EA-IF-E2

Manufacturer Part NumberEA-IF-E2
DescriptionINTERFACE ETHERNET (EA-PSI/BCI800R)
ManufacturerEA ELEKTRO-AUTOMATIK
EA-IF-E2 datasheet
 

Specifications of EA-IF-E2

SvhcNo SVHC (18-Jun-2010)Accessory TypeInterface Card
ApplicationsEngineering Laboratory And Complex Industrial ApplicationApproval BodiesCE / EN
Rohs CompliantYesFor Use WithEA Elektro-Automatik PSU
Lead Free Status / RoHS StatusLead free / RoHS Compliant  
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About the interface cards
4.4 Analogue interface IF-A1
4.4.1 Pin assignment of the analogue interface (25-pole D-Sub socket)
Pin Name Function
Description
Analogue input:
1
AI1
PSEL / RSEL
Set value power / resistance
Analogue input:

AI3
CSEL
Set value current
Analogue input:
3
AI
VSEL
Set value voltage
Analogue output:
4
AO3
PMON
Actual value power
Analogue output:
5
AO1
VMON
Actual value voltage
Analogue output:
6
AO
CMON
Actual value current
Digital output:
7
DO1 CV
Constant voltage operation
Digital output:
8
DO OVP
Overvoltage protection active
Digital output:
9
DO3 OT
Overtemperature error
Digital output:
10
DO4 Mains
Mains voltage OK
Digital output:
11
DO5 Standby
Output off
Digital output:
1
DO6 CC
Constant current operation „CC“
Digital output:
13
DO7 CP
Constant power operation „CP“
Reference potential of the
14
AGND SEL
)
analogue inputs
15
Reference potential of the
AGND
)
analogue outputs
16
17
N.C.
Analogue output:
18
AO0
VREF
Reference voltage
Auxiliary voltage
19
+VCC
(Reference: DGND)
0
Reference potential of the digital
DGND
)
ports
1
Digital input:

DI1
SEL-enable
Switch-over to external interface
(else: local operation)
Digital input:
3
DI
Rem-SB
Output off
4
Reserved
5
N.C.
1) Always related to the 10V end voltage, even if the voltage range is limitted
2) AGND and DGND are connected internally. AGND SEL at Pin 14 is inpedendent. It serves as reference for the difference amplifiers of all analogue inputs.
DIx, DOx, +Vcc are referenced to DGND. VREF, VMON, CMON, PMON are referenced to AGND. VSEL, CSEL und PSEL are referenced to AGND SEL.
3) Digital input, depending on the preset with the jumpers:
a) Setting High Range (high threshold): U
= 0V; I = -1.5mA, U
in
b) Setting Low Range (low threshold): U
= 0V; I = -1.5mA, U
in
4) Positive currents are flowing out of the device, negative currents are flowing into it.
© 009, Elektro-Automatik GmbH & Co. KG
Level
0..10V correspond to
0..100% von P
nom
0..10V correspond to
0..100% von I
nom
0..10V correspond to
0..100% von U
nom
0..10V correspond to
0..100% von P
nom
0..10V correspond to
0..100% von U
nom
0…10V correspond to
0..100% von I
nom
CV active = Low
CV not active= High
OVP = High
No OVP = Low
OT = HIGH
No OT = Low
Mains OK = Low
Mains not OK = High
Output off = Low
Output on = High
CC active = Low
CC not active= High
CP active = Low
CP not active = High
10V
1V…16V
Jumper set to „Low
Level“:
SEL-enable on = Low
SEL-enable off = High
Jumper set to „Low
Level“:
Output on = Low
Output off = High
= 1V; I = +0.7mA; U
= 4V; I = +4.5mA, Thresholds: U
in
in
= 1V; I = .mA, U
= 4V; I = +6mA, Thresholds: U
= < 1V; U
in
in
Low
Electrical specifications
/ R
nom
Accuracy typ. < 0.1%
1)
Input impedance R
> 5k
i
Accuracy typ < 0.1%
at I
= +mA
1)
max
Short-circuit-proof against GND
Quasi open collector with pull-up resistor
against VCC
I
= -10mA
at U
= 0.3V
4)
max
low
U
= 0...30V
max
Short-circuit-proof against GND
Receiver: U
< 1V; U
> 4V)
low
high
Reference for SEL signals
Reference for MON signals and VREF
Accuracy typ < 0.1%
, I
= + 8mA
1)
max
Short-circuit-proof against GND
I
= +50mA
4)
max
Short-circuit-proof against DGND
Reference for +VCC, control and
notification signals
Presettable input level (High/Low range):
1) U
= < 1V ; U
= > 4V or
Low
High
) U
= < 5V ; U
= > 9V
Low
High
Presettable logic level if input is not wired:
open = High Level or Low Level
= < 5V; U
= > 9V
Low
High
= > 4V
High
EN
4)
4)
3)
60