Multi-Channel Anemometer PRO – Model 1590
Multi-Channel Anemometer PRO – Model 1590
| Product | Multi-Channel Anemomaster PRO Main Unit | ||
|---|---|---|---|
| Model | 1590-00 | ||
| Display, Operation | 7-inch color LCD with touch panel | ||
| Communication Function | Data | USB Type-A: For USB memory | |
| Remote Measurement | Modbus (Ethernet, USB Serial) | ||
| Between Units | RS485 (Standard cable) | ||
| Recording Media | Medium | Built-in memory | |
| Format | CSV format | ||
| Recording Capacity | 8GB (One hub unit can measure 1000 sampling times, about 24500 times). | ||
| External Trigger Input | Pin jack terminal Φ2.5 audio jack (Edge detection at start) | ||
| Language | Japanese, English, Chinese | ||
| Power Supply | DC12 to 24V (Select either one of 3 options below)
1) Connection with other unit, 2) AC adaptor (90W), 3) DC power cable |
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| Power Consumption | Up to 50W | ||
| Operating Environment | 5~40℃, 0~85% RH (No Condensation) | ||
| Storage Environment | -10~60℃, 0~90% RH (No Condensation) |
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| Dimensions | W220mm × D130mm × H40mm | ||
| Weight | 0.6 kg | ||
| Standard Accessories | AC Adapter (90W), Software (CD), Operation manual, USB cable, Rubber cap | ||
| Warranty | 1 year | ||
Description
Multi-Channel Anemometer PRO – Model 1590
High-Density Airflow & Thermal Analysis System for Research & Development
Precision engineering requires more than just a single data point. When testing complex cooling systems, automotive HVAC, or aerodynamic models, you need to visualize the entire airflow profile simultaneously.
The Anemomaster PRO Model 1590 is the next generation of multi-point measurement. Designed for high-speed data acquisition, this system allows you to connect up to 12 simultaneous channels of miniature thermal air velocity probes. With a vivid touchscreen interface and advanced data-logging capabilities, it eliminates the guesswork of sequential testing and provides a real-time “map” of your environment.
Technical Performance & System Specifications
The Model 1590 is built for demanding laboratory and industrial environments where accuracy and synchronization are non-negotiable.
| Specification | Capability | Field/Lab Value |
| Channel Density | Up to 12 channels per unit | Map entire cross-sections or grids instantly without repositioning sensors. |
| Measurement Modes | Velocity, Temperature, & Humidity | Correlate thermal cooling efficiency with actual air speed. |
| Data Synchronization | Simultaneous millisecond sampling | Captures transient turbulence and air current shifts across all points at once. |
| Probe Compatibility | Ultra-small hot-wire sensors | Fits into cramped server racks, PCBA enclosures, and tight ductwork with minimal flow disruption. |
| Interface | High-Res Color Touchscreen | Immediate visual feedback with line graphs and digital readouts. |
Key Operational Advantages
1. High-Density Spatial Mapping
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Synchronous Capture: Unlike handheld units that require moving from point to point, the 1590 logs every sensor at the exact same micro-second. This provides a true, “frozen-in-time” snapshot of your airflow profile.
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Interchangeable Micro-Probes: Use specialized, ultra-small hot-wire probes designed to cause minimal resistance while measuring tight spaces like high-density server chassis or internal combustion engine cooling ducts.
2. Streamlined Data Management
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On-Board Logging: Store massive datasets directly on the device.
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USB/PC Export: Seamlessly transfer multi-channel logs into Excel or specialized analysis software for rapid report generation.
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Remote Monitoring: Configure and monitor tests remotely to maintain safety in hazardous or hard-to-reach testing areas.
Primary Professional Applications
The Model 1590 is a cornerstone diagnostic tool for industries where air movement equals product performance:
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Electronics Thermal Management: Optimizing fan placement and heat sink design in server racks, power supplies, and consumer electronics.
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Automotive HVAC Development: Testing passenger cabin air distribution across dashboards, footwells, and rear vents for uniform comfort.
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Wind Tunnel & Aerodynamics: Multi-point velocity verification across scale models or complex structural geometries.
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Data Center Climate Optimization: Mapping cold-aisle and hot-aisle containment to maximize cooling efficiency and reduce energy waste.
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