Datamax I-4310e image

Datamax I-4310e

Quick information
Brand Datamax 2004
Model Industrial, DMX-I-4310e, I-Class, Barcode, Parallel, Honeywell, Mark II, Ethernet, I13-00-48000C07
Released Year 2004
Type Printers
Series I-Class
Status Discontinued
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Overview

The Datamax I-4310e is an industrial-grade printer designed primarily for high-volume barcode label printing in manufacturing and warehousing environments. It features a robust metal chassis to endure heavy-duty use and offers a print width of up to 4 inches with resolutions typically at 203 dpi for crisp barcode clarity. Connectivity options include parallel interface and Ethernet, enabling flexible integration into existing systems. The printer utilizes direct thermal and thermal transfer printing technologies allowing versatility depending on label material and application. It supports a range of media types and sizes, facilitated by adjustable media sensors and a 300-meter ribbon capacity for extended print runs. The device incorporates a Mark II print mechanism known for reliability and ease of maintenance in industrial conditions.

Advanced firmware in the I-4310e supports multiple barcode symbologies and scalable fonts, making it adaptable for diverse labeling standards. The printer is compatible with the DMX-I-4310e model variant which integrates enhanced networking features for efficient remote management. Its Honeywell heritage ensures it benefits from established industrial design and rigorous quality controls in the I-Class series.

Specifications

Input Type Monochrome
Output Type Black & White
Memory 4 MB DRAM, 2 MB Flash memory
Custom Bundle No
MPN Industrial, DMX-I-4310e, I-Class, Barcode, Parallel, Honeywell, Mark II, Ethernet, I13-00-48000C07
Supported Paper Size Max Label Width: 4,65"
California Prop 65 Warning This item does NOT contain any chemicals or materials specified in the California Prop 65 list.
Type Label Printer
Printer Type Label Printer
Technology Thermal
Maximum Resolution 300 x 300 DPI
Model I-4310e
Connectivity Ethernet (RJ-45), Parallel (IEEE 1284), USB 2.0, Serial (RS-232 DB25)
Features Industrial
Black Print Speed 10 ips
Product Line I-Class
Print Technology Direct thermal and thermal transfer
Resolution 203 dpi (8 dots/mm)
Maximum Print Width 4 inches (104 mm)
Maximum Print Speed Up to 6 inches per second
Interfaces Parallel, Ethernet
Media Types Continuous, die-cut, black mark, fan-fold, tag stock
Media Width 0.75 to 4.65 inches (19 to 118 mm)
Media Thickness 0.0025 to 0.01 inches
Ribbon Length Up to 300 meters
Dimensions 12.8 x 10.2 x 15.2 inches (WxHxD)
Weight Approx. 15 kg
Power Supply 110-240 VAC auto-ranging
Operating Temperature 5°C to 40°C
Print Mechanism Mark II
Supported Barcodes Code 39, Code 128, UPC, EAN, Interleaved 2 of 5, and more
Firmware DMX-I series with multiple language support

Key Advantages

The Datamax I-4310e offers exceptional durability with its industrial metal housing suitable for harsh environments. It provides versatile connectivity including parallel and Ethernet interfaces to easily fit into existing production lines. The large ribbon capacity minimizes downtime, increasing operational efficiency. Print quality remains consistently high with reliable Mark II print mechanisms optimized for barcode clarity. Its support for multiple media types and easy-to-adjust sensors adds flexibility for various labeling needs. Firmware compatibility with diverse barcode formats enhances its adaptability across industries requiring precise labeling solutions.

Limitations

Being an older industrial printer introduced in the early 2000s, the I-4310e lacks modern wireless connectivity options such as Wi-Fi or Bluetooth. The standard print resolution of 203 dpi may not meet extremely high-definition print requirements in some applications. Its user interface and control panel are relatively basic compared to current touchscreen models, which could slow setup processes. Replacement parts and consumables may be harder to find due to limited production. The device consumes more power compared to newer, energy-efficient models. Software integration might require legacy drivers, limiting compatibility with newer operating systems.

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