EMERSON industrial sensor system Summary
Model: PR6424/013-110 CON021 (Emerson / EPRO)
Type: Non-contact Eddy Current Displacement Sensor System
Function: Measures radial and axial shaft dynamic displacement, position, and eccentricity for critical turbomachinery.
EMERSON industrial sensor system Confirmed Technical Specs:
Frequency Range: 0 Hz to 20,000 Hz (-3 dB)
Linear Sensitivity: 4 V/mm (101.6 mV/mil)
Rise Time (Response): < 15 microseconds
Converter Operating Temp: -30°C to 100°C (-22°F to 212°F)
Application: Condition monitoring for steam, gas and hydro turbines, compressors, pumps, and fans.
If you want to more details about EMERSON PR6424/013-110 CON021，please contact me without hesitate.Email：sales@sparecenter.com
EMERSON industrial sensor system Highlight
API 670 Compliant: Measures shaft dynamic displacement and eccentricity without mechanical contact.
4 V/mm Sensitivity: Delivers standard linear output with a low linearity error of ≤ ±1.5%.
0 to 20,000 Hz Range: Captures both slow static position shifts and high-speed vibrations.
< 15 µs Rise Time: EMERSON industrial sensor system ensures near-instantaneous signal response during machine anomalies.
Rugged Environment Build: EMERSON industrial sensor system operates reliably in harsh conditions (-30°C to 100°C for the converter).
Critical Machine Protection: Optimized for turbines, centrifugal compressors, and heavy industrial pumps.
EMERSON industrial sensor system FAQ
Q1: What is the primary industrial compliance standard fulfilled by the PR6424/013-110 CON021 EMERSON eddy current sensor system?
A: The PR6424/013-110 CON021 EMERSON fully complies with the API 670 (American Petroleum Institute) standard. This compliance guarantees that the system meets strict global safety and reliability requirements for machinery protection systems used in petroleum, chemical, and gas industry assets.
A: The PR6424/013-110 CON021 EMERSON fully complies with the API 670 (American Petroleum Institute) standard. This compliance guarantees that the system meets strict global safety and reliability requirements for machinery protection systems used in petroleum, chemical, and gas industry assets.
Q2: Against which standard material is the PR6424/013-110 CON021 factory-calibrated?
A: The PR6424/013-110 CON021 EMERSON is factory-calibrated against ferromagnetic steel 42CrMo4 (DIN 1.7225 / AISI 4140). If your target rotating shaft is made of a different alloy or non-magnetic material, the PR6424/013-110 CON021 EMERSON will require custom recalibration to compensate for the change in electrical conductivity and magnetic permeability.
A: The PR6424/013-110 CON021 EMERSON is factory-calibrated against ferromagnetic steel 42CrMo4 (DIN 1.7225 / AISI 4140). If your target rotating shaft is made of a different alloy or non-magnetic material, the PR6424/013-110 CON021 EMERSON will require custom recalibration to compensate for the change in electrical conductivity and magnetic permeability.
Q3: Can the PR6424/013-110 CON021 sensor kit be used for overspeed protection on high-speed shafts?
A: Yes. Due to its ultra-fast dynamic performance, the PR6424/013-110 CON021 EMERSON can be deployed to measure shaft trigger-wheel phase reference, tachometer speed, and zero-speed indicators. This makes the PR6424/013-110 CON021 EMERSON an excellent choice for both vibration monitoring and overspeed electronic trip systems.
A: Yes. Due to its ultra-fast dynamic performance, the PR6424/013-110 CON021 EMERSON can be deployed to measure shaft trigger-wheel phase reference, tachometer speed, and zero-speed indicators. This makes the PR6424/013-110 CON021 EMERSON an excellent choice for both vibration monitoring and overspeed electronic trip systems.
Q4: What is the typical supply voltage requirement for a standard PR6424/013-110 CON021 measurement loop?
A: The EMERSON PR6424/013-110 CON021 signal conditioning loop requires a stabilized negative direct current power supply, typically -24 VDC (with an operational range from -18 VDC to -31 VDC). Maintaining clean power within this specification prevents power-line ripple from distorting the high-precision analog output of the EMERSON PR6424/013-110 CON021.
A: The EMERSON PR6424/013-110 CON021 signal conditioning loop requires a stabilized negative direct current power supply, typically -24 VDC (with an operational range from -18 VDC to -31 VDC). Maintaining clean power within this specification prevents power-line ripple from distorting the high-precision analog output of the EMERSON PR6424/013-110 CON021.
Q5: How can a technician perform a quick field check on the PR6424/013-110 CON021 loop integrity?
A: Field validation of the EMERSON PR6424/013-110 CON021 is routinely conducted using a standard static calibration micrometer barrel. By adjusting the physical gap between the EMERSON PR6424/013-110 CON021 probe tip and a target piece, technicians can verify that the converter's output voltage changes by exactly 4 Volts per millimeter of movement.
A: Field validation of the EMERSON PR6424/013-110 CON021 is routinely conducted using a standard static calibration micrometer barrel. By adjusting the physical gap between the EMERSON PR6424/013-110 CON021 probe tip and a target piece, technicians can verify that the converter's output voltage changes by exactly 4 Volts per millimeter of movement.
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