Under-Floor Resilient Wheel Press

Under-Floor Resilient Wheel Press is used for the assembly of rubbers between wheel center and tyre, enabling pre-compressed rubbers to be mounted to resilient wheels. Production is carried out with a force application capacity of up to 150 tons. In addition, the molds and equipment required for the wheels to be mounted are designed and presented to the users with the machine.

Technical Features of KAAF Under-Floor Resilient Wheel Press

Product Features

PRODUCT FEATURES	DETAIL
Model	K10438
Machine Type	Under Floor
Mounting Method	Pre-tensioned Mounting with Compression Cone
Compatible Type of Resilient Wheels	Bochum’54
Compatible Diameter Range of Resilient Wheels	Oriented acc. to customer wheel diameter
Machine Dimension	~1200(h)x2200x1200mm
Machine Floor Depth Dimensions	~2000(h)x2200x1700mm
Number of Pistons	Single Piston
Power of The Machine	17 KW
Operation Voltage	380V AC (three-phase) / 50-60 Hz
Operation Pressure	350 bar
Working Pressure	280 bar
Tested Pressure	380 bar
Coach Stroke	900mm
Maximum Load	0 - 150 tons
Extension Speed	0 – 590 mm/min
Retract Speed	0 – 780 mm/min
Compliant Rubber Lubricant	Soft Soap or Other Suitable Lubricant (Optional)
Mold (Upper) Type of Ram	Replaceable Mold acc. to Suitable Wheel Type
Mold Type of Plate	Replaceable Mold acc. to Suitable Wheel Type
Main Carcass Manufacturing Method	Welded Manufacturing and Detachable Connections
Machine Fixing Method	Bolted Connection to Floor
Compression Plate	Precisely Machined High Strength Steel
Wheel Tyre Centering Method	Wheel Tyre Centering Apparatus
Replaceable Assembly Plates	Precisely Machined High Strength Steel
Wheel Tyre Holder Arm	Reinforced Steel with Self Locking System
Compression Cone	Precisely Machined High Strength and Hardened Steel
Compression Cone Connection Method	Bolted Connection to the Wheel Center
Total Weight of The Machine	~6200 kg (Excluding floor connection equipment)
Hydraulic Unit Connections	Safe Connection with Steel and Rubber Pipes
Hydraulic Unit Placement	On Floor Type
Safety	Mechanical Safety Precautions Against Hydraulic System Problems
Load Standby	Available
Load Hold	Available
Energy Source	380V AC 3-Phase
Machine Control Method	PLC Controlled System
Motion Control Method	Operating Arm and Buttons
System Monitoring Method	HMI Screen