The PulsarGuard acoustic sensor range is designed for reliable solids flow detection by detecting structure-borne acoustic signals resulting from material movement.
The PulsarGuard acoustic sensor range is designed for reliable solids flow detection by detecting structure-borne acoustic signals resulting from material movement. This sensor instantly reacts to changes in solids flow, warning of blockages, foreign objects, high/low/no flow conditions. Non-contacting and compact in design, it can be installed in tight spaces with minimal costs and zero downtime. Its high-frequency detection capability picks up signals in noisy environments where human hearing may not suffice, making it versatile for various industrial applications.
Explore related Pulsar flow measurement: Pulsar Measurement solutions, ultrasonic flow meter selection and flow meters.
PulsarGuard is listed as a non-contacting acoustic solids-flow detector with clamp-on installation and ATEX Zone 0 or Zone 1 in the product title. It is relevant to solids-flow detection applications rather than liquid flow measurement.
Before requesting a configuration, provide the process medium, pipe or channel details, normal and maximum operating range, installation access, temporary or permanent requirement and the output or communication needed by the receiving system. Photographs, drawings and existing nameplate details are useful for replacement or retrofit enquiries.
Compare this model with the flow measurement category and the Pulsar Measurement product range to confirm the measurement approach.
What should be included in a PulsarGuard enquiry? Describe the solids material, pipe or chute arrangement, hazardous-area classification where relevant, mounting point and required signal or alarm action.
Request technical sizing and quotation support with the application details.
Non-contacting acoustic solids flow detector
Clamp-on installation, no pipe cutting or process interruption
ATEX Zone 0/1 certified for hazardous location use
Detects the presence and movement of solids in pipes or chutes
Ideal for confirming flow in pneumatic conveying and bulk solids handling
