Gentec-EO UP and XLP12 - Manual (Page 17)

Version 5.0
Ultra Series UP Instruction Manual Gentec Electro-Optics Inc. All rights reserved
13
a The calibrations at 2.1 to 2.5 µm and 10.6 µm are on special request only
b See graph at the end of this section.
c Water temperature ≤ 22°C, 1/8 NPT compression fittings for ¼ inch semi-rigid tube. For the stainless steel water module, the minimum
cooling flow is 1.0 liter/min for power higher than 90 W
Specifications subject to change without notice.
UP19K-
…-Hx-…
15S / 30H / 50L / 100DI / 150W -H5
15S / 110F / 150DI / 200W -H9
Without PCB
15S / 30H / 50L / 100DI / 110F / 150W -H5
and 15S / 110F / 150DI / 200W -H9
With PCB
Effective Aperture Diameter 19 mm
Spectral Range 190 nm – 20 µm
Calibrated spectral range a 0.248 – 2.5 µm and 10.6 µm
Power Noise Level H5: 1 mW, H9: 3 mW H5: 0.2 mW, H9: 0.6 mW
Typical Rise time (0 - 95 %)
H5: 2.8 s (0.6 s with anticipation)
H9: 4.5 s (1.5 s with anticipation)
H5: 0.5 s (with anticipation)
H9: 1.5 s (with anticipation)
Typical sensitivity
H5: 0.65 mV/W
H9: 0.23 mV/W
15S-H5: 400 mV/W
15S-H9:: 200mV/W
30H: 200 mV/W
50L: 120 mV/W
100DI: 55 mV/W
110F: 55 mV/W
150W: 50 mV/W
150DI: 50 mV/W
200W: 30 mV/W
Calibration Uncertainty ± 2.5 %
Linearity with Power ± 2 %
Repeatability (Precision) ± 0.5 %
Power Resolution ± 0.5 %
Max. Average Power
15S-H5, -H9: 15 W
30H: 30 W
50L: 50 W
100DI (stainless steel): 100 W
110F-H9: 110 W
150W: 150 W
150DI-H9 (stainless steel): 150 W
200W-H9: 200 W a
Max. Average Power (1 min)
(cooling : minimum 3 min)
15S-H5, -H9: 30 W
30H: 60 W
50L: 90 W
100DI (stainless steel): 100 W
110F-H9: 150 W
150W: 190 W
150DI-H9 (stainless steel): 150 W
200W-H9: 200 W a
Max. Average Power Density b
1.064 µm, 10W CW
10.6 µm, 10W CW
H5: 36 kW/cm 2 , H9: 45 kW/cm 2
H5: 11 kW/cm 2 , H9: 14 kW/cm 2
Pulsed Laser Damage Thresholds
1.064 µm, 360 µs, 5 Hz
1.064 µm, 7 ns, 10 Hz
532 nm, 7 ns, 10 Hz
266 nm, 7 ns, 10 Hz
Max. Energy Density
H5: 5 J/cm 2 , H9: 9 J/cm 2
1.0 J/cm 2
0.6 J /cm 2
0.3 J /cm 2
Peak Power Density
H5: 14 kW/cm 2 , H9: 25 kW/cm 2
143 MW/cm 2
86 MW/cm 2
43 MW/cm 2
Dimensions (mm)
15S: 50(H) x 50(W) x 20.6(D)
30H: 50(H) x 50(W) x 56.3(D)
50L: 76.2(H) x 76.2(W) x 74.7(D)
100DI: 50(H) x 50(W) x 33(D)
110F: 54.2(H) x 54.2(W) x 55.6(D)
150W: 50(H) x 50(W) x 33(D)
150DI: 50(H) x 50(W) x 33(D)
200W: 50(H) x 50(W) x 33(D)
15S: 50(H) x 50(W) x 25.6(D)
30H: 50(H) x 50(W) x 61.3(D)
50L: 76.2(H) x 76.2(W) x 79.7(D)
100DI: 50(H) x 50(W) x 38(D)
110F: 54.2(H) x 54.2(W) x 60.6(D)
150W: 50(H) x 50(W) x 38(D)
150DI: 50(H) x 50(W) x 38(D)
200W: 50(H) x 50(W) x 38(D)
Weight (head only)
15S: 0.16 kg
30H: 0.21 kg
50L: 0.48 kg
100DI: 0.42 kg
110F: 0.25 kg
150W: 0.24 kg
150DI: 0.42 kg
200W: 0.24 kg
15S: 0.20 kg
30H: 0.25 kg
50L: 0.52 kg
100DI: 0.46 kg
110F: 0.29 kg
150W: 0.28 kg
150DI: 0.46 kg
200W: 0.28 kg
Minimum Cooling Flow c 0.5 liter/min
Recommended Cooling Flow c 1.0 liter/min
Cooling Heat sink / fan / water
Recommended load Impedance 100 kΩ 10 MΩ
Output Impedance N. A. ≤ 50 Ω
Linearity vs beam dimension ± 0.5 %
PCB electrical supply N. A. +12 to +16 V regulated
Max output signal N. A. 80 % of PCB electrical supply