SENIS
Develops, manufactures and supplies worldwide advanced sensors and instruments for magnetic field measurements and electric current.
- +41 43 205 26 37
- info@senis.swiss
- Neuhofstrasse 5A
Baar (Zug), 6340
Switzerland
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Product
Hard Ceramic Probe Holder
PHS-H and PHS-S
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The PHS-H Hard Ceramic Probe Holder is engineered for precision applications requiring exact probe positioning, ideal for insertion devices, undulators, and similar setups. This robust holder utilizes glass-reinforced (FR4) epoxy laminate for enhanced durability and reliability in demanding conditions. At its core, the PHS-H features three hard plates composed of alumina ceramics (Al₂O₃), each serving as a critical locating surface to ensure utmost accuracy during measurement operations.Additionally, the PHS-H incorporates two elastic glass epoxy locators that deliver a strong clamping force, effectively preventing any unwanted motion of the prismatic probe. The Hall probe (model 03S) is securely fixed within a well-defined cavity, further enhancing the holder's ability to maintain consistent probe placement. This design not only maximizes performance but also ensures long-term stability in precision applications.
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Product
Zero Gauss Chamber
ZG12
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The Zero Gauss Chamber ZG12 is an essential tool for accurately cancelling offset magnetic fields in various applications. Designed specifically to shield the probe sensing area from external magnetic influences, this chamber ensures that the measurements taken are both accurate and reliable. It is highly recommended to order the ZG12 alongside SENIS Hall probes to guarantee optimal performance and functionality when measuring magnetic fields.Featuring precise dimensions with an external diameter of 26 mm and an internal diameter of 21 mm, the ZG12 chamber is crafted to meet stringent tolerance standards. With a length of 200 mm, this chamber is designed for easy integration and use in diverse experimental setups. The Zero Gauss Chamber not only provides a controlled environment but also minimizes the risk of mechanical damage that could lead to residual magnetic fields, making it a critical component in the field of magnetics research and applications.
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Product
3-Axis AC Magnetic Transducer
3DACMT-1
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The *SENIS* 3DACMT-1 is a cutting-edge 3-Axis AC Magnetic Transducer designed for precise measurement of alternating magnetic fields. It operates within a frequency range of 10kHz to 200kHz, making it an ideal choice for applications requiring high sensitivity and precision. The device features a compact sensing cube with a volume of about 3.6 cm³, ensuring non-invasive measurements that do not disturb the magnetic fields being observed. With its exceptional resolution of better than 1.5μTrms, the 3DACMT-1 delivers a highly linear response and transduction accuracy of ±1%, ensuring reliability even in the most demanding environments. Further, the *SENIS* 3DACMT-1's design incorporates three mutually orthogonal coils, allowing it to capture all three components of magnetic fields simultaneously while being insensitive to electrical fields or capacitive coupling. The sensor's excellent angular accuracy of <±1° and phase accuracy of <3° at 85kHz enhances its capability to provide accurate data. Additionally, with an output signal from 0V to ±5V, and a measurement bandwidth of 10kHz to 200kHz, this transducer is built to handle complex measurement tasks efficiently.
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Product
Differential-To-Single Ended Signals ADAPTER 3DSA-05 (For 3-Axis) / 1DSA-05 (For 1-Axis)
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Converts differential signal from the transducer to single ended signal (for use with osciloscopes, data acquisition systems, etc)
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Product
Magnetic Transducer With Fixed Fully Integrated 1-/ 2-/ 3-Axis Hall Probe
F3B
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The F3B Magnetic Transducer incorporates a fully integrated 3-axis Hall Probe, elevating the measurement precision required in diverse applications. Designed with a high spatial resolution, this transducer excels in reliably capturing the intricate dynamics of magnetic fields. It features advanced on-chip signal processing technology that delivers a frequency bandwidth ranging from DC to 25 kHz, thus making it suitable for a variety of operational environments including laboratories and production lines. The orthogonality error is less than 1°, enhanced by the integrated CMOS technology that ensures precise fabrication of Hall elements and improved angular accuracy, making this device not just versatile, but also critical in applications demanding high precision, such as 3D magnetic field mapping, the development and characterization of magnet systems, and quality control in electromagnetic devices.With additional features like temperature compensation through an integrated sensor, the F3B is robust against external disturbances, rendering it reliable for real-time measurements. The electronic module provides essential features like signal amplification, offset cancellation, and tunable sensitivity adjustments, all of which further enhance its functionality in demanding scenarios. The F3B transducer thus stands out as a vital tool in advancing the research and industrial standards in magnetic field measurement and control, supporting probes of various types including A, C, K, H, and L, along with sliding Hall probes, showcasing exceptional adaptability and performance.
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Product
Magnetic Transducers With Integrated 2-/ 3-Axis Hall Probe
I3D
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The I3D Magnetic Transducers with Integrated 3-axis Hall Probe represent a cutting-edge solution for magnetic field measurements, designed for high precision and reliability. This device is capable of measuring all three components of an applied magnetic field (Bx, By, Bz) with exceptional spatial resolution thanks to its integrated CMOS Hall probe. Featuring advanced low-noise and low-offset fluctuation technology, the I3D transducers ensure that measurements are not only accurate but also maintain high linearity and orthogonality accuracy, making them suitable replacements for the older I3C Magnetic Field Transducer model.Built with a robust electronic module that enhances the Hall probe's output, the I3D magnetic field transducers provide differential output voltages proportional to the magnetic flux density and include temperature compensation. The system allows for efficient mapping of magnetic fields, and is ideal for applications such as laboratory measurements, quality control in magnet systems, and current sensing. Users can rely on the I3D for reliable data collection in various demanding environments, bolstered by the device's low noise characteristics and high-resolution capabilities.
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Product
Output Signal Cable
CO20-x
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The Output Signal Cable CO20-x is a specialized accessory designed specifically for the F3B analog magnetic field transducers. This product enhances the performance and versatility of the transducers, which have been improved and developed to work seamlessly since January 2023. The CO20-x cable facilitates reliable signal transmissions, critical for accurate measurements in various applications.This cable features a robust design with a shield that is connected to the metal case of the connector, ensuring minimal interference. The end wires of the signal cable are intentionally left unterminated and are thinned to approximately 3 - 4 mm, allowing for customization. Users can easily terminate the ends with standard banana plugs as needed. Furthermore, the cable boasts an M12-8L-S-X, 8-pin male connector, which promotes compatibility and efficiency in signal transmission. The detailed specifications and design considerations articulated make this cable a vital component in ensuring the optimal functionality of the F3B transducers.
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Product
Probe Head Support
PHS-B
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The Probe Head Support PHS-B is designed specifically to securely position Hall Probe types A and E within an air gap. This specialized equipment offers a perfect solution for safeguarding the probes against mechanical damage during operation. Notably constructed from epoxy laminate FR4, the PHS-B guarantees excellent dimensional stability and mechanical solidity, ensuring reliable performance in various applications. Its design accommodates the needs of technicians and researchers who require precise calibration and measurement, making it a versatile tool in the field of metrology.Additionally, the PHS-B's assembly incorporates a fork structure that allows for easy disassembly and reassembly of the probe, ideal for recalibrating the transducer as required. The probe support features a cross-section measuring 2mm x 12mm, while the support thickness is maintained at 0.45 ± 0.05 mm, allowing for a snug fit that protects the sensitive components. This thoughtful engineering means that users can confidently utilize the Probe Head Support PHS-B in demanding environments, knowing they have quality and precision on their side.
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Product
3-Axis Hall Probe K
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Introducing the 3-axis Hall Probe K, engineered for advanced measurement and high performance in magnetic field detection. This highly integrated Hall probe utilizes a naked Silicon chip mounted on an alumina ceramic substrate, offering exceptional durability and precision. With two thickness options—0.5 mm for ultra-thin applications and 0.75 mm for enhanced robustness—and three length choices (71 mm, 47 mm, and 8 mm), this probe is versatile enough to accommodate a range of environments and requirements in both analog and digital magnetic field transducers.The K series Hall Probe incorporates state-of-the-art CMOS technology, enabling high spatial resolution and accuracy with the capability to measure all three magnetic field components (Bx, By, Bz) simultaneously. The device outputs high-level voltages proportional to the detected magnetic fields and includes a built-in temperature sensor. With an angular accuracy of less than ±1° and frequency bandwidth support from DC to 25 kHz, the probe ensures precise measurements with minimal interference, making it an ideal choice for applications requiring reliable and accurate magnetic field sensing.
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Product
3-Axis Nano-Teslameter
3NTA2
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The 3NTA2 3-axis Nano-Teslameter is a cutting-edge instrument designed for precision measurement of magnetic fields, capable of accurately gauging readings from 1nT to 0.1mT. This advanced device leverages the power of Anisotropic Magneto Resistance (AMR) technology, providing users with outstanding measurement resolution of 0.5nT and exemplary accuracy of less than 1%. Its compact 1-, 2-, or 3-axis AMR probes meet diverse measurement needs, accommodating a field-sensitive volume of just 1.25 x 0.25 x 0.5 mm, offering minimal spatial disruption during analysis. Coupled with user-friendly LabVIEW software, the 3NTA2 enhances data visualization and acquisition, making it an essential tool for both laboratory analysis and field application.In addition to its impressive standard measurement range, the 3NTA2 also allows for the expansion of magnetic field measurements up to 500µT (5 gauss). The electronic module, constructed from non-ferrite materials, is equipped with advanced capabilities including a power supply unit, a high-resolution data acquisition card with 16-bit A/D converters, and built-in temperature compensation, ensuring accurate and reliable data under varying environmental conditions. The probes, highly compact and designed for versatility, can be extended up to 40m for broader applications, making the 3NTA2 Nano-Teslameter ideal for various uses such as monitoring environmental magnetic fields, measuring stray fields from electrical machinery, and facilitating directional drilling.
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Product
Output Signal Cable
Co10-SE
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The Output Signal Cable Co10-SE is meticulously designed for use with SENIS 3DACMT magnetic transducers, ensuring reliable connectivity and optimal performance. This cable features a tough construction with a 4mm standard banana plug connector, facilitating secure and efficient signal transmission. The layout of the signal wiring includes color-coded outputs for the X, Y, and Z axes, alongside a dedicated ground connection, which simplifies the installation and troubleshooting process for users.
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Product
Output Signal Cable
CoXX-G
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The Output Signal Cable CoXX-G is designed for optimal compatibility with SENIS analog magnetic transducers, including models F3A, F1A, and I1A. Available in multiple lengths – specifically 2m (CO20-G), 5m (CO50-G), and 10m (CO100-G) – this cable is equipped to deliver precise temperature-proportional output voltage. Its robust construction includes a metal case connector that is securely connected to the cable shield, ensuring durability and reliability in various applications.In addition to its length specifications, the CoXX-G series features unterminated wires at the cable end, enhancing versatility for users needing to tailor connections for specific setups. The cable is structured with a 7-pin connector layout, detailed with specific wire color coding for each output signal: X+ (brown), Vtemp (red), Z+ (grey), Y- (green), Y+ (yellow), X- (white), Z- (rose), and GND (blue). With these features, the Output Signal Cable CoXX-G is an excellent choice for professionals requiring high-quality signal transmission and flexibility in their setup.
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Product
Digital Teslameter
3MH4
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The 3MH4 Digital Teslameter redefines precision in magnetic field measurement, allowing users to measure three magnetic components while also calculating the total field amplitude and direction at a remarkably close distance of just 0.5mm from the probe's end. With an absolute accuracy exceeding expectations at below 0.1% (1,000 ppm), this instrument excels in ensuring stable and reliable digital readings. Notably, its spatial resolution of 0.10 x 0.01 x 0.10 mm³ empowers users to explore magnetic fields in detail, making it ideal for applications requiring high precision, such as characterizing undulator systems and conducting quality control in various manufacturing environments.Moreover, the device is equipped with an industry-leading detachable Hall probe that simplifies probe interchangeability without compromising measurement accuracy. It features exceptional temperature stability of better than ±0.01 %/°C, ensuring consistent performance across a range of conditions. The 3MH4 supports up to four selectable magnetic field ranges (±0.1 T to ±20 T) and provides connectivity options via USB2.0 and LAN, enhancing its versatility for diverse applications in laboratories and production lines.
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Product
Clamp-On Open-Loop DC MicroAmmeter & Insulation Fault Detector
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The Clamp-On Open-Loop DC MicroAmmeter & Insulation Fault Detector is a precision tool designed for detecting leakage currents in insulation systems. Featuring high sensitivity, this advanced microammeter measures direct currents as low as 1 microampere (uA) and operates within a measurement range of 10 milliampere (mA) to 10 amperes (A). Utilizing a clamp-on method with a toroidal ferro-magnetic core featuring an air gap, the device integrates AMR sensors from a differential Hall magnetometer for accurate readings. Its design is particularly suitable for large hydro generator stator windings but is also effective in various electrical applications.The device's functionality is significantly enhanced by its use of two micro-ammeters equipped with advanced signal conditioning units and a demagnetization circuit, ensuring precise data acquisition. The accompanying LabVIEW software facilitates real-time monitoring and visualization of data, allowing operators to effectively track leakage currents and identify faults within insulation systems. The dual clamp-on setup enables simultaneous measurements, providing immediate insight into potential defects without the need for cutting conductors or removing insulation, thus ensuring operator safety and system integrity.
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Product
3-Axis Hall Probe H
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The 3-axis Hall Probe H is a cutting-edge solution designed for precise magnetic field measurements across various applications. With its thin (0.75 mm) and fully integrated design, this Hall probe offers an exceptional level of spatial resolution and is engineered for high-performance tasks that require real-time data on magnetic flux density. It provides simultaneous analogue voltage outputs for all three magnetic field components (Bx, By, and Bz) as well as the probe's temperature, making it ideal for advanced applications in research and industrial sectors.Available in three different lengths—71 mm for the long variant (HL), 47 mm for the medium variant (HM), and 8 mm for the small variant (HS)—the Hall Probe H caters to diverse measurement scenarios. Its compact design is achieved through the incorporation of a CMOS integrated circuit that integrates Hall elements, biasing circuits, amplifiers, and a temperature sensor in a single chip. This integration results in high angular accuracy, with mutual orthogonality between the three measurement axes maintained to within ±1°, achieved through enhanced calibration techniques. Whether you need high frequency bandwidths up to 25 kHz or temperature compensation capabilities, the Hall Probe H meets stringent technical requirements while ensuring durability through its alumina-ceramic packaging.
