Different energy conservation technologies are used in the development of Kaidi Sensors belt misalignment switch. Frequency conversion, suppression of electric surge, or electromagnetic regulation technology has been adopted to make full use of electricity. Featuring user-friendly design, it is easy to operate with excellent printing effect
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Materials used in the manufacture of Kaidi Sensors misalignment switch can be categorized into: metals which are used typically for electric conductors, dielectrics or insulating materials used for prevention of accidental contact, and chemicals. It produces little noise during its operation
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The manufacture of Kaidi Sensors belt misalignment switch operates according to international standards in order to be in a position to make realistic and standard-based statements. Operated by a thermal printing method, it is able to print at much faster rates than other printers
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Kaidi Sensors misalignment switch has to go through electrical safety testing. It has passed safety tests such as the high voltage test, insulation resistance test, ground continuity test, and leakage current test. The languages can be automatically deciphered and translated as they are sent to this product
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Kaidi Sensors misalignment switch will be check to guarantee no electrical failure. It has passed the power-on test, energy-efficient test, and anti-aging test. Without the capacity need for ribbons and ink, its design is more compact
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The product has stable performance and long storage time.
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