以太网LAN特性
| 布线技术 |
10/100Base-T(X) |
| 以太网的数据传输率 |
10, 100 Mbit/s |
内存参数
| 兼容性内存条 |
SD |
| 内部存储容量 |
32 GB |
| 存储介质类型 |
Flash |
| 最大内存卡大小 |
32 GB |
能量控制
| 电源类型 |
DC |
| 电力消耗（24V） |
184 mA |
| 输入电压 |
12 - 36 V |
另外
| 内部RAM |
64 MB |
| RS-232接口 |
1 |
| 以太网连接器 |
Y |
32-bit ARM9 160 MHz CPU, Linux, Up to 32 GB (SD 2.0 compatible), 7.52 x 5.31 x 3.94 in, 4.41 lb, 5x M12
- Compliant with EN 50121-3-2, EN 50121-4, and a portion of EN 50155 specifications
- Supports C/C++ programming languages
- 2-port Ethernet switch for daisy-chain topologies with bypass function
- Modular I/O for versatility, flexibility, and scalability
- Rugged and compact design for harsh environments
- Wide operating temperature: -40 to 75°C (-40 to 167°F)
- 3-in-1 RS-232/422/485 serial port
- Up to 32 GB SDHC data logging function
Compact, Anti-Vibration Design
The ioPAC 8020--a rugged modular programmable controller with 5 or 9 I/O slots--supports a wide selection of I/O modules and comes with a DIN rail mount specifically designed to withstand severe vibrations. This RTU features an aluminum chassis for vandal protection, spring-type terminal blocks for gas-tight and vibration resistant wire contacts, and optional M12 connectors to ensure that your Ethernet connectors remain connected at all times.
Innovative C/C++ Programming with Timesaving I/O Access and Control
The ioPAC 8020-C further features a Linux/GNU platform adapted to data acquisition and condition monitoring. The main advantage of this open C platform is its user-friendly SDK, which helps economize on installation and configuration overhead by reducing your programming workload for key areas like I/O control and condition monitoring, SCADA/DB interoperability, and improving smart communication controls.
Seamless Data Transmissions with Ethernet by-pass Function
The ioPAC RTU controllers have a built-in Ethernet switch with 2 ports for cascading multiple ioPAC RTU controllers in a convenient daisy-chainin configuration. Together with a poweroff bypass mechanism, the ioPAC RTU controllers can maintain continuous, seamless data transmissions even when one of the RTUs fails.
