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Data Industrial Series 4000 Sensor
The 4000 series flow sensor is an in-line, flow-through design using a tangential six bladed impeller. Its compact molded design allows the 4000 series to replace old style magnetic sensors with little or no piping changes.
The proprietary non-magnetic detection circuit is available with two outputs: a low impedance 3-wire 5 volt DC square wave signal (that can be pulled up to 20 volts) capable of traveling up to 2000 feet without amplification, or a 2-wire loop powered 4-20 mA current analog signal. These two signal formats are compatible with most data acquisition or PLC equipment.
The 4000 series flow sensor is an in-line, flow-through design using a tangential six bladed impeller. Its compact molded design allows the 4000 series to replace old style magnetic sensors with little or no piping changes.
The proprietary non-magnetic detection circuit is available with two outputs: a low impedance 3-wire 5 volt DC square wave signal (that can be pulled up to 20 volts) capable of traveling up to 2000 feet without amplification, or a 2-wire loop powered 4-20 mA current analog signal. These two signal formats are compatible with most data acquisition or PLC equipment.
FEATURES
- 4-20 mA Analog output programmable in field
- Low flow capabilities
- Flow detection electronics can be serviced or replaced without opening the pipe. No exposure to wetted parts
- Impeller bearings and shaft can be easily replaced without removing the sensor from the pipe
- Documented operating service life in high temperature ultrapure water. Over 40 months of continuous 24 hr/day operation
- Superior particle-shedding performance verified by independent laboratory testing
- Particle sizes from 0.1 micron to 1.0 micron representing “on wafer” metallic contamination (ELYMAT) and liquid-born particles were monitored
- CE tested and approved by independent laboratory
SPECIFICATIONS
- Size: 1/2...1 in.
- Temperature Range: Up to 220°F
- Flow Range: 0.25…20 ft/sec
- Pressure Range: Up to 350 PSI
- Accuracy: ±0.5%
