EA-IF-R2 EA ELEKTRO-AUTOMATIK, EA-IF-R2 Datasheet - Page 56

• Manufacturer Part Number: EA-IF-R2
• Description: INTERFACE RS232 (EA-PSI/BCI 800 R)
• Manufacturer: EA ELEKTRO-AUTOMATIK

Specifications of EA-IF-R2

• Svhc: No SVHC (18-Jun-2010)
• Accessory Type: Interface Card
• Applications: Engineering Laboratory And Complex Industrial Application
• Approval Bodies: CE / EN
• Rohs Compliant: Yes
• For Use With: EA Elektro-Automatik PSU
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant

About the interface cards
© 009, Elektro-Automatik GmbH & Co. KG
2. Technical specifications
General
Electrical isolation
Dimensions Type 1 (W x H x L)
Dimensions Type  (W x H x L)
Safety
EMI Standards
Overvoltage category
Operation temperature
Storage temperature
Relative humidity
IF-R1 / IF-R2 (RS232)
Connectors
Baud rates
Cable length
System Link Mode
(only with series PSI 9000)
└ Max. number of units
└ Bus termination
└ Patch cable
IF-U1 / IF-U2 (USB)
Connectors
Standard
Cable length
System Link Mode
(only with series PSI 9000)
└ Max. number of units
└ Bus termination
└ Patch cable
IF- C1 / IF-C2 (CAN)
Connectors
Baud rates
Bus termination
CAN standard
depending on the baud rate,
 x RJ45 socket (not IF-R)
1 x 9-pole D-Sub socket (f.)
x RJ45 socket (not IF-U)
settable in the unit’s menu
settable in the unit’s menu
settable in the unit’s menu
9- pole D-Sub socket (m.)
<80% (w/o condensation)
9-pole D-Sub socket (f.)
0kBd...1MBd in steps
1 x USB socket type A
38400Bd, 57600Bd
9600Bd, 1900Bd,
EN 550 Class B
4 x 80 x 100mm
4 x 80 x 45mm
EN 61000-6-,
EN61000-6-4,
V.0 part A
-0...70°C
EN 60950
up to 15m
max. 5m
USB 1.1
0...40°C
Class II
000V
0.5m
0.5m
yes
yes
30
30
1

IF-A1 (Analogue)
Connectors
Analogue inputs:
Input impedance
Analogue outputs:
Digital outputs:
Digital outputs:
Input voltage range
Resolution
Relative error
Response time
Nominal output voltage range
Resolution
Relative error
Settling time of the analogue outputs
Auxiliary voltage
Typ e
Output current
Output voltage
Response time
Input voltage
In order to calculate the total response time of a step change, from an analogue
interface input to the power output you need to add the response time of the device
to this time.
Time between occurence of the event, which is about to be notified, and the mo-
ment the notification is executed.
Maximum range
Nominal range
VSEL, CSEL, PSEL (RSEL)
VSEL, CSEL, PSEL
RSEL (Option)
VMON, CMON, PMON
VREF
VMON, CMON, PMON, VREF
VMON, CMON, PMON, VREF
Current max.
Maximal
Nominal
High
Low
Maximum range
if set to: Level=LOW
if set to: Level=HIGH
I
I
U
U
U
U
out
out
Low
High
Low
High
max. at 10V
max. at 10V
1)
)
5-pol D-Sub socket(f.)
pull-up resistor to +15V
at U
I
max
...continued
-5V...+15V
-5V...+30V
0V…10V
0V…10V
1...10mA
1…15V
out
1V...10V
= -0mA
= 0.5V
< 0.3V
< mV
< mV
0.5%
< 4ms
< 4ms
< 4ms
10mA
50mA
25kΩ
+15V
0.1%
0.1%
EN
< 1V
> 4V
< 5V
> 9V
mA
56