SICK AG SIG100-0A0111100
Network devices SIG100-0A0111100
Технические характеристики
| Features (Product category) | IO-Link Hub |
|---|---|
| Features (Supported products) | Binary switching sensors Binary actuators |
| Features (Further functions) | USB connection for easy configuration of the SIG100 Sensor Integration Gateway with SOPAS ET, the engineering tool from SICK Logic editor is available for easy configuration of logic functions |
| Features (Items supplied) | SIG100-0A0111100, Marking labels, quickstart |
| Mechanics/electronics (Connections I/O 6 x M12, 5-pin female connector, A-coded Power Main 1 x M12, 4-pin plug, A-coded CONFIG 1 x M8, 4-pin female connector, USB 2.0 (USB-A)) | Connections |
| Mechanics/electronics (I/O) | 6 x M12, 5-pin female connector, A-coded |
| Mechanics/electronics (Power Main) | 1 x M12, 4-pin plug, A-coded |
| Mechanics/electronics (CONFIG) | 1 x M8, 4-pin female connector, USB 2.0 (USB-A) |
| Напряжение питания | Power voltage supply |
| Напряжение питания | 10 V DC ... 30 V DC 1) |
| Mechanics/electronics (Current consumption) | Power Port (≤ 50 mA, ≤ 500 mA), At supply voltage 24 V DC 2) 3) |
| Mechanics/electronics (Optical indicators) | 12 Orange LED (2 for each port S1–S6 for the display of Pin4 (DI/DO1) and Pin2 (DI/DO2)) 1 LED green (DO) 1 Orange LED (DO) |
| Напряжение питания | Input/output characteristics |
| Mechanics/electronics (Power Port pin 2 output current) | ≤ 50 mA (V H ≥ V US - 2 V) 4) |
| Mechanics/electronics (Power Port pin 4 output current) | ≤ 50 mA (V H ≥ V US - 2 V) 4) |
| Напряжение питания | ≤ 50 mA (Type 3 IEC 61131-2) 4) |
| Напряжение питания | ≤ 50 mA 4) |
| Mechanics/electronics (S1-S6 pin 2 output current) | ≤ 50 mA |
| Mechanics/electronics (S1-S6 pin 4 output current) | ≤ 50 mA |
| Напряжение питания | V H ≥ V US - 2 V |
| Степень защиты (IP) | IP67 |
| Mechanics/electronics (Protection class) | III |
| Материал | ABS |
| Mechanics/electronics (Housing color) | Black/Light blue |
| Масса | 289 g |
| Mechanics/electronics (Dimensions (L x W x H)) | 213.9 mm x 57 mm x 38.3 mm |
| Mechanics/electronics (UL File No.) | E497722 |
| Interfaces (Logic editor) | ✔ |
| Interfaces (Communication interface USB, IO-Link Function IO-Link sensor hub (IO-Link device) with 6 ports which can be used to connect sensors and actuators. The SIG100 Sensor Integration Gateway can therefore connect up to 12 binary switching signals and communicate them to any IO-Link master via IO-Link. The SIG100 can also be operated as a standalone system by directly configuring simple logic functions across several connected devices via the SOPAS ET user interface.) | Communication interface |
| Interfaces (Communication interface) | USB, IO-Link |
| Interfaces (Function) | IO-Link sensor hub (IO-Link device) with 6 ports which can be used to connect sensors and actuators. The SIG100 Sensor Integration Gateway can therefore connect up to 12 binary switching signals and communicate them to any IO-Link master via IO-Link. The SIG100 can also be operated as a standalone system by directly configuring simple logic functions across several connected devices via the SOPAS ET user interface. |
| Interfaces (Communication Interface detail) | IO-Link V1.1, Port Class A |
| Interfaces (IO-Link data transmission rate) | ≤ 38.4 kBaud, COM2 ≤ 38.4 kBaud |
| Interfaces (IO-Link cycle time) | < 5.1 ms |
| Interfaces (IO-Link process data length) | 8 Byte In und 2 Byte Out |
| Interfaces (IO-Link process data structure 8 Byte Process Data In Bit 0 - Bit 7 = QL1 - QL8 Bit 8 - Bit 19 = Qint1 - Qint12 Bit 20 – bit 31 = Reserved Bit 32 – bit 39 = Analog value 1 (lower byte) Bit 40 – bit 47 = Analog value 1 (upper byte) Bit 48 – bit 55 = Analog value 2 (lower byte) Bit 56 – bit 63 = Analog value 2 (upper byte) 2 bytes process data out (digital mode) Bit 0 - Bit 15 = IL1 - IL16 2 bytes process data out (analog mode) Bit 0 – bit 7 = Analog value in (lower byte) Bit 8 – bit 15 = Analog value in (upper byte) Comment QL1 – QL8 = Logic editor outputs Qint1 – Qint12 = Mapping of the individual ports (S1–S6), each with Pin2 and Pin4, onto the IO-Link process data 4 bytes analog value 1/2 = Transmission of integer values (e.g., counter value) IL1 – IL16 = Logic editor inputs 2 bytes analog value in = Transmission of integer values (e.g., counter value)) | IO-Link process data structure |
| Interfaces (8 Byte Process Data In) | Bit 0 - Bit 7 = QL1 - QL8 |
| Interfaces (2 bytes process data out (digital mode)) | Bit 0 - Bit 15 = IL1 - IL16 |
| Interfaces (2 bytes process data out (analog mode)) | Bit 0 – bit 7 = Analog value in (lower byte) |
| Interfaces (Comment) | QL1 – QL8 = Logic editor outputs |
| Interfaces (Operator interfaces) | SOPAS ET, the engineering tool for configuration via USB, SOPAS ET can be downloaded for free from www.sick.com, the required SSD file for displaying SIG100 via SOPAS ET can either be downloaded from the device or from www.sick.com |
| Interfaces (Number of inputs) | Max. 12 x PNP, type 1 |
| Interfaces (Number of outputs) | Max. 12 x PNP |
| Interfaces (Inputs/outputs S1-S6 6 ports. Pin2 and Pin4 can be customized as a digital input or digital output to enable the transmission of up to 12 digital input or output signals. (SOPAS ET can be downloaded for free from www.sick.com) Power Port Port for configuration via USB with SOPAS ET CONFIG Port for configuration via USB with SOPAS ET (SOPAS ET can be downloaded for free from www.sick.com)) | Inputs/outputs |
| Interfaces (S1-S6) | 6 ports. Pin2 and Pin4 can be customized as a digital input or digital output to enable the transmission of up to 12 digital input or output signals. (SOPAS ET can be downloaded for free from www.sick.com) |
| Interfaces (Power Port) | Port for configuration via USB with SOPAS ET |
| Interfaces (CONFIG) | Port for configuration via USB with SOPAS ET (SOPAS ET can be downloaded for free from www.sick.com) |
| Ambient data (Ambient operating temperature) | –40 °C ... +60 °C 1) |
| Ambient data (Ambient temperature, storage) | –40 °C ... +70 °C 1) |
| Ambient data (Electromagnetic compatibility (EMC)) | EN 61000-6-2:2005-08 / EN 61000-6-3:2007-01 |
| Ambient data (Shock load) | EN 60068-2-6 |
| Сертификация | ✔ |
| Сертификация | ✔ |
| Сертификация | ✔ |
| Сертификация | ✔ |
| Сертификация | ✔ |
| Сертификация | ✔ |
| Сертификация | ✔ |
| Classifications (ECLASS 5.1.4) | 27250608 |
| Classifications (ECLASS 6.0) | 27242608 |
| Classifications (ECLASS 7.0) | 27242608 |
| Classifications (ECLASS 8.0) | 27242608 |
| Classifications (ECLASS 9.0) | 27242608 |
| Classifications (ECLASS 10.0) | 27242608 |
| Classifications (ECLASS 11.0) | 27242608 |
| Classifications (ECLASS 12.0) | 27242608 |
| Classifications (ECLASS 13.0) | 27242608 |
| Classifications (ECLASS 14.0) | 27242608 |
| Classifications (ECLASS 15.0) | 27242608 |
| Classifications (ETIM 6.0) | EC001604 |
| Classifications (ETIM 7.0) | EC001604 |
| Classifications (ETIM 8.0) | EC001604 |
| Classifications (ETIM 9.0) | EC001604 |
| Classifications (ETIM 10.0) | EC001604 |
| Classifications (UNSPSC 091201.0) | 32151705 |
| Classifications (UNSPSC 100501.0) | 32151705 |
| Classifications (UNSPSC 111201.0) | 32151705 |
| Classifications (UNSPSC 120901.0) | 32151705 |
| Classifications (UNSPSC 131201.0) | 32151705 |
| Classifications (UNSPSC 140801.0) | 32151705 |
| Classifications (UNSPSC 151101.0) | 32151705 |
| Classifications (UNSPSC 160901.0) | 32151705 |
| Classifications (UNSPSC 171001.0) | 32151705 |
| Classifications (UNSPSC 180801.0) | 32151705 |
| Classifications (UNSPSC 190501.0) | 32151705 |
| Classifications (UNSPSC 200601.0) | 32151705 |
| Classifications (UNSPSC 210901.0) | 32151705 |
| Classifications (UNSPSC 220601.0) | 32151705 |
| Classifications (UNSPSC 230701.0) | 32151705 |
| Classifications (UNSPSC 240301.0) | 32151705 |
| Classifications (UNSPSC 250901.0) | 32151705 |
| Classifications (UNSPSC 260801.0) | 32151705 |