Multi-Channel Anemometer – Model 1580

Scalable Air Velocity & Temperature Measurement System for Precision Testing

Evaluating complex airflow distribution requires measuring multiple points simultaneously. Relying on a single handheld meter to map multi-directional thermal currents or internal duct patterns creates massive gaps in your data and drastically slows down validation cycles.

The Multi-Channel Anemomaster Model 1580 is an enterprise-grade, fixed-chassis airflow measurement system designed for high-density environmental mapping. Capable of supporting up to 12 channels of miniature thermal air velocity probes per unit, the Model 1580 provides the synchronous data logging required to analyze heat sink efficiency, automotive interior ventilation, and complex aerodynamic profiles in real time.

Technical Architecture & System Configurations

The Model 1580 features a modular hardware layout, allowing R&D labs to scale up measurement density as testing demands grow.

Core Operational Advantages

1. High-Density Spatial Mapping

• Synchronous Data Capture: Logs air currents from all connected probes at the exact same instant, providing a true visual map of cross-sectional airflow profiles.

• Interchangeable Micro-Probes: Supports highly specialized, ultra-small hot-wire sensors designed to cause minimal flow resistance while fitting into cramped electronic assemblies.

2. Comprehensive Evaluation Software

• Real-Time Data Visualization: The companion software translates raw data arrays into easy-to-read graphs, time-series charts, and digital readouts.

• Streamlined Excel Exporting: Automatically packages massive multi-channel test logs into formatted spreadsheets for immediate post-processing and client reporting.

Primary Applications Across Engineering Sectors

The high channel capacity and pinpoint accuracy of the Model 1580 make it a foundational diagnostic tool in several fields:

• Electronics & PCBA Thermal Management: Mapping airflow pathways inside server chassis, power supplies, and consumer electronics to isolate thermal stagnation points.

• Automotive Cabin Ventilation Testing: Positioning multiple sensors across dashboards, footwells, and seat surfaces to evaluate HVAC passenger comfort uniformity.

• Wind Tunnel & Aerodynamic Modeling: Providing multi-point velocity verification across scale models or complex structural geometries during aerodynamic testing.

• Data Center Climate Optimization: Monitoring cold-aisle and hot-aisle containment air velocity patterns to optimize cooling efficiency and reduce energy usage.