Schindler 3300 AP series of passenger elevator introduction

Switzerland Schindler group produces Schindler 3300 AP series of elevator according to Asia and the Pacific Ocean area market characteristic. This product faces to Asian market and at the same time exports to Oceania,eastern Europe,Africa. Its design specially considers Chinese mainland market’s using demand for architecture and special demand for people and load capacity and it has liable, effective,flexible and environmental protection characteristics.

Schindler 3300AP MRL series of products with no machine room load from 400kg to 1150kg, the speed is from 1m/s to 1.75m/s, the Max stop is 25 floors and it is applicable for low and middle building, for example, high-grade residences and low –middle demand office buildings,hotels,museums. It can be made small machine room project (Schindler 3300AP MMR) which satisfied the different architecture planning demand. One product with two arrangements can simplify the supply for spare part of elevator.

Schindler 3300AP MMR is the product with small machine room and highest speed is up to 1.75m/s and the Max stop is 25 floors which is applicable for middle-high residence and commercial building.

Environment-protection and effective drive system

FMB130 high effective AC non-synchronous gearless traction with advanced traction media and frequency conversion drive has small size,high efficiency,small torque,low energy consumption,and makes the whole elevator compact,energy conservation.

Because of advanced traction media, low energy consumed traction makes the noise to the least point no matter how in the elevator and the whole building.

The structure of double disk brake is compact,safe,reliable,serene.

The whole elevator passed international authority elevator energy efficiency rating VD14707, the comprehensive energy consumption is up to grade A.

Traction media travels quietly

The traction media replaces traditional wire rope, the weight is lighter, the occupancy space is smaller, and the travel is quieter.