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CATÁLOGO DE SOLUCIONESMedidores de precisión de campos magnéticos

Ayscom dataTec presenta las

soluciones de Metrolab, líder del

mercado mundial de magnetómetros

de precisión desde 1985. Desde

Precision teslameters, magnetómetros

de efecto hall o fluxgate, hasta

Magnetic field cameras o Fast Digital

Integrators con la mejor precisión para

la industria y la investigación.

www.ayscomdatatec.com

Ayscom dataTec, S.L.Calle Manuel Tovar, 36

28034 Madrid / ESPAÑA

VENTAS Y SOPORTE:

[email protected]

(+34) 913 76 82 25

http://www.ayscomdatatec.com

mailto:[email protected]

https://ayscomdatatec.com/es/

https://www.metrolab.com/

2CATÁLOGO DE SOLUCIONES_Medidores de precisión de campos magnéticos_ Metrolab Technology SA

Table of Contents

PT 2026 NMR PRECISION TESLAMETER 3

MFC2046 NMR MAGNETIC FIELD CAMERA 5

THM1176 AND TFM1186 COMPACT 3-AXIS MAGNETOMETERS 9

FDI2056: THE FIRST OFF-THE-SHELF INSTRUMENT TO QUANTIFY MAGNETIC FIELD TRANSIENTS 11


PT2026 NMR PRECISION TESLAMETERTHE GOLD STANDARD FOR MAGNETIC FIELD MEASUREMENTS

Extended range of38 mT - 30 T

Ultra-high precision:< 10 ppb at 3 T

Upgradable to multipoint measurements

Upgradable to the Magnetic

Field Camera MFC2046

Tolerant to fi eld gradients

> 1000 ppm/cm at 1 T fi eld

Fast measurement rate up to 33 Hz

Flexible probe ranges: Standard or custom probes; one standard probe covers 1.5 & 3 T

Based on Pulsed-Wave Nuclear Magnetic Resonance detection, the PT2026 Precision

Teslameter sets standards for magnetometers.

Integrated 3-axis Hall sensor

Small gaps, high radiation: specialty

probes with remote passive mesurement head

Small gaps, high precision:

specialty probes with remote active measurement head

Versatile software interface

We are the global market leader for precision magnetometers.

Established in Switzerland in 1985, we have won the trust of all the large physics laboratories and all leading players in Magnetic Resonance Imaging, across the world.

With Metrolab, you measure magnetic fi elds with Swiss precision and quality.

Magnetic precision has a name


Established in Switzerland in 1985, we have won the trust of all the large

physics laboratories and all leading players in Magnetic Resonance Imaging,

across the world.


ABOUTMETROLAB

PT 2026 NMR Precision Teslameter

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© Metrolab Technology SA, March 2020 / V2.0© Metrolab Technology SA, March 2020 / V2.0

NMR probe multiplexer, MUX6026, 4 or 8 channel multiplexers. Connect multiplexers with multiplexers to control up to 512 probes.

Probe-extension/multiplexer cable, 3026-10M, standard length 10 m, custom length up to 100 m.

Transit case, TC8026, holds one PT2026 NMR teslameter, four probes, one multiplexer, and one probe-extension/multiplexer cable.

SYSTEM

ACCESSORIES

MEASUREMENT PRINCIPLE Pulsed-Wave NMR

FREQUENCY RANGE 1 MHz - 1.1 GHz

RESOLUTION ±0.1 Hz (stable fi eld, low gradient, no averaging), < 0.01 ppm in uniform 1.5 and 3.0 T fi eld (typical)

ACCURACY ±5 ppm, independant of temperature

MAX FIELD GRADIENT > 1000 ppm/cm at 1 T fi eld

MEASUREMENT RATE Up to 33 Hz

SIZE 210 x 125 x 324 mm (main unit, optional rack mount)

COMPUTER INTERFACE USB / USBTMC, Ethernet / VXI-11; IEEE 488.2; SCPI

SOFTWARE Dedicated PT2026 software

API Access to all system features; LabVIEW® 2015 driver and C++ API

TRIGGER Trigger In or Trigger Out

CLOCK CONNECTOR 10 MHz; External Reference in or Internal Reference out

TECHNICAL CHARACTERISTICS AND ACCESSORIES

PROBES

Model 1326 Model 1426 Model 1526

STANDARD RANGES PROTON PROBES (P) 0.038 to 11.7 TCovered by 5 probes

0.19 to 10.57 TCovered by 4 probes

0.038 to 11.7 TCovered by 5 probes

STANDARD RANGES DEUTERIUM PROBES (D) 10.0 - 30.0 T 8.0 - 22.8 T 10.0 - 30.0 T

WIDE-RANGE PROTON PROBEFOR HIGHLY UNIFORM FIELDS 0.2 - 3.0 T Not available 0.2 - 3.0 T

HALL PROBE ASSISTANCE Integrated Not available Optional

SEARCH TIME With Hall assist < 1sWithout Hall assist < 10s < 10s With Hall assist < 1s

Without Hall assist < 10s

PROBE ELECTRONICS SIZE 16 x 12 x 231 mm 16 x 12 x 231 mm 16 x 12 x 231 mm

MAIN CABLE LENGTH 10 m, custom available up to 100 m (incl. multiplexers)

REMOTE HEAD SIZE Not applicable 9.2 x 6.2 x 31.5 mm (p)16.2 x 6.2 x 31.5 mm (D)

10.9 x 6.2 x 60.1 mm (p)15.9 x 6.2 x 60.1 mm (D)

REMOTE HEAD CABLE LENGTH Not applicable 0.5 m (4.3 mm) 1.5 m std, up to 10 m

Model 1326 probes have the same form factor as PT2025 model 1062 probes. A single connector makes it easy to plug and unplug. An integrated 3-axis Hall probe speeds up the search for the NMR signal.

Model 1426 probes have a remote passive measurement head that fi ts into small gaps and is ideal for high-radiation environments that would damage electronic components.

Model 1526 probes have a remote active measurement head that fi ts into small gaps. The local treatment of the NMR signal improves the signal-to-noise ratio and allows longer cables.

MODEL 1526NMR PULSED-WAVE PROBES



WARRANTY ANDCALIBRATION

Warranty: 2 years

Calibration interval of the main unit PT2026: 12 months

CE marked

Specifi cations are subject to change; for detailed and up-to-date specifi cations, please see www.metrolab.com/PT2026/specs

METROLAB TECHNOLOGY SA110, ch. du Pont-du-Centenaire, 1228 Geneva, Switzerland

+41 22 884 33 [email protected]

www.metrolab.com


MFC2046 NMR Magnetic Field Camera

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THM1176 AND TFM1186 COMPACT 3-AXIS MAGNETOMETERS

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THM1176 AND TFM1186 COMPACT 3-AXIS MAGNETOMETERSGO ANYWHERE, MEASURE ANYTHING!


THM1176 and TFM1186 magnetometers: ultra-compact and easy-to-use instruments to measure

and map all three components of a magnetic fi eld using Hall and

Fluxgate technologies.

Comprehensive family of 3-axis sensors

Field strengths from nanoteslasto 20 T

3-axis calibration of offset, gain, non-linearity,

temperature drift and non-orthogonality

Delivered with a calibration certifi cate

DC or AC magnetic fi elds up to 1 kHz

Accuracy on the order of ±1% in any

orientation

USB interface

Dedicated software, including

spectral analysis


Established in Switzerland in 1985, we have won the trust of all the large

physics laboratories and all leading players in Magnetic Resonance Imaging,

across the world.


ABOUTMETROLAB


Desktop Kit: a magnetometer to plug into the USB port of your computer.

Duo Kit: cost-effective package including your selection of two probes and a carrying case.

Handheld Kit: includes a carrying case with the tablet computer, charger, adapters and cables.

All kits include a USB drive containing the manual and EZMag3D software. Firmware and EZMag3D Software upgrades also included.

THM1176 kits include a zero-gauss chamber.

Warranty: 2 yearsCalibration interval: 18 monthsCE marked

Resolution Range Max*Calibrated to 14 T**Calibrated to 1.5 T

PROBE FAMILY

EZMag3D SOFTWARE KITS AND ACCESSORIES

Accuracy specifi ed for total fi eldAccuracy typically 10x better along primary axes: Bx, By, Bz.

5 gauss

1 nT 1 μT 1 mT 1 T

PROBE TYPICAL APPLICATION TECHNOLOGY KEY SPECIFICATIONS PROBE DIMENSIONS

TFM1186Earth-fi eld disturbances 3-axis fl uxgate

Range up to 100 µTResolution 4 nTAccuracy ±0.5%, ±100 nT

Housing 70 x 30 x 32 mmCable 3 m

THM1176-LFWeak/fringe fi elds

Discrete 3-axisHall sensors

Range up to 8 mTResolution 2 µT Accuracy ±20 µT

Housing 113 x 16 x 10 mmCable 3 m, optionally 6 m

THM1176-MFGeneral purpose

Integrated 3-axisHall sensor

Range up to 3 TResolution 0.1 mTAccuracy ±1%

Housing 113 x 16 x 10 mmSensor 16.5 x 5 x 2.3 mmCable 3 m, optionally 6 m

THM1176-HFVery strong fi elds


Range up to 20 T*Resolution 0.3 mTAccuracy ±1%

Housing 113 x 16 x 10 mmSensor 16.5 x 5 x 2.3 mmCable 6 m

THM1176-HFCNarrow gaps


Range up to 20 T**Resolution 0.3 mTAccuracy ±1%

No housingSensor 0.5 x 2 x 8 mmCable 3 m, optionally 6 m

OPERATING SYSTEMS Windows, macOS, Linux

KEY MEASUREMENT

Output: Bx, By, Bz, temperature (uncalibrated)Timestamp (167 ns resolution)Sample rate - depends on trigger mode:0.36 Sa/s to 6.8 kSa/s (1 Sa = Bx, By, Bz)

OPERATING MODES Teslameter, Spectral analysis, AC analysis, Mapping

MAIN FEATURES

Graphical displaysControl of range, units, trigger, acquisition & display ratesSave or load settings and measurement fi le

OPERATING CONDITIONS Temperature: 0 to 40°CMagnetic: electronics < 3 T; handheld tablet < 1 T

© Metrolab Technology SA, March 2020 / V3.0© Metrolab Technology SA, March 2020 / V3.0

Earth’s fi eld

TFM1186

THM1176-LF

THM1176-MF

THM1176-HF

THM1176-HFC

Specifi cations are subject to change; for detailed and up-to-date specifi cations, please see www.metrolab.com/THM1176/specs

METROLAB TECHNOLOGY SA110, ch. du Pont-du-Centenaire, 1228 Geneva, Switzerland

+41 22 884 33 [email protected]

www.metrolab.com


FDI2056: THE FIRST OFF-THE-SHELF INSTRUMENT TO QUANTIFY MAGNETIC FIELD TRANSIENTS

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FDI2056: THE FIRST OFF-THE-SHELF INSTRUMENT TO QUANTIFY MAGNETIC FIELD TRANSIENTS

The Fast Digital Integrator FDI2056 is the world’s fastest and most sensitive voltage

integrator. Plug in a sense coil, and for the first time it is possible – even easy – to

measure fast, low-level magnetic field disturbances such as eddy currents in a

switched magnet.

Metrolab, the global market leader for precision teslameters

Tel: +41 (22) 884 33 11 - Fax: +41 (22) 884 33 10 E-mail: [email protected] - Web: www.metrolab.com

Speed: up to 500 000 partial integrals per second

Resolution: down to 10-14 Vs (0.8 µV x 12.5 ns)

Drift: 10-5 Full Scale / minute

Input voltage: up to ±100 V

Accuracy and stability in the ppm range

Trigger sources: external, timer, encoder, software, multichannel

Number of channels: up to 3

Interfaces: Ethernet (IEEE 488.2 compliant) or RS-232 (PDI5025 emulation)



Equipped with a high-speed Analog-to-Digital

Converter (ADC), high-resolution clock, and

highly optimized digital integrator, the FDI2056

boasts a maximum of 500 000 partial integrals

per second: 500 times faster than the Metrolab

PDI5025, the previous state-of-the art solution!

THE WORLD’S FASTEST VOLTAGE INTEGRATORMeasure with fast rotating coils

Capture rapid transient signals, such as eddy currents and decay & snapback

The FDI2056’s programmable gain amplifier,

high-resolution ADC and high-resolution clock

provide resolution down to an astounding

10-14 Vs. The low-noise and high-stability

digitizer, high-precision clock, self-calibration,

and automatic drift compensation combine to

guarantee an accuracy of 10 ppm.

The FDI2056 “trigger factory” allows

triggering flux measurements with an

external signal, internal timer, position

encoder, or software command.

All commonly used linear or rotating

encoders are directly supported.

Sophisticated trigger programming allows

prescaling, counting, and combining sources.

SOPHISTICATED TRIGGER SUPPORT

UNRIVALLED RESOLUTION AND ACCURACY Capture low-level disturbances

Measure magnetic fields with accuracy surpassed only by NMR techniques

Check the integrated field of an undulator magnet quickly and accurately

Trigger flux measurements precisely

Choose most appropriate trigger source(s)

Eliminate electronics for trigger logic

Synchronize triggers on all channels

The Fast Digital Integrator card is manufactured under license from the European Organization for Nuclear Research (CERN). Based on two decades of experience building the world’s accepted standard for precision integrators, the PDI5025, Metrolab has added major enhancements to this card: improved time resolution and trigger rate; synchronized acquisition on multiple channels; a hardware-optimized digital integrator; and a large on-board data buffer.

FDI2056: THE FIRST OFF-THE-SHELF INSTRUMENT TO QUANTIFY MAGNETIC FIELD TRANSIENTSMULTIPOLE COMPONENTS – EDDY CURRENTS – DECAY AND SNAPBACK – UNDULATORS


Most importantly, Metrolab delivers a complete and user-friendly instrument with a standard communication interface and extended triggering facilities. The system includes a chassis with industrial computer, one to three channel cards, calibration, software, documentation, and field upgrade support.

FDI2056: THE FIRST OFF-THE-SHELF INSTRUMENT TO QUANTIFY MAGNETIC FIELD TRANSIENTSMULTIPOLE COMPONENTS – EDDY CURRENTS – DECAY AND SNAPBACK – UNDULATORS

STANDARD, CUSTOMIzED OR EMBEDDED SOFTWARE

FIELD UPGRADEABLE

INTERFACES: INDUSTRY-STANDARD OR PDI5025-COMPATIBLEControl the FDI2056 using industry standard VXI-11 and SCPI protocols

Integrate the FDI2056 using the widely available and proven VISA library

Upgrade from a PDI5025 to FDI2056 without rewriting your software

Get started immediately, using the standard FDI2056 software for Windows or Mac

Integrate the FDI2056 into a data-acquisition system using Metrolab’s API

Shrink system size by eliminating a separate host computer

The FDI2056 can be configured to use an

Ethernet or an RS-232 interface. The Ethernet

interface is compliant with the standards

used by most major instrument suppliers, and

controls the instrument’s full functionality

using a standard VISA library.

The RS-232 interface provides a command set

compatible with the PDI5025.

The FDI2056 includes a LabVIEW application to

handle common data acquisition, correction,

analysis and recording tasks. For special

requirements, custom programming is easy, with

full documentation, an Application Programming

Interface (API), and source code. For industrial

environments, the software can be hosted on the

instrument’s built-in industrial computer.

The FDI2056 is designed with future

enhancements in mind, and is upgradable on

all levels – hardware, firmware and software.

Users can download upgrades from the

Metrolab web site and install them in the field.

Benefit from the latest improvements

Protect your long-term investment

Adapt to new research challenges


FDI2056: TECHNICAL SPECIFICATIONSDIGITIzER

© Metrolab Technology SA - September 2013Version 2.1Specifications subject to change

For detailed specifications, please see http://www.metrolab.com.

Metrolab Technology SA110, ch. du Pont du Centenaire, Plan-les-Ouates CH-1228 Geneva SwitzerlandTel: +41 (22) 884 33 11 / Fax: +41 (22) 884 33 10E-mail: [email protected] - Web: www.metrolab.com

Gain 0.1, 0.2, 0.4, 0.5, 1.0, 2, 4, 5, 10, 20, 40, 50, 100 –Dynamic range ±10 ÷ Gain VInput overvoltage protection ±15 ÷ Gain VMax common mode voltage 12 ÷ Gain V

Max input bandwidth 250 @ Gain ≤ 10, decreasing to 25 @ Gain 100 kHzNoise floor (@ 1 kHz bandwidth)

Input impedance 200 kΩGain accuracy 10 ppmDigitizer resolution 18 bitMax sample rate 500 kS/sNonlinearity: Single Tone -105 dBcNonlinearity: Dual Tone -95 dB

INTEGRATORTimer resolution 12.5 nsTime base stability over temperature ±0.075 (0 to 60° C) ppmTime base stability over time < 5 x 10-4 (30 s) ± 0.7 (1 year) ppmDrift 10-5 FS / min (1)Drift variation typical < Noise Floor ÷ 5 Vs / s

COMMONTrigger sources External, timer, encoder, software, multichannel Trigger rate 0.02 to 500k HzEncoder input: Voltage 3.3 or 5 V Current protection 750 (Hold), 1500 (Trip) mA Signal type Single-ended or differential Index type None, or 90° – 270° Memory capacity 1M PI (2)

SYSTEM

Industrial computer Intel x86 architecture, Windows OS, 16 GB RAM, 32 GB Flash drive, Ethernet, USB 2.0 (3) Number of channels 1 – 3Ethernet interface VXI-11 (IEEE 488.2), SCPI compliantMax transfer rate (Ethernet) 1000 (3) PI / s (2)RS-232 Interface PDI5025 compatibility modePower requirements 100 – 240 V, 50 – 60 Hz, 80 A inrush current maxOperating temperature 0 – 40 °CSize and weight 445 x 130 x 245 mm (19” x 3U), 7.2 kg maxMounting Horizontal or vertical, optional rack-mount kit

Recommended calibration interval 12 months

(1) FS = Full Scale.(2) PI = Partial Integral, including timestamp.

(3) Subject to change; contact Metrolab for exact specifications.

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AYSCOM DATATEC, S.L.Calle Manuel Tovar, 36

28034 Madrid / ESPAÑA

VENTAS Y SOPORTE [email protected]

(+34) 913 76 82 25

www.ayscomdatatec.com

CATÁLOGO DE SOLUCIONESMEDIDORES DE PRECISIÓN DE CAMPOS MAGNÉTICOS

mailto:[email protected]

http://www.ayscomdatatec.com

https://ayscomdatatec.com/es/

https://www.linkedin.com/company/ayscom-datatec/

https://www.youtube.com/channel/UCoyucrPeYVlr3p-r5ieXwZA

https://www.metrolab.com/

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