RECI CO2 Laser Power Supply DY13 for 100-130 watt

Brand Name	Mahoney
Packaged Weight	7 pounds
Product Dimensions	13 x 8.5 x 3 inches
Item Model Number	MAH-CHPS-130RECI
Shipping Costs	USPS rates, Internationally $22. DHL, FEDEX typical.
Payment Methods	Payment using Paypal Electronic Invoicing system for credit cards including VISA, MASTERCARD, AMEX, DISCOVER and Paypal.  No Paypal account required for transaction.

 

Compatibility

• This product is great for owners of laser engraving machines, laser engraving systems, laser cutting machines, laser cutting systems.

• Reci Laser power supply model DY13 fits RECI W4/Z4/S4 and other brand CO2 laser tubes rated for similar wattages.

• This laser power supply works for high voltage CO2 glass tube lasers including RECI, EFR, Jilin Yong Li, Mactron Technology, North Star Electron, Shanghai Jinke Intelligent Technology, YL Lasers.

• It works with laser machines made by Rabbit Laser, GW Weike, Yueming, Hans Laser, Beijing New Power, Chutian, Foshan Beyond, Grand Bird, Jinan XYZ, Perfect laser, Suke, Thunder Laser, Shenui, and many many more.

 

SPECIFICATIONS

 

Input AC Voltage	AC220V or AC110V
Input DC Voltage	DC 300V or DC150V
Input AC Frequency	47-440Hz
Max. Output Voltage	50KV
Max. Output Current	35-45mA(Depends on Laser tube)
Efficiency	91%
Over Current Protection	130% of Max. Current
Open circuit Protection	Yes (For a short time)
Cooling	Fan Cooling
Voltage Range of High Level Control	Not Less Than3V
Voltage Range of Low Level Control	Not More Than0.8V
Working Temperature	-30 - +65 Degree Centigrade
Humidity	20-85%RH (No Dew)
Withstand Voltage	Input-Output	AC1500V/Min. Not More Than10mA
Input-Shell	AC1500V/Min. Not More Than10mA
Output-Shell	Connected
Insulation	Not Less Than 50Mohm(DC500V)
Leakage Current	Not Less Than 1mA (AC220V). Not More Than 0.5 mA (AC110V)
Shock Resistance	Amplitude: 0.5mm, Frequecy:10-55Hz, 3D Direction:2 hours
MTBF	Not  Less Than 30,000 hours
Full Load 60 Degree Centigrade test	12 hours
7 Seconds Start/Stop Test	500 times
Dimension(LxWxH)	328mmx222mmx80mm (13”x8.5”x3”)

 

 

 

Is my laser power supply really broken, or is my tube bad?  Watch this instructional video to determine if the Chinese CO2 laser power supply is truly bad.  Includes several individual indicators that the supply no longer works, or works properly.  A bad laser tube is shown here, not a bad power supply--see this video.

 

Click for Instructable:  How to test and set a Chinese (China) made CO2 Laser Power Supply to get long life from your CO2 Laser Tube for your Laser Engraving and Laser Cutting Machine System.  Includes an online instruction set, or a downloadable pdf for Instructable members.

 

Click for Instructable:  How to convert 220V to 110V on a Chinese CO2 Laser Power Supply Includes an online instruction set, or a downloadable pdf for Instructable members.

 

What do these power supply specifications mean to me?

 

Protection: with well-grounded enclosure, output circuit of power supply can be open for short time (but arc between positive pole and enclosure should be avoided).  This spec. translates into the following actionable items:  1. When installing the laser power supply, ground the power supply to the enclosure's metal (sandpaper if necessary) to make sure the ground wire from the power supply goes to the laser enclosure, and further, that the laser enclosure is earth ground.  2. Immediately power off if arcing is heard and/or seen (the red wire to the laser can degrade over time, or be installed improperly, so connect properly).  See enclosure arcing here on youtube.  See one method for proper wire connections here on youtube.  This means that you need to listen for arcing because the high voltage wires degrade with use (my 150 watt RECI wire began internaly arcing (inside the insulation) near the tube after about 25 hours of use, so I cut it back and have not had a problem since that time. 

 

35KV maximum voltage. This is the absolute maximum power of the power supply according to this spec--though I never saw it when measuring the high voltage.  Now, the way the power supply works, is that it has a "strike" voltage to start the lasing then quickly drops to a steady voltage to maintain the lasing.  If this value is too low for your laser then the laser will not start to lase.

Conversely, a higher rated power supply will do the job-see example here on youtube. However, if you are going to use a higher power supply, then drop the current down as much as possible while measuring the laser output power. In other words, do not run the laser tube with a higher output power than its rating--make a 60 watt run at 60 watts, not 70 watts or else it will die early.

 

 Input voltage: AC 220V+30 or AC 110V+20 (to be specified when placing order).  This means that you should put in the correct input AC voltage.  If 220V AC is wrong then you can convert to 110V AC using this instructable.  Or, if you find that your laser is putting out only half its rated power then you know it is wired for 220V AC as this person discovered.