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UP10K-2S-H5-L-D0

P/N 202872

Thermal detector for laser power measurement up to 2 W.

    • 10 mm Ø
    • 12 mm Ø
    • 16 - 19 mm Ø
    • 25 mm Ø
    • 50 - 55 mm Ø
    • Convection (up to 2 W)
    • Convection - compact casing (up to 2 W)
    • Fan
    • Heatsink
    • Large Heatsink
    • Water – large casing
    • Water
    • H - Broadband
    • F - IR filter
    • HD - Broadband, high power
    • QED - High energy density
    • VP - Ultrashort Pulses
    • W - Very high power density
    • Standard
    • INTEGRA (USB)
    • INTEGRA (RS-232)
    • INTEGRA (USB with external trigger)
    • BLU (wireless)
UP10K-2S-H5-L-D0 UP10K-2S-H5-L-D0 UP10K-2S-H5-L-D0 UP10K-2S-H5-L-D0 UP10K-2S-H5-L-D0 UP10K-2S-H5-L-D0 UP10K-2S-H5-L-D0 UP10K-2S-H5-L-D0 UP10K-2S-H5-L-D0 UP10K-2S-H5-L-D0 UP10K-2S-H5-L-D0 UP10K-2S-H5-L-D0 UP10K-2S-H5-L-D0 UP10K-2S-H5-L-D0 UP10K-2S-H5-L-D0 UP10K-2S-H5-L-D0 UP10K-2S-H5-L-D0 UP10K-2S-H5-L-D0

Traceable calibration:

Logo nist

Available with

Logo Integra

Product family key features

Low Power Thermopile

Noise level of a photo detector with the large bandwidth and high power capacity of a thermal device

IR Filter (UPF10 Models)

Removes unwanted IR interference

High Performance

  • Fast rise time (1.1 sec)
  • High damage threshold (36 kW/cm2)

Compact Design

Only 13 mm thick (UP10P model)

Energy Mode

Measure single shot energy up to 3 J

Smart Interface

Containing all the calibration data

Compatible stand

Compatible displays & PC interfaces

  • MIRO ALTITUDE MIRO ALTITUDE

    Touchscreen display device for power & energy measurement. Single-channel.

  • MAESTRO MAESTRO

    Touchscreen display device for power & energy measurement. Single-channel, multiple outputs (USB, Ethernet, analog).

  • U-LINK (USB) U-LINK (USB)

    PC interface for power & energy measurement. Single-channel, USB output.

  • U-LINK (RS-232) U-LINK (RS-232)

    PC interface for power & energy measurement. Single-channel, RS-232 output.

  • INTEGRA INTEGRA

    Embedded PC interface for power & energy measurement. Can only be purchased as a detector output option.

  • TUNER TUNER

    Display device with tuning needle for power measurement. Single-channel.

  • UNO UNO

    Economical display device for power measurement. Single-channel.

  • P-LINK (USB) P-LINK (USB)

    PC interface for power measurement. Single-channel, USB output.

  • P-LINK (RS-232) P-LINK (RS-232)

    PC interface for power measurement. Single-channel, RS-232 output.

  • S-LINK-1 (Ethernet) S-LINK-1 (Ethernet)

    PC interface for power & energy measurement. Single-channel, USB & Ethernet output.

  • S-LINK-2 (Ethernet) S-LINK-2 (Ethernet)

    PC interface for power & energy measurement. Dual-channel, USB & Ethernet output.

  • M-LINK M-LINK

    PC interface for power & energy measurement. Single-channel, USB output.

  • S-LINK-1 S-LINK-1

    PC interface for power & energy measurement. Single-channel, USB output.

  • S-LINK-2 S-LINK-2

    PC interface for power & energy measurement. Dual-channel, USB output.

  • P-LINK-4 (USB) P-LINK-4 (USB)

    PC interface for power measurement. Four channels.

Included

  • Calibration Calibration

    Calibration certificate

  • PWC PWC

    Personal wavelength correctionTM Certificate

  • COVER

    Protective cover for optical surfaces

Measurement capabilities

  • Maximum average power (continuous)

    2 W

  • Noise equivalent power1

    30 μW

  • Spectral range2

    0.193 - 20 μm

  • Typical rise time3

    1.1 s

  • Power calibration uncertainty4

    ±2.5 %

  • Repeatability

    ±0.5 %
    • 1. Nominal value, actual value depends on electrical noise in the measurement system.
    • 2. For the calibrated spectral range, see the user manual.
    • 3. With anticipation.
    • 4. Including linearity with power.

Measurement capabilities (Energy mode)

  • Maximum measurable energy1

    3 J

  • Noise equivalent energy2

    5 mJ

  • Minimum repetition period

    2 s

  • Maximum pulse width

    63 ms

  • Energy calibration uncertainty3

    ±5 %
    • 1. For 360 μs pulses. Higher pulse energy possible for long pulses (ms), less for short pulses (ns).
    • 2. Nominal value, actual value depends on electrical noise in the measurement system.
    • 3. When single-shot energy calibration is purchased

Damage thresholds

  • Maximum average power density1

    36 kW/cm²

  • Maximum energy density2

    1 J/cm²
    • 1. At 1064 nm, 10 W CW. May vary with wavelength and average power.
    • 2. At 1064 nm, 7 ns, 10 Hz. May vary with wavelength and pulse width.

Physical characteristics

  • Cooling

    Convection

  • Aperture diameter

    10 mm

  • Absorber

    H5

  • Dimensions

    50H x 50W x 21.5D mm

  • Weight

    0.193 kg
Print specifications

CA$1,273.00*

CONTACT SALES Explore customization possibilities

Versatile absorber suitable for most applications

Our H absorber offers a spectral response that is both broadband and spectrally flat, making this power detector a versatile solution that can cover most laser power measurement needs. Our proprietary manufacturing method also gives this absorber good damage thresholds, for both average power density and energy density. It has a high absorption capacity and, therefore, generates a relatively low percentage of back reflection.

Customers enjoy:

  • Useful for measuring a wide range of lasers
  • Low risk of damaging the equipment
  • Allows fast rise time

Faster measurement with XNR AnticipationTM

Measure laser power up to 10x faster (model-dependant) with XNR AnticipationTM. Our proprietary algorithm looks at the rate at which the signal increases or decreases and combines this with calibration data to predict the result. The measurement is therefore calculated and displayed faster than the natural response of the detector.

Why does it matter?

  • Save several seconds to tens of seconds for each measurement
  • Shorter operation interruption
  • Faster laser output diagnostics
  • Increased productivity
  • No compromise on measurement accuracy

NIST-TRACEABLE CALIBRATION INCLUDED

Traceable calibration provides the ability to trace the readings of laser output measurements to known international measurement standards determined by the National Institute of Standards and Technology (NIST). This ensures that the measurements taken by the instruments are reliable and accurate.

Benefits include:

  • Make valid comparisons of measurements taken by other instruments inside and outside your organization and over time
  • Comply with regulations or conform to industry standards
  • Avoid costly measurement mistakes in your operations
  • Improve customer confidence in your laser systems
  • Ensure laboratory experiment validity
  • Demonstrate measurement accuracy easily with the calibration certificate we provide
 

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