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Micro-Epsilon remolinoNCDT 3060 Sensor de desplazamiento de corrientes parásitas
Official Model Code Definition
eddyNCDT 3060-ES-U1-010-S
- eddyNCDT: Standard product series code for Micro-Epsilon eddy current displacement sensors, differentiated from optoNCDT (laser triangulation) and capacNCDT (capacitivo) serie. It realizes non-contact high-precision displacement measurement based on eddy current principle.
- 3060: Código de serie del producto, standing for standard measuring range series (≥1mm), distinguido de 3061 (small range series ＜1mm) y 3070/3071 (high-performance enhanced series).
- ES: Sensor probe type code. E = standard type, S = short probe; optional types include L=long probe, T=high-temperature probe.
- U1: Measuring range code. U1=1mm range, U2=2mm, S1=3mm, S2=4mm, M1=6mm, M2=8mm, etc..
- 010: Cable length code, representing 10-meter standard cable; opcional: 001=1m, 002=2m, 005=5m, 020=20m.
- S: Special function code. S=standard type, C=temperature compensated type, H=high-pressure type (max.700bar), EX=explosion-proof type.
- Parámetros técnicos básicos (Official Standard)
| Categoría de parámetro | Presupuesto | Observaciones |
| Parámetros básicos | ||
| Principio de medición | Eddy current induction principle | Non-contact measurement, applicable to conductive materials (ferromagnetic / non-ferromagnetic) |
| Voltaje de funcionamiento | 12~32 VDC | Standard industrial power supply, compatible with PLC/DCS systems |
| Consumo de energía | 0.6 W. | Bajo consumo de energía, suitable for long-term continuous operation |
| Tipo de salida | Analog (0.5~9.5V / 4~20mA) + Digital (RS485/USB/Ethernet /EtherCAT/PROFINET) | Multiple interfaces available to match various control systems |
| Calibration Mode | 3-point calibration (3060 serie) / 5-point calibration (3061 serie) | Improve measuring accuracy, adapt to different target materials |
| Parámetros de rendimiento | ||
| Rango de medición | 1/2/3/4/6/8 milímetros | Standard range series; 3061 series offers 0.4mm ultra-small range |
| Resolución | ≤0.01% F.S. (up to 0.02μm for 1mm range) | High-precision measurement for sophisticated industrial applications |
| Linearity | ＜±2.5μm (1mm range) / ＜±5μm (2mm range) | Ensure accurate measuring data |
| Frequency Response | 20 kilociclos (-3dB) | Capable of measuring high-speed dynamic displacement and vibration |
| Sampling Rate | 75 kSa/s (16poco) for analog output, 1 kSa/s (16poco) for digital interface | Fast data acquisition for dynamic measurement |
| Temperature Stability | Sensor: ＜0.25μm/K, Controlador: ＜0.01% F.S./K | Maintain high precision under wide temperature conditions |
| Parámetros físicos | ||
| Probe Material | Acero inoxidable (1.4404/316l) | Corrosion-resistant, ideal for industrial environments |
| Measuring Surface Material | Ceramic / PTFE | Wear-resistant and well-insulated |
| Dimensión | ES-U1: Φ8×22mm, ES-S1: Φ12×28mm | Compact structure for flexible installation |
| Clase de protección | Probe: IP68/IP69K, Controlador: IP67 | A prueba de polvo e impermeable, fit for harsh industrial sites |
| Temperatura de funcionamiento | Probe: -40℃~+200℃, Controlador: -20℃~+70℃ | Wide temperature range for high-temperature industrial scenarios |
| Pressure Resistance | Tipo estándar:10bar, High-pressure type: max.700bar | Applicable to hydraulic systems and other high-pressure environments |
| Peso | Probe: approx.30g, Controlador: approx.200g | Lightweight design to reduce installation load |
- Pautas de solicitud
Aplicaciones recomendadas (✅ Applicable)
- Precision Machinery Manufacturing: Radial/axial runout monitoring of machine tool spindles, positioning accuracy detection of ball screws, parallelism measurement of linear guides
- Automotive Industry: Vibration monitoring of engine crankshafts and camshafts, gear clearance measurement of gearboxes, end face runout detection of brake discs
- Fuerza & Industria energética: Shaft vibration monitoring of steam turbines and generators, amplitude measurement of fan blades, eccentricity detection of motor rotors
- Aerospace Industry: Vibration monitoring of aero-engine blades, structural deformation measurement of landing gears, gap detection of fuselage skin
- Industria metalúrgica: Roll eccentricity measurement, strip steel tension control, mold oscillator vibration monitoring for continuous casters
- Fabricación de semiconductores: Positioning accuracy detection of wafer transfer platforms, displacement measurement of lithography machine worktables, gap control for chip packaging
Unrecommended Scenarios (❌ Avoid)
- Measurement of non-conductive materials (plástico, wood, vaso): Eddy current principle only responds to conductive materials
- Strong electromagnetic interference environment (near high-frequency welders and large inverters): Shielded cables and filters are recommended
- Frequent replacement of target materials without recalibration: Will cause increased measuring errors
- Included angle over 5° between probe and target surface: Affect measuring accuracy; vertical installation is suggested
- Thick insulating coating on target surface (＞0.1mm): Block eddy current penetration and lead to inaccurate measurement
- Humid environment without moisture-proof treatment: High protection level cannot prevent internal circuit damage from long-term immersion
- Cross-Brand Equivalent Replacement List
| Modelo Original | Marca alternativa | Modelo de reemplazo | Notas de compatibilidad |
| Micro-Epsilon eddyNCDT 3060-ES-U1-010-S | KEYENCE | GT2-P12K | Same 1mm range, salida analógica, 10kHz response frequency (slightly lower) |
| OMRON | ZX2-LD100 | 1mm range, salida PNP, ±5μm linearity (slightly inferior) | |
| KEYENCE | GT2-P12 | 1mm range, salida digital, 50kSa/s sampling rate (slightly lower) | |
| RENISHAW | XL-80 | Laser interferometer alternative, higher accuracy with higher cost | |
| Panasonic | HG-C1030 | 1mm range, salida analógica, 5kHz response frequency (low) | |
| ENFERMO | OD2-N120W | 1mm range, salida analógica, ±3μm linearity |
- Complete eddyNCDT 3060 Series Order Codes (Latest Official Version)
| Número de pedido. | Modelo completo | Características | Solicitud |
| eddyNCDT 3060-ES-U1-010-S | Tipo estándar, 1mm range, 10m cable | General industrial precision displacement measurement | Máquinas herramienta, líneas de producción automáticas |
| eddyNCDT 3060-ES-U2-010-S | Tipo estándar, 2mm range, 10m cable | Medium-range measurement | Automotive parts inspection |
| eddyNCDT 3060-ES-S1-010-S | Tipo estándar, 3mm range, 10m cable | Medium-large range measurement | Metallurgical equipment monitoring |
| eddyNCDT 3060-ES-S2-010-S | Tipo estándar, 4mm range, 10m cable | Large-stroke measurement | Logistics conveying equipment |
| eddyNCDT 3060-ES-M1-010-S | Tipo estándar, 6mm range, 10m cable | Extra-large stroke measurement | Aerospace structural inspection |
| eddyNCDT 3060-ES-M2-010-S | Tipo estándar, 8mm range, 10m cable | Maximum range measurement | Large machinery vibration monitoring |
| eddyNCDT 3060-ES-U1-010-T | Tipo de alta temperatura, 1mm range, 10m cable | Temperatura de funcionamiento: -40℃~+200℃ | Engine and high-temperature metallurgical environments |
| eddyNCDT 3060-ES-U1-010-H | High-pressure type, 1mm range, 10m cable | Max pressure resistance:700bar | Hydraulic systems, high-pressure containers |
| eddyNCDT 3060-ES-U1-010-EX | Explosion-proof type, 1mm range, 10m cable | Compliant with ATEX/IECEx standards | Flammable & explosive environments such as chemical and petroleum industry |
Diagnóstico de fallas comunes & Soluciones de mantenimiento (Official Recommended
| Fenómeno de falla | Posibles causas | Pasos para solucionar problemas | Soluciones de mantenimiento |
| Measured Value Drift | 1. Cambio severo de temperatura | 1. Check if ambient temperature is within working range | 1. Install heat shield or select high-temperature model |
| 2. Mismatch between probe and target material | 2. Confirm target material is consistent with calibrated material | 2. Recalibrate for current material | |
| 3. Loose cable connection | 3. Fasten M12 connector | 3. Reconnect and lock connectors | |
| 4. Uncalibrated controller | 4. Re-perform 3-point calibration | 4. Execute calibration via web interface | |
| Ruido de señal severo | 1. Interferencia electromagnética | 1. Check nearby inverters and motors | 1. Install filters or use shielded cables |
| 2. Power supply voltage fluctuation | 2. Control voltage fluctuation within ±10% | 2. Equip regulated power supply | |
| 3. Non-parallel installation between probe and target | 3. Keep included angle below 5° | 3. Adjust installation angle | |
| 4. Oil stain / oxide layer on target surface | 4. Clean target surface | 4. Remove surface dirt | |
| Sin salida de señal | 1. Fuente de alimentación anormal | 1. Verify input voltage 12~32V | 1. Reparar circuito de potencia |
| 2. Cableado incorrecto | 2. Check wiring definition: Red=+, Black=-, Green=signal | 2. Wire strictly in accordance with manual | |
| 3. Damaged probe | 3. Test sensing face with metal object | 3. Replace matched probe | |
| 4. Controller failure | 4. Check controller indicator status | 4. Contact Micro-Epsilon after-sales service | |
| Reduced Measuring Accuracy | 1. Linearity deviation | 1. Inspect linearity deviation range | 1. Perform recalibration |
| 2. Insufficient resolution | 2. Confirm proper range selection | 2. Choose larger-range model | |
| 3. Inadequate frequency response | 3. Adjust frequency response parameters | 3. Optimize response parameters | |
| 4. Instalación suelta | 4. Tighten mounting threads | 4. Fasten sensor firmly | |
| Overheated Probe | 1. Temperatura ambiente excesivamente alta | 1. Control ambient temperature ≤+200℃ | 1. Add heat dissipation measures |
| 2. Internal circuit fault | 2. Confirm current consumption ≤50mA | 2. Apply for professional after-sales maintenance | |
| 3. Long-term high-load operation | 3. Check uniform heating status | 3. Lower sampling rate or set intermittent operation |
Casos de aplicación típicos
Caso 1 Automotive Engine Manufacturing: Crankshaft Axial Runout Monitoring System
Customer Profile
An automotive engine manufacturer with annual output of 1 million 4-cylinder engines needs accurate crankshaft axial runout detection on production lines to ensure assembly precision and engine performance.
Desafíos principales
- 42CrMo alloy steel crankshaft with surface lubricating oil easily causes unstable detection
- Production line speed: 60 pieces per hour, measuring cycle required within 10 artículos de segunda clase
- Working site filled with cutting fluid and metal dust, high protection demand
- Measuring accuracy required: ±1μm to meet standard axial clearance
Soluciones
Deploy 2 sets of eddyNCDT 3060-ES-U1-010-S sensors installed at both ends of crankshaft
Adopt vertical installation with 0.5mm initial distance from crankshaft end face
Match Micro-Epsilon DT3060 controller, connect to PLC system via EtherCAT protocol
Equip 5μm precision filter to prevent cutting fluid and dust intrusion
Efectos de la aplicación
- Crankshaft axial runout measuring accuracy reaches ±0.8μm, qualified assembly rate rises from 98.2% a 99.9%
- 360-day trouble-free continuous operation, maintenance frequency reduced by 90%
- Excellent resistance against cutting fluid and dust, IP68 protection ensures stable operation
- Annual production cost saved about 5 millones de yuanes
Caso 2 Wind Power Industry: Wind Turbine Main Shaft Vibration Monitoring System
Customer Profile
A wind power equipment manufacturer producing 500 sets of 2MW wind turbine units annually needs real-time main shaft vibration monitoring to guarantee operational safety.
Desafíos principales
- Q345 steel main shaft with 1.2m diameter requires 4mm measuring range
- Operating vibration frequency up to 10kHz, sensor frequency response ≥20kHz required
- Dramatic ambient temperature change (-30℃~+60℃) demands excellent temperature stability
- 24-hour uninterrupted monitoring with ultra-high reliability requirement
Soluciones
Instalar 4 sets of eddyNCDT 3060-ES-S2-020-S sensors in 90° layout on front and rear bearing seats
Keep 2mm initial distance between sensor and shaft surface for non-contact measurement
Connect controller to SCADA system via PROFINET for real-time vibration data monitoring
Equip heating device for stable operation under low temperature
Efectos de la aplicación
- Main shaft vibration measuring accuracy reaches ±2μm, early fault warning accuracy up to 95%
- Stable operation within -30℃~+60℃ with temperature drift less than 0.5μm
- 500-day failure-free system operation, turbine maintenance cycle extended from 3 months to 1 año
- Annual wind turbine shutdown loss reduced by about 8 millones de yuanes
- Proceso de dar un título & Información de transporte aéreo
- Certificaciones
CE: Compliant with EU industrial electrical safety standard EN 61010-1
UL: Meet North American industrial equipment safety requirements
RoHS: Lead-free eco-friendly design complying with EU environmental directives
CEM: Conform to EN 55011 Class B electromagnetic compatibility standard with strong anti-interference performance
ATEX/IECEx: Explosion-proof models meet explosion-proof safety standards
- Cumplimiento del transporte aéreo
Sin baterías de litio incorporadas, supercapacitors or hazardous substances
Classified as ordinary industrial electrical equipment, no special documents required for air and sea transportation
Package meets ISTA 2A standard for direct international delivery
- Origen: Made in Germany, original imported with reliable quality
Micro-Epsilon remolinoNCDT 3060 Sensor de desplazamiento de corrientes parásitas
