EVS9326-EIV907 - Position controller - LENZE

LENZE EVS9326-EIV907, 9300 brushless controller for demanding servo loops

The LENZE EVS9326-EIV907 is aimed at maintenance managers, automation engineers and integrators facing production stops, retrofit needs or axis extension projects. From the proven 9300 series in industrial environments, this brushless controller delivers precise position, speed and torque control with advanced servo functions and reliable application logic. It integrates into new architectures as well as existing 9300 drive fleets, reducing engineering time and securing restart. The parameter interface is structured, diagnostics are explicit, and communication modules enable data exchange with PLCs via appropriate fieldbuses. For sites with high throughput, the EVS9326-EIV907 stabilizes processes and preserves part-by-part quality. Offered by Standard Exchange Industry as supply or standard exchange, it provides an operational solution to limit MTTR and contain total cost of ownership.

Axis control, availability and productivity

• Complete servo control – Position, speed and torque control to drive simple or complex kinematics with consistent, repeatable response over time.
• Smooth industrial integration – Optional fieldbus modules, control I/O and clear parameterization to communicate effectively with your PLC and existing networks.
• Continuity on the installed 9300 base – Functional compatibility with the 9300 series ecosystem, easing replacements and minimizing machine requalification.
• Accelerated diagnostics and maintenance – Clear status messages, fault logging and tuning aids reduce analysis time and secure restart.
• SEI services focused on availability – Standard exchange, refurbished supply or expert repair to match lead time and budget to on-site urgency.

9300-series architecture, control quality and robustness

The LENZE EVS9326-EIV907 builds on the proven 9300 series architecture. The brushless controller adapts its control loop to drive synchronous or asynchronous motors, with tuning functions that structure commissioning. Parameterization can be done via the local keypad or with Lenze configuration software, simplifying duplication of parameter sets and configuration backups. Management of acceleration and deceleration ramps, motor protection and internal monitoring all contribute to cycle stability. The design is intended for industrial environments with neat cabinet installation, terminals and optional modules facilitating application adaptation. Expansion cards, depending on configuration, allow adjustment of process I/O and provide the communication interface required for machine synchronization.

Typical applications and use cases

The controller is suitable for conveyor lines, assembly stations, material handling systems, packaging machines and production cells requiring stable axis control. It is used for motion profiles with repeat positioning, maintaining speed under variable load or torque control for operations requiring finesse. In upgrades, it replaces a 9300-series drive while preserving the automation architecture and machine logic, limiting program changes to the strict minimum.

Differentiation, reliability and LENZE & SEI support

LENZE benefits from extensive field experience with the 9300 series in industrial settings. This maturity translates into clear documentation, well-mastered control functions and high production stability. Standard Exchange Industry reinforces this reliability with services tailored to B2B imperatives, including fast availability, technical support and compatible replacement solutions. Depending on the chosen service, you benefit from a 6 to 24 month warranty. The constant objective is to reduce your operational risk, contain maintenance costs and secure your OEE without disrupting the existing setup.

Need an immediate replacement or integration advice for the EVS9326-EIV907 LENZE 9300 series? Contact our specialists. We will guide you to the most appropriate solution, as supply or standard exchange, with shipping within 24 to 72 h depending on availability.