Multi-Tenancy Solutions by Powerglide Elevators

Multi-Tenancy Solutions

Powerglide Elevators

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Description

Powerglide provide elevator solutions for multi-tenancy buildings up to 4 floors. Accessibility options are also available.

Powerglide's Teleglide cylinder design means the lift runs on its own rails and doesn’t touch the sides. This makes Powerglide Elevators fast, stable and safe, while being low maintenance, and offering flexibilty of design. There's no need for deep holes, or roofline modifications, so a Powerglide Elevator is suitable for retrofittng, and the car interior can be customised to suit individual layouts and decors.

Key Features

Fast and Smooth:

High speed — 300mm per second
Approximately 10 seconds to travel up or down 1 floor
Guide rail system eliminates sideways movement for greater stability

Low Maintenance:

5 year 'no maintenance' guarantee
No seals to change, no cylinders, pulleys, or ropes

Safety:

Built in safety controls doors and lights
Ability to exit the lift in the event of a powercut
Optional in-car telephone
Security access options available

Categories / Ranges

Lifts and Escalators

Scope of Use

Suitable as a service or passenger lift, can be combined with disabled access options
Suitable for new designs or retrofits
Up to 5 stops or 9.6m of travel
Floor sizes ranging from 800mm wide x 900mm deep to 1400mm square
Disabled access option floor size of 1400mm square
Car height up to 2400mm
Load capacity maximum: 340kg
Exits on up to 3 sides, can have multiple exits at any level

Limitations on Use

For disabled access elevators click here for Accessibility and Aged Care Solutions
Travel limited to 9.6m
Maximum of 5 stops
No doors on lift car
Minimum internal shaft size required of 1190mm deep x 800mm wide (across rails)
Requires ceiling height at top level of at least 2100mm
Requires pit depth of at least 300mm, travel of <3600mm requires cylinder caisson inserted into ground

Statement of Building Code Compliance

The Powerglide is manufactured and installed to comply with the requirements of NZBC D2/AS1 as an acceptable solution using NZS 4334:2012, and also as an alternative solution using the standards of AS 1735.18 2002 in conjunction with NZBC D2/AS1.