Honeywell Impact IHR810 Direct Thermal POS Printer, 80mm, USB/Serial/Ethernet

Honeywell Impact IHR810 POS Printer

The Honeywell Impact IHR810 Printer serves as a high-performance direct thermal solution designed for demanding retail and hospitality environments. This hardware utilizes a robust print mechanism capable of maintaining consistent throughput during peak transaction periods. It features a triple-interface architecture to ensure seamless integration into diverse Point of Sale infrastructures. The internal controller manages data processing efficiently to prevent print-job queuing delays. Consequently, this device offers reliable receipt generation for businesses requiring high uptime and low maintenance overhead.

Key Features

• Triple Interface Connectivity
  The unit includes onboard USB, Serial (RS232), and Ethernet (LAN) ports for versatile deployment options.

• High-Speed Thermal Output
  This system achieves print speeds up to 260mm per second to reduce customer wait times at the checkout counter.

• Industrial Grade Auto-Cutter
  The integrated guillotine cutter supports partial and full cuts with a rated lifespan of 1.5 million operations.

• Direct Thermal Technology

  • Eliminates the need for expensive ink ribbons or toner cartridges
  • Supports standard 80mm thermal paper rolls

Specifications

What’s in the Box

• Honeywell IHR810 Direct Thermal Printer
• AC Power Adapter and Power Cord
• Interface Cable (USB)
• Sample Thermal Paper Roll
• Quick Setup Guide

Why Choose This Thermal Printer

• The triple port configuration allows network engineers to deploy the unit as a shared network printer or a local station.
• Enhanced thermal print head durability ensures long-term operation in high-volume environments without degradation in text clarity.
• Compatibility with ESC/POS emulation simplifies integration with existing retail software and legacy systems.
• The compact footprint optimizes desk space in cramped point-of-sale environments while maintaining a large paper capacity.
• Low power consumption during standby modes reduces total cost of ownership for large-scale enterprise deployments.