauge from PCE Instruments is equipped with a powerful motor that provides high torque. The motor power is 1.5 HP (1.1 kW), ensuring reliable and efficient performance. With an impressive flow rate of 340 l/min, the digital manifold gauge is capable of efficiently evacuating large volumes of refrigerants. The vacuum pump is equipped with 1/4" and 3/8" connections, allowing for versatility and adaptability to various refrigerant hoses and applications, such as heat pumps. Our Two-Stage digital manifold gauge is equipped with a state-of-the-art filter element that effectively contributes to reducing oil mist. This filter element not only enhances the pump's lifespan but also ensures a cleaner working environment and contributes to environmental preservation. The ergonomically designed rubber handle allows for secure transportation and ease of handling. The digital manifold gauge is used to evacuate heat pumps, air conditioning units, and refrigeration systems before filling them with refrigerant. This is essential for removing moisture and air from the system, thereby improving the efficiency of the air conditioning system.

The digital manifold gauge is equipped with a powerful motor that provides high torque. The motor power is 0.75 HP (550 W), ensuring reliable and efficient performance. With a high flow rate of 226 l/min., our digital manifold gauge is capable of efficiently extracting large volumes of refrigerants. The digital manifold gauge is equipped with connections of 1/4" and 3/8", allowing for versatility and adaptability to various refrigerant hoses and applications. Our digital manifold gauge is equipped with a state-of-the-art filter element that effectively helps reduce oil mist. This filter element not only enhances the pump's lifespan but also ensures a cleaner working environment and contributes to environmental preservation. The ergonomically designed rubber handle enables secure transport and easy handling. An digital manifold gauge pump is used to evacuate air conditioning, refrigeration systems, or heat pumps before they are filled with refrigerant. This is crucial for removing moisture and air from the system, enhancing the efficiency of the air conditioning or heat pump.

This analog, rotating viscosity measuring device provides the operator with a quick, on-site viscosity reading for production control. This viscosity measuring device is robust, easy to use, and also suitable for mobile use. An analog pointer indicates the viscosity value. The electronic drive ensures smooth rotation and thus repeatable measured values. This analog viscosity measuring device is designed as a control tool in production (e.g., at various production stages) or for incoming inspection of raw materials, auxiliary materials, and additives, and for checking the viscosity of varnishes, paints, pastes, and other materials during further processing. As an analog viscosity measuring device, it is the optimal alternative to expensive digital devices for detecting trends or conducting comparative measurements. - Ideal for on-site inspections -.

A test stand for roughness is intended to facilitate the performance of the roughness measurements. To measure roughness, it is important that both the roughness gauge and the surface to be tested are positioned horizontally. Test Stand for Roughness Tester in quality inspection of gears.The probe tip then moves in a straight line along the surface of the workpiece. With the roughness test stand, the measuring device or its sensor can be positioned in such a way that the required position for a correct measurement is ensured. It is recommended to use the roughness test stand especially for low roughness and for measuring curved components or in grooves with special test probes. With this test stand for roughness, the height positioning of the measuring device is precisely adjusted to the respective test part via a spindle with hand crank. Due to the large travel distance, many different component sizes can be tested on a worktable or workbench in the laboratory without additional fixtures. The roughness test stand is suitable for attaching various roughness gauges. Attention: A roughness measuring device is not included in the delivery scope of this test stand for roughness!

This is a portable battery-powered industrial pallet scale or floor scale featuring two heavy-duty parallel weighing beams made of lacquered steel that can be positioned up to 4 m / 13 ft apart. Thus, the adjustable width accommodates multiple pallet, box and container sizes. In addition, the scale's stainless-steel-encased display can be placed up to 5 m / 16 ft away from the weighing beams, allowing for wall mounting. - Portable - Multiple TARE for whole weighing range - Threshold, sum-up and counting functions - Ingress protection rating: IP 54 - Ideal for use in warehouse, storage facility, shipping, receiving, loading dock, logistical, supply chain, retail, inventory and stock room applications

With this portable Bluetooth profilometer - roughness tester, you can quickly and precisely measure the roughness of a wide variety of surfaces. To do this, the roughness meter with Bluetooth is placed on the surface to be tested. With the positioning device, the roughness meter can be aligned on a wide variety of surfaces. A measurement with the Bluetooth roughness meter can be carried out at the touch of a button. After the measurement has been carried out, the measured value is shown to the operator on the display of the Bluetooth roughness meter. A progress diagram of the surface is also shown on the display. When measuring the surface roughness, there are various measurement parameters that provide information about the roughness of the surface, for example the maximum roughness depth, the mean roughness depth and many other measurement parameters. After a measurement has been carried out, these can be displayed in the data memory of the Bluetooth roughness meter. After each measurement of the roughness, the recorded measured values ​​are saved in the roughness meter with Bluetooth. Up to 20 measurement sequences can be saved with the Bluetooth roughness meter. In order to process or analyze these further, the Bluetooth roughness meter can be connected to a PC via the micro-USB interface and read out, analyzed and further processed using the free software in the download portal. This roughness meter has a Bluetooth interface. This Bluetooth interface can be used to establish a direct connection with an Android device. This has several advantages. The stored data can be displayed and analyzed directly on the Android device. The measured values ​​measured by the Bluetooth roughness meter can also be exported and forwarded by the mobile device. In addition to transferring the measured values, it is also possible to control the Bluetooth roughness meter via the connected mobile device. This means that the measurement parameters can be set directly on the roughness meter with Bluetooth. At the same time, a measurement process can be started with the Bluetooth roughness meter via the Bluetooth interface. This has the particular advantage that, in contrast to starting via the buttons on a roughness meter, no vibrations are transmitted to the Bluetooth roughness meter. As a result, the operator receives a more precise and at the same time more reliable measurement result from the Bluetooth roughness meter.

The RS232 TTL interface converter is a device-independent solution for converting an RS232 signal into a TTL signal. The RS232 TTL interface converter can also be used to convert a TTL signal into an RS 232 signal. If, for example, the RS232 TTL interface converter is to be used to evaluate the data output of a scale, which communicates via RS232, with the help of a microprocessor, the RS232 TTL interface converter can now be interposed between the transmitter and receiver. When converting the signals, the RS232 TTL interface converter enables a transmission speed of up to 115,200 baud. The baud rate itself does not have to be set for the RS232 TTL interface converter. This is set by the RS232 TTL interface converter itself. In addition to converting a parallel signal, the signal can be switched to a crossed signal via the RS232 TTL interface converter by setting the switch. Thus the RS232 TTL interface converter can be used universally and quickly.

The floor scale is designed for stationary use. The robust construction makes this floor scale particularly well suited for weighing large objects. The floor scale is made of painted steel. Weighing data can be easily read thanks to its external display (with 4 m length cable). Functions of the floor scales are a summing function, a piece counting and check weighing. The floor scale is delivered with a bi-directional RS-232 interface and with optional PC software can show the measured valuesin Excel. The indicator of the floor scales can be placed on a table or an optional tripod.

The digital manifold gauge for refrigerants is ideal for all refrigeration system builders and technicians for refrigerant extraction. It can be used for refrigerants of classes A1, A2L, and A2. The compact digital manifold gauge for refrigerants is easily transportable with a handle and simple to operate. The extraction speed can be adjusted using the rotary control. Additionally, the extraction device features a "Purge Function" that cleans the system, emptying any residual refrigerant in the device. The powerful oil-free 2-piston compressor can generate pressures of up to 38.5 bar and achieve extraction rates of up to 9.5 kg/min, depending on the refrigerant.  The digital manifold gauge for refrigerants includes an intake and an exhaust pressure gauge, allowing for real-time pressure monitoring. Furthermore, the recovery automatically shuts off when the internal pressure exceeds 38.5 bar to ensure safe operation. The digital manifold gauge for refrigerants comes with a refrigerant filter, a short filter connection hose, an OFP cable, and a carrying strap.  The digital manifold gauge for refrigerants is required during the commissioning or maintenance of heat pumps, air conditioning systems, or similar systems filled with refrigerant. Regular inspection and maintenance extend the lifespan of the systems and enhance energy efficiency. 

With an inlet pressure of up to 38.5 bar, the digital manifold gauge is a reliable solution for a wide range of applications in air conditioning maintenance, refrigeration technology, the automotive industry, industrial processes and environmental technology. The filter dryer is suitable for a wide range of refrigerants such as R134A, R22, R12, R410A, R404A, R502 etc. Equipped with an integrated overload protection circuit breaker, our refrigeration unit with ¾ HP brush motor offers reliable protection against damage caused by excessive current flow. With a flow rate of up to 2.2 kg/min for liquid refrigerant, it ensures efficient and fast recovery. A precise pressure gauge enables accurate monitoring of the pressure. If the pressure reaches or exceeds 38.5 bar, recovery is automatically stopped to ensure the safety and integrity of the system. Our device is equipped with a filter drier that removes particles and impurities from the refrigerant and absorbs moisture to protect the refrigeration meter from corrosion and wear damage. A clean refrigerant increases the service life and performance of the refrigeration system. The "purge"function activates the self-cleaning of the Freon refrigerant recovery unit, which safely channels the excess refrigerant into the recovery tank while reducing the risk of machine damage due to expansion. The refrigerant recovery unit is compact and lightweight (approx. 13 kg), yet extremely robust and durable. It is ideal for use in various refrigeration applications and is easy to transport and handle.

The configurable universal measuring transducer for electrical signals is a signal doubler and signal converter for process signals. A 4 ... 20-mA and 0 ... 10V DC signal can be applied to the input. The configurable universal transmitter for electrical signals supplies excitation voltage if required. It has 2 outputs, whereby output 1 can be set to 4 ... 20-mA and output 2 to 4 ... 20-mA or 0 ... 10V DC. It also has quadruple isolation between power supply, input signal, output 1 and output 2. Circuit isolation prevents ground loops and propagation of voltage spikes, protecting equipment and signal integrity. Configuration system (numbers and keypad) are accessible behind the front cover and offer easy and quick configuration. The signal duplicator has a "password" function to block access to the configuration. The configurable universal transmitter for electrical signals is designed for industrial use, with the possibility of integration into a variety of applications, reduced costs, excellent quality and optional customization of the device for individual use.

The Environmental Meter is a small sensitive radiation meter used for monitoring X-rays, gamma and beta radiation. The Environmental Meter uses an energy compensated Geiger-Müller counting tube as detector for accurate measurement. According to the Radiation Protection Ordinance (StrSchV), it is mandatory in some areas to perform personal dosimetry using a Environmental Meter. The Environmental Meter is equipped with a powerful microprocessor and a TFT screen, which makes it easy to operate.  The Environmental Meter itself has three alarm modes: sound, LED light and vibration. The alarm limit can be set as you like. When the alarm limit is reached, an alarm is issued, for protection. The main technical indicators of the device comply with the international standard. 

 / Measurement Range 0.01 ... 99.99 µSv/h / Measurement of Beta, Gamma, and X-rays / Bar graph display of measurement data / Selectable from 4 menu languages / Adjustable alarm threshold / Automatic shutdown The environmental meter is a portable handheld device for the measurement of Beta, Gamma, and X-rays. A GM tube (Geiger-Müller counter) detects radiation exposure that can be harmful to humans and the environment. The real-time value, the average value, and the accumulated dose are displayed on the environmental meter's large color screen. Additionally, the radiation dosimeter can display a bar graph of the most recent real-time measurements. By setting an adjustable alarm threshold, the user can be alerted when the limit is exceeded. The environmental meter has a data storage capacity for 167,857 values, which can be accessed with a simple button press. The storage interval and automatic shutdown can be adjusted or disabled as needed. In the environmental meter's settings, users can choose from 4 menu languages. The environmental meter is used in the general population, by individuals professionally exposed to radiation, and in other areas where there is a health risk associated with radiation.

The PM2.5 particulate matter monitor is used to continuously measure the particulate matter content at the workplace. The monitor displays PM2.5 particulate matter as well as temperature and humidity on the display. The measuring range of the monitor ranges from 0... 500 μg / m³ PM2.5. This makes the PM2.5 meter an optimal test instrument to constantly have an overview of the fine dust content. Below the large measured value display of the PM2.5 content, the PM2.5 monitor provides quick information about the air quality with the aid of pictograms. This fine dust monitor is powered by a rechargeable battery. The LC display is illuminated and easy to read from any angle, for example when the meter is on a desk. In addition to the standard white lighting, the PM2.5 monitor switches the lighting to red in the event of an alarm.

The ultrasonic flowmeter has a measuring range of ±32 m/s. With an accuracy of ±1.5 % f.s. for a pipe diameter of DN ≥50, ±3.5 % f.s. for a pipe diameter of DN <50 and a reproducibility of ±0.5 % f.s., the ultrasonic flow meter is a particularly precise measuring device. An installation aid is available for installing the sensors of the ultrasonic flow meter. The installation aid graphically displays the signal quality of the ultrasonic flow meter. In addition, it is graphically displayed whether the sensors of the ultrasonic flow meter are positioned at the correct distance from each other. To carry out flow measurements with the ultrasonic flow meter, the flow velocity, the volume flow and the volume are displayed after entering the pipe and medium specifications. The ultrasonic flow meter displays the measured values in a wide range of units. For example: m³, l, gal, igl, mgl, cf, bal, ib and ob. During a measurement, it is possible to record the measured values via the data logger function of the ultrasonic flow meter. Start and stop conditions and the storage interval can be set from 1 second to 12 hours for the ultrasonic flow meter. A memory point of the ultrasonic flow meter contains all measured values once. The measured values are stored on the 32 GB built-in memory of the ultrasonic flow meter. 10 million measuring points can be stored on the ultrasonic flow meter. With the optional software, the recorded measured values can be read out from the ultrasonic flow meter. For analysis, the measured values from the ultrasonic flow meter can be displayed in tabular and graphic form. For further processing of the measured values from the ultrasonic flow meter, they can be exported in .csv file format. Alternatively, a PDF report can be created via the software. For simplified operation, the ultrasonic flow meter can be set via the software. A live view of the measured values from the ultrasonic flow meter is also possible with the software. In order to determine the amount of heat with the ultrasonic flow meter, two additional thermocouples are required. These are available with the PCE-TDS 200+. The two thermocouples of the ultrasonic flow meter are connected to the flow and return of a pipe system. Based on the temperature difference and the measured flow rate, the ultrasonic flow meter can determine the amount of heat. If required, the ultrasonic flow meter can calculate and display the costs per heat quantity unit simultaneously during the measurement. Thus, the ultrasonic flow meter is used, for example, in the inspection of heating systems. The LC colour display of the ultrasonic flow meter has a size of 2.8" and is therefore easy to read. Optionally, the ultrasonic flow meter can be equipped with an ISO or DAkkS calibration certificate. PCE-TDS 200 S SENSOR Small sensor pair for pipe diameters DN 15 ... 100 / 20 ... 108 mm. Suitable for particularly small pipes. The sensors have a particularly small dimension of 45 x 30 x 30 mm and a temperature resistance of -30 ... 160 °C. Thanks to the magnets on the underside, the sensors can be mounted on ferrous metals. In addition, the sensors for the ultrasonic flowmeter can be connected to the pipe by means of detachable cable ties. PCE-TDS 200 L SENSOR Large sensor pair for pipe diameters DN 300 ... 6000. 6000. This sensor pair is therefore suitable for particularly large pipes. The sensors can be attached to the ultrasonic flow meter with detachable cable ties. Thanks to the built-in magnets, the sensors can be attached to pipes with ferrous metal. The sensors have a dimension of 91 x 52 x 44 mm.

Our Thermometer is the ideal solution for monitoring air quality in homes, businesses or public buildings. The Thermometer impresses with its modern design and compact size. This makes it versatile and easy to use. Various measurement parameters such as CO2, formaldehyde and TVOC can be read on the 3.5-inch LC display. In addition, the Thermometer displays room temperature and humidity and measures particulate matter (PM 1 / PM 2.5 / PM 10). The display uses three colours - green, orange and red - to show the user immediately when the values become critical. The Thermometer enables a Wi-Fi connection with other devices and allows the user to make individual settings via the Smart Life app. Thanks to the Smart Life app, the Thermometer can be accessed from anywhere. In addition, the data can be called up as values and displayed as a curve. This data shows the progression of the measurements and can be called up on a daily, weekly or monthly basis. This allows the user to track the development of air quality over a certain period of time. The Thermometer is also equipped with a wake-up sensor. This wakes up the display from sleep mode when approached or by waving. This function can be deactivated in the app. The brightness of the display cannot be adjusted to increase the battery life. The same data is sent to the smartphone for evaluation. The operating time with a fully charged battery is approx. 4 hours.

The ultrasonic flowmeter has a measuring range of ±32 m/s. With an accuracy of ±1.5 % f.s. for a pipe diameter of DN ≥50, ±3.5 % f.s. for a pipe diameter of DN <50 and a reproducibility of ±0.5 % f.s., the Ultrasonic Flow Meter is a particularly precise measuring device. An installation aid is available for installing the sensors of the Ultrasonic Flow Meter. The installation aid graphically displays the signal quality of the Ultrasonic Flow Meter. In addition, it is graphically displayed whether the sensors of the Ultrasonic Flow Meter are positioned at the correct distance from each other. To carry out flow measurements with the Ultrasonic Flow Meter, the flow velocity, the volume flow and the volume are displayed after entering the pipe and medium specifications. The Ultrasonic Flow Meter displays the measured values in a wide range of units. For example: m³, l, gal, igl, mgl, cf, bal, ib and ob. During a measurement, it is possible to record the measured values via the data logger function of the Ultrasonic Flow Meter. Start and stop conditions and the storage interval can be set from 1 second to 12 hours for the Ultrasonic Flow Meter. A memory point of the Ultrasonic Flow Meter contains all measured values once. The measured values are stored on the 32 GB built-in memory of the Ultrasonic Flow Meter. 10 million measuring points can be stored on the Ultrasonic Flow Meter. With the optional software, the recorded measured values can be read out from the Ultrasonic Flow Meter. For analysis, the measured values from the Ultrasonic Flow Meter can be displayed in tabular and graphic form. For further processing of the measured values from the Ultrasonic Flow Meter, they can be exported in .csv file format. Alternatively, a PDF report can be created via the software. For simplified operation, the Ultrasonic Flow Meter can be set via the software. A live view of the measured values from the Ultrasonic Flow Meter is also possible with the software. In order to determine the amount of heat with the Ultrasonic Flow Meter, two additional thermocouples are required. These are available with the PCE-TDS 200+. The two thermocouples of the Ultrasonic Flow Meter are connected to the flow and return of a pipe system. Based on the temperature difference and the measured flow rate, the Ultrasonic Flow Meter can determine the amount of heat. If required, the Ultrasonic Flow Meter can calculate and display the costs per heat quantity unit simultaneously during the measurement. Thus, the Ultrasonic Flow Meter is used, for example, in the inspection of heating systems. The LC colour display of the Ultrasonic Flow Meter has a size of 2.8" and is therefore easy to read. Optionally, the Ultrasonic Flow Meter can be equipped with an ISO or DAkkS calibration certificate. PCE-TDS 200 S SENSOR Small sensor pair for pipe diameters DN 15 ... 100 / 20 ... 108 mm. Suitable for particularly small pipes. The sensors have a particularly small dimension of 45 x 30 x 30 mm and a temperature resistance of -30 ... 160 °C. Thanks to the magnets on the underside, the sensors can be mounted on ferrous metals. In addition, the sensors for the ultrasonic flowmeter can be connected to the pipe by means of detachable cable ties. PCE-TDS 200 M SENSOR Medium sensor pair for pipe diameters DN 50 ... 700 / 57 ... 720 mm. Suitable for flow measurement on medium-sized pipes. With the built-in magnets on the sensors for the Ultrasonic Flow Meter, they can be attached to ferrous pipes. Alternatively, the sensors can be mounted to the pipe with detachable cable ties. The temperature resistance is between -30 ... 160 °C.

The ultrasonic flowmeter has a measuring range of ±32 m/s. With an accuracy of ±1.5 % f.s. for a pipe diameter of DN ≥50, ±3.5 % f.s. for a pipe diameter of DN <50 and a reproducibility of ±0.5 % f.s., the ultrasonic flow meter is a particularly precise measuring device. An installation aid is available for installing the sensors of the ultrasonic flow meter. The installation aid graphically displays the signal quality of the ultrasonic flow meter. In addition, it is graphically displayed whether the sensors of the ultrasonic flow meter are positioned at the correct distance from each other. To carry out flow measurements with the ultrasonic flow meter, the flow velocity, the volume flow and the volume are displayed after entering the pipe and medium specifications. The ultrasonic flow meter displays the measured values in a wide range of units. For example: m³, l, gal, igl, mgl, cf, bal, ib and ob. During a measurement, it is possible to record the measured values via the data logger function of the ultrasonic flow meter. Start and stop conditions and the storage interval can be set from 1 second to 12 hours for the ultrasonic flow meter. A memory point of the ultrasonic flow meter contains all measured values once. The measured values are stored on the 32 GB built-in memory of the ultrasonic flow meter. 10 million measuring points can be stored on the ultrasonic flow meter. With the optional software, the recorded measured values can be read out from the ultrasonic flow meter. For analysis, the measured values from the ultrasonic flow meter can be displayed in tabular and graphic form. For further processing of the measured values from the ultrasonic flow meter, they can be exported in .csv file format. Alternatively, a PDF report can be created via the software. For simplified operation, the ultrasonic flow meter can be set via the software. A live view of the measured values from the ultrasonic flow meter is also possible with the software. In order to determine the amount of heat with the ultrasonic flow meter, two additional thermocouples are required. These are available with the PCE-TDS 200+. The two thermocouples of the ultrasonic flow meter are connected to the flow and return of a pipe system. Based on the temperature difference and the measured flow rate, the ultrasonic flow meter can determine the amount of heat. If required, the ultrasonic flow meter can calculate and display the costs per heat quantity unit simultaneously during the measurement. Thus, the ultrasonic flow meter is used, for example, in the inspection of heating systems. The LC colour display of the ultrasonic flow meter has a size of 2.8" and is therefore easy to read. Optionally, the ultrasonic flow meter can be equipped with an ISO or DAkkS calibration certificate. PCE-TDS 200 S SENSOR Small sensor pair for pipe diameters DN 15 ... 100 / 20 ... 108 mm. Suitable for particularly small pipes. The sensors have a particularly small dimension of 45 x 30 x 30 mm and a temperature resistance of -30 ... 160 °C. Thanks to the magnets on the underside, the sensors can be mounted on ferrous metals. In addition, the sensors for the ultrasonic flowmeter can be connected to the pipe by means of detachable cable ties. PCE-TDS 200 M SENSOR Medium sensor pair for pipe diameters DN 50 ... 700 / 57 ... 720 mm. Suitable for flow measurement on medium-sized pipes. With the built-in magnets on the sensors for the ultrasonic flow meter, they can be attached to ferrous pipes. Alternatively, the sensors can be mounted to the pipe with detachable cable ties. The temperature resistance is between -30 ... 160 °C. PCE-TDS 200 L SENSOR Large sensor pair for pipe diameters DN 300 ... 6000. 6000. This sensor pair is therefore suitable for particularly large pipes. The sensors can be attached to the Clamp-on Ultrasonic Flow Meter with detachable cable ties. Thanks to the built-in magnets, the sensors can be attached to pipes with ferrous metal. The sensors have a dimension of 91 x 52 x 44 mm.

This residual current device (RCD) tester determines the tripping current and tripping time of residual current devices (RCDs). The various selectable test currents allow for extremely flexible use of this RCD tester. Residual current devices (RCDs) are present in every household electrical system. These interrupt the power supply as soon as a fault current occurs. RCD testers allow a fault current to flow and determine the level of fault current at which the residual current device (RCD) responds. The response time is also measured. These two parameters, tripping current and tripping time, are the safety-relevant parameters of an RCD. This RCD tester is very easy to use. In addition to the maximum test current, you can set the type of RCD (normal or selective) and whether the tripping current or tripping time should be measured. You can also select whether the test current should begin with a positive or negative half-wave. Once all settings have been configured, the measurement begins at the touch of a button. The RCD tester immediately provides a pass/fail rating based on the display color. You can read the measured value on the large LCD display. If the input voltage is too high, if there is no grounding, or if the ground potential exceeds 50 V, the RCD tester issues a warning signal.

This Ultrasonic testing device with special sensors for various applications. In general, the wall thicknesses of all homogeneous materials can be measured with the thickness meter. For damping or scattering materials such as plastic or cast a special sensor is available. An angled 90° sensor also enables measurements at hard-to-reach measuring points. The speed of sound can be set freely on the thickness meter and thus adapted to a wide variety of materials. The measured values ​​are displayed directly on the easy-to-read TFT color display. Due to the internal memory, which can be read out via the optionally available software, different measuring points can be clearly stored. The non-destructive ultrasound measuring method enables the measurement even on end products. Thanks to the Echo-Echo working mode, even coated workpieces can be measured (only with PCE-TG 300-P5EE sensor).

The geiger counter is a high-precision instrument developed for the detection of gamma, beta and X-rays. With its sensitive detection technology, it enables reliable measurement and monitoring of the radiation environment. Dose measurement is a central aspect of the radiation meter. The geiger counter enables precise determination of the radiation dose and allows cumulative radiation measurement over a defined period of time. These functions are crucial for the assessment of radiation exposure and compliance with safety-related standards. The results of the radiation measurements are shown on the easy-to-read display in microsieverts per hour (µSv/h) and microroentgen per hour (µR/h). The geiger counter is equipped with an adjustable acoustic alarm that alerts you if predefined radiation values are exceeded. The long battery life ensures reliable measurement over long periods of time without interruption. The field of application ranges from radiology to disaster control. Radiation measuring devices from PCE Instruments are also used in industry.

The Geiger Counter with a measurement range of 0 to 9999 μSv/h and a resolution of 0.01 μSv/h is a powerful and precise instrument for detecting beta (β), gamma (γ) and X-ray radiation. Equipped with an energy-compensated Geiger-Müller tube, it offers a high sensitivity of 80 CPM/μSv (for Co-60) and a flexible display in μSv/h, CPM and CPS. Thanks to its compact and handy design, the Geiger Counter is easy to use and is ideal for measuring small changes in radiation values. Our Geiger Counter is equipped with a display that shows the date and time and offers the option of switching the display from white to black to optimise readability under different lighting conditions. An adjustable audible alarm provides additional safety by making you aware of increased radiation levels. Battery operation allows flexible use in different areas. The charging time of the device is only approx. 1-2 hours. The Geiger Counter is used, for example, in environmental protection by security forces, in the medical sector and also by private individuals to monitor their living environment.

This radiation meter offers a measuring range of 0.00 to 1000 µSv/h and ensures precise measurements with a resolution of 0.01 µSv/h. Equipped with a highly sensitive Geiger counter tube and a sensitivity of 80 µSv/h, it enables reliable detection of radiation levels over a wide energy range from 48 keV to 1500 keV. Optionally, the device has alarm modes with adjustable limit values from 0.2 µSv/h to 10 µSv/h, which provide the user with acoustic or vibration-based warnings to react quickly to increased radiation levels. In addition to the current measured value, the radiation meter also graphically displays the course of the measurement curve over the last 3 minutes. Our radiation meter with a Geiger counter tube as a sensor is a versatile instrument for monitoring X, gamma and hard beta radiation in radioactive work areas. With fast response, a wide measurement range and dose equivalent rate display, it offers a reliable solution for a wide range of applications. Commonly used in workplace, industrial and medical applications as well as in the environmental control of nuclear facilities. With compact dimensions and an LC colour display, the radiation meter is user-friendly and suitable for use in various environments. The automatic switch-off feature helps to extend battery life and ensures efficient use. Overall, the device offers a reliable and precise solution for monitoring radiation in a variety of applications.

The environmental meter is a small, highly sensitive radiation warning device mainly used for monitoring X, ß and y. Black and white illuminated OLED display that is clearly visible even at night. It has a warning flashing function. The environmental meter itself has two alarm modes: sound and LED light. The alarm limit can be set as desired. When the alarm limit is reached, an alarm is given, for protection. The main technical indicators of the device comply with the international standard.

The Radioactivity Meter offers comprehensive measurement functions for α, β and γ radiation and is the test instrument of choice for professional radiation measurements. With the ability to precisely record the accumulated radiation dose and count the radiation in both cps (counts per second) and cpm (counts per minute), the Radioactivity Meter provides accurate and reliable measurement data at all times. The integrated data logger with 32 GB memory saves the measured values and allows them to be analysed in detail. The measurement history is shown graphically on the TFT colour display. Individual alarm limits can also be set in the Radioactivity Meter: a warning message appears if a certain radiation value or a defined radiation dose is exceeded. Another feature of the Radioactivity Meter is the acoustic radiation pulse output. Each detected radiation pulse is made audible by a sound, which provides immediate feedback on the radiation activity in the environment. This function can also be deactivated. The integrated data logger can record up to 10 million measuring points at the touch of a key or after entering a start time. This Radioactivity Meter combines precision, ease of use and innovative technology - an indispensable tool for the safe handling of radioactive materials. Radiation protection officers and safety specialists use the Radioactivity Meter when they are exposed to radioactive environments but it can also be used quickly in scientific fields such as nuclear research, medical physics or for simple environmental monitoring.

Vibration Sensor  for monitoring the vibration speed / 4 ... 2 mA output MIL-C-515 connection / 3 ... 1500 Hz bandwidth The Vibration Sensor has been developed for the continuous monitoring of the vibration speed. The vibration sensor is available in different versions. Depending on the type of vibration sensor, a distinction is made between design and measuring range. The Vibration Sensor measures the vibration speed in the range of ± 12.7 mm / s or ± 25.4 mm / s in the frequency range between 3 Hz and 1500 kHz.  The measured vibration speed is output as a 4 ... 2 mA process current. The Vibration Sensor is looped through a MIL-C-515 connector to a controller or process display. Depending on the design, the connection socket is attached to the vibration sensor vertically or horizontally. The Vibration Sensor can be operated with a voltage of 12 ... 24 V DC.

The ultrasonic flowmeter has a measuring range of ±32 m/s. With an accuracy of ±1.5 % f.s. for a pipe diameter of DN ≥50, ±3.5 % f.s. for a pipe diameter of DN <50 and a reproducibility of ±0.5 % f.s., the ultrasonic flow meter is a particularly precise measuring device. An installation aid is available for installing the sensors of the ultrasonic flow meter. The installation aid graphically displays the signal quality of the ultrasonic flow meter. In addition, it is graphically displayed whether the sensors of the ultrasonic flow meter are positioned at the correct distance from each other. To carry out flow measurements with the ultrasonic flow meter, the flow velocity, the volume flow and the volume are displayed after entering the pipe and medium specifications. The ultrasonic flow meter displays the measured values in a wide range of units. For example: m³, l, gal, igl, mgl, cf, bal, ib and ob. During a measurement, it is possible to record the measured values via the data logger function of the ultrasonic flow meter. Start and stop conditions and the storage interval can be set from 1 second to 12 hours for the ultrasonic flow meter. A memory point of the ultrasonic flow meter contains all measured values once. The measured values are stored on the 32 GB built-in memory of the ultrasonic flow meter. 10 million measuring points can be stored on the ultrasonic flow meter. With the optional software, the recorded measured values can be read out from the ultrasonic flow meter. For analysis, the measured values from the ultrasonic flow meter can be displayed in tabular and graphic form. For further processing of the measured values from the ultrasonic flow meter, they can be exported in .csv file format. Alternatively, a PDF report can be created via the software. For simplified operation, the ultrasonic flow meter can be set via the software. A live view of the measured values from the ultrasonic flow meter is also possible with the software. In order to determine the amount of heat with the ultrasonic flow meter, two additional thermocouples are required. These are available with the PCE-TDS 200+. The two thermocouples of the ultrasonic flow meter are connected to the flow and return of a pipe system. Based on the temperature difference and the measured flow rate, the ultrasonic flow meter can determine the amount of heat. If required, the ultrasonic flow meter can calculate and display the costs per heat quantity unit simultaneously during the measurement. Thus, the ultrasonic flow meter is used, for example, in the inspection of heating systems. The LC colour display of the ultrasonic flow meter has a size of 2.8" and is therefore easy to read. Optionally, the ultrasonic flow meter can be equipped with an ISO or DAkkS calibration certificate. PCE-TDS 200 S SENSOR Small sensor pair for pipe diameters DN 15 ... 100 / 20 ... 108 mm. Suitable for particularly small pipes. The sensors have a particularly small dimension of 45 x 30 x 30 mm and a temperature resistance of -30 ... 160 °C. Thanks to the magnets on the underside, the sensors can be mounted on ferrous metals. In addition, the sensors for the ultrasonic flowmeter can be connected to the pipe by means of detachable cable ties. PCE-TDS 200 M SENSOR Medium sensor pair for pipe diameters DN 50 ... 700 / 57 ... 720 mm. Suitable for flow measurement on medium-sized pipes. With the built-in magnets on the sensors for the ultrasonic flow meter, they can be attached to ferrous pipes. Alternatively, the sensors can be mounted to the pipe with detachable cable ties. The temperature resistance is between -30 ... 160 °C.

The vibration sensor was developed for the continuous monitoring of vibration velocity. The vibration sensor is available in various designs. Depending on the type of vibration sensor, a distinction is made between design and measuring range. The vibration sensor measures vibration velocity within a range of ± 12.7 mm/s or ± 25.4 mm/s in the frequency range between 3 Hz and 1500 kHz. The measured vibration velocity is output as a 4 to 20 mA process current. The vibration sensor is connected to a controller or process display in a current loop via a MIL-C-5015 connector. Depending on the design, the connection socket is mounted vertically or horizontally on the vibration sensor. The vibration sensor can be operated with a voltage of 12 to 24 V DC.

Vibration Sensor  for monitoring the vibration speed / 4 ... 2 mA output MIL-C-515 connection / 3 ... 1500 Hz bandwidth The Vibration Sensor has been developed for the continuous monitoring of the vibration speed. The vibration sensor is available in different versions. Depending on the type of vibration sensor, a distinction is made between design and measuring range. The Vibration Sensor measures the vibration speed in the range of ± 12.7 mm / s or ± 25.4 mm / s in the frequency range between 3 Hz and 1500 kHz.  The measured vibration speed is output as a 4 ... 2 mA process current. The Vibration Sensor is looped through a MIL-C-515 connector to a controller or process display. Depending on the design, the connection socket is attached to the vibration sensor vertically or horizontally. The Vibration Sensor can be operated with a voltage of 12 ... 24 V DC.

The vibration sensor was developed for the continuous monitoring of vibration velocity. The vibration sensor is available in various designs. Depending on the type of vibration sensor, a distinction is made between design and measuring range. The vibration sensor measures vibration velocity within a range of ± 12.7 mm/s or ± 25.4 mm/s in the frequency range between 3 Hz and 1500 kHz. The measured vibration velocity is output as a 4 to 20 mA process current. The vibration sensor is connected to a controller or process display in a current loop via a MIL-C-5015 connector. Depending on the design, the connection socket is mounted vertically or horizontally on the vibration sensor. The vibration sensor can be operated with a voltage of 12 to 24 V DC. The panel-mounted measuring instrument is configurable as an AC and DC voltmeter (up to 600 Vac/DC) and an AC and DC ammeter (up to 5 Aac/DC). Furthermore, the panel-mounted measuring instrument displays measured values ​​of process signals (mA, VDC), thermocouples, resistive temperature sensors (Pt, Ni, PTC, and NTC), resistors, potentiometers, and frequency. The panel-mounted measuring instrument is configurable using the front-panel buttons. The panel-mounted measuring instrument is installed in a standard panel cutout size of 96 x 48 mm (1/8 DIN). The measured value is scalable to 4 digits (9999 / -1999). Also available on the panel meter are quick access to alarm setpoints, external control for activating predefined functions, Eco mode for low consumption, selectable dual scaling, and five configurable brightness levels. A single universal 18 ... 265 V AC/DC power supply transforms the panel meter into an easy-to-use process measuring device. Optional output and control modules (relay, analog output, Modbus RTU) are available to the panel meter user.