Industry

Heavy, heat-resistant linear actuators for foundry and steelworks processes.

In foundries and steelworks, reliable actuation determines process safety and availability - under intense heat, dust, slag and high continuous forces. S+R develops electric actuators that work robustly, synchronously and traceably under these conditions.

Foundry & steelworks technology
Foundry & steelworks technology

Typical tasks

Which motion needs to work reliably in this application?

Task

ladle and slide-gate adjustment

Task

continuous casting and mould adjustment

Task

flaps, slides and slag doors

Task

rolling-mill and feed motion

Task

positioning in hot, dusty environments

Requirements

Sizing starts with the environment, not with the nameplate.

intense heat and radiant warmth

This affects the design, spindle, motor, sensors, protection class or service access.

dust, slag and harsh surroundings

This affects the design, spindle, motor, sensors, protection class or service access.

high continuous and heavy-duty forces

This affects the design, spindle, motor, sensors, protection class or service access.

synchronous movement and repeatability

This affects the design, spindle, motor, sensors, protection class or service access.

long service life and serviceability

This affects the design, spindle, motor, sensors, protection class or service access.

Cutaway view of an electric linear actuator

S+R solution route

Project requirements become a robust motion solution.

01

record temperature, load case and installation situation

The decision is documented so engineering, purchasing and service can understand why this route was selected.

02

define heat-resistant, robust design and protection

The decision is documented so engineering, purchasing and service can understand why this route was selected.

03

match spindle, drive and sensors to heavy load and synchronism

The decision is documented so engineering, purchasing and service can understand why this route was selected.

04

include service, spare-part and documentation strategy

The decision is documented so engineering, purchasing and service can understand why this route was selected.

Technology building blocks

Proven design principles as a basis for individual solutions.

AP, SP and XP are not a rigid product logic; they are typical ways to build force line, installation space, protection and control.

Application images

Views of assemblies, installation space and real operating environments.

The images show typical tasks in this industry: installation space, interfaces, drive position, mounting and environment become visible directly at the component.

Foundry & steelworks technology: application image 1 with electric actuator
Foundry & steelworks technology: application example showing actuator assembly, interface and installation context.
Foundry & steelworks technology: application image 2 with electric actuator
Foundry & steelworks technology: application example showing actuator assembly, interface and installation context.
Foundry & steelworks technology: application image 3 with electric actuator
Foundry & steelworks technology: application example showing actuator assembly, interface and installation context.
Foundry & steelworks technology: application image 4 with electric actuator
Foundry & steelworks technology: application example showing actuator assembly, interface and installation context.
Foundry & steelworks technology: application image 5 with electric actuator
Foundry & steelworks technology: application example showing actuator assembly, interface and installation context.
Foundry & steelworks technology: application image 6 with electric actuator
Foundry & steelworks technology: application example showing actuator assembly, interface and installation context.
Foundry & steelworks technology: application image 7 with electric actuator
Foundry & steelworks technology: application example showing actuator assembly, interface and installation context.
Foundry & steelworks technology: application image 8 with electric actuator
Foundry & steelworks technology: application example showing actuator assembly, interface and installation context.
Foundry & steelworks technology: application image 9 with electric actuator
Foundry & steelworks technology: application example showing actuator assembly, interface and installation context.
Foundry & steelworks technology: application image 10 with electric actuator
Foundry & steelworks technology: application example showing actuator assembly, interface and installation context.
Foundry & steelworks technology: application image 11 with electric actuator
Foundry & steelworks technology: application example showing actuator assembly, interface and installation context.
Foundry & steelworks technology: application image 12 with electric actuator
Foundry & steelworks technology: application example showing actuator assembly, interface and installation context.

Real-world project examples

Similar tasks from real-world projects.

Heavy-duty custom actuator for rough equipment
Real-world project example

Heavy-duty custom actuator for rough equipment

A robust electric actuator replaced a maintenance-heavy adjustment in a rough steelworks environment.

Read project
Synchronised actuator pairs for parallel adjustment
Real-world project example

Synchronised actuator pairs for parallel adjustment

Two electric actuators move a wide assembly with matching positioning logic.

Read project