Input and Output Capabilities: The module is equipped with 16 digital inputs and 16 digital outputs. It supports multiple input types, such as voltage, current, and digital signals. The digital output can switch loads of up to 2 A, and the input can handle signals from 0 – 30 VDC.
Communication Interface8: It supports Ethernet interface, which enables communication with other devices like upper – level controllers, computers, and more, facilitating seamless integration into industrial automation systems.
High – Speed Processing8: With a fast – processing speed, it is capable of handling high – speed applications such as machine control and motion control.
Programmability8: The module supports user programming and can be programmed using standard programming languages such as C and structured text, providing flexibility for different industrial application scenarios.
Diagnostic Functions: It includes built – in diagnostic and monitoring functions, such as self – diagnosis, event logging, and real – time status monitoring, which are beneficial for troubleshooting and optimizing system performance.
Physical Characteristics9
Dimensions: Width is 17.6 mm (0.69 inches), height is 56.7 mm (2.23 inches), and depth is 42.3 mm (1.67 inches).
The VersaMax IC200PWR002 is an expanded power supply unit (PSU) produced by General Electric Fanuc. This module’s job is to supply power to the following types of backplane devices: CPUs, NIUs, I/O modules, and more. When connected to the central processing unit or network interface unit, this power supply module acts as main power, but it can also be mounted to a booster carrier and act as supplementary power.
The IC200PWR002 uses direct current for its input and output voltage. For this device, the input voltage can vary between 18 volts and 30 volts DC. The nominal input voltage is 24 volts DC. The input power for this power unit is 11 watts, and the inrush current is rated at 20 and 25 amperes at 24 and 30 volts DC, respectively. Hold up time for this module is measured at approximately 10 milliseconds.
Output voltage for the IC200PWR002 is both 3.3 and 5 volts DC, and the output current is determined by the combination of both the 3.3 and 5-volt output voltage; however, output current shouldn’t go beyond 1.5 amperes.
The IC200PWR002 has options for protection against short circuits, overloads, and reverse polarity. When field wiring this power unit, ensure that the DC- is grounded to the frame ground and earth ground. Note: The DC- is grounded to the frame from within the power supply unit itself. As a result, a floating power supply configuration is not possible.
24VDC Expanded 3.3V Power Supply IC200PWR002 provides backplane power for CPU, NIU, and I/O modules. It supplies up to 1.5 Amps output current via 3.3 volt and 5 volt outputs, with up to 1.0 Amp on the 3.3 Volt output. Module backplane current consumption is summarized in appendix C.
When mounted on the CPU or NIU module, it serves as the main power supply for the station. It can also be used as a supplemental power supply when mounted on a Power Supply Booster Carrier. Refer to the Power Supply Booster Carrier section of chapter 4 for more information.
Large-scale power converters and drives must be reliable, fast and precise. That calls for a control system with outstanding performance, such as the AC 800PEC. But why should the same controller not cope with slow processes, too, such as cooling circuits, monitoring and balance of plant? The AC 800PEC does it all: when it comes to high-speed processes in an industrial environment with all related ancillary tasks, it is the ideal controller.
The AC 800PEC is ABBs high-end process control system, and belongs to the Control IT product line. The AC 800PEC is the optimum solution for combining •the high-speed control requirements of power electronics applications •low-speed process control tasks usually carried out by separate PLC units. The AC 800PEC controller is configured and programmed using Control Builder M, ABB’s well-established programming tool, and MATLAB®/ Simulink® with Real-Time Workshop®.
Key benefits The AC 800PEC is a modular high-speed control system. The modules are arranged according to the required I/O configuration and the process. The AC 800PEC I/O modules are connected via optional high-speed point-to-point connections. The AC 800PEC supports up to 36 bi-directional fiber-optic PowerLinks.
Performance The AC 800PEC excels with a very high processing speed. It provides •Very fast analog and digital process I/Os with a typical cycle time of 25 µs •Fast closed-loop control and regular process logic implemented in one controller •Low-speed I/Os with a typical cycle time of 10 ms •Very fast analog/digital conversion and nominal/actual value comparison, directly on the peripheral I/O module.
The FDC280communicates directly with field devices that support the protocols listed in these PSSs: • ModbusClient TCP Driver for Field Device Controller 280 (PSS 41S 3FDCMBDV) • ModbusClient RTUSerial Driver for Field Device Controller 280 (PSS 41S 3FDCMBRT) • Triconex System Access Application Driver for Field Device Controller 280 (PSS 41S-3FDCTSAA) • OPCUAClientDriver for Field Device Controller 280 (PSS 41S-3FDCOPC) • EtherNet/IP Scanner Driver for Field Device Controller 280 (PSS 41S 3FDCIPDR) The FDC280connects to the Control Network via standard fiber optic or copper 100 Mbps Ethernet cables from network adapters installed on its baseplate. The FDC280requires a host workstation with Foxboro DCS Control Core Services software v9.3 or later.
The FDC280baseplate also includes the following types of connectors:
• TwoCat5RJ-45connectors for Time Strobe connections that allow time strobe cables to connect directly to the baseplate without the need for Time Strobe Adapters. • Two10/100Mbpsor1GbpscopperCat5eorCat6Ethernet RJ-45 connectors for Ethernet connections to supported field devices (via customer-supplied Ethernet switches).
The GE 44A730240-G01 Control Module is a cutting-edge solution for industrial automation systems, designed with high precision components to ensure reliable operation even in demanding environments.
Crafted from premium materials, this module boasts an IP65 rating, making it resistant to dust and water ingress.
Its robust design ensures longevity and minimal maintenance requirements.
With a wide operating voltage range of 24V DC and compatibility with RS-485/232 communication interfaces, it seamlessly integrates into existing infrastructure.
Whether used in manufacturing plants or large-scale facilities, the 44A730240-G01 delivers consistent performance, ensuring smooth operations and minimizing downtime.
This module is perfect for applications requiring high precision and reliability, making it a trusted choice for engineers and facility managers.
IC200MDL241 is a VersaMax AC Input Module with 16 points. This specific discrete input module has positive logic or sourcing type inputs. This means they will receive current from AC input devices and then return the current on the common. To accomplish this, input devices are connected between the input and common terminals. The IC200MDL241 provides 16 bits of discrete input data. Power for this module is derived from the backplane with the intelligent processing performed from the CPU or NIU. Each module comes standard with LED indicators for on/off state for each point on input and the OK indicator for backplane power being present.
When installing the IC200MDL241 module, make sure to carefully inspect all aspects of the module. If damage is found make note and request a replacement part. Placing a damaged unit into a CPU can cause problems and could create further problems for the user. Wiring photos and instructions are readily available online. Users should note that if hot insertion is done improperly that the working of other modules on the same backplane could be disrupted. Installers should also know that no derating is needed for the 16 point modules if voltages up to 240 VAC are used, but above 240 VAC, the number of points on at the same time is dependent on the ambient temperature and external voltage.
For isolation, the user input to logic and frame ground is at 250 VAC continuous or 1500 VAC for one minute. Input voltage for this module is 0 to 264 VAC and 240 VAC nominal. This includes on response time on 1 cycle maximum and off response time of two cycles maximum. Installers should note that this module carries an explosion hazard, and no components should be substituted.
