Pulsar Measurement products

The FlowCERT open channel flow meter provides comprehensive flow monitoring with data logging and control functions for a complete range of flumes and weirs. It is compatible with a range of sensors in order to create a flow metering system to suit your application.

FlowCERT Lite offers 2 mcert open channel flow meter systems both with Class 1 approval.

Flow Pulse® is a unique, non-invasive flow monitor that clamps to the outside of a pipe and is simply secured with a screwdriver. Flow Pulse offers you exceptional repeatability at a fraction of the cost of an equivalent magflow meter. It can reliably monitor flow across a variety of pipe materials including rigid plastic, stainless steel, cast iron and even corrugated pipes.

IMP+ can be used wherever you need reliable non-contacting ultrasonic level measurement and Pulsar`s DATEM echo processing means IMP+ is perfect for solids or liquids and anywhere you need a display telling you the level, or an analogue output to interface with your site control system or drive a display. There is an IMP+ to suit your application, 3m, 6m and 10m range versions are available and each can be wired for 2-wire and 3-wire operation. IMP+ features a LCD display and digital temperature measurement and compensation. IMP+ also has 2 relay outputs as standard.

Non-contacting intelligent monitoring of level or overflow events. Blackbox 136 CSO is a sophisticated ultrasonic system specifically designed for use with batteries to provide non-contacting monitoring of level or overflow events, with exceptionally low power consumption to maximise battery life in remote locations. Blackbox 136 CSO also features on-board data logging.

MicroFlow delivers accurate, repeatable velocity measurement of liquid flow, either as a stand-alone device or as part of a complete measurement system. MicroFlow builds on Pulsar`s award-winning pipe flow technology and world-leading open channel flow measurement systems.

The MicroFlow-i is a non-contacting velocity measurement solution. Its extremely low power consumption makes it an ideal velocity measurement solution to remote sewer network access points that are difficult to reach and often have no mains power supply. Combine the MicroFlow-i with a dBi Intelligent Transducer for a complete, low power, non-contacting velocity area measurement solution. These lightweight and compact, open channel flow sensors are ideal for spill monitoring, sewer network monitoring, sewer overflows, and event duration monitoring. The non-contacting nature of the MicroFlow-i sensors means there is no interruption to operations and mount at a 45-degree angle above the application. The MicroFlow-i delivers accurate, repeatable flow measurement for liquid flow either as a stand-alone sensor or by providing HART communication protocols, or a 4-20mA loop-powered signal into an accompanying data logging system.

Designed for challenging flow applications in industrial environments. Easily deployed whenever you need it. Whether you need flow measurement when you didn`t have it before, or you need to prove that your existing system is performing properly, the PTFM 6.1 from Pulsar is here to help by providing accurate, non-invasive flow measurement in the most challenging industrial environments and applications, with minimal installation complexity and costs. With new, more powerful signal processing hardware, and three interchangeable, non-invasive transducer sizes optimized for a wide range of pipe sizes and materials, the PTFM 6.1 makes your next short or long-term measurement project easy.

The Area Velocity Flow Measurement method is the most common method of all flow measurements. The AVFM 6.1 Area Velocity Flow Meter uses a submersible ultrasonic sensor measuring both the level and velocity of flowing liquid to calculate flow measurement in an open channel or pipe. The sensors are mounted either inside a pipe or at the bottom of a channel, and the sensor is built to resist fouling, corrosion, and abrasion. The AVFM 6.1 Area Velocity Flow Meter can be configured with the standard submerged velocity-level sensor or with submerged velocity in combination with a separate non-contacting ultrasonic level sensor, which is suitable for highly aerated fluids or those with a high concentration of suspended solids.