Velocity measurement - Import export

Speed Sensor with GPS and Accelerometer Fusion

Speed and Positioning Sensor with DGPS an Accelerometer Fusion

Continuous velocity measurement in tube version for careful material transport. Measures in full crosssection. • continuous speed measurement of solids in metal pipes • measurement directly in the conveying stream/entrained flow • measurement completely independent of material • sensor is made accordingly to the existing pipe diameter • measurement without product contact

Especially designed for continuous measurement of velocity of solids and particles such as granulates, powders and dusts, which are transported in free fall or in pneumatic transport. Uses triboelectric correlation technology. • plugin sensor for easy retrofit • continuous speed measurement of solids • measurement directly in the conveying stream • material independent measurement

Flue gas flowmeter for continuous measurement of gas velocity, temperature and pressure in exhaust gas ducts (chimneys or flue pipes).

The Series AFS Air Flow Sensor is a differential pressure air velocity sensor designed to measure average air velocities in VAV terminal units and HVAC ductwork. It has an aero-dynamic elliptical shape resulting in a minimum pressure drop and amplified differential pressure signals which allow accurate measurement of air velocities from 300 fpm to 5000 fpm (1.5 m/s to 20 m/s). It includes multiple sensing points aligned in line grooves to measure total and static pressure. It is easy to install and cost effective. Series AFS Airflow Sensors are perfect for VAV Retrofits. The AFS is a differential pressure air velocity sensor designed to measure average air velocities in VAV terminal units and HVAC ductwork.

The Series VTP Multi Range Air Velocity Transmitter can simultaneously display and output Air Velocity, Temperature and Pressure (optional). This is the first product to combine all 3 variables in one transmitter making the VTP an exceptional option for multi-variable measuring. The VTP utilizes an industrial 316 Stainless Steel armored RTD sensor as the thermal air velocity measuring component. Using a fully protected 316 SS sensor drastically extends the life of the air velocity sensor and also makes it insensitive to water, dust or corrosion. The VTP comes standard with a LCD and can simultaneously display air velocity, temperature, and pressure. The VTP is easily configured or adjusted in the field with the digital display and keypad. The Air Velocity Range and Pressure Range are both field adjustable as well as units of measure. Other adjustable parameters include signal dampening and low velocity cut off point.

The Series JFM-P FloSen® Airflow Meassuring Probes provide accurate, repeatable measurement of air movement in HVAC ducts. Its patented elliptically-shaped sensor design with improved aerodynamic characteristics outperforms more traditional devices, and overcomes loss of accuracy caused by fluid separation at the sensor body. It is designed to maintain a constant parallel airflow pattern over the static sensing ports for more accurate, steady signals under all duct conditions. The elimination of separation results in a stabilized static pressure signal, helping to eliminate “hunting” during fan control. FloSen® Airflow Probes utilize a unique in-line groove for total pressure sensing and dual ports for static pressure sensing which produces a higher differential pressure for very low velocity measurements. The total and static pressure measuring points are distributed for equal-area averaging of flows resulting in improved accuracy and reliability.

CoriSENS is a rotation rate sensor for measuring angular velocity ω. It detects rotational movements using a MEMS gyroscope. This measuring signal in a range of ± 20° / s is converted by the sensor electronics and transmittes an analog current signal as well as voltage signal in addition. The sensor is certified according to uniform standards for electronic equipment on rail vehicles (DIN EN 50155) and can be operated directly with the usual onboard supply (110 V).

CoriSENS is a rotation rate sensor for measuring angular velocity ω. It detects rotational movements using a MEMS gyroscope. This measuring signal in a range of ± 20° / s is converted by the sensor electronics and transmittes an analog current signal as well as voltage signal in addition. The sensor is certified according to uniform standards for electronic equipment on rail vehicles (DIN EN 50155) and can be operated directly with the usual onboard supply (24 V).

Combining the bestThe ZHU250CL hardness tester employs the latest technology, with closed-loop control for test load application. The modern system for test load application (closed loop) stands out because of its precision. Accuracy exceeds the requirements of all relevant ISO and ASTM standards. Range of Hardness Applications: - Vickers according to ISO 6507, ASTM E384 - Knoop according to ISO 4545, ASTM E384 - Rockwell according to ISO 6508, ASTM E18 - Brinell according to IS0 6506, ASTM E10 Features: • Extremely wide test force range of 0.5 kg to 250 kg • Unique “4-plus-4” turret able to carry up to 4 lenses and up to 4 indenters simultaneously. The turret is also designed to allow testing in hard to reach positions by using a unique vertical rotation mechanism. • Variable dwell times 5-60 seconds • Ability to vary indenter approach velocity • Rockwell depth measured by the market leading Indentec transducer capable of a measuring resolution of 0.1 Rockwell point

The EMV-500 is a water/wastewater electromagnetic velocity open channel flowmeter sensor which is available in two sizes: SIZE A is suited for pipes or channels from 150 mm to 500 mm diameter SIZE B is suited for pipes or channels from 500 mm to 2.000 mm diameter. The sensor is encapsulated in an IP68 submersible ultra high molecular polyethylene body to be mounted with a special sensor mounting band in the pipe. When combined with the appropriate level sensor, the EMV-500 constitutes an efficient electromagnetic area/velocity flowmeter measuring both velocity and level in the same cross-section (or slice of pipe). This is a requirement necessary for accurate flow rate measurement using the continuity equation: Q = v x A In addition, electromagnetic sensors are totally unaffected by the concentration of debris or dilution of wastewater by rain. Key Features: Accurate flow measurements Grease tolerant: Grease shedding electrodes allow for reliable data collection

- Measuring average volumetric flow rate in flow directions - Totalizing volume of flows independently or calculating their algebraic sum with regard to flow direction - Determining the current value of flow velocity and flow direction - Outputting measurement results to the frequency/pulse or logical output - Logging of measurement data and configuration settings in the internal nonvolatile memory - Displaying measurement, configuration and history (logged) data on the built-in indicator (LCD) and outputting the data to the external devices via M-BUS interface or RS-485 interface - Configuring the flow meter according to on-site and process requirements - Monitoring and indicating alarm conditions (ER, error situations) and faults; recording error and fault types and intervals into the corresponding logs - Protecting logged data and configuration settings from unauthorized access, -R400 -MAP16 -EN ISO 4064, -OIML 49, -RO-2275-15356 (TYPE APPROVAL)