2200121002 Danaher
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The 2200121002 is a high-performance encoder with a resolution ranging from 1 to 1270 PPR. Manufactured by Danaher as part of the Dynapar Encoders series, it operates within a temperature range of 0°C to 70°C. Featuring noise immunity per EN50082-2 standards, it supports output formats like two-channel quadrature with optional index.
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Product Description:
The 2200121002 Encoder demonstrates precise engineering technology for mechanical industries. The Danaher manufacturer created this design and it focuses keenly on creating innovative technologies that help factories work more efficiently while using less energy.
The 2200121002 encoder maintains stability through its radial connection orientation in addition to its solid pigtail cable interface and its tiny 2.9-pound weight. Its simple structure is composed of aluminum in its disk with flange-style mounting. Due to its single-shaft design and absence of shaft seal the unit can accept both axial and radial loads which reach 355.86 mm for increased mechanical resistance. At a nominal speed of 6000 RPM, the series Dynapar encoder permits smooth motion feedback while producing a low starting torque of 1.77 Ncm. The electric signaling displays 45 to 55 percent duty cycle output together with dual signals marked with A and B that run from an open collector circuit which includes a 2.2 kilo-ohm pull-up type resistor. It accepts an input voltage between 5 VDC to 26 VDC and can handle frequencies up to 125 kilo Hertz.
The 2200121002 encoder includes numerous safeguards that provide safety from opposite polarity situations along with short circuits to enhance its work process. It is required to function stably in difficult circumstances as it possesses an IP67 protection rating and resists 98% humidity with a temperature span range from -40 to a maximum of 100 degrees centigrade. It works through shock loads of 100 G that occur within 11 milliseconds together with vibration resistance extending from 5 to 2000 Hz at 20 G. This encoder displays top-level precision through its smooth and durable working in industrial sensing domains.
