FOXBORO FBMSVH

Description

Main Parameters	Value/Description
Product Model	FBMSVH
Manufacturer	FOXBORO
Product Category	Control Module
Power Supply Voltage	24V DC, providing stable power for reliable operation
Power Consumption	< 25W, ensuring energy – efficient performance
Analog Input Channels	4 channels, with a range of – 10V to + 10V, for accurate sensor data acquisition
Analog Input Resolution	16 bits, enabling high – precision measurement
Analog Input Accuracy	± 0.1% FS, reducing measurement errors
Analog Output Channels	4 channels, with a range of – 10V to + 10V, for precise control of actuators
Analog Output Resolution	16 bits, ensuring smooth control
Analog Output Accuracy	± 0.1% FS, for reliable control performance
Digital Input Channels	8 channels, with a voltage range of 0V to 24V, for handling binary control signals
Digital Output Channels	8 channels, with a voltage range of 0V to 24V, for activating external devices
Communication Interface	Echelon controller network, facilitating seamless integration with other systems
Dimensions (L x W x H)	140 mm x 110 mm x 32 mm, compact design for easy installation
Weight	500 g, lightweight for convenient handling
Operating Temperature Range	– 40 °C to + 85 °C, suitable for harsh industrial environments
Protection Class	IP65, protecting against dust and water jets

FBMSVH

• Innovation Point 1: High – Precision Signal Processing

• Innovation Point 2: Robust Design for Harsh Environments

• Innovation Point 3: Versatile I/O Capabilities

In an automotive manufacturing plant, the module was deployed to control the robotic welding and painting processes. The FBMSVH‘s multiple input and output channels enabled precise control over the robotic arms. This led to a 10% increase in production efficiency as the robotic arms could perform their tasks more accurately and quickly. The improved control also reduced the number of defective products due to incorrect robotic arm movements, enhancing the overall quality of the automotive manufacturing process.

FBMSVH

• FOXBORO FBM201: This analog input module can be paired with the FBMSVH. The FBM201 can collect additional analog data from a wider range of sensors, such as temperature and pressure sensors in different parts of an industrial process. The FBMSVH can then use this data in combination with its own inputs to generate more comprehensive control strategies. In a chemical production facility, the FBM201 can feed in data on raw material flow rates, and the FBMSVH can use this information to adjust the operation of downstream processing equipment.

• FOXBORO CP40B Controller: The CP40B controller can communicate with the FBMSVH to manage overall control logic. The CP40B sends control commands based on the plant – wide process requirements, and the FBMSVH executes these commands by controlling the connected actuators. In a large – scale industrial automation system, the CP40B acts as the brain, and the FBMSVH is one of the key hands that carry out the control actions, forming a complete and efficient control loop.

• FOXBORO FCM10E Fieldbus Communication Module: The FCM10E module can enhance the communication capabilities of the FBMSVH in a complex industrial network. It can convert and manage data between different fieldbus protocols, allowing the FBMSVH to communicate effectively with a wider range of devices. In a multi – vendor industrial control system, the FCM10E enables seamless data exchange between the FBMSVH and other components, ensuring smooth operation of the entire system.

• FOXBORO Power Supplies: To ensure stable power supply to the FBMSVH, FOXBORO power supplies are an ideal match. They provide the required 24V DC power with high stability, protecting the module from power fluctuations. In an industrial environment where power grid instability is common, these power supplies safeguard the reliable operation of the FBMSVH, minimizing the risk of malfunctions due to power issues.

• FOXBORO HMI (Human – Machine Interface) Devices: HMI devices from FOXBORO can be integrated with the FBMSVH. Operators can use these HMIs to monitor the status of the input and output signals controlled by the FBMSVH and adjust the control parameters. In a manufacturing plant, operators can use the HMI to view the status of robotic arm control signals output by the FBMSVH and make on – the – fly adjustments to optimize the production process.

• FOXBORO FBM04: The FBM04 analog output module can work in tandem with the FBMSVH. The FBMSVH can send control signals to the FBM04, which then outputs analog signals to control actuators such as valves. In a power generation plant, the FBMSVH can use the FBM04 to precisely control the opening and closing of steam valves, optimizing power generation efficiency.

• FOXBORO FBM223: This module can be used alongside the FBMSVH for additional digital input and output capabilities. In a packaging factory, the FBMSVH can handle the main control functions, while the FBM223 can be used to control the discrete events such as the activation of label printers and the operation of conveyor belt stops, enhancing the overall control flexibility.