Speedy is a steamlined, easy to fit liquid velocity sensor for use in channels, pipes or sections where no Primary Measurement Device (PMD) exists.
Pulsar's Speedy velocity sensor communicates digitally and is designed to connect to Pulsar's FlowCERT open channel flow monitor via FlowCERT's on-board RS485, it provides the velocity measurement for velocity x head calculations of flow rate where no primary measurement device exists. Speedy can be mounted up to 250m from the FlowCERT controller. Speedy is available as a "wedge" sensor with a stainless steel base plate or as a pipe mounted sensor.
Speedy operates with one of the following Pulsar controllers:
- Velocity Interface
2 relays
1x 4-20mA output - FlowCERT
5 relays
2x 4-20mA outputs
Requires a Pulsar transducer - Ultimate
8 relays standard (expandable)
2x 4-20mA outputs standard (expandable)
Two channel system (expandable
Requires a level transducer
- Velocity Interface
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Features
- Streamlined, easy to fit sensor
- In channels, pipes where no PMD is fitted
- Wedge base mount or pipe mount option
- Reliable proven and easy set up
Technical Specification
Physical
Constructions: | Wedge sensor: installation on channel bottom Pipe sensor: installation using nozzle and cutting ring joint in pipes |
Construction material/description: | Wedge sensor: Polyurethane, stainless steel 1.4571, PVDF PA pipe sensor: stainless steel 1.4571, polyurethane, FEP coated cable |
Sensor body weight: | Nominal 1.5kg (3.3lbs) |
Cable length: | Up to 50m (164ft) |
Cable types: | LiC11Y 2x1.5 + 1x2x0.34 |
Cable diameter: | 8.4mm ± 0.25mm (0.33in ± 0.01in) |
Environmental
IP rating: | IP68 |
Operating temperature: | -20°C to +50°C (-4°F to +122°F) |
Storage temperature: | -30°C to +70°C (-22°F to +158°F) |
Operating pressure: | Max. 4bar (58psi) |
Performance
Accuracy/Repeability: | 1% of the measured range or ±0.03m/s (±0.1ft/s) |
Resolution: | 3mm/sec |
Measurement range: | -6m/s to +6m/s (-20ft/s to +20ft/s) |
Measurement principle: | Doppler (flow velocity). Flow velocity sensor with v measurement using Doppler principle and temperature measurement to compensate temperature effects on speed of sound. |
Measurement frequency: | 1MHz |
Zero point drift: | 0 - absolutely stable zero point |
Sonic lobe: | ±5 degrees |
Temperature measurement: | -20ºC to +60ºC ±0.5ºC (-4°F to +140°F ± 32.9°F) |
Download Datasheet: Speedy Pulsar Contacting doppler velocity sensor
Reference : www.pulsar-pm.com
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