Foerster Koerzimat HCJ Measuring System (KOERZIMAT-HCJ)

    Foerster Koerzimat HCJ Measuring System
     

    Quote Required Quote Required

     

    This product has been discontinued.

    REQUEST QUOTE

    Share this product
    • Product Codes:
      1973940
    • Tech Support Available
    • Product Weight: 183.00
    HAVE A QUESTION?
      Call:   1-847-577-3980
      Send an Email
       Hours:   8:00 am to 4:30 pm CST

    Description

    The Foerster Koerzimat 1.097 HCJ Measuring System is a measuring system for the precise, geometry-independent measurement of the coercive field strength of steel, hard metals and powder metallurgical components. Volume-specific saturation polarization Js correlate to a variety of important process parameters and material properties. Koerzimat Measuring Systems are ideal for labs and researching facilities performing a variety of content determination, metal testing, and quality control inspections. 

    Software controls individual and series of measurements, with a database for collecting the data and saving parameter sets. Control this light weight and compact system with a PC. Determination of coercivity is in accordance with IEC 60404-7.

    Measurement of coercive field strength (A/m, Oe) and Relative Remanence JR (µT) is geometry-independent with no required specimen prep, making this measuring system ideal for parts of complex sizes and shapes. A remote port allows for automation and data access. Measuring range for the HCJ is 0-100 kA/m HCJ, with a magnetization field strength up to 450 kA/m. Measure extremely small and low magnetized components with a magnetic stray flux < 0.02 µT.

    Applications

    • Monitoring the quality of the annealing and the mechanical stress state of soft-magnetic components (SMC)
    • Control of the sintering level and particle size of hard metals
    • Quality control of metallic powders for the production of magnets and hard metals
    • Controlling electromechanical components in the electronics, automotive, computer, and clock sectors

    Features

    • No special specimen preparation needed
    • Fast and precise measuring
    • Simple specimen fitting on the specimen slide
    • Geometry-independent measuring
    • Coverage of the complete specimen volume
    • Specimen chamber with a diameter up to 60 mm
    • Highest sensitivity even for the smallest test specimen by means of the internal probe
    • Temperature monitored compensation of the coil
    • Large measuring range up to 100 kA/m
    • Magnetic screening of the detection coil
    • Calibration traceable to national standards (PTB)

    Specs

    Unit

    Model HCJ
    Power Supply  230 VAC, 50/60 Hz
    Permitted main voltage variation ±10% of nominal value
    Permitted main voltage frequency variation ±1 Hz
    Power consumption Momentary for magnetization 3700 VA, average consumption 100 to 800 VA, depending on setting
    Permitted ambient temperature range 0 bis +40°C
    Dimensions (LxWxH) 465 x 445 x 220mm
    Protection class IP32
    Weight 18kg (40lbs)

    Coil

    Ø Coil ID, clear width 40mm
    60mm
    Coil Dimensions (LxWxH) 450 x 340 x 420mm
    Magnetization field strength 200 kA/m
    additional pulse magnetization option Typical for a coil temperature du= 25°C 450 kA/m
    350 kA/m
    Max. measuring field strength 100 kA/m
    50 kA/m
    Homogeneous field area
    (deviation Δ Hc < 1 %)(deviation Δ Hc < 1 %)    		 170mm
    120mm
    Coil weight 65kg (143lbs)
    85kg (187lbs)
    Permitted ambient temperature range 0 bis +40 °C
    Cooling  by means of 2 fans
    Protection Class IP32
    Sensor Fluxgate (FOERSTER-Probe)

    Measurement

    Max. measuring field strength using the internal probe up to 25 kA/m
    Measurement uncertainty < ± 1 % of the measured value with respect to EN 10330 and IEC 60404-7
    Measurement modes Automatic
    Coercive field strength measuring range auto range 0 to 100 kA/m
    Coercive field strength measuring time 3 s (fixed)
    Magnetization time Adjustable from 0.2 bis 40 s
    Measurement uncertainty of the measuring field ±0.2 % of measured value

    Additional Info

    Brochure

    Package Includes