maxphotonics fiber laser source 500w 800w 1000w 1500w

Product Parameters

Parameter	Unit	Data	Data	Data	Data	Data
Type		MFSC-200	MFSC-300L	MFSC-500	MFSC-800	MFSC-1000
Operation mode		CW	CW	CW	CW	CW
Central wavelength	nm	1080±4	1080±4	1080±4	1080±4	1080±4
Polarization		Random	Random	Random	Random	Random
Output power	w	200	250	500	800	1000
Laser power stability	%	≤2	≤2	≤3	≤3	≤3
Power tunable range	%	10~100	10~100	10~100	10~100	10~100
Operation voltage	VAC	220	220	220	220	220
Power consumption	w	<1.2	<1.5	<2.0	<3.0	<4.0
Fiber length	m	2-10	2-10	10-15	10-15	10-15
Weight	kg	35	50	55	60	65
Cooling		Air cooling	Air cooling	Air cooling	Air cooling	Air cooling

MFSC-500W		Maxphotonics Single-mode CW Fiber Laser 500W
MFSC-800W		Maxphotonics Single-mode CW Fiber Laser 800W
MFSC-1000W		Maxphotonics Single-mode CW Fiber Laser 1000W

ITEMS	FUNfrontCTION DESCRIPTION
(OFF ON) Key Switch	Power switch of laser
(Emergency stop)	Emergency stop
Emergency Stop Switch
(Start) Start Switch	Start laser (on-off signal of hardware)
ALARM	Abnormal situation light of laser
ACTIVE	Normal situation light of laser
POWER	Power light of laser

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ITEMS	FUNCTION DESCRIPTION
CTRL	External control connector
RS232	RS232 connector
AC220	220VAC power input
POWER	Leakage protection switch
WATER OUT	Water cooling output port
WATER IN	Water cooling input port

 

Optical Output Head (QBH head)

 

Optical Characteristic Parameters

 

No.	Characteristics	Test conditions	Min.	Nom.	Max.	Unit
1	Operation mode	CW/Modulated
2	Polarization		Random
	Output power 500W	100%CW		500
3						W
	Output power 800W	100%CW		800
	Output power 1000W	100%CW		1000
4	Tuning range of output		10		100	%
	power
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	%
		100%CW			1.3
		（20u-QBH)
9	Beam quality M²
		100%CW			2.8
		（50u-QBH)
10	Laser switching ON time	10% → 90%Output		50	80	μs
11	Laser switching OFF time	90% → 10%Output		30	50	μs
12	Modulation rate	100%Output		20	50	KHz
13	Red guide laser power	100%Output	150			μW
	Feeding fiber cable	MFSC-500W		12		m
14		MFSC-800W		15		m
	length
		MFSC-1000W		15		m
15	Feeding fiber core size	50（25、30、100 optional）				μm
16	Feeding fiber cable		200			mm
	bending radius
17	Output form	Standard QBH（LOC）

 

General Characteristic Parameters

 

No.	Characteristics	Test conditions	Min.	Nom.	Max.	Unit
1	Operating voltage		180	220	240	VAC
	Nominal power
	consumption	100%Output			2	KW
	MFSC-500W
	Nominal power
2	consumption	100%Output			3.2	KW
	MFSC-800W
	Nominal power
	consumption	100%Output			4	KW
	MFSC-1000W
3	Operating ambient		10		40	℃
	temperature
4	Operating ambient		10		85	%
	relative humidity
5	Cooling method		Water-cooling
6	Storage temperature		-10		60	℃
7	Dimensions	750*483*169				mm
8	Weight	65				kg

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Water Cooling Condition

 

		Maxphotonics Version
SN.	Characteristics	Laser Model		Min.	Typ.	Max.	Unit
1	Method		Water Cooling
	Water	300W-1500W		26		28
2	Temperature						℃
		2500W-6000W		25		26
	for laser
		300W /500W		10
		Flow Rate		12
	Water Flow
		1500W		15
3	Rate for laser						L/min
		2500W		30
	cooling
		4000W		42
		6000W		65

 

 

 

 

 

 

 

 

 

 

		300W /500W	21
		800W/1000W	30
4	Minimum head	1500W	38			m
	of delivery	2500W	45
		4000W	45
		6000W	53
		300W /500W	2
		800W/1000W	2.5
	Refrigerating	/500W800W/1000W
5	capacity	1500W	3			HP
	of cooling
		2500W	4
	machine
		4000W	5
		6000W	8

 

 

 

 

Environment				Maximum relative humidity
Tem.
	10%	20%	30%		40%	50%	60%	70%	80%	90%	95%
10℃	-20	-11.9	-6.8		-3.0	0.6	2.6	4.8	7.6	8.4	9.2
15℃	-16.4	-7.9	-2.4		1.5	4.7	7.3	9.6	11.6	13.4	14.2
20℃	-12.5	-3.7	1.9		6.0	9.25	12.0	14.4	16.4	18.3	19.2
25℃	-8.7	0.5	6.2		10.5	13.8	16.7	19.1	21.3	23.2	24.1
30℃	-5.0	4.6	10.5		15.0	18.4	21.4	23.9	26.2	28.2	29.1
40℃	2.6	12.7	19.1		23.8	27.6	30.7	33.5	35.9	38.0	39.0
50℃	10.0	20.8	27.6		32.6	36.7	40.0	43.0	45.6	47.9	49.0
			Operation Temperature Range

Dew Point

 

 

 

 

 

 

 

 

 

 

 

 

 

Packing List

 

 

Names of fittings	Description	Unit	Quantity
Fiber Laser	MFSC(500W-1000W)	Piece	1
220VAC power wire	3 M	Piece	1
External signal wire	3.5 M	Piece	1
RS232 signal wire	Shielded RS232 cable with	Piece	1
	Female head on both ends
Power Keys		Piece	2
USB disk	16 G	Piece	1
Lens cleaning paper		Piece	4
Sample of QBH water pipe	Ф6x4mm	Piece	1
Sample of water pipe of	Ф12x10mm	Piece	1
laser
Manual	MFSC User Manual	Piece	1
Qualified Report	MFSC Testing Report	Piece	1

CTRL Interface Definition

 

CTRL		FUNCTION
INTERFACE	WIRE COLOR		REMARK
PIN		DESCRIPTION
1	Red	Emission enable input
		(positive)	24VDC high level
2	Red and White	Emission enable input	voltage valid
		(negative)
3	Black	Modulation input
		(positive)	24VDC high level
4	Black and	Modulation input	voltage valid
	white	(negative)
5	Yellow	External laser output	24VDC high level
		(positive)	voltage valid (This
6	Black and	External laser output	function is same with
	yellow	(negative)	auto switch START)
7	Green	DA(0-10V) input
		(positive)	analog signal, control
8	Green and	DA(0-10V) input	output power %
	white	(negative)

9	Brown	Fault output 1	Fault output 1 and 2 off
			when alarm on
10	Brown and	Fault output 2
			Fault output 1 and 2 on
	white
			when alarm off
11	Blue	NC
12	Blue and white	NC

 

 

 

 

 

 

 

8-Error Listing

 

The fault alarm points set by the laser include:

 

SN.	Message	Descripion	Trouble shooting
		Laser internal	Operation leads to low output
	Front lamp		power of laser such as low
1		light path
	warning		modulation frequency, low peak
		testing fault
			power, low cutting power
			For the internal overheat fault of
			the laser, please check whether
	Pump overheat	Overheat fault	the pre-set temperature of
2			water-cooling machine meets
	warning	of laser
			the requirements; if this cause
			is excluded, please contact
			Maxphotonics.
			For overheat fault of water cooling
	Water cooling	Overheat fault	plate, please check whether the
3	plate overheat	of water cooling	pre-set temperature of water-
	fault	plate	cooling machine meets the
			requirements
		The emergency	Release the emergency stop switch,
	Emergency		the laser will work again after being
4		stop switch is
	stop alarm		restarted; if this fault still exists,
		pressed
			please contact Maxphotonics.
			Please check whether the water
5	Water flow error	Pipeline fault of	pressure is normal,the water
		chiller or laser	pipeline is clear and replace the
			bad water switch if need.
			If ”0-10V” DA value exceeds
	Overcurrent	Overcurrent	the pre-set value, the internal
6			overcurrent fault will occur; if the
	warning	fault of laser
			fault is not caused by this reason,
			please contact Maxphotonics.

			If the laser has internal overvoltage,
			please check whether the AC
7	Overvoltage	Overvoltage	voltage is within the range
	warning	fault of laser	of 200~240V.If this cause
			is excluded,please contact
			Maxphotonics.
			The fault will be produced when
		Install error of	QBH head is not inserted in the
8	QBH warning		internal part of the cutting head;
		QBH
			if this cause is excluded, please
			contact Maxphotonics.

36 Chapter 6 Operation Guide