CON021 EPRO Non-Contact Displacement Measurement Module

CON021 EPRO Non-Contact Displacement Measurement Module | New & Original Stock

Availability: 99 left in stock

EPRO CON021 Non-Contact Displacement Measurement Module The EPRO CON021, also cataloged as the CON021 Signal Conditioning Module, operates as a...

SKU: CON021+PR6423/01B-030-CN

Manufacturer: Emerson
Product No.: CON021+PR6423/01B-030-CN
Product Type: Proximity Sensors
Product Origin: USA
Payment:T/T, Western Union
Weight: 450g
Shipping port: Xiamen
Warranty: 12 months

Description Reviews

EPRO CON021 Non-Contact Displacement Measurement Module

The EPRO CON021, also cataloged as the CON021 Signal Conditioning Module, operates as a dedicated hardware component for non-contact displacement signal processing within EPRO MMS 3000/MMS 6000 protection platforms.

Hardware Specifications

Parameter	Specification
Model	CON021
Brand	EPRO (Emerson)
Origin	Germany / Sweden
Weight	0.45 kg
Dimensions	Standard DIN-rail mount footprint profile
Operating Temp	-35 to +180 deg C (Probe) / -20 to +70 deg C (Converter)
Power Consumption	Nominal 24 VDC external supply
Paired Sensor Model	PR6423/01B-030-CN (8 mm tip)
Measurement Type	Non-contact Eddy Current
System Signal Output	Standardized linear conditioned voltage/current signal
Integrated Cable Length	3.0 m
Frequency Response	DC to over 10 kHz
Target Monitoring Parameters	Shaft vibration, axial displacement, eccentricity
Certifications	CE, UL, CSA compliant

Mechanical Monitoring & TSI Integration

The CON021 converter manages eddy-current probe scaling configurations to ensure precise physical displacement mapping down to the millivolt-per-micrometer range. Field loop calibration relies on strict gap voltage validation (-10 VDC targets) across the linear range of the PR6423 probe to establish a clean zero-point reference for rotor dynamics logging. The underlying electronic circuit features passive cross-talk suppression channels that isolate adjacent sensor magnetic fields, allowing for close multi-probe arrays on high-speed steam turbine bearings without channel-to-channel cross-modulation or measurement artifacts.

Frequently Asked Questions

Q: What is the specific operational risk of altering the factory 3.0-meter length of the probe cable?

A: The system calibration parameters are inextricably tied to the internal resistance and capacitance values of the 3.0-meter extension. Modifying, splicing, or cutting this cable alters the circuit tuning, which skews the scale factor ($V/mm$) and invalidates the linear voltage feedback loops.

Q: How is the physical gap voltage validation (-10 VDC targets) performed during initial field commissioning?

A: With the sensor rigidly mounted, the field engineer monitors the raw DC bias voltage at the converter test points while mechanically adjusting the probe depth. Threading the probe toward or away from the target surface shifts the voltage output until the precise -10 VDC target is stabilized, locating the sensor exactly in the center of its linear calibration curve.

Field Installation Guidelines

Probe Thread Mechanical Alignment: Install the PR6423 probe through the machine housing sleeve. Thread the assembly using dedicated locknuts to prevent shifts in the physical depth reference under continuous high-frequency casing vibration.
Coaxial Transmission Cable Routing: Route the 3.0-meter driver cable through flexible, grounded steel conduits to insulate against external electromagnetic fields generated by heavy-industry electrical machinery. Avoid sharp bends that exceed the minimum specified structural bending radius of the coax insulation.
Converter Chassis Earth Grounding: Mount the CON021 signal conditioner securely onto an industrial DIN rail track. The track must have a clean, continuous low-impedance electrical bond back to the instrument rack functional safety earth ground to shield against high-frequency instrumentation noise.

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