Datamax E-4205A image

Datamax E-4205A

Quick information
Brand Datamax 2015
Model EA2-W7-0J0A5A00, DMX, Ethernet Network, AC Adapter
Released Year 2015
Type Printers
Series E-Class
Status Active
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Overview

The Datamax E-4205A, part of the E-Class series, is a thermal direct and thermal transfer printer designed primarily for high-performance label printing in office and industrial environments. It supports multiple connectivity options including DMX protocol and Ethernet networking, ensuring flexible integration into existing network frameworks. Equipped with a robust print engine, the device delivers print speeds up to 6 inches per second with a maximum print resolution of 203 dpi. The E-4205A is compatible with a variety of label and ribbon widths, supporting widths up to 4.16 inches, suitable for diverse labeling needs. The printer features an easy-to-load media mechanism and includes an AC adapter for stable power supply during extended operation. Its firmware supports advanced coding and barcoding standards which are essential for tracking, shipping, and manufacturing processes.

The model EA2-W7-0J0A5A00 specifically integrates Ethernet connectivity to facilitate network printing tasks, while the DMX interface ensures compatibility with legacy data communication standards often used in industrial settings. This combination allows the E-4205A to be adaptable to various enterprise environments with different data transmission requirements.

Specifications

Input Type Monochrome
Output Type Black & White
Memory Flash and RAM for label storage and processing
Custom Bundle No
MPN EA2-W7-0J0A5A00, DMX, Ethernet Network, AC Adapter
Supported Paper Size Max Media Width: 4.4”
California Prop 65 Warning This item does NOT contain any chemicals or materials specified in the California Prop 65 list.
Type Label Printer
Technology Thermal
Maximum Resolution 203 x 203 DPI
Model E-4205A
Connectivity DMX, Ethernet Network
Features Networkable, Portable
Black Print Speed 5 ips
Product Line E-Class
UPC 007540709073
Printer Type Thermal Direct and Thermal Transfer
Print Resolution 203 dpi
Maximum Print Speed 6 inches per second
Maximum Print Width 4.16 inches (105.7 mm)
Power Supply AC Adapter
Label Compatibility Various widths and types
Firmware Features Supports multiple barcode symbologies and label formats
Dimensions Approx. 13 x 8 x 11 inches (W x H x D)
Weight Approximately 5.4 kg (12 lbs)
Environmental Operating Range 5°C to 40°C (41°F to 104°F)
Accessories Optional peel and present, cutter modules

Key Advantages

The Datamax E-4205A offers reliable print quality, ensuring clear barcode and label readability for inventory and logistics management. Its inclusion of Ethernet networking provides seamless integration into corporate IT infrastructure, enabling shared access to printing resources. The dual DMX and Ethernet interfaces enhance versatility by supporting both modern and legacy communication protocols. Its sturdy build accommodates demanding industrial environments, minimizing downtime and maintenance. The printer's user-friendly media loading system reduces operator errors and increases productivity. Additionally, its compatibility with a broad range of label formats makes it suitable for various application scenarios.

This printer is also energy efficient, complying with power saving standards embedded within the AC adapter, reducing operational costs over time.

Limitations

The Datamax E-4205A has a fixed print resolution of 203 dpi, which may not meet requirements for applications needing higher definition printing. It is limited in print speed compared to newer models offering faster throughput, potentially impacting high-volume production environments. The device's firmware may lack support for some modern programming languages or advanced graphics capabilities found in more recent printers. Additionally, the physical size and weight of the unit can limit portability for mobile operations. Its reliance on an external AC adapter means it cannot be battery operated or powered via USB alone. Lastly, without advanced wireless connectivity options, its deployment in wireless-dependent office setups may require additional infrastructure investments.

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