Scanlab hurrySCAN 10 Installation & Operation Manual page 34

9 hurrySCAN
(all angle specifications optical)
SCANLAB ID numbers
of scan head
of objective
Aperture
maximum diameter of the laser
beam inside the scan head
Control
Input and Output Signals
Maximum range for control
(1)
values
Calibration
Maximum allowed scan angle
(2)
(vignetting insignificant)
- without objective
- with objective 100832
Power supply
Requirements
Optical Performance
Gain error
Zero offset
Skew
Nonlinearity
Repeatability
Long-term drift over 8 hours
(after warm-up)
(1) This maximum range for input values should be regarded as a
theoretical range. Due to the danger of vignetting by the
mirrors or by the objective (also see
maximum scan angle must never be exceeded.
(2) Theoretical value (see page 6
(3) See page 29.
®
hurrySCAN 10, digital, 1064 nm, f = 254 mm
Rev. 2.6 e
®
9 hurrySCAN 10 Technical Specifications
®
10 Technical Specifications
112466
100832
10 mm
XY2-100 Standard
0 to 65535
±0.408 rad with
(32768 ± 31457) Bit
±0.36 rad
±0.34 rad
±(15+1.5) V DC,
max. 3 A each pole
< 5 mrad
< 5 mrad
< 1.5 mrad
< 3.5 mrad
< 22 µrad
< 0.6 mrad
page 6), the specified
and page 8)
Tuning Specifications (Dynamic Performance)
Tracking error
Typical positioning speed
(* with 160 mm objective)
Maximum positioning speed
Typical marking speed (for
marking small characters, with
160 mm objective)
Step response
(settling to 1/1000 full scale)
• 1% of full scale
• 10% of full scale
Objective and image field
Wavelength, for which the
following specifications were
calculated
Focal length f (nominal)
Typical image field
Working distance A
(see figure 8 on page 21)
Mirror
Coating
Working wavelength
Reflectivity
– at 1064 nm
– at 630 nm to 670 nm
Maximum allowed average
laser power
Maximum allowed laser power
density continuous wave
Damage threshold for pulsed
operation (with specified
working wavelength, pulse
length 10 ns, 200 on 1, also see
page 27)
(3)
< 0.18 ms
45 rad/s
(*7 m/s)
100 rad/s
2 m/s
0.35 ms
0.90 ms
1064 nm
254 mm
2
(170 x 170) mm
390 mm
dielectrical high
performance coating
1064 nm
more than 99.5% per
mirror, over the full
range of angles
more than 70% per
mirror
150 W
2
500 W/cm
2
5 J/cm
34