The ANYLOAD 563WH-24B is a single-ended beam load cell constructed from nickel-plated alloy steel, rated at 23Klb capacity. Designed for industrial weighing applications requiring a compact, environmentally sealed transducer, the 563WH-24B delivers a full scale output of 1.15 mV\/V \u00b11% with high accuracy performance including non-linearity and hysteresis error both under \u00b10.05%, and repeatability under \u00b10.02%. Its IP67 environmental seal makes it suitable for use in wet, dusty, or otherwise demanding industrial environments.<\/p>","protected":false},"excerpt":{"rendered":"
The ANYLOAD 563WH-24B is a single-ended beam load cell constructed from nickel-plated alloy steel, rated at 23Klb capacity. Designed for industrial weighing applications requiring a compact, environmentally sealed transducer, the 563WH-24B delivers a full scale output of 1.15 mV\/V \u00b11% with high accuracy performance including non-linearity and hysteresis error both under \u00b10.05%, and repeatability under \u00b10.02%. Its IP67 environmental seal makes it suitable for use in wet, dusty, or otherwise demanding industrial environments.<\/p>\n
The 563WH-24B features a compensated temperature range of -10\u00b0C – 50\u00b0C (14\u00b0F – 122\u00b0F), with a safe overload rating of 150% and ultimate breaking overload of 300% of full scale, providing strong protection against accidental overloading in field installations. With input resistance of 375 \u03a9 \u00b125 and output resistance of 350 \u03a9 \u00b13, the load cell is compatible with standard instrumentation and weighing indicators. The recommended excitation is 10V DC with a 15V maximum.<\/p>\n
Available in an ATEX, FM, and IECEx approved hazardous area version (563WH-24B-Ex), the load cell meets RoHS compliance and carries CE certification, making it suitable for deployments in both general industrial and potentially explosive atmospheres. The 563WH-24B is well suited for platform scales, tank and hopper weighing, industrial process weighing, and OEM scale system integration where a high-capacity single-ended beam configuration is required.<\/p>\n<\/p><\/div>\n