EL2522 Beckhoff
Wake Industrial LLC is not an authorized distributor of this product.
MPN: EL2522-0000
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The Beckhoff EL2522, part of the EL EtherCAT Terminals, features pulse train connection technology for frequency output and weighs approximately 50 grams. It offers two A/B and one A/B/C output channels with RS422 differential output specifications, and a base frequency range of 0–4 MHz. The terminal is short-circuit proof.
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Product Description:
The EL2522 Ether CAT terminal from Beckhoff is made for simulating a progressive encoder and pulse train output. The EL terminal uses RS-422 signal technology and has two channels with four split outputs. For motor drivers and other devices, it sends precise frequency-modulated data and is part of industrial automation systems.
The EL2522 Ether CAT Terminal consumes an average of 120 mA of E-bus current, while power contacts drain approximately 50 mA. The terminal and any connected components are safeguarded by short-circuit protection. The end is approximately 50 grams in weight and can operate in conditions ranging from -25°C to +60°C. The terminal can be stored at temperatures between -40°C and +85°C and can handle up to 95% relative humidity without condensation. The terminal has been approved by both CE and UL and has an IP20 rating for security. The EL terminal has modes for incremental encoder modeling, frequency modulation, and specifying the pulse direction. With XFC technology it has built-in path control and synchronized function through distributed clocks.
A key connection and double location facilitate the placement of two objects in close proximity. The terminal is compatible with ferruled, fine-stranded, and solid conductors. It is compatible with both spring-actuated and direct plug-in methods. To connect solid wires, the cross-section is between 0.08 and 1.5 mm³, and for ferrules, it is between 0.14 and 0.75 mm³. Power contacts can handle up to 10 A of energy. With a 500 V electrical isolation between the E-bus and the field potential, the EL2522 terminal makes sure that the signal output is stable and that the system works well together. The terminal is designed to operate with precision and dependability in challenging scientific environments.
