Metering Controls
Modern production processes require a detailed monitoring of the process capability and the repeatability of applications. These requirements must be carefully defined right at the start and considered in the system concept design.
DOPAG offers a comprehensive portfolio of process monitoring and control technology, including stroke detections, light barriers, micro flow sensors, pressure sensors and life cycle loggers. System concept designing at DOPAG involves our engineers working closely with the customer to align process control and monitoring mechanisms with the application requirements, and combining them with the appropriate pumps and metering components.
The stroke detection device monitors the correct activity of various valve types. Detecting the upstroke movement of the dispensing needle or the metering piston, it sends signals to indicate the proper functioning of a valve.
Price on request
The light barrier is a process monitoring device used with the very fast-switching shot and high-speed valves. It counts the number of discharged shots, checking them against the set target quantity. With an optionally available solenoid valve the nozzle tip of the valve can be flushed with air to remove residues.
Price on request
The light barrier is a process monitoring device used with the very fast-switching shot and high-speed valves. It counts the number of discharged shots, checking them against the set target quantity. With an optionally available solenoid valve the nozzle tip of the valve can be flushed with air to remove residues.
Price on request
The micro-flow sensor detects whether material has been dispensed or not, without contact with the material. An analogue signal is amplified and forwarded to the electronic controller. The sensor is able to capture up to 120 metering cycles per minute. Should the electronic controller fail to send a signal as a result of no material flow, the master control unit will activate an alarm.
Price on request
The micro-flow sensor detects whether material has been dispensed or not, without contact with the material. An analogue signal is amplified and forwarded to the electronic controller. The sensor is able to capture up to 120 metering cycles per minute. Should the electronic controller fail to send a signal as a result of no material flow, the master control unit will activate an alarm.
Price on request
The stroke detection device monitors the correct activity of various valve types. Detecting the upstroke movement of the dispensing needle or the metering piston, it sends signals to indicate the proper functioning of a valve.
Price on request
The stroke detection device monitors the correct activity of various valve types. Detecting the upstroke movement of the dispensing needle or the metering piston, it sends signals to indicate the proper functioning of a valve.
Price on request