Maxx GW4102: Unterschied zwischen den Versionen

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{| class="wikitable"
{| class="wikitable"
! Typ !! Signal !! Pin !! Pin !! Signal
! Description !! Function !! Label !! Signal !! Pin !! Pin !! Signal !! Label !! Function
|-
|-
| rowspan="3" | isolated inputs group D
| rowspan="3" | [[ #isolated inputs group D ]]
| style="text-align:right" | ISO_IN_D_P0
| IN D1
| D1
| style="text-align:right" | ISO_IN_D_PO
| style="background:#b3bac5; text-align:center" | 1
| style="background:#b3bac5; text-align:center" | 1
| style="background:#b3bac5; text-align:center"| 2
| style="background:#b3bac5; text-align:center"| 2
| ISO_IN_D_P1
| ISO_IN_D_P1
| D2
| IN D2
|-
|-
| IN D3
| D3
| style="text-align:right" | ISO_IN_D_P2
| style="text-align:right" | ISO_IN_D_P2
| style="background:#b3bac5; text-align:center"| 3
| style="background:#b3bac5; text-align:center"| 3
| style="background:#b3bac5; text-align:center"| 4
| style="background:#b3bac5; text-align:center"| 4
| ISO_IN_D_P3
| ISO_IN_D_P3
| D4
| IN D4
|-
|-
|
|
| style="text-align:right" | NC
| style="text-align:right" | NC
| style="background:#b3bac5; text-align:center"| 5
| style="background:#b3bac5; text-align:center"| 5
| style="background:#b3bac5; text-align:center"| 6
| style="background:#b3bac5; text-align:center"| 6
| ISO_IN_D_N
| ISO_IN_D_N
|-
| D-
| GND D
|}
|}



Version vom 2. Juni 2021, 11:01 Uhr

The device

The programmable maxx GW4102 mobile communication gateway for industrial applications collects and processes the information from your devices, machines and sensors, and transmits it via the expanded LTE network. The PLC I/O interface expansion enhances the basic unit with 16 isolated digital inputs and four isolated digital outputs. The inputs are divided into four groups of four inputs with a common negative terminal for each group.

This constellation allows the connection of up to four devices (e.g. PLCs) with minimal wiring effort while keeping each device isolated from each other.

The maxx GW4102 gateway is therefore ideal for transmitting measurements from the field to the head office or the cloud.

Interfaces

The following section describes the various interfaces of the GW4102 in detail. This graphic shows the distribution of the interfaces:


Beschreibung

Pinout isolated outputs

Description Function Label Signal Pin Pin Signal Label Function
#isolated outputs OUT 1 1A ISO_OUT_A0 1 2 ISO_OUT_A1 2A OUT 2
1B ISO_OUT_B0 3 4 ISO_OUT_B1 2B
ISO_OUT_B0 5 6 ISO_OUT_B1
OUT 3 3A ISO_OUT_A2 7 8 ISO_OUT_A3 4A OUT 4
3B ISO_OUT_B2 9 10 ISO_OUT_B3 4B

Pinout isolated inputs group A

Description Function Label Signal Pin Pin Signal Label Function
#isolated inputs group A IN A1 A1 ISO_IN_A_PO 1 2 ISO_IN_A_P1 A2 IN A2
IN A3 A3 ISO_IN_A_P2 3 4 ISO_IN_A_P3 A4 IN A4
GND B B- ISO_IN_B_N 5 6 ISO_IN_A_N A- GND A

Pinout isolated inputs group B

Description Function Label Signal Pin Pin Signal Label Function
#isolated inputs group B IN B1 B1 ISO_IN_B_PO 1 2 ISO_IN_B_P1 B2 IN B2
IN B3 B3 ISO_IN_B_P2 3 4 ISO_IN_B_P3 B4 IN B4
GND C C- ISO_IN_C_N 5 6 ISO_IN_B_N B- GND B

Pinout isolated inputs group C

Description Function Label Signal Pin Pin Signal Label Function
#isolated inputs group C IN C1 C1 ISO_IN_C_PO 1 2 ISO_IN_C_P1 C2 IN C2
IN C3 C3 ISO_IN_C_P2 3 4 ISO_IN_C_P3 C4 IN C4
GND D D- ISO_IN_D_N 5 6 ISO_IN_C_N C- GND C

Pinout isolated inputs group D

Description Function Label Signal Pin Pin Signal Label Function
#isolated inputs group D IN D1 D1 ISO_IN_D_PO 1 2 ISO_IN_D_P1 D2 IN D2
IN D3 D3 ISO_IN_D_P2 3 4 ISO_IN_D_P3 D4 IN D4
NC 5 6 ISO_IN_D_N D- GND D

isolated inputs

The following picture shows the simplified architecture one of the four isolated inputs with internal current limit and temperature stabilized threshold. Internally the isolation is achieved by the use of a TLP293 optocoupler.


Cascading inputs

Each group of four inputs features a common negative terminal to reduce wiring effort. Furthermore the groups can be cascaded as shown in the following diagrams. Other configurations following the same method are possible.

4x4 configuration

2x8 configuration

1x16 configuration

isolated outputs

The device contains two Panasonic AQW282 solid state relais to realize four independent isolated outputs. As there is no internal current limitation the user is responsible for ensuring a current flow of max. 300mA.


Cascading outputs

4x1 configuration

2x2 configuration

3+1 configuration

Linux mapping

Digital and analog I/Os (deprecated sysfs mapping)

Signal Linux mapping Typ
ISO_IN_A0 /sys/class/gpio175 isolated digital inputs
ISO_IN_A1 /sys/class/gpio178
ISO_IN_A2 /sys/class/gpio174
ISO_IN_A3 /sys/class/gpio173
ISO_IN_B0 /sys/class/gpio177
ISO_IN_B1 /sys/class/gpio176
ISO_IN_B2 /sys/class/gpio172
ISO_IN_B3 /sys/class/gpio197
ISO_IN_C0 /sys/class/gpio203
ISO_IN_C1 /sys/class/gpio194
ISO_IN_C2 /sys/class/gpio198
ISO_IN_C3 /sys/class/gpio205
ISO_IN_D0 /sys/class/gpio67
ISO_IN_D1 /sys/class/gpio202
ISO_IN_D2 /sys/class/gpio65
ISO_IN_D3 /sys/class/gpio66
ISO_OUT0 /sys/class/gpio182 isolated digital outputs
ISO_OUT1 /sys/class/gpio180
ISO_OUT2 /sys/class/gpio179
ISO_OUT3 /sys/class/gpio181

Digital and analog I/Os (new libgpiod mapping)

Signal Linux mapping line Typ
ISO_IN_A0 gpiochips5 line 15 isolated digital inputs
ISO_IN_A1 gpiochip5 line 18
ISO_IN_A2 gpiochip5 line 14
ISO_IN_A3 gpiochip5 line 13
ISO_IN_B0 gpiochip5 line 17
ISO_IN_B1 gpiochip5 line 16
ISO_IN_B2 gpiochip5 line 12
ISO_IN_B3 gpiochip6 line 5
ISO_IN_C0 gpiochip6 line 11
ISO_IN_C1 gpiochip6 line 2
ISO_IN-C2 gpiochip6 line 6
ISO_IN_C3 gpiochip6 line 13
ISO_IN_D0 gpiochip2 line 3
ISO_IN_D1 gpiochip6 line 10
ISO_IN_D2 gpiochip2 line 1
ISO_IN_D3 gpiochip2 line 2
ISO_OUT0 gpiochip5 line 22 isolated digital outputs
ISO_OUT1 gpiochip5 line 20
ISO_OUT2 gpiochip5 line 19
ISO_OUT3 gpiochip5 line 21