TM0180-01-05-35-05-02 ProvibTech 8mm Probe Sensor

Product Overview

ProvibTech TM0180-01-05-35-05-02 is an industrial 8mm eddy current proximity probe. It measures shaft displacement and vibration in rotating machinery. Its M10×1 threaded design supports standard industrial mounting arrangements.

The TM0180 Series addresses demanding machinery monitoring environments. Its rugged cable jacket resists tearing, abrasion, and corrosive exposure. This construction helps protect signal integrity during long-term operation.

The probe and extension cable include protective rubber boots. These boots shield connector interfaces against oil and dirt penetration. The design also helps reduce installation-related contamination risks.

Key Engineering Benefits:

• 8mm eddy current sensing technology for non-contact displacement measurement.
• 2.0mm linear measurement range for shaft vibration monitoring.
• 7.87 mV/μm sensitivity for dynamic displacement signals.
• 0–10 kHz frequency response for machinery vibration analysis.
• Rugged cable construction for demanding industrial environments.
• Hazardous-area approvals for specified industrial installations.
• DIN rail or plate mounting for flexible driver installation.

Technical Specifications

Parameter	Specification
Brand	ProvibTech
Model	TM0180-01-05-35-05-02
Product Series	TM0180 Series
Product Type	Standard 8mm Eddy Current Proximity Probe
Probe Configuration	M10×1, without armor
Probe Type	01
Unthreaded Length	0.5 inch
Case Length	3.5 inches
Total Length Code	05 (0.5 m, according to supplied ordering information)
Connector Configuration	Code 02: Connector included
Weight	0.45 kg
Driver Height	75 mm (2.95 inches)
Driver Mounting	35mm DIN rail or plate mounting

Electrical and Measurement Performance

Parameter	Specification
Power Supply	-23 to -30 VDC
Operating Current	Less than 12 mA
Measurement Technology	Eddy current displacement sensing
Nominal Linear Range	2.0 mm (80 mils)
Measurement Range	0.25–2.25 mm (10–90 mils)
Initial Linear Range Point	0.25 mm (10 mils) from probe face
Reference Target Material	AISI 4140 steel
Sensitivity	7.87 mV/μm (200 mV/mil)
Linearity	Within ±0.0254 mm (±1.0 mil)
Typical Linearity Including Interchangeability	±0.038 mm (±1.5 mils)
Frequency Response	0–10.0 kHz (±3 dB)
Minimum Target Size	15 mm (0.6 inch) diameter
Resolution	Not separately specified in the supplied datasheet

Measurement Engineering Notes:

• The specified sensitivity supports dynamic shaft displacement measurement.
• The 2.0mm linear range covers the specified 0.25–2.25mm operating interval.
• The ±0.0254mm linearity specification applies to a calibrated probe system.
• The ±3dB frequency response extends to 10kHz.
• Use the specified AISI 4140 target material during calibration.
• Target diameter and surface geometry affect measurement performance.

Environmental and Thermal Specifications

Component	Operating Temperature	Storage Temperature
Probe Driver	-40°C to +80°C	-50°C to +100°C
Probe	-40°C to +177°C	-40°C to +177°C
Extension Cable	-40°C to +177°C	-40°C to +177°C

Additional Environmental Performance:

• Humidity tolerance: 100% non-condensing.
• Probe and extension cable support demanding thermal conditions.
• The rugged cable jacket resists mechanical tearing and environmental corrosion.
• Protective rubber boots help prevent oil and dirt from entering connector interfaces.

Temperature Sensitivity:

• Reference configuration: Probe and 5-meter cable.
• Temperature interval: -35°C to +120°C.
• Mid-range tolerance: Within ±0.3%/°C.
• At 2.25mm displacement: Nominal ±0.5%/°C.

Probe Configuration and Ordering Code

Code Segment	Value	Description
Series	TM0180	Standard 8mm proximity probe family
Probe Type	01	Probe configuration
Unthreaded Length	05	0.5 inch
Case Length	35	3.5 inches
Total Length Code	05	0.5 m, according to supplied data
Connector Code	02	Connector included

Complete Ordering Number: TM0180-01-05-35-05-02

Always verify the complete ordering number before replacement. Confirm connector configuration, cable length, thread dimensions, and driver compatibility.

Installation Guide

1. Mechanical Installation

• Verify the mounting thread and available installation clearance.
• Confirm the M10×1 mounting interface before installing the probe.
• Check the shaft surface and target material before positioning the probe.
• Maintain the required probe-to-target clearance within the linear measurement range.
• Secure the probe without applying excessive mechanical force.

2. Cable and Connector Installation

• Route the cable away from high-current power conductors.
• Avoid sharp bends, excessive tension, and repeated mechanical movement.
• Inspect connector contacts before making electrical connections.
• Fit the protective rubber boot correctly.
• Keep connector interfaces clean and free from oil contamination.

3. Driver Installation

• Mount the driver on a 35mm DIN rail or suitable plate.
• Verify the driver supply voltage against the -23 to -30 VDC requirement.
• Check the electrical grounding arrangement before commissioning.
• Confirm signal polarity and termination requirements against the system documentation.

Commissioning and Maintenance

Commissioning Checks:

1. Inspect the probe body, cable jacket, and connector assembly.
2. Verify the probe mounting position and target material.
3. Apply the specified DC supply voltage.
4. Measure the static gap voltage with suitable test equipment.
5. Confirm the displacement output across the calibrated linear range.
6. Compare measured vibration signals with the machinery baseline.

Practical Maintenance Recommendations:

• Inspect cable jackets during scheduled machinery shutdowns.
• Check rubber boots for cracks, looseness, and contamination.
• Monitor gradual changes in static gap voltage.
• Investigate unstable readings before changing alarm thresholds.
• Recalibrate the complete measurement chain after probe replacement.
• Record baseline vibration data after every maintenance intervention.

Typical Applications and Diagnostic Capabilities

The ProvibTech TM0180 Series supports non-contact shaft displacement monitoring. It provides measurement signals for machinery condition monitoring systems.

Application	Monitoring Objective	Diagnostic Value
Industrial Pumps	Shaft vibration monitoring	Identifies abnormal vibration trends and potential bearing-related changes.
Compressors	Rotor displacement monitoring	Helps detect changing rotor vibration patterns.
Steam Turbines	Shaft movement measurement	Supports vibration analysis and machinery protection.
Gas Turbines	Rotating shaft condition monitoring	Provides displacement signals for monitoring systems.
Industrial Fans	Dynamic shaft displacement	Helps identify abnormal operating vibration.
Gearboxes	Shaft movement monitoring	Supports trend analysis of rotating components.

Diagnostic Examples from Field Engineering:

• Unstable vibration readings: Inspect connector contamination and cable jacket damage first. Check grounding and cable routing before replacing the probe.
• Unexpected shaft displacement: Verify the static gap voltage and target surface condition. Check probe alignment before changing alarm limits.
• Intermittent signal fluctuations: Inspect connector engagement and cable movement. Look for damaged insulation or moisture ingress.
• Temperature-related signal drift: Compare operating temperature with the specified temperature sensitivity. Check the complete probe and driver configuration.

These checks help engineers separate sensor installation problems from genuine machinery condition changes. The probe alone does not identify specific mechanical faults. Engineers must evaluate its signal alongside operating conditions and other vibration measurements.

Compatibility and System Integration

• Measurement Principle: Eddy current proximity displacement measurement.
• Target Material: Verify compatibility with the specified conductive target material.
• Calibration: Use a compatible driver and calibrated probe-extension cable system.
• Signal Interface: Confirm the receiving monitor supports the probe driver's electrical output.
• Mechanical Interface: Verify M10×1 thread dimensions and installation clearance.
• Replacement: Match the complete part number and electrical characteristics.

Important Compatibility Notice: Do not assume direct interchangeability with Bently Nevada, Metrix, or other proximity probe systems. Different manufacturers may use different driver voltages, sensitivities, connector configurations, and calibration curves.

Confirm the complete measurement chain before replacing an existing probe. This includes the probe, extension cable, driver, monitor input, and calibration requirements.

Certifications and Hazardous-Area Approvals

Certification	Classification or Approval
ATEX – Driver	II 1 G, EEx ia IIC T4, Ta = -40°C to +80°C
ATEX Certificate – Driver	KEMA06ATEX0217X
CSA – Intrinsically Safe	Class I, Division 1, Groups A, B, C, D, T4
CSA – Zone Classification	Class I, Zone 0, Ex ia IIC T4
CSA – Non-Incendive	Class I, Division 2, Groups A, B, C, D
PCEC	Ex ia IIC T4
GOST R	0Ex ia IIC T4
ATEX – Probe and Cable	II 1 G, Ex ia IIC T4, Ta = -55°C to +115°C
ATEX – Probe and Cable	II 2 G, Ex ia IIC T2, Ta = -55°C to +232°C
ATEX Certificate – Probe and Cable	KEMA07ATEX0110X
CSA – Probe and Cable	Class I, Division 1, Groups A, B, C, D, Ex ia IIC T4

Engineering Compliance Note: Verify the exact certificate, equipment marking, installation conditions, and associated apparatus requirements before hazardous-area deployment. Driver and probe/cable approvals have different temperature limits. Do not treat their ratings as interchangeable.

Global PLC Spare HUB's Insight

In rotating machinery applications, proximity probe reliability depends on more than the sensing element. Cable integrity, connector protection, grounding, target material, and calibration all influence measurement stability.

Consider a centrifugal pump with intermittent shaft vibration readings. The monitoring system may show unstable displacement values during operation. An engineer should inspect the cable jacket and connector interfaces before replacing the sensor.

A damaged cable jacket can increase electrical interference risks. Poor connector protection can also allow oil and dirt to enter the connection. These conditions may affect signal stability.

The TM0180-01-05-35-05-02 addresses several installation challenges through its rugged cable construction and protective rubber boot. However, engineers must still verify grounding, cable routing, and complete system calibration.

Our Selection Advice: Confirm the full part number before ordering. Check the 0.5m length code, M10×1 thread, connector configuration, and driver compatibility. For hazardous-area installations, verify the complete certification chain.

Packaging and Delivery

Standard Packaging List:

• 1 × ProvibTech TM0180-01-05-35-05-02 Standard 8mm Probe.
• Standard connector configuration according to ordering code 02.
• Protective rubber boot, as specified for the probe and extension cable assembly.
• Standard protective export packaging.

Packaging Note: Confirm the exact supplied accessories and cable configuration against the purchase order. Driver and extension cable inclusion require separate confirmation.

Shipping and Fulfillment:

• Shipping Methods: FedEx, UPS, and DHL.
• Dispatch Time: Typically within 24–48 hours after order confirmation.
• Packaging: Protective packaging for international transportation.
• Warranty: 12-month warranty.
• Technical Assistance: Support for model verification and compatibility checks.

Frequently Asked Questions (FAQ)

Q1: What does the ProvibTech TM0180-01-05-35-05-02 measure?

It measures shaft displacement through eddy current sensing. Monitoring systems use its output for shaft vibration and machinery condition analysis.

Q2: What is the linear measurement range?

The specified linear range is 2.0mm. Its operating interval extends from 0.25mm to 2.25mm from the probe face.

Q3: Can this probe operate in high-temperature environments?

The probe and extension cable support temperatures from -40°C to +177°C. The driver has a separate operating range of -40°C to +80°C.

Q4: Why does a proximity probe produce unstable readings after installation?

Common causes include incorrect probe clearance, poor grounding, damaged cable insulation, and contaminated connectors. Check these conditions before replacing the sensor.

Q5: Can I connect this probe directly to a PLC analog input?

Do not connect it directly without verifying the interface. Confirm the driver output type and PLC input requirements. Use a compatible signal-conditioning arrangement when necessary.

Q6: What should engineers check when replacing an existing proximity probe?

Verify the thread, cable length, connector, sensitivity, driver voltage, and calibration curve. Matching the mechanical dimensions alone does not guarantee electrical compatibility.

Q7: Does the TM0180-01-05-35-05-02 include an extension cable and driver?

The supplied ordering information identifies the probe configuration and connector code. Confirm separate driver and extension cable inclusion before purchasing.

Q8: How should engineers select a replacement for a hazardous-area installation?

Check the probe and cable certificates separately. Verify the driver approval, gas group, temperature class, ambient limits, and associated apparatus requirements.

Q9: How can maintenance teams identify cable-related measurement problems?

Inspect the cable jacket, connector contacts, and protective boots. Compare signal stability during stationary and operating conditions. Check grounding before adjusting alarm settings.

Q10: What information should buyers provide when requesting a quotation?

Provide the complete part number, required quantity, operating environment, and delivery destination. Include existing driver and extension cable models when requesting compatibility confirmation.

Warranty and Technical Support

Global PLC Spare HUB provides a 12-month warranty for this product, subject to the applicable sales terms.

Contact our team for pricing, stock confirmation, product identification, and technical compatibility assistance.

Request a quotation for: ProvibTech TM0180-01-05-35-05-02.

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