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OVERVIEW
Reduce your energy costs & increase efficiency with the VD500
The VD 500 is an innovative flow monitor that measures the delivery rate of your compressor in real time and creates a Flow Analysis Diagram (FAD). This diagram provides invaluable information about your compressor’s performance so you can make informed decisions about efficiency and cost savings.
To automate and control this process, the VD 500 integrates directly with the ezeio hardware via modbus for accurate reporting and control capabilities. Learn more about this in the “automate + control” tab above.
Field of application:
- Measuring directly after the compressor
- Measuring at high temperatures
- Measuring fast processes
Advantages of the differential pressure sensor VD 500:
- Proven measuring principle by measuring the differential pressure (dynamic pressure)
- Pressure and temperature compensated, thus output of the standard volume flow rate
- Particularly suitable for extremely high flow rates
- Extremely fast response time of 100 ms
- Quick and easy installation via a ½” ball valve
- No moving parts, therefore low maintenance effort
- Negligible low pressure loss due to negligible low blockage of the diameter
- Applicable for wet and hot compressed air directly after the compressor
Typical Applications:
- Measurement of the delivery quantity of compressors
- Compressed air audits
- Efficiency measurement of compressed air systems
Installation conditions:
- After working water separator
- In horizontal lines (recommended) or in risers
Technical details:
- 04…20 mA, pulse and a Modbus RTU (RS 485) interface as standard
- Optional interfaces like Modbus TCP (Ethernet), PoE, M-Bus
- Pressure range up to 20 bar
- Temperature range up to 180°C
- Integrated display to show the measured values
- Available from DN20 to DN500
- Easy installation under pressure
- Settings adjustable via the keys of the display
- Main counter reading can be reset via the display
- Can be used for velocities up to 600 Nm/s
- High accuracy with 1.5% deviation of the measured value
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AUTOMATE + CONTROL
Automate & Control your air flow monitoring process with Ezeio!
The CS VD 500 Air Flow Monitoring and EZEio System is the perfect all in one solution to ensure the reliability of your compressor and air consumption!
Simple Modbus Connectivity
Installing the device is simple and straightforward – no need to worry about complex wiring! The VD 500 integrates directly with the EZEio hardware via modbus for accurate reporting and control capabilities. Simply select the preset CS Instruments model in the setup process to gain instant connectivity!
Discover the Ezeio MKII Difference >>
Precise Air flow monitoring with remote control capabilities
Make the most cost-efficient decisions by gaining real-time insight into your compressor performance with Ezeio MKII’s cloud monitoring software – and customise powerful dashboards, reports, triggers & control settings remotely anytime, from anywhere.
Learn more on eze systems cloud reporting software >>
Benefits at a Glance
- Simple connectivity with Ezeio Modbus presets
- Easy installation – no complex wiring!
- Real-time insight into compressor performance with Ezeio MKII’s cloud monitoring software
- Customisable dashboards, reports, triggers & control settings remotely anytime, from anywhere
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SPECIFICATIONS
Measuring range: up to 224 m/s / 600 m/s Measured medium: Air, non-aggressive gases Accuracy:
(m.v.: of meas. value) (f.s.: of full scale)± 1.5% of m.v. ± 0.3% of f.s.(20…224 m/s)
± 1.5% of m.v. (> 224 m/s)Measuring principle: Diff erential pressure Measuring span: 1:10 Response time: t 99: < 1 sec. Temperature of the medium: -30 °…+180 °C Operating pressure: Max. 20 bar Ambient temperature: -30 °…+70 °C Screw-in thread: G 1/2″, ISO 228 Power supply: 18…36 VDC, 5 W Signal outputs: As standard:
RS 485 (Modbus-RTU), 4…20 mA, pulse Optional:
Ethernet Interface (PoE), M-Bus
CS Instruments VD 500 – Flow sensor for wet compressed air
$0.00 NZD ex GST
Reduce your energy costs and increase your efficiency with the VD 500. Suitable directly for measurement after the compressor. Monitor the delivery rate of your compressor and create a FAD analysis.
