Skip to content
The Thermogram

HIKMICRO · segment S5

HIKMICRO SP60H

€€€€€

640 × 480 native thermal sensor, NETD 30 mK, 25 Hz.

    307 200 points measured · 1 228 800 displayed
    Number of the sensor's measurement points, shown to the catalog's scale. The largest sensor in the database has 327 680 points.
    Published by the manufacturer

    Specifications

    Values come from manufacturer documentation unless otherwise noted in the sources at the bottom of the page. This device has not been physically tested.

    Identity
    BrandHIKMICRO
    ModelSP60H
    SeriesSP
    Commercial statuscurrent
    EAN codenot published by the manufacturer
    Manufacturer referenceHM-TP96H-Q/W-SP60H-L25
    SegmentS5
    Sensor and image
    Native resolution, width (px)640
    Native resolution, height (px)480
    Native detector pixels307200
    Displayed resolution, width (px)1280
    Displayed resolution, height (px)960
    Interpolation ratio4.0
    Interpolation methodsoftware
    Detector typeuncooled microbolometer
    Detector materialnot published by the manufacturer
    Pixel pitch (µm)17
    Spectral band, min (µm)7.5
    Spectral band, max (µm)14
    NETD (mK)30
    NETD measurement conditions< 30 mK @ 25 °C
    Frame rate (Hz)25
    Optics
    Horizontal field of view (°)24.8
    Vertical field of view (°)18.7
    Advertised IFOV (mrad)not published by the manufacturer
    Recalculated IFOV (mrad)0.68
    Minimum focus distance (m)not published by the manufacturer
    Focusautomatic
    Interchangeable lensesyes
    Digital zoom (×)12
    Macro lens
    Availabilityno
    Referencenot applicable
    Working distance (mm)not applicable
    Spot size (µm)not applicable
    Smallest measurable area (µm)not applicable
    Accuracy with macro (°C)not applicable
    Range max with macro (°C)not applicable
    Measurement
    Range min (°C)-40
    Range max (°C)2200
    Absolute accuracy (°C)1
    Relative accuracy (%)1
    Emissivity settingnot published by the manufacturer
    Reflected temperature correctionnot published by the manufacturer
    Measurement modesnot published by the manufacturer
    Simultaneous cursorsnot published by the manufacturer
    Full radiometrynot published by the manufacturer
    Visible channel
    Visible camera (MP)8
    Image fusionoverlay
    LED lightnot published by the manufacturer
    Laser pointeryes
    Ergonomics and ruggedness
    Screen (inches)5
    Screen resolution1280 × 720
    Touchscreenyes
    Weight (g)not published by the manufacturer
    Dimensions (mm)not published by the manufacturer
    IP ratingnot published by the manufacturer
    Drop resistance (m)1
    Operating temperature, min (°C)not published by the manufacturer
    Operating temperature, max (°C)not published by the manufacturer
    Power
    Power typebuilt-in battery
    Battery systemnot applicable
    Battery life (h)4
    Charging connectorUSB-C
    Storage and connectivity
    Internal memory (GB)not applicable
    Memory cardmicroSD (64 GB)
    Wi-Fiyes
    Bluetoothyes
    Wired interfaceUSB-C
    File formatsnot published by the manufacturer
    Software
    PC softwareHIKMICRO Analyzer
    Free PC softwareyes
    Mobile appHIKMICRO Viewer
    Report generationyes
    Cloud servicenot published by the manufacturer
    Compliance
    Calibration certificate providednot published by the manufacturer
    Declared standardsnot published by the manufacturer
    Warranty (months)not published by the manufacturer
    Support in Francenot published by the manufacturer

    Observations

    • A high-temperature version of the already-covered SP60 in this comparison. Same 640 × 480 sensor and same 30 mK NETD, but the range is extended to 2200°C versus 650°C for the standard model, on the same principle as the already-documented SP40/SP40H pair. This rounds out a standard/high-temperature pair for both resolutions of HIKMICRO's SP range covered in this comparison.
    • Drop resistance limited to 1 m, versus 2 m for most professional devices in the catalog — a spec worth watching for intensive industrial use despite the device's high-end positioning.

    Sources