PHOENIX CONTACT 2865609 Interface Module

Product Description

PHOENIX CONTACT 2865609 is a MACX MCR-EX-SL-SD-24-48-LP Solenoid Driver Module designed for intrinsically safe (Ex i) applications. It is used as an interface module between control systems and hazardous-area solenoid valves, providing safe signal transmission and power supply for field devices.

The module is installed on a DIN rail and is commonly used in process industries where explosion protection and reliable actuator control are required.

Specifications

• Brand: PHOENIX CONTACT
• Model: 2865609
• Product Type: Interface Module / Solenoid Driver
• Series: MACX MCR-EX
• Function: Ex i Solenoid Driver
• Input Supply: Loop powered / control-side supply
• Output: Solenoid valve driver output
• Load Voltage: 10.5 VDC
• Output Current: 40 mA
• Maximum Load Power: 1.4 W
• Mounting Type: DIN Rail Mount
• Operating Temperature: -20°C to +55°C
• Application Area: Hazardous area signal interface

Functions

• Drives intrinsically safe solenoid valves
• Provides electrical isolation between control system and hazardous-area devices
• Limits energy supplied to field equipment for explosion protection
• Converts control signals into suitable solenoid operating power
• Protects automation systems in Ex environments

Advantages & Features

• Designed for hazardous-area applications
• Supports Ex i intrinsic safety requirements
• Compact DIN rail installation
• Reliable solenoid valve control
• Suitable for industrial process automation systems
• Provides safe interface between PLC/DCS and field actuators

Applications

• Oil & gas plants
• Chemical processing systems
• Petrochemical equipment
• Process control systems
• Explosion-proof automation systems
• Hazardous-area valve control

Notes

• 2865609 is an interface/driver module, not a PLC I/O module
• Confirm hazardous area certification requirements before installation
• Verify solenoid valve voltage and current compatibility
• Ensure correct wiring between control side and Ex field side
• Must be installed according to applicable intrinsic safety regulations