Fischer DELTASCOPE MP10E Electromagnetic Induction Coating Thickness Gauge

Overview

The Fischer DELTASCOPE MP10E is a portable, microprocessor-controlled electromagnetic induction coating thickness gauge engineered for rapid, reliable measurement of non-magnetic coatings on ferromagnetic substrates. It operates strictly in accordance with the internationally recognized standards DIN EN ISO 2178 and ASTM B499, ensuring metrological traceability and repeatability across industrial quality control environments. Unlike advanced models with data logging or PC interface capabilities, the MP10E is purpose-built for applications where immediate, on-the-spot verification is required—without the overhead of software integration, audit trails, or long-term data archiving. Its core functionality centers on high-speed, single-point thickness assessment of metallic layers—including chromium, copper, zinc, nickel—and non-conductive organic coatings such as paint, lacquer, and polymer-based finishes applied to steel and iron substrates. The instrument’s design prioritizes ergonomic simplicity and operational immediacy, making it especially suitable for production floor technicians, incoming inspection personnel, and maintenance teams requiring consistent pass/fail verification under variable lighting or spatial constraints.

Key Features

• Integrated 60 × 30 mm (2.4″ × 1.2″) high-contrast LCD display with dual-line alphanumeric output (16 characters per line), enabling simultaneous visualization of measured value, count of readings, active mode indicators, and operator prompts.
• Automatic probe recognition via plug-in interface—supports all Fischer E-series and VxE-series electromagnetic probes (e.g., EGAB1.3), eliminating manual configuration and reducing setup errors.
• Calibration parameters stored directly within each probe head, allowing immediate measurement upon connection without recalibration or parameter entry.
• Compact, handheld form factor with robust mechanical housing rated for industrial use; optimized for one-handed operation and repetitive field measurements.
• Battery-powered operation using standard or rechargeable cells—no external power supply required, ensuring uninterrupted use in remote or mobile settings.
• No embedded memory or internal storage: aligns with lean QC workflows where real-time decision-making supersedes historical trend analysis.

Sample Compatibility & Compliance

The MP10E is validated exclusively for electromagnetic induction measurements on ferromagnetic base materials (e.g., low-carbon steel, cast iron) coated with non-magnetic layers. Compatible coating types include electroplated metals (Cr, Cu, Zn, Sn, Ni), anodized layers (on steel substrates only when applicable), and insulating organic films (epoxy, polyurethane, acrylic, polyester). It is not suitable for non-ferrous substrates (e.g., aluminum, copper, stainless steel 304/316) or conductive coatings on non-ferrous bases. All measurements comply with the physical principles defined in DIN EN ISO 2178 (non-magnetic coatings on magnetic substrates) and ASTM B499 (standard test method for measurement of coating thicknesses by magnetic and eddy current test methods). While the device itself does not generate electronic records, its measurement methodology supports GLP-aligned manual documentation practices when used within controlled inspection procedures.

Software & Data Management

The DELTASCOPE MP10E operates as a standalone measurement terminal with no onboard software stack, firmware-upgradable interface, or digital connectivity options. It features zero data storage capacity and lacks USB, Bluetooth, RS-232, or analog output interfaces. This architecture intentionally excludes requirements for FDA 21 CFR Part 11 compliance, electronic signature validation, or audit trail generation—making it appropriate for environments where regulatory-grade data integrity is managed externally (e.g., via paper-based checklists, shop-floor logbooks, or third-party LIMS integration at the process level). Calibration verification remains dependent on traceable reference standards (not included) and periodic user verification per ISO/IEC 17025–aligned internal procedures.

Applications

• Routine in-process verification of electroplating thickness in automotive fastener and chassis component manufacturing.
• Final inspection of painted steel enclosures in electrical cabinet and HVAC equipment assembly.
• Supplier incoming inspection of galvanized structural steel elements prior to welding or powder coating.
• Maintenance department checks of protective coatings on industrial machinery frames and support structures.
• Educational laboratory use for demonstrating fundamental electromagnetic induction principles in materials science curricula.

FAQ

Does the MP10E support measurement on aluminum or stainless steel substrates?
No. The instrument relies on electromagnetic induction and is calibrated only for ferromagnetic substrates such as carbon steel and cast iron.
Can I connect the MP10E to a computer or export measurement data?
No. The device has no communication ports or internal memory; all readings must be recorded manually.
Is probe calibration performed inside the instrument or within the probe itself?
Calibration parameters are permanently stored in the probe’s internal memory—no user calibration is required after probe attachment.
What accessories are supplied with the MP10E unit?
The standard package includes a protective cap, molded carrying case, batteries, and a printed operating manual. Probes and certified calibration standards must be ordered separately.
Does the MP10E meet requirements for ISO 9001-certified quality systems?
Yes—as a measurement tool compliant with DIN EN ISO 2178 and ASTM B499, it fulfills the metrological validity criteria for coating thickness verification when used within documented inspection procedures and maintained with traceable standards.