Weinert 1502 H0 Bausatz: Sperrsignal beleuchtet

Weinert 1502 H0 Bausatz: Sperrsignal beleuchtet Product Details

Description

Weinert blocking signal - H0 kit, illuminated

The Weinert 1502 is a finely detailed kit for an illuminated blocking signal in H0 scale. The model is based on prototypes of the Deutsche Bundesbahn (DB) and the Deutsche Reichsbahn-Gesellschaft (DRG) in high construction on the mast and is ideal for prototypical signal systems on model railroad layouts.

Design & workmanship

The model is designed as a kit and enables an exact replica of the prototype signal. It has a realistic mast design and is supplied with a base plate (2095). The fine workmanship and filigree design make the blocking signal look particularly authentic.

Prototype & function

The prototype signal shows the signal patterns Sh 0 (stop) and Sh 1 (shunting free). This is the version without the third white lens on the back. In the original, the signal was operated mechanically via cable pulls from a signal box and was used to secure shunting movements at stations and depots.

Model version

The model is equipped with LED lighting so that the signal images can be displayed realistically. The kit allows individual assembly and integration into various system scenarios.

Purchase arguments & target group

This kit is the right choice for model railroaders who attach particular importance to prototypical signals. It is suitable for operating layouts with functioning shunting operations as well as for diorama builders with a love of detail.

Recommended purchase

Get the Weinert 1502 - Illuminated blocking signal kit. A highly detailed model for realistic operational representation and prototypical signal technology on your H0 layout.

Features

• Track: H0
• Manufacturer: Weinert Modellbau
• Article: Blocking signal kit, illuminated
• Signal patterns: Sh 0 / Sh 1
• Prototype: DB and DRG version
• High design on the mast
• Prototype: Drive via cable pull - mechanical signal box
• Model: Integrated LED lighting
• With base plate 2095
• Finely detailed replica for prototypical operational representation