Technical data

General

ED4078

Number of channels | Total

8

Internal communication protocol

EtherCAT

Minimum cycle time

50 µs

Analog output
Voltage

ED4078

Number of channels

max. 8

Load type

ohmic

Connection technology

2-wire

Resolution | Technical

16 bit, incl. sign

Resolution | Process data

327.67... µV in ExtendedRange

Representation | Process data

REAL32, INT16

Type of conversion

multiplex (approx. 25 µs delay between channels n/n+1)

Conversion time

min. 500 µs per channel

Conversion rate

max. 2 ksps per channel

Signal range | Nominal

-10 … +10 V, 0 … 10 V

If more than 4 channels are configured for current output, the remaining voltage channels can only be controlled up to max. ±5 V for thermal reasons.

Signal range | Technical

-10.73 … +10.73 V (short-circuit proof)

Signal range | end value (FSV)

10 V

Load

> 2 kΩ

Ground reference

single-ended

Accuracy/uncertainty | From FSV (0 … 55 °C)

< ±0.1 %

Accuracy/uncertainty | From FSV (-25 … +55 °C)

< ±0.12 %

Accuracy/uncertainty | From FSV (largest short-term deviation during an electrical disturbance test)

< ±1 %

Analog output
Current

ED4078

Number of channels

max. 8

Load type

ohmic

Connection technology

2-wire

Resolution | Technical

16 bit, incl. sign

Resolution | Process data

655.35… nA in the ExtendedRange

Representation | Process data

REAL32, INT16

Type of conversion

multiplex (approx. 25 µs delay between channels n/n+1)

Conversion time

min. 500 µs per channel

Conversion rate

max. 2 ksps per channel

Signal range | Nominal

-20 … +20 mA, 0 … 20 mA, 4 … 20 mA

Signal range | Technical

-21.47 …+ 21.47 mA (short-circuit proof)

Signal range | end value (FSV)

20 mA

Load

< 300 Ω

Ground reference

single-ended

Accuracy/uncertainty | From FSV (0 … 55 °C)

< ±0.1 %

Accuracy/uncertainty | From FSV (-25 … +55 °C)

< ±0.12 %

Accuracy/uncertainty | From FSV (largest short-term deviation during an electrical disturbance test)

< ±1 %

XFC

ED4078

Distributed Clocks

no

Timestamp

no

Oversampling

no

Supply and electrical isolation

ED4078

Electronics | supply voltage

via E-bus, via power contacts

E-bus | current consumption

typ. 180 mA

Power contacts | Input voltage

24 V DC (-15 %/+20 %)

Power contacts | Current carrying capacity

max. 10 A

Power contacts | Current consumption

typ. 60 mA + load

Power contacts | Output voltage

corresponds to Power contacts | Input voltage

Electrical isolation | channel/channel

no

Electrical isolation | channel/bus

functional, 707 VDC type test

Environmental conditions

ED4078

Operating temperature

-25 … +55 °C

Storage temperature

-40…+85 °C

Relative humidity

95 %, no condensation

Installation position

variable

Standards and approvals

ED4078

Vibration resistance

conforms to EN 60068-2-6

Shock resistance

conforms to EN 60068-2-27

EMC immunity

conforms to EN 61000-6-2

EMC emission

conforms to EN 61000-6-4

Markings*)

CE

Approvals*)

cULus (under preparation)

*) Real applicable approvals/markings see name plate on the side (product labeling)

Housing data

ED-12-16pin

Weight

approx. 60 g

Protection rating

IP20

Material

Polycarbonate

Dimensions | Width (single)

15 mm

Dimensions | width (stacked)

12 mm

Dimensions | height

100 mm

Dimensions | depth

65 mm

Mounting | Terminal/Back wall

35-mm-mounting-rail (EN 60715)

Mounting | Terminal/Terminal

double groove-tongue connection

pluggable wiring level

no

Connection technology

Push-in

Connection cross-section | Single-wire, solid

0.08…1.5 mm²

Connection cross-section | Fine wire, stranded wire

0.25…1.5 mm²

Connection cross-section | ferrule

0.14…0.75 mm²

Connection cross-section AWG | Single-wire, solid

AWG28…16

Connection cross-section AWG | fine wire, stranded wire

AWG22…16

Connection cross section AWG | Wire end ferrule

AWG26…19

Strip length

8 … 9 mm

Power contact | "+" (left)

yes

Power contact | "+" (right)

yes

Power contact | "-" (left)

yes

Power contact | "-" (right)

yes

Power contact | "⏚" (left)

no

Power contact | "⏚" (right)

no

Slide-in lock for power contact "⏚"

yes