Digital Input Module Delta DVP16SM11N

Description

The Digital Input Module Delta DVP16SM11N is the slim Type of Delta electronics. This Module is the Delta Digital extension Module. DVP16SM Module has 16-Points Digital input; we can have used this module with PLC CPU SS2 series/SA2 series /SA series /SV series /SV2 series /SX series /SX2 series /SE etc. Series PLC.

The Digital Input Module Delta DVP16SM11N is a digital input module from Delta Electronics, typically used in conjunction with Delta’s DVP series programmable logic controllers (PLCs). It is designed to expand the number of digital inputs available to the PLC, making it suitable for applications requiring more input signals than the base PLC can accommodate. Here’s an in-depth look at the DVP16SM11N module:

Key Features of Digital Input Module Delta DVP16SM11N

Digital input extension module
Simply clipped and fed from the main MPU
Normal extension (right side) – High speed extension (left side)

Specifications of Digital Input Module Delta DVP16SM11N

Model Number: DVP16SM11N

Number of Inputs: 16 digital inputs

Input Type: Sinking or sourcing

Voltage Rating: 24V DC

Input Current: Approximately 7 mA per point

Response Time: 10 ms max

Isolation: Photocoupler isolation between input channels and PLC internal circuits

Connector Type: Removable terminal blocks for easy wiring

Mounting: DIN rail mounting for industrial enclosures

Dimensions: Typically, compact, making it suitable for space-constrained applications

Operating Temperature: 0 to 55°C

Storage Temperature: -25 to 70°C

Certifications: CE and UL compliance

Download manual

Key Features:

+Expansion Capability: Integrates with Delta’s DVP series PLCs to expand input capacity.

Supports up to 16 digital input channels, ideal for applications requiring extensive input monitoring.

+Flexible Input Configuration: Supports both sinking and sourcing input types, providing flexibility in how input devices are connected. Allows compatibility with various types of sensors and switches.

+Photo coupler Isolation: Provides isolation between input signals and the PLC’s internal circuits, protecting against electrical noise and voltage surges. Enhances the reliability and longevity of the module in industrial environments.

+LED Indicators: Each input channel has a corresponding LED indicator, providing a visual status of the input signals.

Facilitates easy troubleshooting and monitoring of system status.

+Easy Installation: Designed for easy installation and wiring with removable terminal blocks.

Supports standard DIN rail mounting, making it simple to add to existing control panels.

+Compatibility: Compatible with a wide range of Delta DVP PLC models, enabling easy integration into existing automation systems. Supports various industrial applications, from simple machine control to complex process automation.

Applications:

Manufacturing Automation: Suitable for monitoring and controlling various sensors and switches in manufacturing processes. Can be used in assembly lines, packaging machines, and other automated machinery.

Building Automation: Ideal for controlling and monitoring lighting systems, HVAC equipment, and security systems.

Enables integration with larger building management systems for enhanced control and monitoring.

Process Control: Used in industries like food and beverage, pharmaceuticals, and chemical processing.

Helps in the precise monitoring and control of various process parameters.

Energy Management: Can be part of energy management systems to monitor inputs from meters, switches, and other devices. Facilitates better energy usage and efficiency in industrial facilities.

Wiring Diagram:

Typical Wiring Setup:

+Connect the input devices (sensors, switches) to the corresponding input channels on the module

+Ensure proper polarity and voltage ratings to avoid damage.

+Inputs can be connected in sinking or sourcing mode depending on the device and application requirements.

Integration:

PLC Programming: Use Delta’s ISPSoft or WPLSoft software for programming and configuring the PLC and input module. Define the input channels in the software and write logic to handle the input signals accordingly.

Communication: The module communicates with the main PLC unit through a communication bus, typically using standard protocols. Ensure proper configuration and addressing to enable smooth data exchange between the module and PLC.

Maintenance and Troubleshooting:

Routine Checks: Regularly check for loose connections, corrosion, or wear on terminal blocks. Verify the operation of input devices and replace faulty sensors or switches as necessary.

Fault Diagnosis: Use the LED indicators to quickly identify faulty inputs. Utilize the PLC’s diagnostic tools to monitor and troubleshoot input signals.

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