Model 1580 Multi-channel Anemometer

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Model 1580 Multi-channel Anemometer Specification

Noise Level
<40 dB(A)

Output Type
Digital Display

Power Supply
AC Adapter

Working Temperature
0C to 50C

Operating Temperature
0C to 50C

Features
Simultaneous Multi-channel Measurement, Data Logging, Backlit LCD Display

Application
Air Velocity Measurement in HVAC, Laboratories, Environment Monitoring

Connector Type
Dedicated Sensor Ports

Cooling Method
Natural Air Cooling

Phase
Single Phase

Product Type
Multi-channel Anemometer

Input Voltage
100-240V AC, 50/60 Hz

Voltage Protection
Over-voltage, Over-current Protection

Efficiency
High Precision Measurement

Material
ABS Plastic, Metal Parts

Storage Temperature
-20C to 60C

Weight
Approx. 1.5 kg

Number of Channels
Up to 8 channels simultaneously

Accuracy
2% of Reading

Resolution
0.01 m/s

Mounting
Bench Top/Portable

Measurement Range
0.1 m/s to 25 m/s (varies by probe)

Alarm Function
Programmable High/Low Alarms

Sensor Type
Hot Wire/ Vane Type Probes

Data Storage
Internal memory for data logging

Interface
RS232/USB for PC Connectivity

Dimensions
Approx. 300mm x 200mm x 80mm

Display
Large Backlit LCD

About Model 1580 Multi-channel Anemometer

Max. 12 channels simultaneous measurement
15 types of compatible probes for various applications
The smallest size miniature probe in the industry available
Measurement range from Min. 0.01m/s to Max. 50.0m/s with high responsivity and accuracy
High heat resistance (Temperature range: 0~120) enables to accurately measure even in severe conditions
High portability makes it easier to carry to the site

Specification of Main Unit
Product Name	Multi-Channel Anemomaster
Model Number	1580-00
Number of Channels	Max. 12 channels
Analog output	0 to 5 V (with optional module)
Air Velocity Measurement Range	Between main unit and PC: USB Micro-B
	Between main unit and probes: serial communication (Standard cable)
	Between main unit and analog unit: serial communication (Connection with analog unit)
Power Supply	DC12~24V Please select either one of 3 options below 1. Connection with analog unit 2. AC adaptor (90W) 3. DC power cable
Power Consumption	Max. 50W
Operational Environment	Temperature: 5~40, Humidity: 0~85%RH (*No condensation)
Storage Environment	Temperature: -10~60, Humidity: 0~90%RH (*No condensation)
Size	Approx. W220 x D130 x H40 (mm)
Weight	Approx. 0.6 kg
Standard Accessories	AC adaptor (90W), software CD, instruction manual, USB cable, rubber cap
Warranty	For 1 year after the purchase
Specification of Analog Unit
Product Name	Analog unit
Model Number	1592-00
Number of Channels	Max. 12 channels
Communication Function	Between main unit and analog unit: serial communication (Connection with main unit)
Analog Output	Voltage output (Range: 0~5V, Output resistance: 1k)
Analog Output	Current output (Range: 4~20mA, Load resistance: 250)
Power Consumption	10W
Operational Environment	Temperature: 5~40, Humidity: 0~85%RH (*No condensation)
Storage Environment	Temperature: -10~60, Humidity: 0~90%RH (*No condensation)
Size	Approx. W220 x D130 x H40 (mm)
Weight	Approx. 0.5 kg
Standard Accessories	Setup guide, connection clip (2 pcs), Rubber cap (2 pcs), separate terminal block for analog unit (3 pcs)
Warranty	For 1 year after the purchase

Model	Parameter	Directivity	Velocity			Temperature		Humidity		Operational Temperature	Temperature Compensation
Model	Parameter	Directivity	Meas. Range	Accuracy	Responsivity	Meas. Range	Accuracy	Meas. Range	Accuracy	Operational Temperature	Temperature Compensation
0972-00 0973-00	Velocity	Directional	0.0150.0m/s	2% of reading or 0.02m/s, whichever is greater	1 sec	N/A	N/A	N/A	N/A	0100	0100 5% of reading
0975-00	Velocity	Omi-directional	0.0125.0m/s	2% of reading or 0.02m/s, whichever is greater	1 sec	N/A	N/A	N/A	N/A	0100	0100 5% of reading
0975-09 0975-10	Velocity	Omi-directional	0.0150.0m/s	2% of reading or 0.02m/s, whichever is greater	3 sec	N/A	N/A	N/A	N/A	0100	0100 5% of reading
0976-03 0976-04 0976-07	Velocity	Omi-directional	0.0130.0m/s	3% of reading or 0.02m/s, whichever is greater	3 sec	N/A	N/A	N/A	N/A	0120	0120 5% of reading
0976-13 0976-14 0976-17	Velocity	Omi-directional	0.0130.0m/s	2% of reading or 0.02m/s, whichever is greater	3 sec	N/A	N/A	N/A	N/A	0100	0100 5% of reading
0976-05	Velocity, Temperature	Omi-directional	0.0130.0m/s	3% of reading or 0.02m/s, whichever is greater	3 sec	0120	0.5%	N/A	N/A	0120	0120 5% of reading
0976-15	Velocity, Temperature	Omi-directional	0.0130.0m/s	2% of reading or 0.02m/s, whichever is greater	3 sec	0100	0.5%	N/A	N/A	0100	0100 5% of reading
0975-21	Velocity, Temperature	Omi-directional	0.0125.0m/s	2% of reading or 0.02m/s, whichever is greater	3 sec	0100	0.5%	N/A	N/A	0100	0100 5% of reading
0975-31	Velocity, Temperature, Humidity	Omi-directional	0.0125.0m/s	2% of reading or 0.02m/s, whichever is greater	3 sec	060	0.5%	595%RH	580%RH: 3%RH 8090%RH: 5%RH	060	0100 5% of reading

Advanced Multi-Channel Measurement

Efficiently capture and monitor air velocity across up to 8 different locations simultaneously with the Model 1580 Multi-channel Anemometer. Its compatibility with both hot wire and vane type probes ensures precise results for a variety of professional applications, from laboratory research to on-site HVAC testing.

User-Friendly Display and Data Logging

The anemometer boasts a large, backlit LCD display for clear visibility under all lighting conditions. With built-in internal memory, you can conveniently log and recall data sessions, while the programmable alarm function alerts you to deviations, ensuring proactive response in sensitive environments.

Robust Design and Connectivity

Constructed from durable ABS plastic and metal, and protected against voltage fluctuations, the Model 1580 offers enduring performance. Portable yet sturdy, it's powered by an AC adapter and communicates seamlessly with your PC via RS232 or USB, allowing for easy data analysis and reporting.

FAQ's of Model 1580 Multi-channel Anemometer:

Q: How can I use the Model 1580 Multi-channel Anemometer for simultaneous air velocity measurement across different points?

A: The Model 1580 is designed with up to 8 dedicated sensor ports, allowing you to connect multiple hot wire or vane type probes at once. This enables accurate, real-time monitoring of air velocity from several locations simultaneously, streamlining complex environmental assessments or HVAC balancing tasks.

Q: What is the recommended process for logging and transferring measurement data?

A: Data logging is managed internally thanks to the device's built-in memory. After conducting measurements, you can connect the anemometer to a PC using either the RS232 or USB interface for transferring and analyzing your logged data, making the process efficient and convenient.

Q: When should I make use of the programmable high/low alarm feature?

A: The programmable alarm function is ideal during critical monitoring where exceeding specific air velocity thresholds may indicate a problem. Set your desired high and low parameters; when measurements exceed these limits, the alarm activates, alerting you immediately to potential issues.

Q: Where is the Model 1580 Multi-channel Anemometer most beneficially used?

A: This anemometer excels in environments requiring accurate air velocity measurement such as HVAC system assessments, laboratory airflow studies, and environmental monitoring projects. Its portable design also makes it suitable for both fieldwork and bench-top operations alike.

Q: What are the benefits of using hot wire and vane type probes with this device?

A: Hot wire probes offer high sensitivity for low air velocity, making them ideal for precision laboratory applications, while vane type probes are more robust, suitable for higher velocity or turbulent airflows. This flexibility ensures you obtain the most accurate readings regardless of the measurement environment.

Q: How does the Model 1580 ensure measurement accuracy and device protection?

A: The Model 1580 features a measurement resolution of 0.01 m/s and an accuracy of 2% of reading. It is also equipped with over-voltage and over-current protection to safeguard its internal circuits during operation, ensuring both safety and reliability.

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