The F5802 from WIKA is designed for professional Force Measurement applications. Key features include Measuring ranges 20 and 10,000 kN [204 tf. Typical applications: Crane systems and hoists. Industrial weighing technology. Mechanical engineering and plant construction. Automated production.
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WIKA F5802 - high-precision industrial measurement instrument.
WIKA is a global market leader in pressure and temperature measurement technology. With over 75 years of experience, WIKA instruments are trusted in process industries worldwide. Glorient is a professional supplier of genuine WIKA products with competitive pricing and fast worldwide delivery.
| Product Category | Force Measurement |
| Product Type | Load pins |
| Summary | Measuring ranges up to 10,000 kN |
| Applications | Crane systems and hoists. Industrial weighing technology. Mechanical engineering and plant construction. Automated production. |
| Key Features | Measuring ranges 20 ... 10,000 kN [204 tf ... 101,972 tf]. Corrosion-resistant stainless steel design. Simply replace existing non-measuring bolts with the load pin. Overload protection for cranes and hoists. Good repeatability, easy installation. |
| Description | The F5802 load pin is suitable for static and dynamic force measurement and can replace non-measuring bolts. They are used for tension/compression force measurement under demanding operating conditions. This series of force transducers is typically used in hoists and crane systems, such as construction cranes or harbour and offshore cranes, as well as in industrial weighing systems and special mechanical engineering applications. They are particularly suitable for use in belt pulleys, cable winches, forks or roller bearings. These load pins serve as reliable overload protection in mechanical and plant engineering. Of course, the corresponding technical and regional approvals for these force transducers are optionally available. These load pins are made of high-strength, corrosion-resistant 1.4542 stainless steel, making them ideal for the requirements of the aforementioned applications. Their output signal can be used with common active current and voltage outputs (4 … 20 mA, 0 … 10 V). Redundant output signals and the CANopen ® protocol are also available. |
910.15 | 910.32.100 | 990.18, 990.19, 990.20, 990.21 | 990.41 | A2G-500 | BV | CPP7000-X | CTD9100-375 | DA, DA10 | DPGS40TA | F2220 | F3203 | F5301, F53C1 | F9304, F93C4 | FLC-UFL | GDM-063 | GLTC10 combination valve | HPCV | IV1 | s M932.3A, M933.3A | N1301 | OLS-C04 | s PG23SUB.063, PG23SUB.100 | PGT21 | PSM01 | RLS-6000 | TC84 | TCS | THM10 | s TI.R45, TI.R60
| Product Category | Force Measurement |
| Product Type | Load pins |
| Summary | Measuring ranges up to 10,000 kN |
| Applications | Crane systems and hoists. Industrial weighing technology. Mechanical engineering and plant construction. Automated production. |
| Key Features | Measuring ranges 20 ... 10,000 kN [204 tf ... 101,972 tf]. Corrosion-resistant stainless steel design. Simply replace existing non-measuring bolts with the load pin. Overload protection for cranes and hoists. Good repeatability, easy installation. |
| Description | The F5802 load pin is suitable for static and dynamic force measurement and can replace non-measuring bolts. They are used for tension/compression force measurement under demanding operating conditions. This series of force transducers is typically used in hoists and crane systems, such as construction cranes or harbour and offshore cranes, as well as in industrial weighing systems and special mechanical engineering applications. They are particularly suitable for use in belt pulleys, cable winches, forks or roller bearings. These load pins serve as reliable overload protection in mechanical and plant engineering. Of course, the corresponding technical and regional approvals for these force transducers are optionally available. These load pins are made of high-strength, corrosion-resistant 1.4542 stainless steel, making them ideal for the requirements of the aforementioned applications. Their output signal can be used with common active current and voltage outputs (4 … 20 mA, 0 … 10 V). Redundant output signals and the CANopen ® protocol are also available. |