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MOTION / ENGINEERED MOTOR PLATFORM

VENETIAN MOTOR

Integrated tubular motion for Honeycomb Skylight applications.

Technical overview → Specify for a project →
VENETIAN MOTOR
TECHNICAL OVERVIEW

THE MOTOR AT A GLANCE.

Core product data first; configuration-specific engineering follows below.

ApplicationHoneycomb Skylight
DriveTubular · Two speeds
DutyHeavy-duty
ReceiverBuilt-in receiver
MotionSoft start / soft stop / constant speed
Wiring3 / 5 wires
TECHNICAL SOURCENERVEN Product Catalogue 2026 · pages 108-111 ↗
AVAILABLE CONFIGURATIONS

ONE MOTOR FAMILY. DIFFERENT CONTROL ARCHITECTURES.

Configurations are separated so protocol or power differences are not mixed into one specification.

Current NERVEN configuration

Built-in receiver / electric limit

Current website configuration retained without importing an unverified catalogue model number.

ENGINEERING DATA

DATA THAT AFFECTS SELECTION.

Only values supported by the current NERVEN product record or Catalogue 2026 are shown. Variant-dependent values are identified as such.

ApplicationHoneycomb Skylight
ReceiverBuilt-in receiver
Limit controlElectric limiting
Motion behaviorSoft start / soft stop / constant speed
Wiring3 / 5 wires
Catalogue reference architectureHoneycomb Skylight families include integrated motor/receiver and synchronized motion architectures
CONTROL & INTEGRATION

CONTROL IS PART OF THE MOTOR SELECTION.

Available interfaces depend on the selected motor configuration and project architecture.

Built-in receiver

Confirmed by the current NERVEN product record.

Project control layer

Final external control integration is selected per skylight system.

COMPATIBLE ARCHITECTURAL SYSTEMS

WHERE THIS MOTOR BECOMES PART OF THE ARCHITECTURE.

The application determines the final motor, control and mechanical-path selection.

01

Honeycomb Skylight

Honeycomb Skylight movement supported by a dedicated tubular motor platform with integrated receiver and soft-motion functions.

→02

Skylight Systems

Motorized movement for overhead glazing, skylights and ceiling-level shading where gravity, span and control require dedicated engineering.

→
TECHNICAL DRAWINGS & REFERENCES

GO TO THE ENGINEERING SOURCE.

Selected Catalogue 2026 pages for dimensions, wiring, variants and system architecture.

CATALOGUE PAGE 108

3rd generation Honeycomb Skylight system

System architecture reference only; not an asserted exact motor match.

Open reference ↗ CATALOGUE PAGE 109

Honeycomb Skylight structural diagram

Transmission units, cable system and day/night blind layout.

Open reference ↗ CATALOGUE PAGE 110

2nd generation Honeycomb Skylight motor

Motor architecture reference; exact model mapping requires confirmation.

Open reference ↗ CATALOGUE PAGE 111

Motor / Type-C reference

Family-level motor reference and charging/interface architecture.

Open reference ↗
ENGINEERING BEHAVIOUR

HOW IT IS ENGINEERED TO PERFORM.

Application-led selection

The motor is presented in the context of Honeycomb Skylight, so project teams can start from the required movement rather than a product name.

DETAIL

Movement role

Designed for Honeycomb Skylight systems with built-in receiver, electric limiting and controlled soft movement.

Specify it inside the complete system

Motor selection is coordinated with the application, required movement, rail and control architecture. The specifications shown on this page are limited to the information supplied by NERVEN.

FAQ

PROJECT QUESTIONS

Answers based on the supplied NERVEN product and system information.

How should this motor be specified?+

Confirm the application, required movement, project conditions, rail/control architecture and all project-specific compatibility before final specification.

MOTION / PROJECT

BRING US THE PROJECT. WE’LL MAP THE SYSTEM.

Share the project stage, scale, location and movement requirement. Our team can help connect the right system, motor, rail and control layer.