Form A IO Link Connector- Temp Cycle + Diagnostic Monitoring

Description

Nass Magnet Smart Connector – Intelligent Digital Valve Control

Enhance your fluid control systems with the Nass Magnet Smart Connector—a cutting-edge digital valve controller designed for precision, reliability, and seamless integration into modern industrial applications.

Key Features:
Rated Voltage: 24V DC (operational range: 10–30 V DC)
Output Current: Up to 500 mA (dependent on master device)
Low Self-Consumption: Less than 10 mA
Ambient Temperature Range: -25°C to +80°C
Protection Class: IP65, IP67
Connection: M12 connector (3-pin)
IO-Link Revision: V1.1 with COM2 data transfer rate
Cycle Time: 12.8 ms
Process Data: 4/4 byte
SIO Mode: Not supported

Advanced Functionalities:
Identification: Unique device identification for easy integration
PWM Control: Precise pulse-width modulation for valve actuation
Switch Cycle Counter: Tracks the number of valve operations
Remote Diagnostics: Monitor device health and performance remotely
Temperature Sensor: Real-time temperature monitoring
LED Indicators: Customizable LED settings, including "Find Me" function
Warning Functions: Alerts for overflow, temperature exceedance, overcurrent, and short circuits

Process Data Monitoring:
Input Flags: Monitor valve state, short-circuit detection, open-circuit detection, overheat alerts, and more
Output Controls: Manage valve ON/OFF states and PWM duty cycles

ISDU Parameters:
Switching Cycle Counters: Track and set limits for operational cycles
Supply Voltage Monitoring: Real-time voltage readings
Switch-On Resistance: Assess load resistance during activation
PWM Settings: Adjust pulse ratio and attraction duration
Current Monitoring: Monitor output current and set maximum thresholds
Temperature Monitoring: Real-time temperature readings with settable limits
LED Configurations: Customize LED behaviour for various statuses

The Nass Magnet Smart Connector is an ideal solution for industries requiring precise valve control and monitoring, such as automation, process control, and fluid dynamics.

For more detailed technical information, please refer to the official datasheet

Technical Specification