LMG95單相高精度電能/功率分析儀
0.03%總精度,50kHz帶寬,100kHz采樣速率,連續(xù)無間隙采樣測量分析過程.單通道,zui功率分析儀
功率分析儀大中國地區(qū)總代理,亞太區(qū)維修服務(wù)中心。
產(chǎn)品特征:
- 測量電壓,電流,功率,功率因數(shù),電能等參量
- 輸入通道隔離.極低的容抗和*的動態(tài)共模抑制比及抗干擾能力
- DC to 50 kHz 高精度帶寬, 即使在功率因數(shù) <0.01 時,也能做到高精度測量.
- 連續(xù)無間隙采樣測量過程
- 諧波及閃變測量,符合標(biāo)準(zhǔn) EN 61000-3-2 和 EN 61000-3-3
- 諧波及間諧波分析,都可達(dá)99次
- 瞬態(tài)功能
- 模擬量和數(shù)字量輸入輸出
- 外部電壓分壓器輸入
- 電腦接口,記憶卡插口
- 單色屏幕顯示:4-8個測量值,波形圖,計算圖表,柱狀圖
- 通用的接口,經(jīng)濟(jì)及方便使用
- 帶公式編輯器
- 帶LabVIEW 驅(qū)動
典型應(yīng)用:
開關(guān)電源,AC/DC電機(jī)和發(fā)電機(jī),電子及傳統(tǒng)的變壓器, ballasts, PWM變頻器,超聲波發(fā)生器,鐵磁損耗,節(jié)能照明,電介柵放電燈,低壓和高壓放電燈,電能及功率標(biāo)定基準(zhǔn)
LMG95 Single Phase Precision Power Analyzer
Typical Applications:
Measurements on switching power supplies, AC/DC motors and generators, electronic and conventional transformers, ballasts, PWM frequency inverters, ultra-sonic generators, ferromagnetic core losses, lighting, dielectric barrier discharge lamps, low and high pressure discharge lamps, calibration reference for power and energy
Measures voltage, current, inrush current, power, power factor, energy etc.
Isolated measurement inputs with extremely low capacitance against earth to assure high dynamics CMR and interference immunity
DC to 500 kHz precision bandwidth, precise at low cosphi <0.01
Absoluy gap-free measuring process
Harmonics and flicker measurement according to EN61000-3-2 and EN61000-3-3
Harmonics and interharmonics up to the 99th harmonic resp. up to 99 interharmonics
Transient function
Analog and digital in/outputs
External shunt voltage input
PC interfaces, memory-card slot
Graphical monochrome display to show 4 to 8 measured values, wave form, diagrams of calculated values and bar charts
Ergonomic user friendly interface
Formula editor
LabVIEW driver
Model | Phases | Frequency | Basic accuracy | Voltage ranges | Current ranges | Interfaces |
LMG95 | 1 | DC - 50kHz | 0.03% | 6 - 600V | 150mA - 20A | IEEE 488, RS 232, USB |
| | optional 500kHz | | Special modifications of measuring input ranges available as option | Special modifications of measuring input ranges available as option | |