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Splicing coveyor belts is done in the workshop, or on-site. During the splicing process pressure is applied to the splice area and this area is heated up. After the preset splice temperature is reached, heating stops and cooling starts. Sometimes the temperature should be kept for some time, before cooling starts.
Cooling the conveyor belt material can be done by means of water- or air-cooling. In case of water-cooling a water tank with a pump is required. In case of air-cooling, the splice press is provided with an internal cooling fan. We have a number of splice presses, for different conveyor belt widths and for different use.
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Everything you need to make the perfect splice in a conveyor belt is integrated in the AERO - No more hoses, couplings, air pump, control box or water tank. The average time to splice one belt is 8 to 12 minutes depending on the belt material. This is including heating up and cooling down. The unit is supplied with a flight case which allows for easy transportation.
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Water-cooled splice presses meant for splicing conveyor belt material. The SPP W splice press operates with an external control unit. When the required temperatures are set in this control unit, it will control the heating and cooling down process fully automated. The SPP WT splice press operates without a control unit, but with internal thermostats.
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The lower and upper welding beams of the splice press are built in a frame. The lower beam is fixed in this frame and the upper beam is fitted with a hinge at one side and locked with a lock pin at the other. The upper beam can be opened manually and is supported by gas springs. In open position it can be secured by re-installing the lock pin.
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The splice press consists of a lower and upper frame and is built as follows:
- The lower frame of the splice press is attached to the workshop floor and has a length of 8.5 meters. In this frame the lower heating beam is fitted.
- At both ends of the lower frame is a stand that supports the upper frame of the splice press.
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The lower and upper welding beams of the splice press are built in a frame. The lower beam is fixed in this frame and the upper beam is fitted with a hinge at one side and locked with a lock pin at the other. The upper beam can be opened manually and is supported by gas springs. In open position it can be secured by re-installing the lock pin.
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