The most compact hose suspension system in the world!
Our ASA Automatichose suspension system is generally regarded as the origin of modern hose maintenance technology.
It is based on the universal second-generation hanging adapter and continues to set unparalleled standardsin terms of functional versatility, ergonomics, throughput, and energy consumption.
The structural requirements in the tower head include load-bearing attachment points, a service platform, an access point compliant with occupational safety regulations, and a three-phase power connection.
Control is provided via supply lines that are part of the system control, which our technicians lay on site from the control panel at the base of the tower to the top of the tower.
The ASA automatically performs all hose hoisting, repositioning, and lowering functions – when electronically connected to a hose maintenance system and synchronized with its operatingprocesses.
The most compact hose suspension system in the world!
Our ASA Automatichose suspension system is generally regarded as the origin of modern hose maintenance technology.
It is based on the universal second-generation hanging adapter and sets standards that remain unmatched to this dayin terms of functional versatility, ergonomics, throughput, and energy consumption.
The structural requirements in the tower head include load-bearing attachment points, a service platform, an access point compliant with accident prevention regulations, and a three-phase power connection.
Control is provided via supply lines that are part of the system control, which our technicians lay on site from the control panel at the base of the tower to the top of the tower.
The ASA automatically performs all hose hoisting, repositioning, and lowering functions – when electronically connected to a hose maintenance system and synchronized with its processingprocesses.
| Width | 895–3070 mm |
| Length | 1600 mm |
| Height | 720 mm |
| Weight | 240–430 kg |
| Power connection | 400 V AC / 50 Hz / 1.5 kW |
| Hose Sizes | 150mm/ 110mm / 75mm / 45mm / 25mm |
| Hose lengths | up to 400 B / 480 C |
| Types of Hoses | All Common Materials |
| Features | Towing Hanging Drying Recording Storing Sorting Filing |
ASA—the original!
With variable installation options on ceilings, walls, or beams, very small travel ranges for the positioning and feed drives, and suspension adapters smaller than one C-coupling, our ASA achieves an exceptionally high suspension capacity per availablebase area. For example, a 5-bay ASA requires only approximately 1.75 m² of floor space in the tower for a medium capacity of 100 B or 110 C hoses, it requires only about 1.75 m² of floor space in the tower.
From hanging to sorting to taking down, the process – with the exception of inserting and removing the hoses into the hanging adapters – everything is automatic, so that the hose is handled only once at each end of the coupling.
The intuitive, user-guided touchscreen interface virtually eliminates operating errors and misconfigurations.
All handling is done at hip height, without placing the hose on the floor, while the system configuration is fully visualized on a large touchscreen. Thanks to frequency-controlled drive technology , energy consumption is very low , averaging 0.04 kW per hanging cycle and less than 725 W at an example throughput of 40 hoses per hour.
Safety is ensured by load-monitored drives with adjustable forces and overload shut-off mechanisms, as well as structurallyseparately tested hooks with a safety latch and a form-fitting hose holder. Hose data management is directly integrated into the control system; a separate PC is no longer required.
ASA—the original!
With variable installation options on ceilings, walls, or beams, very small travel ranges for the positioning and feed drives, and suspension adapters smaller than one C-coupling, our ASA achieves an exceptionally high suspension capacity per availablebase area. For example, a 5-bay ASA requires only approximately 1.75 m² of floor space in the tower for a medium capacity of 100 B or 110 C hoses, it requires only about 1.75 m² of floor space in the tower.
From hanging to sorting to taking down, the process – with the exception of inserting and removing the hoses into the hanging adapters – everything is automatic, so that the hose is handled only once at each end of the coupling.
The intuitive, user-guided touchscreen interface virtually eliminates operating errors and misconfigurations.
All handling is done at hip height, without placing the hose on the floor, while the system configuration is fully visualized on a large touchscreen. Thanks to frequency-controlled drive technology , energy consumption is very low , averaging 0.04 kW per hanging cycle and less than 725 W at an example throughput of 40 tubes per hour.
Safety is ensured by load-monitored drives with adjustable forces and overload shut-off mechanisms, as well as structurallyseparately tested hooks with a safety latch and a form-fitting hose holder. Hose data management is directly integrated into the control system; a separate PC is no longer required.
