|Place of Origin:||China-Beijing|
|Minimum Order Quantity:||1 unit|
|Packaging Details:||61*29*25cm (LxWxH) Carton|
|Delivery Time:||In 7 working days after got payment|
|Payment Terms:||L/C, T/T, Western Union|
|Supply Ability:||500 units/per month|
|Beam Diameter:||1.8+-0.2mm||Input Voltage:||48V|
|Input Current:||12A||Ambient Air Temperature:||5℃ To 40℃|
|Power Stability:||<±5%||Modulation:||TTL Up To 25khz|
30W Laser Tube 9.3um wavelength application for marking or drilling PE PET machine
Marking & Coding:
Laser marking and coding are closely related applications. Marking involves physically creating a contrasting surface mark on the target material by discoloration or surface melting. Coding is a type of marking, however instead of marking with a static graphic or text, the mark varies, either from item to item as in a serial number, or from batch to batch as in an expiration date. The single biggest advantage for laser marking and coding is that it is permanent, and cannot smear or rub off.
Surface discoloration produces a contrasting mark by creating a heat-induced color change in the target material; there is no melting or removal of material. This is the most efficient marking process since speeds are very fast and power requirements are low, typically below 25 W.
Surface melting produces a contrasting mark by physically melting the material surface. The melting creates a color change in the material that contrasts with the unaffected (unmarked) areas. Typically, the melted material changes density and volume, creating a raised surface.
D30i Specifications and using condition
|Beam Divergence||7.5±0.5 mrad|
|Polarization||>100 to 1 fixed linear|
|Modulation||TTL up to 25kHz|
|Input voltage||48VDC <±2% regulation <1%P-P Noise/Ripple|
|Input DC current||≤12A|
|Ambient Air Temperature||5℃ to 40℃|
Those characteristics are guaranteed ;all other stated characteristics are typical.
Specifications are subject to change without notice.
D30i Signal Interface and Pin Description
|PIN NO||SIGNAL DESCRIPTION|
|1(PWM Orange and white)||
TTL logic input
1=RF ON,0=RF OFF；1KΩ impedance.
This input turns on the laser.(See also Pin 7,Control Enable, below)
|2(+15V Orange)||+15 VDC±0.5VDC,0.25 A Max output for customer use|
|3(Laser Green and white)||
TTL logic output,1=LASER OK,0=LASER Fault;
Output is asserted when no faults(SWR, Temp or Volt.)are detected
TTL logical output,1=Temp ok,0=Temp fault;
Output is asserted when temperature is below 60℃
|5(Volt Blue and white)||
Power and voltage OK
TTL logical output;1= voltage ok,0=voltage fault;
Output is asserted when DC supply voltage is below max. value
|6(GND Green)||For internal use. must be grounded|
|7(Enable Brown and white)||
TTL Logical input；1= Laser control enable,0= Laser controlled disabled
This input must be asserted before RF enable can be used to turn on the laser.
1) The connector uses the RJ-45 type
2) These specifications are subject to change
The Advantages compare with other company:
1. Favourable price and longer warranty period time
2. Sales accounted for 50% of the Chinese market
3. Excellent R&D team provides the most high-quality technical support and after-sales maintenance services
4. Repair and refill the tube
5. CE certificate and three Patent certificates ,CNAS, Embedded control software registration certificate etc.
Contact Person: sarah