Fluke SOLAR-600 12 Amp Solar Power Analyzer

品牌：美国福禄克
型号：
产地：美国
供应商报价：面议
产品分类：功率计/功率探头

企业性质授权代理商

入驻年限第5年

营业执照已审核

详细介绍
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详细介绍

Available for sale only in the United States and Canada Easily test, maintain, and troubleshoot the efficiency of solar panels

I-V Curve test for solar cell
Maximum solar power (Pmax) search by auto-scan (60V,12A)
Maximum voltage (Vmaxp) at Pmax
Maximum current (Imaxp) at Pmax
Voltage at open circuit (Vopen)

规格与描述

ZD直流电压 (电压)0
最高直流电压 (电压)60
DC 电压精度±1% ± (1% of V open ± 0.1 V)
最小直流电流 (A)0.01
最大直流电流 (A)12
DC 电流精度±1% ± (1% of Ishort ± 9 mA); ±1% ± (1% of Ishort ± 0.09 A)
内存99 records
电池类型Rechargeable lithium battery
功率 (VAC)110 / 220
长度 (in)10
高度 (in)2 1/4
宽度 (in)6
描述12 Amp Solar Power Analyzer

包括

One pair of kelvin clips (12 A max), software CD, RS232C-to-USB bridge cable, soft carrying case, AC adaptor, and rechargeable lithium battery pack.

主要特点

I-V Curve test for solar cell
Maximum solar power (Pmax) search by auto-scan (60V,12A)
Maximum voltage (Vmaxp) at Pmax
Maximum current (Imaxp) at Pmax
Voltage at open circuit (Vopen)
Current at short circuit (Ishort)
I-V curve with cursor
Data logging function to analyze solar power characteristics over a period of time
Efficiency (%) calculation of solar panel
Scan delay setting (0 to 3000 mS)
Solar panel area setting (0.001 m² to 9999 m²)
Standard light source setting (10 W/m² to 1000 W/m²)
Minimum power setting for alarm function and built-in calendar clock
Rechargeable lithium battery with built-in charging circuit
Optical USB cable for PC

关于该商品的更多信息

This solar analyzer is a vital instrument in the manufacturing, installation, and maintenance of solar panels and used for determining proper inverter sizes, optimum power output position of panels, and in identifying broken or worn out cells. The portable design of this analyzer allows solar panel manufacturers to test the characteristics of panels in the production line - ensuring quality control before shipment. Installation engineers can easily test samples of solar panels in the field to verify the quality of the solar panels during installation. Unit monitors the voltage and current under actual operating conditions (in the morning, at noon, and in the afternoon) in order to design the optimal charging system allowing the solar power to be absorbed and stored in the battery. In addition, stored data can be used to help verify the optimal angle of the solar panels, to design an automated angle adjustment system, or even to select an optimal angle for a fixed angle installation. The intuitive menu driven interface makes set up, programming, and operation simple. Unit features a rugged design that is ideal for use on the production floor as well as out in the field.