1-component force sensor (load washer, force link, press force)
A one-component force sensor utilizing the piezoelectric effect! It meets quality standards on the production line and ensures a finished product quality that is as close to zero defects as possible!
1-component force sensors utilize the piezoelectric effect, which has a high natural frequency, excellent dynamic resolution, and a wide measurement range. Force sensors include load washers that are preloaded and incorporated on-site before use, as well as force links and press force sensors that are shipped from the factory already in a preloaded state. 1-component force sensors measure compression, compression/tension, or shear directions. **Main Applications** Automotive Industry • Safety engineering, monitoring of collision forces • Mechanical shocks to the chassis • Force measurement in balancing machines Material Testing • Impact testing, tensile and compressive strength testing Machine Tool Industry • Monitoring: presses, punching machines, embossing machines, welding machines • Force measurement on longitudinal track surfaces General Machinery Manufacturing • Support force monitoring on machines mounted on dampers • Gripping force (used in combination with hydraulic cylinders) • Insertion and pressure input of parts during fastening Quality Control • Operating force inspection of switches • Monitoring of automatic assembly machines For a list of the series, please refer to the "Lineup" below, and for the features of each, please refer to "Detailed Information."
basic information
Kistler's single-component force sensors contribute to monitoring, control, and optimization in the automotive field and the automotive parts industry. Their high accuracy and reproducibility lead to improved quality assurance and process reliability in mass production. Additionally, they require little effort for maintenance and management.
Price range
Delivery Time
Model number/Brand name
1-component force sensor, load washer, force link, press force sensor
Applications/Examples of results
Please refer to the above product PR.
Detailed information
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90x1 Series Model Dimensions mm (DxH) Measurement Range (kN) 9001C 10.3 x 6.5 0 ～ 7.5 9011C 14.5 x 8 0 ～ 15 9021C 22.5 x 10 0 ～ 35 9031C 28.5 x 11 0 ～ 60 9041C 34.5 x 12 0 ～ 90 9051C 40.5 x 13 0 ～ 120 9061C 52.5 x 15 0 ～ 200 9071C 75.5 x 17 0 ～ 400 9081C 100 x 22 0 ～ 650 9091C 145 x 28 0 ～ 1200
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910x Series Model Dimensions mm (DxH) Measurement Range (kN) 9101C 14.5 x 8 0 ～ 20 9102C 22.5 x 10 0 ～ 50 9103C 28.5 x 11 0 ～ 100 9104C 34.5 x 12 0 ～ 140 9105C 40.5 x 13 0 ～ 190 9106C 52.5 x 15 0 ～ 330 9107C 75.5 x 17 0 ～ 700
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93x1 Series Model Dimensions mm (DxH) Measurement Range (kN) 9301C 11 x 25 -2.5 to 2.5 9311C 15 x 30 -5 to 5 9321C 23 x 45 -10 to 10 9331C 29 x 52 -20 to 20 9341C 35 x 62 -30 to 30 9351C 41 x 72 -40 to 40 9361C 53 x 88 -60 to 60 9371C 76 x 108 -120 to 120
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93x3 Series Model Dimensions mm (DxH) Measurement Range (kN) 9313AA1 13 x 10 0 ～ 5 9313AA2 19 x 14 0 ～ 20 9323AAA 20 x 26 0 ～ 5 9323AA 20 x 26 0 ～ 10 9323A 20 x 26 0 ～ 20 9333A 30 x 34 0 ～ 50 9343A 36 x 42 0 ～ 70 9363A 54 x 60 0 ～ 120 9383A 100 x 130 0 ～ 300 9393A 145 x 190 0 ～ 700
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913x Series Model Dimensions mm (DxH) Measurement Range (kN) 9130C 8 x 3 0 ～ 3 9132C 12 x 3 0 ～ 7 9133C 16 x 3.5 0 ～ 14 9134C 20 x 3.5 0 ～ 26 9135C 24 x 3.5 0 ～ 36 9136C 30 x 4 0 ～ 62 9137C 36 x 5 0 ～ 80
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917x Series Model Dimensions mm (DxH) Measurement Range (kN) 9173C 18 x 22 -3 to 12 9174C 22 x 24 -5 to 20 9175C 26 x 28 -8 to 30 9176C 32 x 34 -16 to 60 9177C 38 x 38 -20 to 75
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914x Series Model Dimensions mm (DxH) Measurement Range (kN) 9143B 16 x 3.5 -0.9 to 0.9 9144B 20 x 3.5 -1.7 to 1.7 9145B 24 x 3.5 -2.7 to 2.7 9146B 30 x 4 -4 to 4 9147B 36 x 5 -8 to 8
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92xx Series Model Dimensions mm (DxH) Measurement Range (N) 9215A M10 x 23.3 -200 to 200 9217A M10 x 46 -500 to 500 9217A1 M11.9 x 46 -50 to 50
Related Videos
Line up（8）
| Model number | overview |
|---|---|
| 90x1 Series | Load washer Measurement direction: Compression direction (Fz) Preload: Required Sensitivity table: Available |
| 910x Series | Load washer Measurement direction: Compression direction (Fz) Preload: Required Sensitivity table: Not available |
| 93x1 Series | Force link Measurement direction: Compression / Tension direction (Fz) Preload: Not required Sensitivity table: Available |
| 93x3 Series | Press force link Measurement direction: Compression direction (Fz) Preload: Not required Sensitivity table: Available |
| 913x Series | Thin-type force sensor Integrated cable Measurement direction: Compression direction (Fz) Preload: Required Sensitivity table: Not available |
| 917x Series | Thin-type force link Integrated cable Measurement direction: Compression / Tension direction (Fz) Preload: Not required Sensitivity table: Available |
| 914x Series | Thin-type shear force sensor Integrated cable Measurement direction: Shear direction Preload: Required Sensitivity table: Not available |
| 92xx Series | High-sensitivity force sensor for micro force measurement Measurement direction: Compression direction / Tension direction Preload: Not required Sensitivity table: Not available |
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News about this product（3）
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We have released a new video introducing Kistler's process monitoring monitor maXYmos TL ML, which contributes to accelerating the validation of medical device manufacturing!
We are currently releasing a video that introduces an example of how precise quality control can be achieved by measuring the sliding resistance of a syringe using Kistler's process monitoring monitor maXYmos and a press force sensor, and visualizing that load. For more details, please click on the "link" or "related product information" below to view the video on the product page within IPROS! We plan to continue releasing videos that clearly explain the features of our products, so please stay tuned!
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We have released an easy-to-understand video explaining the piezoelectric effect of quartz, which is used in most Kistler sensors!
The Curie brothers, Pierre and Jacques, discovered the piezoelectric effect in 1880 through experiments using tourmaline crystals, but its practical application did not come until 1950 when Walter P. Kistler, the founder of Kistler, invented the charge amplifier. We are currently releasing a video about the piezoelectric effect of this crystal and its applications. For more details, please click on the "link" or "related product information" below to visit the introduction page of the quartz piezoelectric force sensor within IPROS and watch the video! We plan to continue releasing videos that clearly explain the features of our products, so please look forward to it!
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We have released a video measuring small loads with the FS20kN load cell!
We conducted an experiment using Kistler's load cell 9323A (measuring range 0-20kN), displacement sensor 2118A, and monitoring monitor maXYmos (model: 5877B) to measure the force required to punch a mere 90μm paper with a stapler, and we were able to detect even slight changes below 10N. Please take a moment to click on the "link" or "related product information" below to view the introduction page for the one-component force sensor within IPROS! We plan to continue releasing videos that clearly explain the features of our products, so please look forward to it!
