DSIDSELEVATOR & ESCALATOR

TECHNOLOGY / DSIDS

Built in the details,
checked in operation.

Design, metalworking, controls and testing come together in every elevator. Explore actual DSIDS processes and the technical configurations documented in the catalog.

DSIDS control circuit board and wiring connections
TECHNOLOGYDAESUNG IDS
EVERY LEVEL, CONNECTED.↓

01 / ENGINEERING IN PRACTICE

Precision in each part,
connected in motion.

From design review to control and operation checks.
Conditions verified at each stage carry through to the next.

Inside the DSIDS test-tower shaft
DSIDS / TEST TOWER

TESTING INFRASTRUCTURE

50m

A space for checking control and movement.

The elevator test tower, completed in 2012, is used to check product operation. Test equipment and on-site verification connect design with manufacturing.

Drawings and metal structural parts at DSIDS production
01

Design review

Drawings and site conditions are reviewed together to define manufacturing criteria.

DSIDS control circuit board and wiring connections
02

Control system assembly

Wiring and control components are assembled and checked at each production stage.

Sheet metal and cutting equipment at DSIDS
03

Metalworking

Metal parts are machined precisely to suit the product structure and site dimensions.

Actual DSIDS footage showing sparks at the sheet-metal cutting point beneath the laser head
04

Laser cutting

The laser cuts the metal sheet at the bright point beneath the cutting head. This actual production frame shows sparks at the moment of cutting.

DSIDS door-drive test equipment
05

Door system testing

Door-drive operation and components are checked on actual equipment.

Control cabinet and connected equipment at a DSIDS test site
06

Control & operation verification

Control equipment and operating signals are connected to check final operation.

02 / CONTROL & CONNECTION

Control behind the scenes,
information that connects.

IDS control systems and remote-support configurations from the catalog, reviewed for the complete elevator's installation structure and operating conditions.

01

IDS 7000

With a machine room

An elevator control system for MR/MMR layouts. Drive and machine-room positioning, site power supply and control configuration are reviewed together.

  • MR / MMR
  • Rope drive
  • CAN communication
02

IDS 1000

Without a machine room

An elevator control system for MRL layouts. Shaft and drive positioning and maintenance access are reviewed alongside the building plan.

  • MRL
  • Rope drive
  • CAN communication
03

CRT SYSTEM

Monitoring that reads operation

Authorized users can review elevator status and operating history. Operation, door movement and maintenance data are available according to the user's access level.

  • Operating history
  • Status monitoring
  • Access permissions
04

WORKER SUPPORT

Technical support connected to the site

A worker-support configuration for checking elevator status over a network and assisting with operating settings and ride adjustment. Applicability depends on site equipment and connectivity.

  • Status checks
  • Operating settings
  • On-site support

03 / ENERGY & CABIN ENVIRONMENT

From energy flow
to the cabin environment.

Catalog options for operation and the cabin environment are reviewed alongside site conditions.

01 / REGENERATIVE BRAKING

Regenerative braking unit

A configuration that returns energy generated during braking to the power supply. Existing inverters, the power system and operating patterns are reviewed together.

Savings vary with load and operating conditions.
02 / CABIN AIR

BAR-type air purifier

A replaceable-filter air purification option for the elevator ceiling. Display and filter-alert arrangements are reviewed along with access for filter replacement during maintenance.

Installation feasibility depends on the cabin ceiling and device specifications.

PROJECT CONTINUITY

From the first drawing
to life in operation.

New installation, improvements to existing equipment and ongoing maintenance are connected in one project workflow.

  1. 01

    Site analysis

    Installation conditions and requirements are reviewed in detail.

  2. 02

    Design & engineering

    We design a suitable solution considering safety, circulation and design.

  3. 03

    Manufacturing & quality control

    Standardized processes and inspections manage product quality.

  4. 04

    Installation & commissioning

    Specialists install the equipment and verify its operation.

  5. 05

    Modernization

    We systematically improve the performance and design of aging equipment.

  6. 06

    Maintenance

    We provide inspections and technical support for safe operation.

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