The Honeywell TK-IOL101 functions as a high-density, field-mountable industrial interface component designed exclusively for integration within the Experion PKS Distributed Control System (DCS) architecture. This robust module establishes point-to-point bidirectional communication between intelligent IO-Link enabled digital sensors, actuators, and the controller layer. By translating complex field device diagnostics and process data into deterministic control signals, the unit eliminates field wiring complexity while expanding the diagnostic capabilities of modern automation infrastructures.
Features
- Provides native point-to-point digital communication via standard IO-Link version 1.1 protocol.
- Transmits cyclic process data, acyclic parameter data, and extensive device events to the host system.
- Facilitates remote configuration and real-time device parameterization to reduce physical field maintenance.
- Equipped with comprehensive onboard LED diagnostic indicators tracking module health and port communication status.
- Ruggedized industrial build quality designed to withstand harsh electromagnetic interference and mechanical vibrations.
Applications
- Petrochemical processing and oil refining control topologies requiring distributed smart sensing networks.
- Continuous manufacturing plants leveraging Experion PKS or Experion LS DCS environments.
- Power generation facilities utilizing smart field devices for balance-of-plant automation.
- Water and wastewater treatment infrastructure requiring remote instrument parameter tracking.
Technical Specifications
| Specification Parameter |
Verified Value |
| Manufacturer |
Honeywell |
| Product Number |
TK-IOL101 |
| Product Type |
I/O Module |
| System Compatibility |
Honeywell Experion PKS / LS Series |
| Interface Protocol |
IO-Link V1.1 |
| Country of Origin |
United States |
| Net Module Weight |
2.00 kg |
| Shipping Weight (Calculated) |
2.45 kg |
| Package Dimensions (Calculated) |
28.5 cm x 18.2 cm x 12.4 cm |
Installation Guidelines
CRITICAL WARNING: Isolate all primary and auxiliary power sources feeding the local I/O rack or mounting chassis prior to hardware extraction or insertion. Failure to de-energize equipment can induce backplane voltage transients, leading to permanent module destruction, corrupted firmware states, or unintended field instrument actuation. Follow plant lock-out/tag-out protocols strictly.
1
Inspect the chassis mounting slot for particulate contamination, ensuring the rear backplane connectors are free of debris or bent pins.
2
Align the module card edge accurately within the plastic chassis guide rails, ensuring a perpendicular entry trajectory to the target slot.
3
Slide the unit firmly inward until the faceplate mounting mechanisms seat completely and latch with the underlying assembly base.
4
Secure all manual retaining fasteners to establish a robust ground connection between the chassis framework and the integrated shield ground.
5
Re-apply power, monitor the initial power-on self-test sequences via the LED matrix, and execute online module assignment within the Experion software toolset.