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Beckhoff EL2014 digital output EtherCAT terminal

Beckhoff EL2014 4-Channel 0.5 A Digital Output EtherCAT Terminal

EL2014

4-channel 24 V DC EtherCAT digital-output terminal, 0.5 A per channel, with extended diagnostics. 2-wire EL spring terminals.

Availability
In Stock
Condition
New Original
SKU
EL2014
Lifecycle
Active
$149.00
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Independent supplier: Xindustra is not an authorized distributor, reseller, or representative of Beckhoff. Brand names are used for identification and compatibility purposes only. Read disclaimer

Technical specifications

Output characteristics, 2-wire terminal wiring, station power and diagnostic behavior for EL2014.

4 digital outputs for 24 V DC loads

EL2014 is an EL EtherCAT digital-output terminal rated 0.5 A per channel. Four 0.5 A outputs add channel diagnostics for machines where detecting wiring and load faults is more useful than adding output density.

Output and load characteristics

Manufacturer part number

EL2014

Output polarity

Positive switching / sourcing; switched +24 V

Number of outputs

4

Nominal voltage

24 V DC (-15%/+20%)

Max. output current

0.5 A (short-circuit proof) per channel

Load type

resistive, inductive, lamp load

Reverse polarity protection

yes

Switching-off energy

< 150 mJ/channel

Switching times

typ. TON: 50 µs, typ. TOFF: 100 µs

Separate station communication from field power

EL2014 takes its electronic supply from the power contacts as well as using the E-bus communication interface. 2-wire describes the terminal connection arrangement, not an Ethernet cable or an external connector supplied with the terminal.

EL2014 terminal-point assignment

Terminal 1

Output 1

Terminal 2

0 V

Ground for output 1 (internally connected to terminal point 3, 6, 7 and negative power contact)

Terminal 3

0 V

Ground for output 3 (internally connected to terminal point 2, 6, 7 and negative power contact)

Terminal 4

Output 3

Terminal 5

Output 2

Terminal 6

0 V

Ground for output 2 (internally connected to terminal point 2, 3, 7 and negative power contact)

Terminal 7

0 V

Ground for output 4 (internally connected to terminal point 2, 3, 6 and negative power contact)

Terminal 8

Output 4

EL2014 terminals and output indicators

Original Beckhoff Information System terminal diagram. Match the numbered terminal points to the assignment table; load wiring differs between positive- and ground-switching models.

EL2014 terminals and output indicators

Beckhoff EL2014 terminal assignment and output LED diagram

Original Beckhoff Information System terminal diagram. Match the numbered terminal points to the assignment table; load wiring differs between positive- and ground-switching models.

Actuator supply and return routing

Use the labeled supply and 0 V points in the exact terminal map. A physical position used for a supply or earth point on a two-channel terminal may be a signal point on a higher-density terminal.

Station power budget

Current consumption E-bus

typ. 60 mA

Current consumption power contacts

typ. 15 mA + load

Current load power contacts

Imax: 10 A

Electrical isolation

500 V (E-bus/field potential)

Power-contact capacity is not an output rating

The housing power contacts are rated to carry up to 10 A through the station segment. This does not increase a channel’s rated current or any model-specific total-current limit. Add the actuator loads and terminal consumption when dividing the station into protected power-feed segments.

EtherCAT process data

Bit width in the process image

4 output bits; 20 diagnostic bits

Distributed clocks

–

Configuration

via TwinCAT System Manager

Use the diagnostic information in the controller

EL2014 provides four output bits and 20 diagnostic bits. Its extended diagnostics cover channel overcurrent/overtemperature, short circuit to 24 V and open load, with additional power-failure information. Evaluate the process data as well as the red/green LED patterns.

An EtherCAT terminal, not a standalone network device

Install the EL terminal in a compatible EtherCAT terminal station behind its coupler or controller and scan/configure the terminal in TwinCAT. The terminal communicates through the E-bus side contacts; it does not have its own RJ45 Ethernet port. Provide a station end terminal and the required power feeds as part of the station assembly.

Set communication-loss behavior deliberately

The SyncManager watchdog monitors process-data communication. Configure the watchdog and output behavior for the machine before commissioning; disabling a watchdog to maintain outputs changes the communication-loss response. A standard EL digital-output terminal is not a TwinSAFE safety-output terminal.

Allow time for diagnostic process-data updates

The recommended EL2014 cycle time is at least 200 µs. With a cycle below 200 µs, its process data is not updated in every cycle.

EL housing and environment

Dimensions (W x H x D)

12 mm x 100 mm x 68 mm

Weight

approx. 70 g

Installation

on 35 mm DIN rail, conforming to EN 60715 with lock

Material

polycarbonate

Operating temperature

-25…+60°C

Storage temperature

-40…+85°C

Relative humidity

95%, no condensation

Protection

IP20; install in a suitable cabinet

EL conductor connection limits

EL conductor connection limits
Parameter / conditionSolid wireStranded wireWire with ferrule
Conductor cross-section0.08–2.5 mm²0.08–2.5 mm²0.14–1.5 mm²
AWG range28–1428–1426–16
Stripping length8–9 mm8–9 mm8–9 mm

Values are for the EL spring terminal, not the ES pluggable wiring level.

Join the terminal station with the power isolated

Mount on a 35 mm DIN rail, engage the side slot/key connection and the rail lock, and preserve the E-bus and power-contact alignment. The EL terminal has a fixed spring wiring level operated by a screwdriver; ES is the separate pluggable-wiring version. Disconnect power before installing, removing or rewiring station terminals.

Cabinet design includes terminal and actuator heating

Use the operating-temperature range with the documented mounting conditions and load current. IP20 provides no weatherproof field enclosure. Space, ventilation, power-feed protection and the complete station’s current budget remain installation decisions, not features supplied by one output terminal.

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