Description
Unboxing & Physical Snapshot
- Brand & Model: EPRO CON011, Part No. 9200-00001N, Eddy Current Proximitor
- Physical Dimensions: 4.3 in × 2.7 in × 1.2 in
- Estimated Shipping Weight: 0.55 lb (0.25 kg, packed with anti-static foam inside rigid export carton)
- What’s in the Box: CON011 proximitor assembly, status LED indicators, factory serial test certificate; eddy current probe, extension coaxial cable, terminal connectors sold separately.
Product Introduction (Structure A: Environmental hook)
The EPRO CON011 9200-00001N proximitor is Emerson EPRO precision eddy-current signal conditioning unit, designed for machinery protection cabinets of steam turbines, gas turbines and centrifugal compressors in power, oil & gas and petrochemical industries. It is built to withstand severe working conditions including high mechanical vibration, strong electromagnetic interference, wide temperature fluctuations and airborne contaminants which degrade ordinary signal conditioning modules. This proximitor supplies high-frequency excitation power to eddy current proximity probes and converts the impedance variation detected by the probe into usable analog signals for measuring relative shaft vibration, thrust shaft position and shaft eccentricity. It continuously monitors probe and cable health, detecting open-circuit, short-circuit and internal hardware faults and outputting fault alarms. Probe cable diagnostic coverage and API 670 compliance are key assessment items during third-party machinery safety audits. Conformal coated PCB protects sensitive front-end circuits from dust, moisture and electrical transients inside control cubicles.
Core Technical Specifications
| Parameter | Value |
|---|---|
| Platform | Emerson EPRO rotating machinery monitoring system |
| Part Number | CON011 / 9200-00001N |
| Product Type | Eddy current proximitor (signal converter) |
| Measured Parameters | Relative shaft vibration, thrust position, shaft eccentricity |
| Power Supply | -24 VDC (range: -23 ~ -32 VDC) |
| Frequency Response | 0.1 Hz ~ 1000 Hz |
| Linear Measurement Range | ±1 mm |
| Output Signal | Analog voltage / 4–20mA |
| Built-in Diagnostics | Probe open/short circuit, cable failure, hardware self-test |
| Operating Ambient Temperature | -40 °C ~ +85 °C |
| Storage Temperature | -40 °C ~ +85 °C |
| Relative Humidity (operating) | 5% ~ 95%, non-condensing |
| Compliance | API 670 for critical rotating machinery protection |
| Mechanical Construction | Compact metal housing, conformal coated PCB, DIN rail mount |
Global Compliance & Industry Certifications
- CE Mark
- UL/cUL Listed
- API 670 Rotating Machinery Protection Standard
- ISA-S71.04 G3 Environmental Contaminant Rating
- RoHS compliant for applicable production batches
UL/cUL certification confirms insulation and thermal performance for continuous long-term operation in turbine machinery protection cubicles. Serial-number specific certificates should be verified per individual unit.
Long-Term Storage & Asset Preservation Guide
Store the proximitor sealed in original ESD shielding bag and reinforced shipping crate within a dry, temperature-stable warehouse. Electrostatic discharge can damage high-sensitivity eddy-current front-end circuits and result in measurement drift, false alarms or complete loss of shaft position monitoring after cabinet installation. Inspect spare units every 24 months. For units stored over three years, perform bench calibration test with matched eddy current probe before commissioning; component aging may introduce measurement offset errors. Do not stack heavy cabinet hardware on the proximitor enclosure. Mechanical impact may crack PCB traces or damage internal signal circuits and cause intermittent displacement measurement faults.
Physical Installation Prerequisites
Reserve adequate ventilation space in the cabinet for heat dissipation. High cabinet ambient temperature increases measurement drift and accelerates component aging. Mount CON011 on DIN rail in machinery protection cabinet. Use matched EPRO eddy current probe and designated extension coaxial cable. Separate probe cable runs from high-power cables to minimize EMI interference. Bond cabinet chassis to protective earth. The measurement range and alarm thresholds need configuration via host machinery monitoring software after installation.
Buyer’s FAQ
Q: What HS tariff code applies to EPRO CON011 9200-00001N for cross-border shipments? A: Primary HS classification falls under 853710 for industrial machinery monitoring signal conditioning assemblies. Confirm classification with your customs broker before export filings, as rulings depend on supporting technical documentation.
Q: What country of origin is marked on EPRO CON011 9200-00001N? A: Country of Origin is Germany. This marking appears on the unit nameplate and must be reproduced on commercial invoices for cross-border compliance audits.
Q: Does CON011 9200-00001N need matching probe and extension cable? A: Yes. This proximitor must be paired with compatible EPRO eddy current probe and specified extension coaxial cable. The whole assembly (probe + cable + proximitor) is calibrated as one unit.
Q: Should I purchase all-risk shipping insurance for this spare EPRO proximitor? A: Yes. Transit shock can create hidden PCB microcracks or damage sensitive front-end conditioning circuits. Intermittent displacement measurement faults may only manifest after probe and field cable connection. All-risk insurance covers full replacement value for transit handling defects.
Start Chat
Send an Email
