technical reference
55
SYNRAD OEM v30 Operator’s Manual Version 2
OEM v30 general specifications
Table 4-9
OEM v30 general specifications
Parameter
Output Specifications ..................................10.6 µm ............................. 10.2 µm ..............................9.3 µm
Wavelength, µm ............................................10.57–10.63
†
.................... 10.20–10.30 ......................9.23–9.31
Power Output, continuous
1, 2
.....................30 W ................................... 25 W ....................................20 W
Power Stability
3
.............................................± 5% / ± 3% ..................... ± 5% / ± 3% ......................± 7% / ± 5%
Mode Quality (M
2
) .........................................< 1.2 ................................... < 1.2 ....................................< 1.2
Beam Waist Diameter, mm (at 1/e
2
)
4
......2.5 ±0.5 ............................. 2.5 ±0.5 ..............................2.5 ±0.5
Beam Divergence, full angle, mrad ........< 7.0 ................................... < 7.0 ....................................< 7.0
Ellipticity ..........................................................< 1.2 ................................... < 1.2 ....................................< 1.2
Polarization .....................................................Linear, horiz. ................... Linear, horiz. .....................Linear, horiz.
Rise Time ..........................................................< 100 µs ............................ < 100 µs .............................< 100 µs
Input Specifications
Power Supply
Voltage
.............................................................30 V ±2.0 VDC
Current, max. (air-/water-cooled) ..........15 A (24 A peak for 0.5 ms min.)
(fan-cooled) ........................16 A (24 A peak for 0.5 ms min.)
Input Signals ............................................................Tickle Signal ............................................PWM Command Signal
Voltage (5 V nominal) ..................................+3.5 to +6.7 VDC ..................................+3.5 to +6.7 VDC
Current
..............................................................10 mA @ +6.7 VDC ................................10 mA @ +6.7 VDC
Frequency
........................................................5 kHz (1 µs duration) ...........................DC–100 kHz
Cooling Specifications
(Air-/fan-cooled)
(Water-cooled)
Maximum Heat Load, laser ................................450 Watts .................................................450 Watts
Minimum Flow Rate ..............................................140 CFM per fan (×2) ...........................1.0 GPM, < 60 PSI
Coolant Temperature ............................................< 40 °C, ambient ...................................18–22 °C
Environmental Specifications
Ambient Operating Temperature Range
5
.....15 °C–40 °C
Humidity ...................................................................0–95%, non-condensing
Physical Specifications
(Air-cooled)
(Fan-cooled)
(Water-cooled)
Length .....................................................16.79 in (42.65 cm) ...... 16.79 in (42.65 cm) .......17.06 in (43.33 cm)
Width ....................................................... 4.58 in (11.63 cm) ....... 4.72 in (11.94 cm) ....... 4.58 in (11.63 cm)
Height ...................................................... 5.76 in (14.63 cm) ....... 6.28 in (15.95 cm) ....... 5.84 in (14.83 cm)
Weight .....................................................18.00 lbs ( 8.20 kg) ....... 21.30 lbs ( 9.66 kg) ........19.24 lbs ( 8.73 kg)
* Specifications subject to change without notice. All tests performed at 5 kHz, 95% duty cycle unless otherwise noted.
† Typical. Actual wavelength range may vary from 10.2–10.8 µm.
1 This power level is guaranteed for 12 months regardless of operating hours.
2 Minimum 30 VDC input voltage to obtain guaranteed output power.
3 From cold start (guaranteed) / After two minutes (typical).
4 Measured at laser output.
5 Published specifications guaranteed at a temperature of 22 °C. Some performance degradation may occur in ambient temperatures
above 22 °C. For air-cooled lasers, laser power typically decreases 0.5–1% per degree Celsius increase in ambient temperature.
