IFM DTI430

Floating Light Automation is a reliable supplier and an authorized distributor of the IFM DTI430. We maintain long-term, stable partnerships with IFM’s official manufacturing facilities and key regional warehouses, enabling us to provide consistent supply chain support, competitive pricing, and professional after-sales service.

Core Product Parameters

Product Comparison: IFM DTI430 vs Other DTI Series Models

In order to help you choose the right identification module for different floating light automation scenarios, we compare DTI430 with other common models of the DTI series as follows:

From the comparison results, DTI430 has a more balanced performance in all indicators.

It can meet most industrial automation identification needs, and has a higher cost performance than DTI420 which focuses on extreme real-time performance, and has larger memory and longer reading distance than the entry-level DTI210, which is the preferred model for most floating light automation system projects.

Matching Recommendation

1. Matching for Standard Production Line Identification System

For conventional automated production lines that require real-time identification of product workpieces, it is recommended to match the ifm E80 series rectangular antenna (model ANT430) with DTI430.

This antenna is specially designed for 13.56 MHz high-frequency identification, which can maximize the reading and writing stability of DTI430 within 100 mm, and adapt to the harsh environment of dust and oil pollution on the production site.

At the same time, it can be connected with the common PLC of the production line through the PROFINET interface of DTI430, which does not require additional protocol conversion modules.

2. Matching for High-density Small Workpiece Identification

For small-size floating workpieces that require high-density identification, it is recommended to match the ifm ANT421 miniature circular antenna with DTI430.

The DTI430's 32 KBit large memory can store complete production process data of a single workpiece, and the small antenna can be embedded in the narrow space of the automated equipment, without affecting the structural layout of the system, while ensuring the accuracy of identification, avoiding the problem of misreading caused by the close spacing of workpieces.

3. Matching for Cold Storage and Low-temperature Logistics Scenarios

For automated logistics sorting systems in low-temperature cold storage environments, DTI430's own -25°C low-temperature working capacity can adapt to the environment.

It is recommended to match the low-temperature-resistant cable assembly EVC001 from IFM to ensure stable communication in low temperatures for a long time, avoiding communication interruption caused by cable brittleness and hardening.

This collocation scheme has passed the actual operation test of many cold storage logistics projects, and the average failure-free time is more than 50000 hours.

Core Advantages

· Non-contact identification without mechanical wear

Adapt to the frequent moving working characteristics of mechanisms; there is no need for physical contact to complete data reading and writing, greatly reducing the later maintenance frequency and cost.

· Large memory to support full data storage

32 KBit user memory can store the whole life cycle data of each floating workpiece, from raw material incoming and processing links to finished product outgoing.

· Compatible with mainstream industrial protocols

IFM DTI430 directly accesses the mainstream industrial Ethernet used by most floating light automation systems, convenient for rapid system integration, reducing the development time of the system by more than 30%.

· High protection level adapts to harsh industrial environments

IP67 protection can prevent dust and high-pressure water washing, which can adapt to the complex environment of floating production lines in food processing, automobile manufacturing, logistics sorting and other industries.

Floating Light Automation Supply Capacity

· Current spot inventory

1200+ units in three regional warehouses (Rotterdam, Los Angeles, Shanghai), which can be shipped within 24 hours after order confirmation.

The fastest door-to-door delivery can be achieved within 3 working days in core European and American regions.

· Monthly stable supply capacity

Up to 5000 units per month, relying on IFM's German factory's mass production capacity of 20000+ DTI series modules per month, which can fully meet the demand of large-scale continuous replenishment for mass production projects.

All products are 100% original and authentic, directly supplied from IFM's official factory and regional general distribution, with complete factory qualification certificates, serial number verification channels, and after-sales warranty support, completely eliminating the risk of counterfeit and refurbished products.

· Long-term supply guarantee

IFM DTI430 is a mass-produced standard product of IFM, which is not included in the obsolete product list.

We can provide 10 years of continuous supply promise for fixed-size projects.

FAQ

Q: Do the read/write head and the ID tag need to be aligned?

A: Yes. The read/write head's antenna radiates axially; the tag must be positioned directly facing the center axis of the read/write head's face to achieve optimal read/write performance.

If the offset angle is too large or the tag is too far off the center axis, the read/write range will drop sharply.

Q: Why is the actual read/write range shorter than specified in the manual?

A: There are three common reasons:

Tag type: Antenna size and sensitivity vary between tag types. A 30mm coin tag might have a 30mm range, whereas a small tag (e.g., 10mm) might only achieve 10–15mm.

Installation environment: Metal objects near the read/write head absorb electromagnetic field energy, reducing the read/write range.

Tag mounting material: Mounting the tag on a metal surface significantly reduces the read/write range; an anti-metal tag should be used instead.

Q: Will multiple IFM DTI430 units interfere with each other if installed together?

A: Yes. The DTI430 antenna can be deactivated using the "Antenna deactivate" bit in the process data output.

When multiple read/write heads are installed in close proximity, time-division multiplexing can be used. Only one read/write head's antenna is active at a time while the others are deactivated, thereby preventing mutual interference.