Continious Wavelength Fiber Laser Source High Efficiency For Cutting / Welding

^{Optical Characteristic Parameters}

^No.

^{Characteristics}

^{Test conditions}

^Min.

^Nom.

^Max.

^Unit

¹

^{Operation mode}

^CW/Modulated

²

^Polarization

^Random

³

^{Output power 500W}

^{100% CW}

⁵⁰⁰

^W

^{Output power 800W}

^{100% CW}

⁸⁰⁰

^W

^{Output power 1000W}

^100%CW

¹⁰⁰⁰

^W

⁴

^{Tuning range ofoutput power}

¹⁰

¹⁰⁰

^%

⁵

^{Emission wavelength}

^{100% CW}

¹⁰⁷⁰

¹⁰⁸⁰

¹⁰⁹⁰

^nm

⁶

^{Spectrum width(3dB)}

^{100% CW}

³

⁴

^nm

⁷

^{Short-term power instability}

^{100% CW>1h}

¹

³

^%

⁸

^{Long-term power instability}

^{100% CW>24h}

³

⁵

^%

⁹

^{Beam quality M2}

^{100%CW(20u-QBH)}

^1.3

^{100%CW(50u-QBH)}

^2.8

¹⁰

^{Laser switching ON time}

^{10% → 90%Output}

⁵⁰

⁸⁰

^us

¹¹

^{Laser switching OFF time}

^{90% → 10%Output}

³⁰

⁵⁰

^us

¹²

^{Modulation rate}

^{100% Output}

²⁰

⁵⁰

^KHz

¹³

^{Red guide laser power}

^{100% Output}

¹⁵⁰

^uw

¹⁴

^{Feeding fiber cable length}

^MFSC-500W

¹²

^m

^MFSC-800W

¹⁵

^MFSC-1000W

¹⁵

¹⁵

^{Feeding fiber core size}

^{50(25,30,100 optional)}

^um

¹⁶

^{Feeding fiber cable bending radius}

²⁰⁰

^mm

¹⁷

^{Output form}

^{Standard QCS/QBH(LOC)}

^{General Characteristic Parameters}

^No.

^{Characteristics}

^{Test conditions}

^Min.

^Nom.

^Max.

^Unit

¹

^{Operating voltage}

¹⁸⁰

²²⁰

²⁴⁰

^VAC

²

^{Nominal power consumption MFSC-500W}

^{100% Output}

²

^kw

^{Nominal power consumption MFSC-800W}

^{100% Output}

^3.2

^{Nominal power consumption MFSC-1000W}

^{100% Output}

⁴

³

^{Operating ambient temperature}

¹⁰

⁴⁰

^℃

⁴

^{Operating ambient relative humidity}

¹⁰

⁸⁵

^%

⁵

^{Cooling method}

^{Water-cooling}

⁶

^{Storage temperature}

^-10

⁶⁰

^℃

⁷

^Dimensions

^750*483*169

^mm

⁸

^Weight

⁶⁵

^kg

^{For reference only. Other beam diameter avai lable by order.}