Swiss Baumer encoders in stock

Brand

BAUMER/Swiss Baumer

Origin Category

Imported

Application Areas

Energy, Packaging/Paper/Printing, Textile/Dyeing, Aerospace, Automotive & Parts

Baumer Encoders

About Baumer (Switzerland)

Baumer Electrical Co., Ltd. is a manufacturer of industrial automation sensors with 50 years of history. It has its own production plants in the United States, Sweden, Germany, France, Italy, the United Kingdom, and Canada, and its products cover more than 110 countries worldwide. As a leader in precision sensor technology, Baumer has always been committed to the research and development of industrial automation and process control products, excelling in product accuracy, reliability, stability, diversity, and effective demand.

Baumer China will bring its internationally recognized high-tech, high-precision sensing technology to the Chinese market, providing Chinese customers with products, high-quality automation components, and high-precision automation systems. At the same time, we will combine these with the local conditions in China to tailor the best sensing solutions for our customers. We have an experienced engineering and sales team, with industry expert advice in consulting, sales, and service. Baumer China will strictly implement the Group's global philosophy—"Customer-centric, Quality-focused, Striving for Excellence, and Pioneering Innovation"—and serve the Chinese market accordingly. In addition to our Shanghai headquarters, we have established sales offices in Beijing, Guangzhou, and Shenyang to be closer to our customers. In the future, we plan to establish more sales offices in other cities to expand our sales and service network to cover more areas of China, thereby ensuring the Baumer quality we bring to the Chinese market.

BAUMER Main Products

Swiss BAUMER sensors, BAUMER encoders, BAUMER proximity switches, BAUMER photoelectric switches

Swiss BAUMER, BAUMER encoders, BAUMER sensors, BAUMER controllers, BAUMER couplings, BAUMER laser rangefinders, BAUMER proximity switches, BAUMER photoelectric switches, BAUMER limit switches, BAUMER amplifiers, BAUMER transmitters, BAUMER safety barriers

BAUMER Sensor Working Principle

Classification of BAUMER Sensor Working Principles: Physical sensors utilize physical effects such as piezoelectricity, magnetostriction, ionization, polarization, thermoelectricity, photoelectricity, and magnetoelectricity. Tiny changes in the measured signal are converted into electrical signals. Chemical sensors include those based on phenomena such as chemical adsorption and electrochemical reactions; tiny changes in the measured signal are also converted into electrical signals. A ±15V power supply is provided to the sensor. The crystal oscillator in the excitation circuit generates a 400Hz square wave, which is then amplified by the TDA2030 power amplifier to produce an AC excitation power supply. This AC power supply is transferred from the stationary primary coil to the rotating secondary coil through the energy toroidal transformer T1. The resulting AC power supply is then rectified and filtered by the shaft to obtain a ±5V DC power supply, which serves as the operating power supply for the operational amplifier AD822. A high-precision regulated power supply composed of the reference power supply AD589 and the dual operational amplifier AD822 generates a ±4.5V precision DC power supply, which serves as both the bridge power supply and the operating power supply for the amplifier and V/F converter. When the elastic shaft is subjected to torsion, the strain signal in the mV range detected by the strain bridge is amplified into a strong signal of 1.5V ± 1V by the AD620 instrumentation amplifier, and then converted into a frequency signal by the LM131 V/F converter. This signal is transmitted from the rotating primary coil to the stationary secondary coil via the signal toroidal transformer T2. After filtering and shaping by the signal processing circuit on the housing, a frequency signal proportional to the torque experienced by the elastic bearing is obtained. This signal is TTL level and can be provided to a dedicated secondary instrument or frequency meter for display or directly sent to a computer for processing. Because the gap between the rotating and stationary rings of the rotary transformer is only a few tenths of a millimeter, and the upper part of the sensor shaft is sealed within a metal housing, forming effective shielding, it has strong anti-interference capabilities. Some sensors cannot be classified into either physical or chemical categories. Most sensors operate based on physical principles. Chemical sensors face more technical challenges, such as reliability, the feasibility of mass production, and price. Solving these problems will lead to a significant increase in the application of chemical sensors.

Baumer Encoder Modelloh:

FHDK04G6102

FHDK04G6102/KS35A

FHDK04G6112

FHDK04G6112/KS35A

FHDK04G6101

FHDK04G6101/KS35A

FHDK04G6111

FHDK04G6111/KS35A

FOTOCELLULESERIE10

F10SerieCOMPACT

Modello

FEDK10P5101/S35A

FEDK10P5101

FEDK10N5101/S35A

FEDK10N5101

FSDK10D9601

FSDK10D9601/S35A

FHDK10P5101/S35A FHDK10P5101

FHDK10N5101/S35A

FHDK10N5101

FHDK10G5121/S35A

FHDK10G5121

FHDK10G5120/S35A

FHDK10G5120

FHDK10G5122/S35A

FHDK10G5122

FHDK10P5110/S35A

FHDK10P5110

FHDK10N5110/S35A

FHDK10N5110

FHDK10P5150

FHDK10P5150/S35A

FHDK10N5150

FHDK10N5150/S35A

FHDK10P5160/S35A FPDK10P5101

FPDK10N5101/S35A

FPDK10N5101

FPDK10N5130

FPDK10N5130/S35A

FPDK10P5130

FPDK10P5130/S35A

FPDK10N5135

FPDK10N5135/S35A

FPDK10P5135

FPDK10P5135/S35A

FZDK10P5101/S35A

FZDK10P5101

FZDK10N5101/S35A

FZDK10N5101

FVDK10P5101/S35A

FVDK10N5101/S35A FVDK10P5101

FVDK10N5101

FEDK10P1101/KS35

FEDK10P3101/KS35

FHDK10N1101/KS35

FHDK10P1101/KS35

FPDK10P3101/KS35

FSDK10D9001/KS35

FZDK10N1101/KS35

FZDK10P1101/KS35

FPDK10P3101/KS35

FOTOCELLULESERIE14

Modello

FEDK14P5101/S35A

FEDK14N5101/S35A

FSDK14D9601/S35A

FEDK14N5101 FEDK14P5101

FSDK14D9601

FEDK14N5101/S14

FEDK14P5101/S14

FSDK14D9601/S14

FHDK14P5101/S35A

FHDK14P5104/S35A

FHDK14N5101/S35A

FHDK14N5104/S35A

FHDK14P6901/S35A

Process Instrumentation

Baumer sensors and measuring devices for process technology are extremely precise and stable, meeting application requirements. They perform accurate measurements, especially under environmental conditions. Process automation demands high accuracy and reliability from instrumentation and sensors. Good product quality not only extends service life but also reduces maintenance cycles and improves process safety and efficiency.

The following are the process instrumentation products sold:

Pressure Measurement

Strain Measurement

Temperature Measurement

Level Measurement

Process Analysis

Adhesive Systems

The Adhesive Systems division specializes in adhesives and related products for integrated automated packaging solutions. Baumer systems are used in numerous fields, such as printing, packaging, and woodworking. To meet ever-increasing production speeds and higher quality demands, Baumer has developed solid adhesive systems for millimeter-precision bonding at various speeds, with minimal setup and cleanup times. Since adhesive bonding typically occurs at the final stage of the process, Baumer systems also monitor other quality standards. Modules such as code recognition and adhesive monitoring, logging, and defective product rejection ensure impeccable final processing. Customers will benefit from the application of these innovative systems, significantly improving efficiency and reducing costs.