Measuring amplifiers
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Measuring amplifiers Signal conditioning for efficient manufacturing processes and research & development

Absolute Attention for tomorrow’s world Kistler develops solutions for challenges in measurement technology with a portfolio that comprises sensors, electronics, systems and services. We push the frontiers of physics in fields such as emission reduction, quality control, mobility and vehicle safety: our products deliver top performance to meet the standards of tomorrow’s world, providing the ideal basis for Industry 4.0. This is how we pave the way for innovation and growth – for our customers, and with our customers. Kistler: the byword for advances in engine monitoring, vehicle safety and...

Measuring amplifiers for industrial applications Focus on quality and cost-effectiveness 4 Product overview - Measuring amplifiers for industrial applications 6 Strain gage amplifiers 13 Measuring amplifiers for laboratory applications Excellent flexibility combined with impressive precision 16 Product overview - Charge amplifiers for laboratory applications 18 Charge amplifier technology 28 Service: Customized solutions from A to Z 34 At our customers' service across the globe 35

Assembly processes and product testing are just two of the many industrial activities where sensors from Kistler are used. Focus on quality and cost-effectiveness Quality and precision standards in industrial manufacturing are constantly increasing, and competition is becoming even fiercer – so it's essential to optimize and monitor the entire production chain. Kistler's measurement and system technology can help meet these requirements, laying the foundations for zero-defect industrial production. Ensuring the quality of the end product is always the top priority in the automotive industry...

Optimized process efficiency thanks to technology from Kistler The objective: to implement zero-defect industrial production at the lowest possible cost. Kistler's response: integrated process monitoring, which means direct verification during each process step. This concept is underpinned by sensor technology based on the piezoelectric principle – an approach that is outstandingly suitable for monitoring and optimizing production processes. Lower quality assurance costs for plant operators Process-integrated monitoring cuts the costs of quality assurance. This cost-effective solution...

Piezoelectric amplifiers Frequency range [Hz] Measurement range [pC] Signal output Page Type 5074B... □ 1 ... 4 8 □ □ 1 11 Handheld for piezoelectric sensors Strain gage amplifiers Frequency range in Hz □ standard Measurement range in pC □ option

The new standard for measurement in the Industry 4.0 era Kistler's newly developed 5074B data acquisition unit breaks new ground in industrial charge amplifier technology. This unit is currently the only amplifier on the market for piezoelectric sensors with communication consistently based on Industrial Ethernet (IE). For the first time, plant and machinery manufacturers can now integrate any desired piezoelectric sensors directly into a real time-capable Ethernet system, so they can easily make settings on the measuring amplifier via the control. The 5074B charge amplifier is an ideal...

Technical data

Technical data Charge input

Technical data Type 5995A... Number of channels Miniature charge amplifier Technical data Type 5039A... Number of channels

Technical data Type 5363A... Technical data Type 5493...

Technical data Handheld for strain gage sensors Technical data Type 4703B...

Measuring chains In order to integrate sensor technology into a given application, it is advisable to clarify these points in advance. This will provide the basis for selecting the relevant components to generate the measuring chain: • ype of signal: voltage, frequency, digital (fieldbus/Ethernet) T or charge for piezoelectric sensors • umber of pins of the selected output N • Pin allocation for sensor and evaluation unit (see data sheet) Piezoelectric sensors require a charge amplifier. After the sensor signals have been converted, they can be evaluated by an amplifier in the customer's...

Monitor & control 1708 Laptop (provided by customer) Customer Laptop Control System 1200A49 Analog (4-wire shielded) 1700A129A… 5028A… Customer Control System

Flexible, user-friendly measurement amplifiers are the key to efficient R&D work Excellent flexibility combined with impressive precision Growing requirements to be met by products, stricter specifications defined in standards, and advances into areas of greater technical complexity: in research and development, these trends are creating the need for measurement technology of ever-higher quality to track down target phenomena or selectively optimize specific parameters. In aerospace and maritime research, and even in the development and design of more or less everyday products that are...

A wide specification range yields maximum flexibility Extensive charge ranges make it possible to measure parameters such as the massive crash forces on a vehicle chassis, or to capture the most minute micro-vibration forces on a satellite reaction wheel – all with the same piezoelectric amplifier. Wide frequency bandwidths allow laboratory instruments to measure slow quasistatic processes and highly dynamic phenomena with equal precision. Simple operation and integrated data acquisition Operation of all Kistler laboratory equipment is simple and comfortable: in some cases via a local...

Charge amplifiers Frequency range [Hz] Chan- Operation Data usage PageMeasurement range [pC] nelsType5165A... Laboratory charge amplifier with integrated data acquisition Laboratory charge amplifiers with integrated data acquisition □ □ □ □ 20 5015A... Laboratory charge amplifier with extensive statistical functions 1 □ □ □ 21 5018A... Laboratory charge amplifier for low-noise acquisition of piezoelectric signals 1 EH I I 22 5080A... Laboratory charge amplifier for low-noise acquisition of piezoelectric signals Frequency range in Hz □ Standard Measuring range in pC □ Option LabVIEW is a...