Flow sensors - Import export

In physics the absence of material in a room is called a vacuum. This means that, in addition to no solid objects present, there is also a gas pressure of (almost) zero, thus below atmospheric pressure. RIEGLER vacuum technology consists of vacuum ejectors, suction grippers and various system supplements, such as connection parts, sensors, flow valves and pressure switches.

In physics the absence of material in a room is called a vacuum. This means that, in addition to no solid objects present, there is also a gas pressure of (almost) zero, thus below atmospheric pressure. RIEGLER vacuum technology consists of vacuum ejectors, suction grippers and various system supplements, such as connection parts, sensors, flow valves and pressure switches.

In physics the absence of material in a room is called a vacuum. This means that, in addition to no solid objects present, there is also a gas pressure of (almost) zero, thus below atmospheric pressure. RIEGLER vacuum technology consists of vacuum ejectors, suction grippers and various system supplements, such as connection parts, sensors, flow valves and pressure switches.

With the EASYPRO CS, you get a configurable system. This customised solution is ideal for industrial applications and saves costs as only the required components are installed. The design of the base plate allows the CS120 to be used in combination with up to three other measured variables in the water. The integrated TOPAX® MC multi-channel controller continuously measures the water parameters and keeps them within the target range. It controls a large number of actuators and final control elements and is simple and intuitive to operate. Components of the EASYPRO CS (mounted on base plate): . Multi-channel controller TOPAX® MC . Measuring cells and measuring cell fittings . Sample water filter . Flow monitor . DFR 45 flow controller with temperature sensor and sample water tapping point . Inlet and outlet tap . Holder for buffer solutions and buffer solutions for adjusting the measuring cells . Multicoloured LEDs

The GEMÜ 1436 cPos is a digital electro-pneumatic positioner with optionally integrated process controller for the control of pneumatically operated process valves. When using the optional process controller the signals from a process sensor (e.g. flow, level, pressure, temperature) are detected and the media adjusted according to the specified set value. The positioner has a solid housing with protected operating buttons and a LC display. —Digital inputs (option) for variable function control for automation —Fieldbus interfaces e.g. Profibus DP, DeviceNet (option) —No air consumption when idle —Simple mounting to various valve actuators —Access rights via different user levels

with adjustable humidity and temperature to simulate the environmental conditions of a test specimen (e.g. household appliances, heating technology) The basis is a standard or climatic chamber (e.g. test kitchen, environmental simulation) with adjustable air humidity and temperature. On the basis of decades of experience in automotive test engineering, EP-E developed a concept in which the air flows in a circle (loop design). The result is a very excellent homogeneous temperature and humidity distribution. Through precise temperature and humidity control, it is possible to set different combinations of air conditioning and thus precisely adjust the required test conditions. The determination of the air flow (exhaust air volume) is carried out via a measuring section with the use of Laminar Flow Elements (LFEs). In order to determine the volume flow, pressure and temperature sensors are used to determine the air volume flow of the climatic chamber(s).

The VersaMeter™ is designed to fit direction into a pipeline assembly and can provide either local or remote display options. The VersaMeter™ represents a full range of precision flow measurement instruments and accessories utilizing our proprietary differential pressure flow measurement design proven to meet the rugged requirements of industrial heat-treatment applications. The meters utilize precision, field-proven, and certifiable differential pressure flow measurement sensors. The VersaMeter™ meets current NFPA86 guidelines for safe usage in the thermal processing industry. In addition, every VersaMeter™ comes complete with a 10point calibration curve traceable to a NIST transfer standard. The meters can also be field calibrated to meet CQI-9, ISO, NADCAP and QS quality audit systems. The VersaMeter™ product line comes in many sizes and is designed to fit directly into equipment piping. The VersaMeter™valve assemblies fit standard pipe fittings to better integrate into...

The VersaMeter™ is designed to fit direction into a pipeline assembly and can provide either local or remote display options. The VersaMeter™ represents a full range of precision flow measurement instruments and accessories utilizing our proprietary differential pressure flow measurement design proven to meet the rugged requirements of industrial heat-treatment applications. The meters utilize precision, field-proven, and certifiable differential pressure flow measurement sensors. The advanced calibration and display modules on the electronic versions include integrated flow rate alarm and flow consumption totalizing functions. The VersaMeter™ meets current NFPA86 guidelines for safe usage in the thermal processing industry. In addition, every VersaMeter™ comes complete with a 10point calibration curve traceable to a NIST transfer standard. The meters can also be field calibrated to meet CQI-9, ISO, NADCAP and QS quality audit systems. The VersaMeter™ product line comes in...

The Liquid FurnaceMeter™ is available for liquid flow measurement. These meters are fitted with integrated motorized flow control valves specifically designed for the liquid type, inlet pressures, and scale ranges to provide precision process control for most applications. The Liquid FurnaceMeter™ provides a retrofit foot print to most variable area meters to minimize piping changed when upgrading to differential pressure technology and in-situ calibration capabilities. The Liquid FurnaceMeter™ represents a full range of precision flow measurement instruments utilizing our proprietary differential pressure flow measurement design proven to meet the rugged requirements of industrial heat-treatment applications. The meters utilize precision, field-proven, and certifiable differential pressure flow measurement sensors. The advanced calibration and display modules on the electronic versions include integrated flow rate alarm and flow consumption totalizing functions. The Liquid...

The FurnaceMeter™ is available for gas flow measurement. These meters are fitted with integrated motorized flow control valves specifically designed for the gas type, inlet pressures, and scale ranges to provide precision process control for most applications. The FurnaceMeter™ provides a retrofit foot print to most variable area meters to minimize piping changed when upgrading to differential pressure technology and in-situ calibration capabilities. The FurnaceMeter™ represents a full range of precision flow measurement instruments utilizing our proprietary differential pressure flow measurement design proven to meet the rugged requirements of industrial heat-treatment applications. The meters utilize precision, field-proven, and certifiable differential pressure flow measurement sensors. The advanced calibration and display modules on the electronic versions include integrated flow rate alarm and flow consumption totalizing functions. The FurnaceMeter™ meets current NFPA86...

The VersaMeter™ is designed to fit direction into a pipeline assembly and can provide either local or remote display options. The VersaMeter™ represents a full range of precision flow measurement instruments and accessories utilizing our proprietary differential pressure flow measurement design proven to meet the rugged requirements of industrial heat-treatment applications. The meters utilize precision, field-proven, and certifiable differential pressure flow measurement sensors. The advanced calibration and display modules on the electronic versions include integrated flow rate alarm and flow consumption totalizing functions. The VersaMeter™ meets current NFPA86 guidelines for safe usage in the thermal processing industry. In addition, every VersaMeter™ comes complete with a 10point calibration curve traceable to a NIST transfer standard. The meters can also be field calibrated to meet CQI-9, ISO, NADCAP and QS quality audit systems. The VersaMeter™ product line comes in...

The FurnaceMeter™ is available for either gas or liquid flow measurement. These meters can also be fitted with integrated manual flow control valves specifically designed for the gas type, inlet pressures, and scale ranges to provide precision process control for most applications. The FurnaceMeter™ provides a retrofit foot print to most variable area meters to minimize piping changed when upgrading to differential pressure technology and in-situ calibration capabilities. The FurnaceMeter™ represents a full range of precision flow measurement instruments utilizing our proprietary differential pressure flow measurement design proven to meet the rugged requirements of industrial heat-treatment applications. The meters utilize precision, field-proven, and certifiable differential pressure flow measurement sensors. The advanced calibration and display modules on the electronic versions include integrated flow rate alarm and flow consumption totalizing functions. The FurnaceMeter™...

The FurnaceMeter™ is available for either gas or liquid flow measurement. These meters can also be fitted with integrated manual flow control valves specifically designed for the gas type, inlet pressures, and scale ranges to provide precision process control for most applications. The FurnaceMeter™ provides a retrofit foot print to most variable area meters to minimize piping changed when upgrading to differential pressure technology and in-situ calibration capabilities. The FurnaceMeter™ represents a full range of precision flow measurement instruments utilizing our proprietary differential pressure flow measurement design proven to meet the rugged requirements of industrial heat-treatment applications. The meters utilize precision, field-proven, and certifiable differential pressure flow measurement sensors. The FurnaceMeter™ meets current NFPA86 guidelines for safe usage in the thermal processing industry. In addition, every FurnaceMeter™ comes complete with a 10point...

The DAGen™ is the most advanced dissociated ammonia generator on the market. The DAGen™ combines our proprietary ReactionCore™ with electronic flow measurement and a complete sensor array to provide the most efficient and highest quality ammonia dissociation for your nitrogen hydrogen atmosphere applications. Designed primarily for critical nitriding applications, the DAGen™ is equipped with an integrated hydrogen sensor to monitor ammonia dissociation quality in real time. A large custom designed operator interface provides easy access to review generator operation and the integrated paperless chart recorder tracks generator performance to meet production and quality auditing requirements.

Large heat and flow meters are often used continuously for decades after an initial calibration at external test benches. A recalibration of these meters within their actual operation conditions was not possible so far. In the best case scenario those flow meters are unmounted and recalibrated on an external test bench. Drawback of this method is an interruption of supply in addition to its already high costs. Furthermore, calibration conditions can differ greatly from actual operation conditions compared to test bench conditions, so even if calibrated, the measurement uncertainty in operation remains fairly unknown. This often leads to more difficult fluid distribution optimizations and leaves billing fairness to a gamble. More precisely measured values of flow sensors may uncover hidden saving potentials within the fluid distribution system and allow more exact performance indicators, improving energy efficiency.