Fully automatic and accurate core loss measurements up to high frequencies
-De facto standard from research and development of soft magnetic materials to production inspection-
This device measures the AC magnetic properties of soft magnetic materials. It is ideal for new product development and product inspection in R&D departments, quality assurance departments, and manufacturing departments of material, core, parts, and equipment manufacturers. In addition to the BH/Pc measurement function, m/L/Q can be measured.
110Hz to 10MHz wideband measurement frequencies(SY-8218)
High power amplifier applied to maximum voltage ±150V, maximum current ±6A, up to 5MHz(SY-5001)
Automatic measurement of temperature characteristics (-55ºC to +180ºC) of up to 4 samples compliant with automotive parts standard AEC-Q200 Grade 0 (SY-330)
Automatic measurement of temperature characteristics (-30ºC to +150ºC) for up to 41 samples(SY-321A)
Achieves the measurement of small piece single board samples with a length of 36mm or more (width of 35mm or less) (SY-956)
Measurements with DC bias superimposed up to 30A are possible(SY-960/961/962)
You can measure the magnetic properties of various part shapes of various soft magnetic materials
Measurements
Switching power supplies and DC-DC converters are using increasingly high switching frequencies in order to increase their compactness and efficiency. Transformers and choke coils used for these generally suffer increased losses due to higher frequencies. The cause of the loss is the core loss of the core material of these parts, which is mainly classified as hysteresis loss and eddy current loss, and sometimes the heat generated by these losses changes the magnetic properties of the core material itself, which may cause serious damage. The B-H analyzer is the only device that can measure the core loss of a wide range of soft magnets with high accuracy, from low frequencies to high frequencies in the MHz band.
B-H curve measurement
In magnetic materials, magnetic saturation due to the application is very important. Magnetic saturation can be known by measuring the B-H curve. If the B-H curve is saturated with the conditions you want to use, you can longer expect the material to act as an inductor. The B-H analyzer is the only device that can measure the core loss of a wide range of B-H curves with high accuracy, from low frequencies to high frequencies in the MHz band under all conditions.
Magnetic permeability measurement Core materials used for motors, actuators, and relays include silicon steel, soft steel, and permalloy. These materials are known to change their magnetic properties due to processing and heat treatment. The B-H analyzer is the only device capable of measuring magnetic properties, including the amplitude magnetic permeability of these components from low frequencies to high frequencies in the MHz band, and providing data on their impact on materials for processing and heat treatment.
Fully automatic measurement
The B-H curve is automatically acquired only by setting the sample parameters (effective magnetic path length, effective cross-sectional area, number of windings, etc.) and measurement conditions (frequency, maximum magnetic field, maximum magnetic flux density, maximum induced voltage, maximum excitation current), and various magnetic parameters are measured automatically.
Optional measurements are also fully automated
Options such as a thermostat scanner, a compact single-plate magnetic measurement device, and a DC bias tester can also be fully automatically controlled from the remote control software SY-810.
Wide Range Thermostatic Chamber Scanner SY-330
Product Overview
Fully automatic measurement (temperature setting range -55ºC to +180ºC) of up to 4 samples compliant with automotive parts standard AEC-Q200 Grade 0
Evaluation of magnetic temperature characteristics of the sample
SY-810 Automatic measurement by (software) is possible Temperature setting range -55ºC ~ +180ºC Number of measurement samples:4 pcs
Remote control configuration
Remote control software SY-810 display example
PusherSY-516 Jig for pressing SY-515 contactor
sample stageSY-515 SY-330 sample mounting table
chamber cableSY-912 Connection cable between wide range thermostatic chamber scanner SY-330 and B-H analyzer SY-8218/8219.
Thermostatic Chamber Scanner System SY-320A / 321A
Product Overview
Fully automatic measurement with temperature range -30ºC to +150ºC, maximum 41 samples
Evaluation of magnetic temperature characteristics of the sample
SY-810 Automatic measurement by (software) is possible Temperature setting range -30ºC ~ +150ºC Number of measurement samples 20 pcs:SY-320A Number of measurement samples 41 pcs:SY-321A
This is a type 1 specific product under the Act on the Rational Use and Proper Management of Fluorocarbons (Fluorocarbon Emission Control Act).
Remote control configuration
Remote control software SY-810 display example
TurntableSY-510 / 511 Automatically measure multiple samples Number of measurement samples 20 pcs:SY-510 (For SY-320A, Standard Accessory) Number of measurement samples 41 pcs:SY-511 (For SY-321A, Standard Accessory)
Replacement contactorSY-512 (For SY-320A/321A, Standard Equipment)
SY-910 Connection cable between thermostatic chamber scanner and B-H analyzer SY-8218/8219. (1 attached as standard to SY-320A/SY-321A)
DC Bias Tester SY-960 / 961 / 962
Product Overview
Easy and accurate automatic measurement of DC bias characteristics such as power inductors
Maximum DC bias:30A
Maximum ripple:±6A
Measurement frequency (sine wave) : 10kHz ~ 3MHz
Measurement frequency (square wave) : 10kHz ~1MHz (Duty 10%~90%)
Measurement example of chip inductor (chopper excitation)
In real circuits, DC and AC magnetic fields are often applied to magnetic parts, and it is important to measure the magnetic properties that change due to DC bias. * The DC bias tester is an option only for SY-8218 and SY-8219, so it cannot be used with other equipment. * It needs to be adjusted with the B-H analyzer main unit at the time of shipment. * If you already have the main unit (SY-8218/8219), you will need to take it back to our factory for adjustment.
Compact Single-Plate Magnetic Measurement Device SY-956
Product Overview
Easy and accurate fully-automatic measurement of the shape of single plates such as electromagnetic steel plates
Broadband measurement frequency:10Hz ~ 20kHz
Maximum applied magnetic field (intensity):10,000 A/m
Sample size: Supports small piece single board sample measurement 35mm or less in width, 36mm or more in length, 3mm or less in thickness
High accuracy core loss measurement with new method
Joint patent application with Professor Toshihisa Shimizu, Tokyo Metropolitan University
Appearance of B coil 01/02 (accessory)
B coil 01
B coil 02
[Sample size] Thickness::1mm or less width:10mm or less Number of windings:35
[Sample size] Thickness:1mm or less width:30mm or less Number of windings:100
Since the shape of the steel plate changes its magnetic properties, it is important to evaluate the magnetic properties based on the shape of the single plate before machining.
Dedicated power amplifier
SY-5001
SY-5002
SY-911
DC ~ 3MHz, ±6A Peak, ±150V Peak
DC ~ 3MHz, ±6A Peak, ±75V Peak
OSC cable OSC cable to connect IE-1125B and B-H analyzer main unit
Remote control software SY-810
Product Overview
Automatic measurement while changing the excitation conditions, such as the characteristics for the frequency.
Per sample, the temperature conditions are up to 20, and the excitation conditions are up to 40 Programmable measurement conditions are a total of 800 (= temperature conditions 20 x excitation conditions 40)
Pulse excitation of the B-H analyzer is also remotely controlled
Automatic saving of B-H analyzer measurement waveform data (CSV) and hard copies of screens (JPEG, PNG)
Product Composition CD (including instruction manual PDF file), GPIB converter, bulk head adapter, software license agreement
Other:.NET Framework (included), CPU Pentium 133M or higher, Memory 64Mbyte or higher, Display resolution 1024×768 or higher, USB port
Please prepare your own PC.
A separate NI GPIB-USB-HS+ manufactured by NATIONAL INSTRUMENTS is required to connect to the PC.
Compatible B-H analyzer:SY-8218 / SY-8219
Continuous measurement function SY-811
Observe the change over time of various measurement items while performing continuous measurements
The measurement time is up to 99,999 minutes (about 70 days), measured at approx. 60 second intervals
Observe the change over time of two measurement items at the same time with the elapsed time graph
You can change the measurement items during the measurement
Different measurement results can be compared and measured with reference display
Measurement data is saved in CSV and a hard copy of the screen is saved in JPG/PNG
An option to add to the B-H analyzer (SY-8218/8219).
If it is added after delivery, we will pick up the main unit and perform the work at our factory.
Other
Empty toroidal core SY-513
Empty case with toroidal shape. Ideal for measuring powder samples.
AC couple module SY-504
A filter that removes AC components and DC offsets of 10kHz or less. (1 attached as standard to each B-H analyzer)
LF AC coupler SY-514
The lower limit frequency of the AC coupler that comes as standard with the main unit is 10kHz, but by using SY-514, the lower limit frequency can be reduced to 300Hz.
Lower limit frequency:Approx. 300 Hz
Maximum input voltage:±200V
Maximum input current:±6A
Accessory:BNC cable(0.6m)
NI-GPIB-USB-HS(HI-Speed USB compatible)
USB-GPIB converter for a controller that connects to a PC when using the remote controller software SY-810. (Manufactured by NATIONAL INSTRUMENTS)
Bulkhead adapter 182766-01
GPIB (female)←→ GPIB (female) Adapter that connects the USB-GPIB converter SY-509 and the NI-GPIB-USB-HS when controlling only the B-H analyzer SY-8218/8219 with the remote-control software SY-810 without using the thermostat scanner system SY-320A/321A. (Standard with SY-810) (Manufactured by NATIONAL INSTRUMENTS)
Maximum magnetic flux density (Bm), residual magnetic flux density (Br), maximum magnetic field (Hm), coersive force (Hc), square ratio (Br/Bm), amplitude ratio magnetic permeability (μa), core loss (Pc, Pcv, Pcm), phase angle (θ), total magnetic flux change (2Φm), maximum induction voltage (V2m), maximum excitation current (I1m), apparent power (VA) impedance magnetic permeability (μZ), complex magnetic permeability (μ’, μ”), loss coefficient (tan δ), inductance (L), resistance (R), impedance (Z) mass coefficient (Q), total harmonic distortion (THD)
Measured waveform
B-H curve, excitation current/induced voltage/magnetic field/magnetic flux density waveform
Measurement frequency
Sine wave
10Hz~10MHz
10Hz~1MHz
Square wave
10Hz~1MHz(Duty50)
Magnetic field signal detection
Voltage drop method of both ends of the non-inductive resistor Maximum allowable current ±6A
Magnetic flux dense signal detection
Induction voltage detection coil voltage detection method at both ends Maximum allowable voltage ±200V
Digitizer
Resolution 16 bits (8192 points/cycle)
Sample connection method
2 winding method or 1 winding method
Display mode
8.4-inch TFT-LCD SVGA 800 x 600 pixels
Power supply
100V to 240V 50/60Hz power consumption approx. 130VA (MAX)
Please click below for FAQs regarding this product.If your questions are not resolved by the FAQs, please contact us via email using the “Inquiries” link above.
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