background image

Technical data 

Chapter 3 

3.1.2 

Detailed Description 

With the detailed description on the rating plate, the mirror material, the type of cooling, the 
size of the aperture, the type of tuning, the type of connector can be determined. If the scan 
head is a customized one then the detailed description contains the individual customer num-
ber (DKdNr). 

 

 

Mirror material 

BE = Beryllium 
BA = Beryllium/Alu 
OG = Optical Glass 
QU = Quarz 
SI = Silicium 
SC = SiliciumCarbid 
ZS = Zinkselenid 

│ 

│  

Mechanical design 

 

│  

Cooling 

│  [N]       = no cooling  

│  [W]       = water cooling 

│  [W2]      = water cooling with 90° angle 

│  [A]       = air-cooled 

│  [WA]      = water cooling and air cooling for mirrors 

│  [W2A]     = water cooling with 90° angle and air cooling for mirrors 

│ 

│  Other mechanical design 

│  [L]       = Head with a lager input aperture for LTM 

│  [10]      = Field size(at AS in cm)Examples: F10… 100m × 100mm; F12… 120m × 120mm; etc. 

│  [M]       = motorization in LTM 

│  [P]       = Laser pointer 

│  [C]       = Camera adapter 

│  [D]       = Dust protection     

│  │      

│  │     

Tuning 

│  │     LN  = low Noise  

│  │     RA  = short acceleration time  

│  │     ST  = minimal step time 

│  │     VC  = vector  

│  │     ML  = multiple tuning (default: LN)  

│  │     MR  = multiple tuning (default: RA)  

│  │     MS  = multiple tuning (default: ST) 

│  │     │   

│  │     │  

Connector

 

│  │     │  D1 = 25pin D-Sub-connector 

│  │     │  D2 = 25pin D-Sub-con 9pin D-Sub-connector 

│  │     │  DF = D-Sub for FOCUSSHIFTER 

│  │     │  A1 = 25-pin D-Sub-connector 

│  │     │  A2 = 25-pin D-Sub-co  9-pin  D-Sub-connector 

│  │     │  E2 =  6-pin  Epic-co 17-pin  Epic-connector 

│  │     │  E3 =  6-pin  Epic-co 17-pin  Epic-co M12 circular connector 

│  │     │  E4 =  6-pin  Epic-co 17-pin  Epic-co M8 circular connector 

│  │     │  E5 =  6-pin  Epic-co 17-pin  Epic-co M8 + M12 circular connector 

│  │     │  │ 

│  │     │  │  

Navision customer number 

└─ └──── └─ └─ └──── 
SS-[MMM]-TT-CC/DKdNr 

3.2 

Conformity with directives 

The deflection unit conforms to the requirements of the following directives: 

  EU Directive 2004/108/EC (EMC) 

  WEEE Directive 2012/19/EC 

RoHS II 2011/65/EU 

  Directive 2006/42/EC on machinery 

  For details of conformity with other directives, contact RAYLASE. 

 

 MN065_v1.0.1 

2-Axis Laser Beam Deflection Unit SS-II 

13 

Summary of Contents for SUPERSCAN II

Page 1: ...2 Axis Laser Beam Deflection Units SUPERSCAN II...

Page 2: ...he infor mation contained therein without prior notice The software included in the product and this manual itself are protected by copyright All rights are reserved Duplication of this manual in whol...

Page 3: ...1 3 TECHNICAL DATA 12 3 1 Rating plate code 12 3 1 1 Primary Name 12 3 1 2 Detailed Description 13 3 2 Conformity with directives 13 4 FUNCTIONAL DESCRIPTION 14 4 1 Laser beam deflection unit 14 4 2 F...

Page 4: ...on it allow the determination of the deflection unit type page 12 Rating plate code The serial number and the item number are also used to identify the deflection unit The CE symbol confirms the defle...

Page 5: ...side the wavelength range from 400 700 nm meet the requirements for class 1 2M The accessible laser radiation is in the visible spectrum from 400 to 700nm Short term expo sure up to 0 25s is not dange...

Page 6: ...en apparently diffuse surfaces can reflect laser radiation and a laser beam that has been reflected several times can still be dangerous The laser area must be indicated by corresponding warning signs...

Page 7: ...n be destroyed by improper loading This can lead to a release of be ryllium dusts These dusts can cause cancer are toxic if swallowed and very toxic by inhala tion Please observe the specified maximum...

Page 8: ...deflection unit is sold on this operating manual or an authorized copy must be passed on with it 2 2 Intended use The deflection unit is developed for two dimensional deflection and focus laser radiat...

Page 9: ...stomer specific software Power supply RAYLASE Deflection unit Laser system RAYLASE RLC USB unit PC USB port Driver for RAYLASE control cards Software RAYLASE weldMARK or customer specific software Pow...

Page 10: ...red Note No implicit guarantee or warranty of suitability for specific purposes has been made RAYLASE is not responsible for damages arising from use of the product Individual assem blies or other ass...

Page 11: ...transmission Malfunctioning cable D2 red Parity error X D3 red Parity error Y D4 green Temp error X Temperature status exists if LEDs are on D5 green Temp error Y D6 orange New data X New data transmi...

Page 12: ...SS SUPERSCAN TS TURBOSCAN AS AXIALSCAN FS FOCUSSHIFTER LT LTM MODUL Type I II III series E AutoCalibration F LTM Typ FOCUSSHIFTER FC LTM Typ FOCUSSHIFTERCompact Size 1 5 2 3 Gain at FOCUSSHIFTER afte...

Page 13: ...pointer C Camera adapter D Dust protection Tuning LN low Noise RA short acceleration time ST minimal step time VC vector ML multiple tuning default LN MR multiple tuning default RA MS multiple tuning...

Page 14: ...unit has a beam input into which the laser beam is fed and a beam output through which the laser beam is emitted from the unit after deflection Only suitable lasers can be fed into the beam input Ref...

Page 15: ...ns element inc lens 2 Protective glass 3 Clamp ring 4 Protective cap Assembly instructions o Before installation check the protection window for dirt scratches or cracks If the protection window is di...

Page 16: ...I X CHANNEL 16 I X CHANNEL 4 I Y CHANNEL 17 I Y CHANNEL 5 I Z CHANNEL 18 I Z CHANNEL 6 O HEAD STATUS 19 O HEAD STATUS 7 I P DAC CHANNEL 20 I P DAC CHANNEL 8 nc 21 nc 9 nc 1 VSS 1 22 nc 1 VSS 1 10 nc 1...

Page 17: ...r supply must be provided by the OEM customer Refer to the following connection and parameter table J1 PIN Designation Voltage Current Residual ripple Noise 6 1 5 9 9 PIN D SUB 1 2 6 VSS 15V to 18V mi...

Page 18: ...ot be subjected to mechanical strain The deflection unit must be protected against moisture dust and corrosive vapors The optical components may only be touched when wearing suitable cotton gloves The...

Page 19: ...e eyes and the skin Before clean ing make sure that the laser device is switched off and secured against acci dentally being switched on Dirty optical surfaces result in increased absorption of the la...

Page 20: ...cleaning optical compo nents o Place one end of the moistened cloth on the optical system and slowly move it over the optical components Do not exert any pressure and do not rub the optical components...

Page 21: ...s been destroyed must be cleaned decontaminated and ventilated sufficiently Wear gloves and a surgical mask for the following steps Gather all the broken pieces carefully and pack them in a sealed pla...

Page 22: ...ge 20 Instructions for cleaning mirrors Laser power decreasing The RAYLASE weldMARK software can compensate a loss of laser power Menu System Global adjustments Marking parameters changed Divergence o...

Page 23: ...cal policies regulations and laws If the mirrors are made of beryllium the local Hazardous Substance Regulations must be considered The rating plate shows which deflection units are concerned page 13...

Page 24: ...ription 14 I Installation 18 L Laser beam deflection unit 14 Laser safety 4 M Manufacturer 10 P Package contents 8 Power supply 17 R Rating plate 4 S Safety instructions 4 Seal label 4 Shutter 4 Signs...

Page 25: ...25 x 117 5 170 x 125 x 117 5 170 x 125 x 117 5 170 x 125 x 117 5 203 x 159 x 150 160 5 2 203 x 159 x 150 160 5 2 1 Specification for fused Silica mirrors 2 AXIALSCAN variation only additional output p...

Page 26: ...on option K available for all SUPERSCAN II models with reference sensors for automatic drift compensation which ensures process stability BE and SC mirrors allow for higher speed performance due to th...

Reviews: