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CP30T

 
MAST CLIMBING WORK PLATFORM (CP30T)
MECHANICAL PROPERTIES
  SINGLE COLUMN DOUBLE COLUMN
Maximum Payload 1000 kg 2000 kg
Maximum Height 150 m 150 m
Maximum Width 10,5 m 30 m
Working Area Depth 1,0 m 1,0 m
Max. Telescobic Extension 2 m 2 m
Speed 9 m/min 9 m/min
Unit Weight 780 kg 780 kg
ELECTRICAL PROPERTIES
Motor  1 set 2.2 kW x 2 ad. 2 set 2.2 kW x 2 ad
Protection Class IP55 IP55
Voltage 380 v – 50 hz  380 v – 50 hz 
Power 12 A 12 A
CONTROL PANEL
Easy error detection by use of PLC LCD Display 
Reduced electric failures due to PLC Control
High / Low voltage control device
Low-voltage Switchboard
Residual Current Device
Phase Sequence Relay 
IP65 Protection Class
SAFETY SYSTEMS 
Fall Protection of Equipment by End Mast 
Automatic Balancer + Manual Balancer
Emergency Manual Lowering System 
Electromagnetic Brake System
Mast Protection Panel 
Door Control Switch
Emergency Stop
Parachute Brake
Final Mast Switch 
Audible Warning 
SWITCHES
Bottom Stop Switch Stops the Equipment Moving Downwards 
Middle Stop Switch Stops the Equipment when Bottom or Top Switch Fails 
Top Stop Switch Stops the Equipment Moving Upwards 
Mast Follow Switch Detects End of Mast 
Door Switch Stops / Avoids the equipment when the door is open 
Parachute Brake Switch Alarms when Parachute Brake is activated
LOAD CHART TABLE
  WIDTH PAYLOAD
Single Column 10,5m 750kg
Single Column 7,5m 950kg
Single Column 4,5m 1150kg
Double Column  30m 1400kg
Double Column  24m 1800kg
Double Column  21m 2000kg
MASTS
Welding Method Automatic Welding (to increase durability by low heat introduction)
Compatibility T30 Series Platforms, 1500 series Hoists
Dimensions  1490x500x500 mm
Coating Hot Dip Galvanized
Weight 63 kg
Anchorage Distance 6 m
PLATFORM MODULES
Floor Material  2mm, Punched, Non-slippery Carbon Steel Plate
Half Size Platform Module L800mm (For Fine Installations)
Barrier with Toeboard At the back (Optionally in front)
Corner Platform Module For 90 degree installations
Coating Hot Dip Galvanized
Dimensions  1500x1000x835 mm
Carrier Beams 40x80x3mm Profiles
Max. Telescobic Extension  1000 mm 
Weight (Including Barriers)  134 kg
BASE CHASSIS
Easy to load, unload, haul by Forklift, Jcb, Hiab etc.
Width (Closed Outriggers) 128x128
Width (Open Outriggers) 183x183
Easy to haul by tired chassis
CERTIFICATES
ISO 2001:9008 Quality Management Certificate 
Compatible with EN 1495-A2, E292 standards
CE and TSE certificates
ADVANTAGES
Montage and demontge can be made with less personnel in less time, therefore cost saving
Reducing risk of falling by allowing installation of life-lines and / or safety belts up to 90%
Prevention of time and energy of the workers while climbing 
Timesaving installation and façade application 
Eanble material transport to floors 
Makes it easier for final controls 
Less touch ups on the façade
Easy and flexible installation
Modular design 
Easy transport
High efficiency
Easy storage
YOUR PERSONNEL DESERVES THIS

 

Mast climbing work platforms (MCWPs) offer several advantages over traditional scaffolding systems. Some of the key benefits of using MCWPs include:

  1. Increased efficiency: MCWPs are designed to be easily adjustable and can be raised or lowered quickly, allowing workers to access different areas of the building facade without needing to dismantle and reassemble scaffolding. This can help to speed up the cleaning or construction process, reducing overall project timelines.

  2. Improved safety: MCWPs are designed to be stable and secure, reducing the risk of accidents and injuries compared to traditional scaffolding. They are also equipped with safety features such as guardrails, safety harnesses, and emergency stop buttons, providing additional protection for workers.

  3. Greater versatility: MCWPs can be used for a wide range of applications, including building construction, maintenance, and renovation work. They are also able to access areas that may be difficult or impossible to reach with traditional scaffolding, such as curved or irregular surfaces.

  4. Cost-effective: While the upfront costs of purchasing or renting an MCWP may be higher than traditional scaffolding, the increased efficiency and reduced labor costs can result in long-term savings. MCWPs also require less space on the ground compared to traditional scaffolding, which can be particularly beneficial in urban or densely populated areas.

Overall, MCWPs offer several advantages over traditional scaffolding systems, including increased efficiency, improved safety, greater versatility, and cost-effectiveness. When choosing between MCWPs and traditional scaffolding, it's important to consider the specific needs of your project and the advantages offered by each option.

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