User manual

48
© 2008, Elektro-Automatik GmbH & Co. KG
EN
2.Technicalspecications
General
Electrical isolation 2000V
Dimensions (W x H x L) 24 x 80 x 100mm
Safety EN 60950
EMI Standards EN61000-6-4,
EN 61000-6-2,
EN 55022 Class B
Overvoltage category Class II
Operation temperature 0...40°C
Storage temperature -20...70°C
Relative humidity <80% (w/o condensation)
Accessory Labview VIs
IF-R1 (RS232)
Connectors 1 x 9-pole D-Sub socket (f.)
2 x RJ45 socket
Baud rates 9600Bd, 19200Bd,
38400Bd, 57600Bd
Cable length depending on the baud rate,
up to 15m
System Link Mode yes
(only with series PSI 9000)
└Max.numberofunits 30
└Bustermination settableintheunit’smenu
└Patchcable 0.5m
IF-U1 (USB)
Connectors 1 x USB socket type A
2x RJ45 socket
Standard USB 1.1
Cable length max. 5m
System Link Mode yes
(only with series PSI 9000)
└Max.numberofunits 30
└Bustermination settableintheunit’smenu
└Patchcable 0.5m
IF- C1 (CAN)
Connectors 9-pole D-Sub socket (f.)
9- pole D-Sub socket (m.)
Baud rates 20kBd...1MBd in steps
Bus termination settable in the unit’s menu
CAN standard V2.0 part A
About the interface cards
IF-A1 (Analogue)
Connectors 25-pol D-Sub socket(f.)
Analogue inputs:
Input voltage range
Maximum range -5V...+15V
Nominal range 0V…10V
  Inputimpedance 25kΩ
Resolution
VSEL, CSEL, PSEL (RSEL) < 2mV
Relative error
VSEL, CSEL, PSEL 0.1%
RSEL (Option) 0.25%
Response time
1)
< 4ms
Analogue outputs:
Nominal output voltage range
VMON, CMON, PMON 0V…10V
I
out
max. at 10V 2mA
VREF 1V...10V
I
out
max. at 10V 10mA
Resolution
VMON, CMON, PMON, VREF < 2mV
Relative error
VMON, CMON, PMON, VREF 0.1%
Settling time of the analogue outputs < 4ms
Auxiliary voltage 12…15V
Current max. 50mA
Digital outputs:
Typ e pull-up resistor to +15V
Output current
Maximal I
max
= -20mA
at U
out
= 0.5V
Nominal 1...10mA
Output voltage
High +15V
Low < 0.3V
Response time
2)
< 4ms
Digital outputs:
Input voltage
Maximum range -5V...+30V
if set to: Level=LOW
U
Low
< 1V
U
High
> 4V
if set to: Level=HIGH
U
Low
< 5V
U
High
> 9V
...continued
1 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.
2 Timebetweenoccurenceoftheevent,whichisabouttobenotied,andthemo-
mentthenoticationisexecuted.