EL1262 Beckhoff
Wake Industrial LLC is not an authorized distributor of this product.
MPN: EL1262-0000
No Tariffs On US Orders- Straightforward Pricing: No Rush Fees, No Credit Card Fees
The Beckhoff EL1262 is a digital input terminal from the EL EtherCAT Terminals series. It supports an array package data type and state array input data storage. The terminal features a maximum oversampling rate of 1000x with a microcycle time of 1 microsecond.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
The EL1262 is a compact digital acquisition terminal manufactured by Beckhoff within the EL EtherCAT Terminals series. It connects directly to an EtherCAT I/O strand and provides two high-speed channels for reading machine sensors or switch states. By converting external 24 V DC signals into data for the controller, the terminal shortens wiring runs and supports synchronous sampling aligned with the motion or PLC cycle. In an automation cell, this capability can timestamp limit-switch edges, register product positions, or monitor machine interlocks without requiring a separate fieldbus gateway.
The unit is classified as a digital input terminal, and its circuit boards use an array package that groups the input sections within one compact housing. Each captured input value is written to a state array, allowing the controller to read both channels through a unified data structure and reducing mapping overhead. The transfer of these values is synchronized with the network’s bus cycle, providing deterministic latency alongside other EtherCAT nodes. Internally, the terminal updates each channel every 1 µs, allowing it to detect short actuator pulses and rapid sensor transitions. This fast update rate is useful for applications in which signal changes may occur several times during a normal PLC scan.
For applications requiring finer timing resolution, the circuitry supports an oversampling factor of up to 1000x. One logical sample returned to the PLC can therefore contain a sequence of equally spaced subsamples recorded by the terminal during a single communication interval. The feature is activated through oversampling mode, which enables edge detection at intervals shorter than the standard network period while preserving the timing relationship between acquired values. Data can be displayed in Scope View, allowing rapid input transitions to be examined alongside drive currents, motion paths, or process alarms. The synchronized records help users compare sensor activity with machine movement and identify the precise sequence of events during automated operation.
