Ambient Conditions; Electrical Data; Electrical Connection - Balluff BNI IOL-727-S51-P012 Notice D'utilisation

BNI IOL-727-S51-P012 / BNI IOL-728-S51-P012
Network interface – Analog hub
10
Technical data
The specifications are typical values for 24 V DC at room
temperature.
The module is fully operational immediately, with full
accuracy after warm-up.
Performance data for UL, see chapter 10.7.2 on
page 21.
Further data can be found at www.balluff.com
on the product page.
10.1

Ambient conditions

Ambient temperature
Storage temperature
Protection class
(in screwed state)
10.2

Electrical data

Supply voltage U
S
Supply voltage U
A
Residual ripple
Power consumption without
load at U = 24 V (all ports
S
configured as voltage input, no
load at pin 1)
Analog input properties
Input voltage
Range: 0...10 V
Range: 5...10 V
Range: −10...+10 V
Range: 0...5 V
Range: −5...+5 V
Input current
Range: 4...20 mA
Range: 0...20 mA
Input impedance
Voltage input
Current input
Offset error (at 25 °C)
Voltage input
Current input
Measuring error (at 25 °C)
Voltage input
Current input
www.balluff.com
−25...+70 °C
−25...+70 °C
IP68, IP69K
18...30.2 V DC
12...30.2 V DC
< 1%
60 mA
≤ 30,2 V
−1.759...+11.759 V
4.12...11.759 V
−11.759...+11.759 V
−0.879...+5.879 V
−5.879...+5.879 V
≤ 30 mA
0...22 mA
2...22 mA
> 900 kΩ
< 300 Ω
3 mV
3 µA
0.1%
1)
0.1%
1)
Temperature coefficient
Maximum error with
interference
for Zone A
2)
for Zone B
2)
Digital resolution
Value of LSB
Range: 0...10 V
Range: 5...10 V
Range: −10...+10 V
Range: 0...5 V
Range: −5...+5 V
Range: 4...20 mA
Range: 0...20 mA
Sampling rate
3)
Digital I/O properties
Input
Input frequency
4)
Output current
5)
Total output current
6)
Port properties
Sensor supply output current
10.3

Electrical connection

IO-Link interface/port
Input/output ports
Relative to scale end value:
1)
11.759 V for voltage signals, 22 mA for current signals
As per IEC 61131-2
2)
Configuration-dependent: Four ports are treated as one group (Port X0...
3)
Port X3, Port X4...Port X7). The highest data rate can be achieved when
only one signal in a group is active and wire break detection is
deactivated.
Although the input stage can work with signals of this frequency, IO-Link
4)
is not able to transfer such a fast change. The frequency of the signal that
can be transmitted via IO-Link depends on the actual cycle time.
Outputs are overload and short circuit-resistant
5)
This limit can only be reached if Pin 1 does not have a load current.
6)
0.01%/K
1)
3%
1)
10%
1)
16 bit
358.87 µV
358.87 µV
358.87 µV
179.42 µV
179.42 µV
671.41 nA
671.41 nA
162...2597 SPS
Type 1, Type 3
2)
250 Hz
≤ 500 mA
4 A
≤ 200 mA
M12, A-coded, 4-pin,
plug
8 × M12, A-coded,
5-pin, socket
english 19