1769-L33ER 1769L33ER Allen Bradley ab CompactLogix 2 MB ENet Controlemechanisme

1769-L33ER 1769L33ER Allen Bradley AB CompactLogix 2 MB ENet Controller

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Product Details

The 1769-L33ER CompactLogix 5370 controller by AB is a compact Logix controller that provides user control over Logix systems and communication domains. The 1769-L33ER can communicate with the controller or other devices through the RS-232 Serial communication/Ethernet port (with the aid of a 1747-CP3 or 1756-CP3 cable) and has a user memory of 2 MB. It is packaged with an optional non-volatile memory card that has a memory of 1GB, expandable to 2GB. The 1769-L33ER can support 16 I/O modules with a maximum of three I/O banks connected through two unique expansion cables.

The 1769-L33ER has a draw current of 5 Volts DC at 560 mA across 4 power supply modules and has a maximum power dissipation of 4.5 Watts. It has a 5 Volts DC (500 mA) back plan current and a maximum bask insulation type of 30 Volts. The 1769-L33ER can be effectively mounted using either a DIN rail mount at a 20G operational shock rating or a panel mount at the same 20G shock rate. The 1769-L3ER CompactLogix controller has an average weight of 0.31 kilograms (0.68 pounds) and comes with an open-style enclosure. It is an Electronic device with a CISPA11 Class 1 certified emission rating and has a 0 to 60 degree Celsius (32 to 140 degree Fahrenheit) operating temperature and a -40 to 85 degree Celsius (-40 to 185 degree Celsius) storage temperature, with a maximum relative noncondensing humidity range between 0 to 95%. This unit can be used with several different power supplies, such as the 1769-PA4, the 1769-PA2, and the 1769-PB4. This unit can support up to 8 compact i/O modules. The 1769-l33ER can use both the 1784-SD1 and the 1784-SD2 SD cards for nonvolatile memory storage.

Moore News
The main process electrical and instrumentation control system uses Rockwell's ControlLogix control system.
The under-slot and loading system, the top and body system, the hot blast stove and the cast iron system, the blowing and pulverizing system, and the water treatment system CPU are redundantly configured.
Gas purification system, slag system adopts single CPU control, CPU and HMI fault-tolerant server adopt redundant Ethernet network.
The communication between the CPU and the I/O module uses a redundant ControlNet network, while the PLC power supply uses a redundant power supply.

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