Parameters Configuration Service

This folder contains advanced parameter configuration procedures for qualified service personnel working with Elebia automatic hooks and remote controls. It includes detailed step-by-step instructions for: configuring hook parameters via eMAX remote control (accessing service-level settings, adjusting operational behavior, and fine-tuning performance), radio configuration parameters (frequency selection, power output, and communication protocols), and motor brake parameter configuration (adjusting braking behavior for precise load control and safety). These procedures require access to service menus (e.g., eMAX master menu), specialized knowledge of Elebia parameter structures, and understanding of how each parameter affects hook operation and safety. Incorrect parameter configuration can lead to unsafe operation, reduced performance, loss of radio communication, or voiding of the product warranty. This folder serves as a technical reference for authorized and qualified service technicians responsible for advanced tuning and configuration of Elebia products. For basic parameter reference, users should also refer to the Encoder_Parameters_FAQs folder.

Hook Parameters via eMAX
Managing hook parameters is essential for ensuring optimal performance and safety when using your eMAX system. You can easily access and configure these par...
Wed, 1 Apr, 2026 at 8:59 PM
Radio Configuration Parameters for Elebia Hooks
Elebia hooks are engineered for global use, allowing them to be adapted to the radio frequency regulations of different regions. To ensure optimal performan...
Mon, 23 Feb, 2026 at 9:29 AM
eMAX Settings
The eMAX system offers a variety of customizable parameters tailored to the logged-in user. It's important to note that standard users do not have acces...
Mon, 23 Feb, 2026 at 1:24 PM
Motor Brake Parameter
What the Motor Brake Does The elebia automatic hooks are equipped with an innovative electric motor brake, integrated into the PCB (Printed Circuit Boar...
Mon, 13 Apr, 2026 at 11:17 AM