Mast Climbing Work Platform
P1500
P1500 Single Mast Working Platform
Single-mast climbing work platform for facade installation, maintenance and repair on high-rise buildings.
- Capacity
- 1500 kg
- Speed
- 8 m/min
- Maximum Height
- 250 m
- Maximum Width
- 10 m
Capacity
1500 kg
Speed
8 m/min
Maximum Height
250 m
Maximum Width
10 m
Technical Drawings
Powerful and Flexible Single-Mast Facade Access
P1500 is a single-mast climbing work platform developed for facade applications on high-rise buildings. With a loading capacity of 1,500 kg, a maximum platform width of 10 metres and a maximum working height of 250 metres, it provides safe and efficient access for facade installation, maintenance and repair operations.
Technical Specifications
- Capacity
- 1500 kg
- Speed
- 8 m/min
- Maximum Height
- 250 m
- Maximum Width
- 10 m
- Motor Power
- 2 x 2.2 kW
- Mast Section Thickness
- 4 mm
- Mast Finish
- Galvanized
- Mast Height
- 1.5 m
- Mast Weight
- 65 kg
Technical specifications — P1500
| Specification | Value |
|---|---|
| Capacity | 1500 kg |
| Speed | 8 m/min |
| Maximum Height | 250 m |
| Maximum Width | 10 m |
| Motor Power | 2 x 2.2 kW |
| Mast Section Thickness | 4 mm |
| Mast Finish | Galvanized |
| Mast Height | 1.5 m |
| Mast Weight | 65 kg |
Key Features
Chassis
The steel chassis and integrated safety systems provide a secure operating structure.
Mast System
The masts are manufactured from 4 mm-thick galvanized steel for high durability and a long service life. Each mast section is 1.5 metres high and weighs 65 kg.
Electrical Cabinet
The PLC-controlled electrical system simplifies fault monitoring. System status and active safety information can be viewed through the operator display.
Compatible Mast Structure
The mast system is designed to be compatible with ALPMAKSAN personnel and material hoist products.
MTS
Monitor Your Machine with MTS
With the MTS Machine Tracking System, operating status, energy data and fault information from platforms and hoists can be monitored remotely through the mobile application and web interface.
Let’s Define the Right Platform for Your Project
Let’s plan the right system according to project height, working dimensions, loading capacity and site conditions.