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Horner HE-XPW1E6-450 XL7 Prime All-in-One PLC & HMI Controller – ATEX Certified, Dual Ethernet, Extensive I/O

Horner Automation
SKU:
HE-XPW1E6-450
Availability:
Contact us to confirm availability and lead times.
$3,238.00
Condition:
New
Current Stock:

XL7 Prime Controller 7" with Improved Performance, 12 DC In, 12 DC Out, 6 Analog In (mA/V/Tc/mV/RTD), 4 Analog Out, dual Ethernet, with ATEX certification

The Horner XL7 Prime is a rugged, high-performance all-in-one PLC and HMI controller engineered for demanding industrial environments. Equipped with a powerful HE-Logic engine, 1MB of application memory, and an ultra-fast 0.02ms/K logic scan time, it delivers exceptional processing speed and reliability. Its Online Programming Mode allows real-time logic changes without stopping operations—keeping your processes running smoothly.

ATEX Certified for use in hazardous environments, the XL7 Prime combines robust safety compliance with flexible automation capabilities, making it an ideal choice for oil & gas, marine, manufacturing, and other industrial sectors.

Operator Interface:

  • Vibrant 800×480 LCD TFT color touchscreen with resistive touch

  • 5 function keys + 1 system key for intuitive operation

  • USB 2.0 On-the-Go (Mini-B) for programming

  • USB 2.0 Host Port for file transfers with USB flash drives

Built-In I/O:

  • 12 DC digital inputs

  • 12 DC digital outputs

  • 6 analog inputs (14/17-bit, supports mA, V, thermocouple, mV, RTD)

  • 4 analog outputs (12-bit)

Communication & Networking:

  • Dual RS-232/485 ports with Modbus RTU Master/Slave, ASCII In/Out, and PLC/Drive protocols

  • Dual CAN ports supporting CsCAN plus CANopen, J1939, or DeviceNet Scanner

  • Dual 10/100 Ethernet ports for high-speed network connectivity

  • MicroSD card slot (supports 32GB+ for data logging, recipes, backups)

The Horner XL7 Prime seamlessly integrates PLC logic, HMI visualization, networking, and I/O in a compact, ATEX-certified package. It’s the perfect solution for applications requiring high-speed control, real-time communication, and safe operation in hazardous zones.