SCHNEIDER MX-XF/SHT-SHC Technical Specifications

SCHNEIDER MX-XF/SHT-SHC: Advanced Industrial Module Components for Automation Engineering Solutions

Industrial automation continues to evolve rapidly, and the SCHNEIDER MX-XF/SHT-SHC series stands at the forefront of this transformation. These high-performance industrial module components deliver exceptional reliability for demanding automation engineering solutions across multiple sectors.

Technical Specifications

Parameter	MX-XF Series	SHT-SHC Series
Input Voltage Range	24-48V DC	100-240V AC
Maximum Current Output	10A	16A
Operating Temperature	-25°C to +70°C	-40°C to +85°C
Protection Class	IP65	IP67
Communication Protocols	Modbus RTU, CANopen	Ethernet/IP, PROFINET

Key Features

The MX-XF series provides compact power distribution for space-constrained applications
SHT-SHC modules offer superior thermal management for high-temperature environments
Both series feature robust short-circuit and overload protection
Modular design enables flexible configuration for various automation engineering solutions
Diagnostic LEDs provide immediate status indication for quick troubleshooting

Industrial Applications

Manufacturers across multiple industries rely on SCHNEIDER MX-XF/SHT-SHC specifications to meet their demanding operational requirements. These industrial module components excel in:

Automated production lines where consistent performance matters
Material handling systems requiring durable power distribution
Packaging machinery that demands precise control
Industrial robotics applications needing reliable connectivity
Process control systems in harsh environments

Integration Advantages

When implementing automation engineering solutions, the SCHNEIDER MX-XF/SHT-SHC series delivers significant advantages. First, the standardized mounting system simplifies installation. Furthermore, the comprehensive diagnostic capabilities reduce downtime. Additionally, the wide operating temperature range ensures reliability in challenging conditions.

Engineers particularly appreciate the forward-thinking design that accommodates future expansions. Consequently, system upgrades become more cost-effective. Moreover, the modules maintain compatibility with existing industrial networks, which significantly reduces integration complexity.