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JPT M7 60W-100W Fiber Laser source

JPT M7 60W-100W Fiber Laser source

JPT M7 series high power pulsed fiber lasers make use of master oscillator power amplifier (MOPA) configuration, and show excellent laser performance as well as high level of temporal pulse shaping controllability. As compared to theQ-switching technology, the pulse repetition frequency (PRF) and pulse width can be controlled independently in MOPA configuration, through adjusting different combination of the above parameters, the peak power of laser can be well maintained. And enable JPT laser suitable for more material processing which Q-switch limited. The higher output power makes its advantages especially in high speed marking applications.

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Product Origin:
China
Lead Time:
10Days
Shipping Port:
Qingdao
Laser source:
JPT
Size:
325 × 260 × 75/338 × 280 × 112

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Overview

JPT M7 60W-100W Fiber Laser source

JPT M7 series high power pulsed fiber lasers make use of master oscillator power amplifier (MOPA) configuration, and show excellent laser performance as well as high level of temporal pulse shaping controllability. As compared to the Q-switching technology, the pulse repetition frequency (PRF) and pulse width can be controlled independently in MOPA configuration, through adjusting different combination of the above parameters, the peak power of laser can be well maintained. And enable JPT laser suitable for more material processing which Q-switch limited. The higher output power makes its advantages especially in high speed marking applications.

Application

1. Sheet metal cutting, Welding

2. Scribing, Drilling

3. Laser derusting

4. Surface treatment

5. Metal surface processing, Peeling coating

6. Marking on fly

Specifications

Product Model		YDFLP-E-60-M7-M-R	YDFLP-100-M7-M-R
M²		< 1.5	< 1.4
Armored Cable Length	m	3
Nominal Average Output Power	W	> 60	> 100
Maximum Pulse Energy	mJ	1.5
Pulse Repetition Rate Range	kHz	1 ~ 4000
Pulse Duration	ns	2~500
Output Power Stability	%	< 5
Cooling Method		Air Cooled
Supply DC Voltage (VDC)	V	24	48
Maximum Power Consumption	W	<300	<400
Environmental Supply Current	A	>13	>8
Central Emission Wavelength	nm	1064
Emission Bandwidth@3dB	nm	< 15
Polarization Orientation		Random
Anti-high Reflection		Yes
Output Beam Diameter	mm	7±0.5
Output Power Tuning Range	%	0 ~ 100
Operation Temperature	℃	0 ~ 40
Storage Temperature	℃	-10 ~ 60
N.W	KG	8.2	13.2
Size(L×W×H)	mm	325 × 260 × 75	338 × 280 × 112

Dimension

Unit: mm

1)YDFLP-60&80-M7-M-R

2)YDFLP-100&120-M7-M-R

3)YDFLP-60&80&100&120-M7-M-R(lsolator Size）

RS-232 Control Interface

The R$-232 control interface of the laser can be used to connect a computer or a red card.After the interface is connected, the user can use GUl software, serial commands or a redcard to monitor and control the laser, The pins of the control interface are defned as follows:

Pin	Description
1，4，6-9	not connected
2	RxD Laser Source Receiving
3	TxD Laser Source Transmission
5	GND

DB25 Control Interface

The DB25 control interface of the laser is generally used to connect the marking controlboard. The pins of the control interface are defned as follows:

DB25 PIN#	Defnition
1-8	IPO-lP7 power control
9	Power latch signal, the rising edge is valid (this function can be enabled in the GUl)
10-15	GND Note: The 10-15 pins have been connected to each other inside thelaser, and the GND of the marking card should be connected to atleast one of the pins
16,21	Laser feedback signal Note: 16 is low level, 21 is high level: normal 16 is low level, 21 is low level: laser temperature alarm
19	Laser PA switch on signal Note: high level is on, low level is off
20	Frequency modulation signal, square wave
23	Emergency stop signal Note: High level is normal, low level emergency stop is effectiveThe emergency stop signal is low frst and then high, it needs todetect the rising edge of MO before it can emit light again
22	Red light enable (laser and red light are mutually exclusive, red lightpriority *Note 2) Pulse width adjustment enable High level is on, low level is off
18	MO switch signal Note: High level is on, low level is off.
17，24，25	Keep, don't connect

Note 1:The voltage amplitude requirements of the DB25 control interface: high level range >4.6V, <5.4V; low level range≥0V, <0.5V.

Note 2:The priority of the red light PIN22 signal is higher than the MO and PA signals. When the PIN22 signal is high, the MO and PA signals will be automatically closed internally. After the PIN22 signal is low, restart the MO and PA to emit laser;

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