Probe Sonicator, KPR Institute Engineering and Technology, Autonomous Engineering Institution, Coimbatore, India

+91 422 263 5600
admission@kpriet.ac.in
Trial Access for AUERC E-Resources Special arrear exams-who have exhausted the max period permitted-R2013 & R2017 AICTE-Pragati, Saksham and Swanath Scholarship Schemes-Online portal is open now

Probe Sonicator

Probe Sonicator

Probe Sonicator



Thermal Analyser

Thermal Analyser

FEATURES

  • Improved algorithms increase accuracy
  • New one-minute read times
  • Measure thermal diffusivity and specific heat at a fraction of the cost
  • ASTM 5334- and IEEE 442-compliant
  • Controlled heating ensures heat is constant
  • An updated thermal properties analyzer interface makes test setup easier than ever
  • Navigation through menus and options is more straightforward
  • Test set-up and results are displayed more clearly
  • Mini USB cable makes downloading data easier
  • Interactive color screen
  • Automatically identifies the sensor you have plugged in and illustrates heating
  • Extended battery life lengthens use time
  • New rugged, ergonomic case
  • Portable: use in the field or in the lab
  • Measure moist and frozen materials accurately
  • Short heating times ensure no moisture movement
  • Measures thermal conductivity of many fluids
  • Robust sensor needles limit breakage
  • Each sensor engineered for a specific material
  • Automatically corrects for linear temperature drift
  • Resolves temperature to ±0.001 ◦C
    • OPERATING ENVIRONMENT (Controller)
    Range0–50 °C
    Power5 AA batteries
    Battery LifeMore than 250 high-power measurements
    Data Storage2,048 measurements in flash memory (both raw and processed data are stored for download)
    Read ModesManual and unattended measurement modes
    OPERATING ENVIRONMENT (Sensors)
    Range–50 to 150 °C
    PHYSICAL CHARACTERISTICS
    ControllerLength: 18.5 cm (7. 28 in)
    Width: 10 cm (3.94 in)
    Height: 3.5 cm (1.38 in)
    Carrying caseLength: 37 cm (14.57 in)
    Width: 30 cm (11.81 in)
    Height: 10.5 cm (4.13 in)
    Display sizeWidth 5.5 cm (2.17 in)
    Height 4.0 cm (1.57 in)
    Sensor interfaceDB-15 connector
    Sensors tr-3 rk-3 ks-3 sh-3
    KS-3 (6 cm [small] single needle)Range:
    Conductivity: 0.02–2.00 W/(m • K)
    Resistivity: 50–5,000 °C • cm/W
    Accuracy: Conductivity: ±10% from 0.2–2.0 W/(m • K)
    Size: 1.3 mm diameter × 60 mm length
    TR-3 (10 cm [large] single needle)Range:
    Conductivity: 0.02–2.00 W/(m • K)
    Resistivity: 50–5,000 °C • cm/W
    Diffusivity: 0.1–1.0 mm2/s
    Volumetric specific heat capacity: 0.5–4.2 MJ/m3
    Accuracy: Conductivity: ±10% from 0.1–4.0 W/(m • K)
    Size: 2.4 mm diameter × 100 mm length
    SH-3 (3 cm dual-needle)Range:
    Conductivity: 0.02–2.00 W/(m • K)
    Resistivity: 50–5,000 °C • cm/W
    Accuracy: Conductivity:
    Conductivity: ±10% from 0.2–2.0 W/(m • K)
    Diffusivity: ±10% at conductivity above 0.2 W/(m • K)
    ±0.02 W/(m • K) from 0.10–0.20 W/(m • K)
    Volumetric specific heat capacity: ±10% at conductivities above 0.1 W/(m • K)
    Size: 1.3 mm diameter × 30 mm length, 6 mm spacing
    RK-3 (6 cm [thick] single needle)Range:
    Conductivity: 0.1–6.0 W/(m • K)
    Resistivity: 17–1,000 °C • cm/W
    Accuracy:Conductivity: ±10% from 0.1–6.0 W/(m • K)
    Size: 3.9 mm diameter × 60 mm length
    COMPLIANCE
    Manufactured under ISO 9001:2015
    EN 61326-1:2013
    EN 55022/CISPR 22



    Address for communication

    The Head, Centre for Research and Development
    KPR Institute of Engineering and Technology
    Arasur, Coimbatore – 641407

    Email : director.cfrd@kpriet.ac.in

    Landline : +91 422 2635600 (Internal – 653)



    VISUALIZE

    Happenings at KPRIET

    International Conference on Applied Mathematical Modelling 2025
    Feb 20, 2025 to Feb 21, 2025
    Maths
    International Conference on Applied Mathematical Modelling 2025
    Read more


    View All