Encomat Mast Climbing Work Platform
Mobile facade scaffolding — 28 m of facade and 1,750 kg on a twin setup

Encomat IZA 30/100 mast climbing work platform (mobile facade scaffolding): single or twin mast, 28 m width and 1,750 kg on a twin setup, 7 m/min, heights up to 150 m.
Key features
- Work with up to 1,750 kg, evenly distributed, across a 28 m facade on a twin setup
- Operatives raise the deck to an ergonomic knee-to-shoulder height at the touch of a button
- A 30 × 50 m platform is erected in two days and dismantled in one
- Fewer ties than scaffolding: anchored every 6 m, only 8 ties on a 30 × 50 m platform
- Climbs at 7 m/min to 100 m on standard masts and 150 m on reinforced masts
- Hot-dip galvanised; up to 20 years of service life when properly maintained
Technical specifications
Capacity and reach
- Payload
- Up to 1,750 kg on a twin setup, evenly distributed
- Maximum width — single mast
- 10 m (10.5 m with reinforced short sections)
- Maximum width — twin mast
- 28 m (30 m with reinforced short sections)
- Maximum height
- 100 m on standard masts, 150 m on reinforced masts
- Tie system
- Standard ties up to 150 m; special tie system above
- Speed
- 7 m/min
Deck and erection
- Deck width
- 1,360 mm; 2,260 mm with extensions
- Standard deck section lengths
- 1,443 mm, 743 mm and 350 mm
- Deck surface
- Non-slip galvanised plate, perforated on both sides
- Cantilever extensions
- To reach set-back facades; personnel only, no load or material
- Erection / dismantling time
- 30 × 50 m platform: 2 days / 1 day
- Tie spacing
- Every 6 m — 8 ties in total on a 30 × 50 m platform
- Width controlled from one panel
- 10 m single drive group, 30 m twin
Mast
- Mast dimensions
- 52 × 50 × 150 cm
- Mast weight (after galvanising)
- 75 kg
- Super-reinforced mast
- 5 mm profile — 100 kg
- Profile dimensions
- 40 × 40 × 4 mm and 50 × 50 × 4 mm
- Cross bracing
- 14 and 16 mm solid bar
Materials
- Mast steel grade
- S275JO (ST 44.3+) and S275J2H — rated to −20 °C
- Rack steel grade
- ST 52 – F1140 (German CK45)
- Rack fixing
- Welded to the mast, not bolted
- Surface protection
- Hot-dip galvanised
- Service life
- Up to 20 years when maintained
Drive and electrics
- Drive group
- 2 × 2.2 kW motors, electromagnetic brake, gearbox, centrifugal brake
- Motor power — single / twin mast
- 2 × 2.2 kW / 4 × 2.2 kW
- Power supply
- 380 V three-phase
- Running current — single / twin mast
- 12 A / 24 A
- Starting current — single / twin mast
- 56 A / 112 A
- Pinions
- 2 pinions per motor — 4 motors / 8 pinions on a twin platform
- Guiding
- The drive group bears on the mast at 20 points; twin steel guide rollers
- Maintenance-free running
- Drive group 25,000 hours
Safety
- Safety brake
- Engages when vertical descent exceeds 0.5 m/s
- Braking
- Centrifugal brake and twin-motor electromagnetic braking
- Automatic levelling
- If one drive group lags, the other stops until both are level
- End of mast
- Travel limiter on the last section, end-of-mast detector, half-length top section
- Emergency
- Emergency stop, audible travel warning, manual descent on power loss
Example configuration — single unit
- Horizontal span (width)
- 8.44 m
- Deck section layout
- Two 1.44 m and one 0.74 m sections on each side of the mast
- Drive group width
- 1.26 m
- Symmetry requirement
- Section sizes and counts must be equal on both sides of the mast
Applicable standards
- EN 1495
- DIN 18.800-7 Class D
Applications
- New build
- Maintenance and repair
- Glazing, aluminium and granite cladding
- External insulation
- Rendering and painting
Frequently asked about this product
What work is a mast climbing platform used for?
The Encomat platform is used on new-build projects as well as for the maintenance and repair of existing buildings and facilities — glazing and aluminium facades, granite cladding, external insulation, painting, rendering and every other kind of external facade work. A single mast serves a platform up to 10 m long and heights up to 150 m with standard ties; special tie systems are used above 150 m.
What are the cost advantages of the platform over scaffolding?
Because the deck can be set to an ergonomic height, operatives work more comfortably and produce more. Carrying material up with them reduces preparation and handling labour. There are fewer ties: the platform is anchored every 6 m, and a 30 × 50 m platform needs only 8 connections. Scaffolding is made of painted tube and suffers loss and damage at every strike; the platform is hot-dip galvanised and lasts up to 20 years when maintained. Where 1,000 m² of scaffolding takes one truck, a 30 × 90 m (3,000 m²) platform takes two.
How can the platform's disadvantages versus scaffolding be addressed?
Scaffolding allows several trades on one facade at once, whereas a platform carries one. In safety terms only one crew should work in the same vertical zone anyway, to prevent dropped material. The remedy is for a single crew to carry out all operations in sequence rather than separate crews waiting on one another. Where extra work is needed — stairwells, for example — scaffolding can be erected for a hybrid arrangement. On tall buildings our strong masts allow two platforms on one mast: the first serving floors 1–15, the second 16–30.
How do original products differ from domestic copies?
With an original product you also buy decades of R&D and experience. You stay current with CE and machinery standards — many domestic machines are still built without meeting these requirements. Encomat machines use Italian Rossi gear motors and Salerno units German SEW; the electrical components are Telemecanique. Masts are made from crack-inspected material, welded by dedicated methods, and every one carries a serial number to standard. Robot welding removes human error from the weld.
What is automatic levelling — two platforms working at the same height?
Platforms can be driven from a single panel up to 10 m with one drive group and up to 30 m in a twin arrangement. A 30 m platform can equally run as two 10 m platforms on separate panels. If one drive group runs ahead or behind, a switch halts the other motor until both are level again.
Why do we use twin pinions on every motor?
On Encomat platforms each motor engages the rack with two pinions, giving 4 motors and 8 pinions on a twin platform. This maximises safety and, by softening stops and spreading load, extends mast life.
What are your mast types and dimensions?
Encomat masts measure 52 × 50 × 150 cm and weigh 75 kg. The Salerno T16, T25 and T40 platform models use masts ranging from a 31 kg triangular section to an 85 kg square 65 × 65 × 150 cm section. Mast size governs free-standing height, payload and the span achievable on a single leg — from 4 m to 15 m. Greater load and width require a stronger mast.
How is platform capacity calculated and how many deck sections are used?
On a single unit, an 8.44 m horizontal span uses two 1.44 m and one 0.74 m section on each side of the mast, with a 1.26 m drive group. Section sizes and counts must match on both sides. Mast size and weight, bracing arrangement and material thicknesses are all fixed and documented through detailed drawings and calculations.
Do all platform models run on 380 V three-phase?
The twin platform of our Italian Salerno T16 model can be supplied to run single-phase on request.
Which of your models is trailer-mounted?
A trailer conforming to Turkish highway traffic regulations can be added on request, particularly to our lighter models. A wheeled chassis can later be converted to a mini chassis.
Is there a brake that engages if the platform falls?
If vertical descent exceeds 0.5 m/s the mechanical safety brake engages automatically. When it trips, a limit switch also cuts the circuit so the platform cannot be moved again.
How is the platform lowered during a power cut?
The manual brake lever on the motor is released and let go in stages, allowing the platform to descend slowly.
Encomat Mast Climbing Work Platform
Encomat IZA 30/100 mast climbing work platform (mobile facade scaffolding): single or twin mast, 28 m width and 1,750 kg on a twin setup, 7 m/min, heights up to 150 m.



