UT-Z047 Macro Lens for UNI-T UTI760X Thermal Imager

UNI-T UT-Z047 Macro Lens for UTi760X Thermal Camera

Ultra-Close Inspection for Electronics and Precision Components

The UNI-T UT-Z047 Macro Lens transforms the UTi760X thermal camera into a precision microscopic thermal imaging tool, enabling extraordinary close-up inspection with 50μm (0.002 inch) resolution capability. With its specialized 18mm F/1.1 optical design and ultra-close imaging range of 27mm to 76mm (1.1 to 3.0 inches), this advanced lens reveals thermal details invisible to standard thermal cameras, making it indispensable for printed circuit board analysis, semiconductor inspection, precision electronics troubleshooting, and any application requiring component-level thermal diagnostics. The macro lens bridges the gap between standard thermal imaging and thermal microscopy, providing manufacturers, repair technicians, and quality control professionals with unprecedented thermal detail for miniaturized components and electronic assemblies.

Key Features

• 50μm Resolution Capability: Extraordinary thermal detail for component-level diagnostics
• 18mm F/1.1 Macro Design: Specialized optics for ultra-close thermal imaging
• 27mm to 76mm Imaging Range: Ultra-close working distance for precision inspection
• 24° x 19.3° Field of View: Familiar perspective optimized for close work
• PCB and Electronics Optimized: Ideal for circuit board thermal analysis
• Microscopic Thermal Detail: Reveals individual component temperatures
• Automatic Lens Recognition: Seamless UTi760X system integration
• Professional Construction: Precision-engineered for demanding technical applications

Microscopic Thermal Resolution for Electronics

The UT-Z047 Macro Lens delivers extraordinary 50μm resolution, enabling thermal imaging of individual electronic components, circuit traces, semiconductor dies, and other miniaturized elements that standard thermal cameras cannot resolve. This microscopic capability allows engineers and technicians to identify failing components on densely populated circuit boards, detect thermal anomalies in surface-mount devices measuring just millimeters across, and perform detailed thermal analysis of integrated circuits and power electronics. The 50μm resolution represents approximately 500 times finer detail than human hair thickness, providing genuine microscopic thermal imaging capability.

The specialized 27mm to 76mm imaging range positions the camera extraordinarily close to the target, with the optimal working distance around 40-50mm (1.6-2.0 inches) where the lens delivers maximum resolution and image quality. This ultra-close perspective combined with the UTi760X's 640x512 detector array enables thermal imaging of circuit boards, semiconductor packages, and precision assemblies with unprecedented detail. The F/1.1 aperture provides excellent light gathering for the close working distances, ensuring the camera maintains thermal sensitivity even when imaging small, low-emissivity components.

Professional Applications

Electronics Manufacturing and Quality Control

Electronics manufacturers and quality engineers rely on the UT-Z047 for:

• Circuit board thermal profiling during assembly and testing
• Surface-mount component temperature verification
• Solder joint thermal analysis and quality assessment
• Power supply component thermal design validation
• LED array temperature distribution measurement
• Production line thermal quality screening

Electronics Repair and Troubleshooting

Repair technicians and diagnostics specialists use the UT-Z047 for:

• Failed component identification on populated circuit boards
• Short circuit detection and localization
• Voltage regulator and power IC fault diagnosis
• Smartphone and tablet component-level repair
• Computer motherboard troubleshooting
• Consumer electronics thermal fault analysis

Research and Development

Engineers and researchers depend on the UT-Z047 for:

• Prototype circuit board thermal characterization
• Component selection and thermal design optimization
• Integrated circuit thermal behavior analysis
• Power electronics efficiency evaluation
• Thermal interface material performance testing
• Semiconductor package thermal resistance measurement

Specialized Precision Inspection

Technical professionals utilize the UT-Z047 for:

• Solar cell and photovoltaic module defect detection
• Micro-mechanical device thermal analysis
• Precision laser and optical component temperature monitoring
• Battery cell thermal uniformity assessment
• Medical device component temperature verification
• Aerospace electronics thermal qualification

Technical Specifications

Understanding Macro Thermal Imaging Performance

The UT-Z047's extraordinary 50μm resolution enables thermal imaging at scales previously requiring specialized thermal microscopes. At the optimal working distance of approximately 40-50mm, the practical imaging capabilities are:

• At 27mm (minimum distance): Captures approximately 11mm x 9mm area (0.43" x 0.35")
• At 40mm (optimal distance): Captures approximately 17mm x 14mm area (0.67" x 0.55")
• At 50mm (optimal distance): Captures approximately 21mm x 17mm area (0.83" x 0.67")
• At 76mm (maximum distance): Captures approximately 32mm x 26mm area (1.26" x 1.02")

The 50μm resolution means at optimal working distance, the UTi760X's 640x512 detector can resolve:

• Individual SMD resistors and capacitors (0402 and larger packages)
• Integrated circuit pin temperatures on DIP, SOIC, and QFP packages
• Individual circuit board traces and vias
• Solder joints and connection points
• LED die temperatures in multi-chip arrays
• Small electronic component thermal gradients

This microscopic thermal capability enables component-level troubleshooting and quality control that standard thermal imaging cannot achieve.

Lens Comparison Guide

Frequently Asked Questions

What makes the Macro Lens different from using the Standard Lens at close distance?

The UT-Z047 Macro Lens uses specialized optical design that allows the UTi760X to focus at ultra-close distances (27-76mm) while maintaining image sharpness and measurement accuracy. Standard lenses have minimum focus distances of 100mm or more and cannot achieve sharp images closer than their minimum focus specification. More importantly, the macro lens provides genuine 50μm resolution through optimized optics, whereas attempting close-up work with a standard lens would result in blurred images with poor spatial resolution. The macro lens is specifically engineered for the optical challenges of ultra-close thermal imaging.

Can I inspect live circuit boards with the Macro Lens?

Yes, thermal imaging is inherently non-contact and safe for live circuit board inspection. The UT-Z047 enables you to identify overheating components, short circuits, and thermal design issues on powered electronics without risk of damage or electrical shock. However, maintain awareness that the close working distance (27-76mm) requires careful positioning to avoid physical contact with energized circuits. Many technicians use a stable camera mount or tripod for macro thermal imaging to ensure consistent focus and safe clearance from live components. The macro lens is particularly valuable for troubleshooting because it reveals thermal anomalies that multimeters cannot detect.

What is the practical field of view for circuit board inspection?

At the optimal working distance of 40-50mm (1.6-2.0 inches), the UT-Z047 captures approximately 17-21mm x 14-17mm (0.67-0.83" x 0.55-0.67") of circuit board area. This coverage is ideal for detailed analysis of power supply sections, processor areas, or specific circuit blocks. With the UTi760X's 640x512 resolution and 50μm capability, you can simultaneously image dozens of surface-mount components in a single thermal image. For complete board documentation, capture multiple overlapping images that can be assembled into comprehensive thermal maps during analysis.

Does the close working distance affect measurement accuracy?

The UT-Z047 maintains the UTi760X's measurement accuracy specifications within its designed working range of 27-76mm. However, electronics thermal imaging requires attention to emissivity settings, as many electronic components have low emissivity (shiny metal surfaces, plastic packages). The UTi760X allows emissivity adjustment from 0.1 to 1.0 to accommodate different materials. For most accurate results on circuit boards, use emissivity values around 0.90-0.95 for FR4 board material and solder mask, 0.85-0.90 for plastic IC packages, and 0.30-0.50 for bare metal surfaces. The close working distance actually improves measurement by minimizing atmospheric attenuation between lens and target.

What is the warranty period for the UT-Z047 Macro Lens?

UNI-T provides a 1-year warranty on the UT-Z047 Macro Lens, covering manufacturing defects and component failures under normal use conditions. This warranty ensures your investment in specialized thermal imaging accessories is protected.

Why Choose the UT-Z047 Macro Lens?

The UT-Z047 Macro Lens is an essential specialized tool for electronics professionals, manufacturers, repair technicians, and engineers who require component-level thermal diagnostics. Its extraordinary 50μm resolution capability and ultra-close 27-76mm working range enable thermal imaging at scales that bridge the gap between standard thermal cameras and specialized thermal microscopes, making precision thermal analysis accessible and practical for circuit board troubleshooting, quality control, and thermal design validation.

Whether you're an electronics manufacturer performing thermal quality screening, a repair technician diagnosing failed components, a research engineer optimizing thermal designs, or a quality control specialist validating production, the UT-Z047 Macro Lens provides the microscopic thermal resolution your demanding applications require. Its combination of extraordinary detail capability and practical working distances makes it an indispensable tool for any professional working with modern miniaturized electronics and precision components.

Support and Warranty

UNI-T stands behind the UT-Z047 Macro Lens with comprehensive technical support and a 1-year warranty. Our dedicated support team is available to assist with lens selection, application questions, and warranty service.

Microscopic Thermal Resolution for Electronics and Precision Inspection

The UNI-T UT-Z047 Macro Lens delivers unprecedented ultra-close thermal imaging capability for electronics and precision component inspection. With its extraordinary 50μm resolution, 18mm F/1.1 specialized optics, 27-76mm ultra-close imaging range, and 24° x 19.3° field of view, it provides the microscopic thermal detail needed for circuit board analysis, component-level troubleshooting, electronics manufacturing quality control, and precision thermal diagnostics across demanding technical applications.

Order Your UT-Z047 Macro Lens Today and Achieve Microscopic Thermal Imaging for Electronics Diagnostics