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DP-S Series
RF-excited Lasers
Technology Features:
1.
The better choice for drop‐in
plug and play replacement of S‐100,
S-200 (equivalent to CO2-DP-S20) and S‐300
(equivalent to CO2-DP-S3) laser tubes in Domino laser coders.
2.
Exclusive water/compressed air compatible cooling system (patent pending)
3. IP
65 rated enclosure
4.
Exclusive titanium‐body
carbon dioxide laser (patent pending)
5.
Stable long term mode alignment
6.
Hermetic gas seal integrity for long life
7.
Elimination of laser optical mode drift
8.
Improved laser optical resonator system
9.
Upgraded RF power supply components and configuration
10.
DC decoupled RF electrodes for safety and elimination of DC arcing
11.
Quad‐Dipole
“hot” RF electrode configuration
12.
“Die‐Hard”
RF power transistor system with integrated electronic protection
Features:
1.
20Wt and 40W nominal S‐Series
drop‐in
replacement plug‐and‐play
carbon dioxide laser source
2.
Water or compressed air cooling standard
3.
Enhanced RF stability and cold start‐up
performance
4.
Advanced RF‐pumped
laser tube technology
5.
9.3‐micron,
10.3‐micron
and 10.6‐micron
output wavelengths readily available
6. DC
voltage arc‐over
immunity
7.
Optical system isolated from coolant system (no coolant contamination of the
optical system)
8.
IP65 enclosure rating
CO2-DP-S20: Laser
with Optional External Connector Plate (side view)
CO2-DP-S40: Laser
with Optional External Connector Plate (side view)
CO2-DP-S20: Laser
Rear Cooling Heat Exchanger CO2-DP-S40: Laser Rear Cooling Heat Exchanger
Technical
Specifications:
|
|
CO2-DP-S20 |
CO2-DP-S40 |
|
Electrical
Engineering |
|
Voltage
input via S‐Series
controller |
72 VDC |
|
Current
input via S‐Series
controller |
3.0 to 3.2
amps |
6.0 to 6.4
amps |
|
Laser
enable signal via S‐Series
controller |
5.0 volts |
|
Laser
enable signal bandwidth |
0 to 15 kHz |
|
Laser
enable maximum turn‐on
delay |
<12
microseconds |
|
Laser S‐Series
system connections |
via S‐Series
3‐pin
and 6‐pin
Molex connectors |
|
Interlock
connection |
via S‐Series
system interlock |
|
ESD
tolerance (min) |
15 kV
static (to grounded laser chassis only) |
|
Optical
Engineering |
|
Laser power
output |
18W min,
20W nom. & 25W max. (wavelength dependent) |
35W
min, 40W nom. &
45W max.
(wavelength dependent) |
|
Laser
wavelength |
10.6‐microns,
10.3‐microns
or 9.3‐microns |
|
Laser beam
diameter/divergence |
4.0/3.5
(mm/mrad) nominal |
|
Laser mode
quality |
>95% TEMoo
electric field purity |
|
Laser
rise/fall times (nominal) |
150μ sec
/180μ sec nominal |
|
Maximum
electrical duty cycle (long term) |
80% (water
cooling required above 30%) |
|
Maximum
marking duty cycle |
100% (with
water cooling) |
|
Maximum
laser bore temperature |
55 degrees
C |
|
Maximum
laser power droop w/temp. |
20% of
nominal at 55 degrees C |
|
Laser tube
MTBF (projected) |
50,000
hours |
|
Mechanical
Engineering |
|
Dimensions |
7.5cm OD x
49.5cm length |
10.2cm OD x 61.0 cm length |
|
Weight |
3.8 kg |
7.2 kg |
|
Mounting
holes & position |
Per S‐Series
laser interface plate via precision alignment pins |
|
System
Engineering |
|
Interlock,
fault and remote disable |
Via S‐Series
controller |
|
Laser
enable source signal |
Via S‐Series
controller |
|
Input
cooling specification |
Compressed
air option (<30% duty cycle only):
5OC
to 35OC unfiltered at specified laser head inlet gas pressure |
|
Water
cooled option (all duty cycles): 15 OC to 30 OC at
1.0 to 3.0 liters/min |
|
Gas refill
capability |
At factory
only |
|
Warranty |
12 months |
|
|
|
|
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DP-D Series
RF-excited Lasers
Technology Features
1.
The better choice for direct replacement DDC2 (equivalent to CO2-DP-D2) or DDC3
laser tubes (equivalent to CO2-DP-D3) in Domino laser coders.
2.
World’s first titanium-body carbon dioxide laser (patent pending)
3.
Stable long term mode alignment
4.
Improved gas seal process integrity for long life
5.
Elimination of laser optical mode drift
6.
Improved laser optical resonator system
7.
Upgraded cooling fin mechanical support for improved robustness and cooling
8.
Improved cooling fin RF grounding for enhanced RF power coupling
9.
Upgraded RF power supply components and configuration
10.
DC decoupled RF electrodes for safety and elimination of DC arcing
11.
Single 360 degree rotation of RF “hot” electrode configuration
12.
“Die-Hard” RF power transistor with integrated electronic protection
13.
Corrosion resistant brass RF cover with Kapton sealing
14.
“Drop-Safe” shipping container for maximum individual laser protection during
transit
15.
"Smart Start"TM, a unique laser cold start auto ignition system,
prevents "Lazy Laser Syndrome" and extends shelf life of spare tubes (patent
pending)
Features:
1.
25W nominal DDC2 series and 25W nominal DDC3 series compatible OEM plug-and-play
carbon dioxide laser source
2.
Enhanced RF stability and cold start-up performance
3.
Advanced RF-pumped laser tube technology
4.
9.3-micron and 10.6-micron output wavelengths readily available
5.
Standard and high speed pulse option
6. DC
voltage arc-over immunity
7.
Thermal grease free optical mount assembly
CO2-DP-D2 side view
CO2-DP-D3 side view
CO2-DP-D3 shipping
container
Technical
Specifications:
|
|
CO2-DP-D2 |
CO2-DP-D3 |
|
Electrical
Engineering |
|
Voltage
input |
84VDC via
DDC2 controller |
84VDC via
DDC controller |
|
Current
input |
3.0-3.2A
via DDC2 controller |
3.0-3.2A
via DDC3 controller |
|
Laser
enable signal |
5V via DDC2
controller |
5V via DDC3
controller |
|
Laser
enable signal bandwidth |
0 to 15 kHz |
|
Laser
enable maximum turn‐on
delay |
<12
microseconds |
|
Laser
enable connection |
via DDC2
50-ohm BNC numbered cable connector |
via DDC3
50-ohm BNC numbered cable connector |
|
Interlock/system status connection |
via DDC2
system interlock |
via DDC3
system interlock |
|
ESD
tolerance (min) |
15kV static
(to grounded laser chassis only) |
|
Optical
Engineering |
|
Laser power
output |
20W
min, 25W nom. & 30W max.
(wavelength dependent) |
|
Laser
wavelength |
10.6‐microns
or 9.3‐microns
STD |
|
Laser beam
diameter/divergence |
4.0/3.5
(mm/mrad) nominal |
|
Laser mode
quality |
>95% TEMoo
electric field purity |
|
Laser
rise/fall times (nominal) |
100μs/150μs
nominal, 80μs/115μs high speed |
|
Maximum
electrical duty cycle (long term) |
25% (air
chiller recommended above 15% duty) |
|
Maximum
marking duty cycle |
100% |
|
Maximum
laser bore temperature |
55 degrees
C |
|
Maximum
laser power droop w/temp. |
20% of
nominal at 55 degrees C |
|
Laser
lifetime (nominal) |
80% of
nominal laser power at 50,000 hours |
|
Mechanical
Engineering |
|
Dimensions |
0.95 cm
bore OD x 43 cm length |
|
Weight |
0.44 kg |
|
Mounting
holes & position |
Per DDC2
laser interface plate |
Per DDC3
laser interface plate |
|
System
Engineering |
|
Interlock,
fault and remote disable |
Via DDC2
controller |
Via DDC3
controller |
|
Laser
enable source signal |
Via DDC2
controller |
Via DDC3
controller |
|
Input
cooling specification |
Compressed
air only
5OC
to 35OC unfiltered compressed air at specified laser head
inlet gas pressure |
|
Gas refill
capability |
At factory
only |
|
Warranty |
12 months |
|
|
|
|
|
CO2-DP-OEM
Series Laser
Technology Features
1.
The best choice for multi‐wavelength
OEM carbon dioxide laser sources
2.
Exclusive water/compressed air compatible cooling system (patent pending)
3. IP
65 rated enclosure
4.
Exclusive titanium‐body
carbon dioxide laser (patent pending)
5.
Stable long term mode alignment
6.
Hermetic gas seal integrity for long life
7.
Elimination of laser optical mode drift
8.
Advanced laser optical resonator system
9.
Upgraded RF power supply components and configuration
10.
DC decoupled RF electrodes for safety and elimination of DC arcing
11.
Quad‐Dipole
“hot” RF electrode configuration
12.
“Die‐Hard”
RF power transistor system with integrated electronic protection
Features:
1. 20W
and 40W OEM carbon dioxide laser source
2.
Water or compressed air cooling standard
3.
Enhanced RF stability and cold start‐up
performance
4.
Advanced RF‐pumped
laser tube technology
5.
9.3‐micron,
10.3‐micron
and 10.6‐micron
output wavelengths readily available
6. DC
voltage arc‐over
immunity
7.
Optical system isolated from coolant system (no coolant contamination of the
optical system)
8. IP
65 enclosure rating
9.
Optional external connector plate
|
|
CO2-DP-OEM20 |
CO2-DP-OEM20 |
|
Electrical Engineering: |
|
Voltage input |
72 VDC via user supplied source |
|
Current input |
3.5A maximum |
7.0A maximum |
|
Laser enable signal |
5.0 volts high impedance input via 50‐ohm
BNC |
|
Laser enable signal bandwidth |
0 to 15 kHz |
|
Laser enable maximum turn‐on
delay |
<12 microseconds |
|
Interlock connection |
Supplied by user |
|
ESD tolerance (min) |
15 kV static (to grounded laser chassis only) |
|
Optical Engineering: |
|
Laser power output |
18W min, 20W nom. & 25W max. (wavelength dependent) |
35W min, 40W nom. & 50W max. (wavelength dependent) |
|
Laser wavelength |
10.6, 10.3 or 9.3um |
10.3 or 9.3um |
|
Laser beam diameter/divergence |
4.0/3.5 (mm/mrad) nominal |
|
Laser mode quality |
>95% TEMoo electric field purity |
|
Laser rise/fall times (nominal) |
150 μsec /180 μsec nominal |
|
Maximum duty cycle |
100% (with water cooling) |
|
Maximum laser bore temperature |
55 degrees C |
|
Maximum laser power droop w/temp. |
20% of nominal at 55 degrees C |
|
Laser tube MBTF (projected) |
80% of nominal laser power at 50,000 hours |
|
Mechanical Engineering: |
|
Dimensions |
7.5 cm (3.0”) enclosure OD x 54.5 cm (21.5”) length |
10.2 cm
(4.0”) enclosure OD x 61.0 cm (24.0”) length |
|
Weight |
4.1 kg (9.1 lbs.) |
7.2 kg
(15.9 lbs.) |
|
System Engineering: |
|
Interlock, fault and remote disable |
Supplied by user |
|
Laser enable source signal |
Supplied by user |
|
Input cooling specification |
1) Compressed air option (<30% duty cycle only): 5OC
to 35OC unfiltered at specified laser head inlet gas pressure
Or 2) Water cooled option (all duty cycles): 15OC
to 30OC at 1.0 to 3.0 liters/min |
|
Warranty: |
12 months |
IP Ratings for
both Dust and Water Ingress
Protection of
persons and protection of equipment
Protection provided
by enclosures for electrical equipment is indicated by the IP codes: two
characteristic numbers.
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