Excellent Ironing Quality:

You can use the cylinder bearing group consisting of specially developed, perfectly polished and complete stainless steel material for many years without the risk of failure.

Model/Type: PERMAK PB 5132

Output Capacity: 100-140 kg/h (E: 90-100 kg/h)

Heating System: Electric, Steam, Gas

Operation System: Fully Automatic/Microprocess Controlled

Structure: Free Seated, Operator Rotation.

Cylinder Diameter/Length: 1* 510/3.165 mm.

Net Weight: 1.460 kg.

Dimensions (w*d*h): 3860*1164*1420 mm.

Functional Specifications:

Class A Design Criteria for Energy (Fuel), Electricity, Water and Time Saving:

Improved Design: Bed Structure that provides Top Ironing Quality and can operate with Minimum Energy Consumption (0,80 kWh/lt.water) values. Super Body Construction fully resistant to Mechanical Loads and Thermal Expansions.

Effective Operation System: High Capacity Performance (~ 200 kg.textile/h-¢80-300 cm.per cylinder) provided by Large Bed Contact Surface (3,71 m²/¢80-300 cylinders) and increased Output Speed (5-35 m/min.).

Improved Control System: Microprocessor for precise and easy monitoring and adjustment of all process parameters. Improved Control System provided with Ironing Pressure Control Switch and Temperature Monitoring Module.

Improved Drive System: G Drive Technology and Inverter controlled, energy saving Roller Drive Mechanism designed separately for each roller.

Precision Bed Group: Perfectly polished bed group made of stainless steel material providing top ironing quality.

Perforated Cylinder Group: Cylinder Group made of precision machined perforated steel material, coupled with vacuum fan motor directly connected to the shaft, special stainless spring and felt group made of nomex material.

Thermal Body Insulation and Hood Group: Full thermal body isolation that minimises thermal losses to the environment and Hood Module over the cylinder.

Exhaust Energy Recovery System: Cylinder Iron Exhaust Air Heat Exchangers providing energy recovery from the Hot Air discharged by the Fan System. (Thanks to the high thermal potential of the evaporated particles sucked from the cylinder, every 20 m³/h. Exhaust flow rate, 1 kWh energy can be recovered and used in hot water production).