BTR-LSF7000 - system for smoke extraction fomr lift shafts
Maximum safety in case of fire and maximum comfort in ventilation - while at the same time saving energy and meeting legal standards.
Our "LIFT SMOKE FREE" BTR LSF7000 lift shaft smoke exhaust system has the general building regulation approval (abZ) and the general type approval (aBG) of the German Institute of Structural Engineering (DIBt). This means that you are protected by the building regulations when using it. The combination with AUMÜLLER's rights of use for the patented functions guarantees you optimum comfort and significantly reduces energy costs.
Control Unit BTR LSF7000
The control unit LSF7000 enables you to make a quick and convenient connection thanks to the removable terminals. You can insert the cables from above, below or behind. The pre-configured software and preset parameters make the control unit ready for immediate use. You can change the parameters at any time with the user-friendly software and adapt the system to your needs. The disply and operating elements are clearly arranged, further simplifying insallation and start-up.
- DIBt abZ/aBG Nr.: Z-78.12-206
- VdS tested and monitored
- Control device tested according to prEN 12101-9
- Power supply tested according to EN 12101-10
Ventilation and Smoke Exhaust Hood
With a thermally insulation shaft closure, you can reduce the energy and operating costs of your building, as the heat in the building can no longer escape. This not only saves you money, it also significantly reduces CO₂ emissions.
The ventilation and smoke exhaust hood ensures the smoke extraction and ventilation of the lift shaft required by building law, independent of wind and weather. Additional protection by wind-rain automatic systems is not necessary.
The integrated louvre window is a NSHEV according to DIN EN 12101-2, which can also be used in the facade.
In the event of a fire, hot and toxic gases are released into the atmosphere. Smoke detectors or smoke aspiration systems (RAS) can be used for exact smoke detection. The RAS offers intelligent signal processing, avoiding false alarms.
The system works reliably for at least 72 hours in the event of a power failure.
The emergency poewr supply continues to ensure the system can be opened as required. The programming of a fire control system is possible. In case of fire, this triggers an evacuation rout to a specified main detintion stop.
Controlled natural ventilation reduces operating costs, improves indoor air quality and reduces environmental pollution by reducing ventilation heat loss. The building's energy consumption and CO₂ emissions are significantly reduced.
BTR-LSF
System Components
- Control Unit LSF7000
- Louvre Window / Smoke extraction hood
- Smoke detector / Smoke extraction system
- CO₂ Air quality sensor
- Smoke detector Evacuation level
- Ventilation button
- Manual control unit (HSE)
- Interface for building management system
- Temperature sensor, Siren, Flashlight
- Interface for elevator control
- Fire alarm system
Product Range
LSF7000 2.5 A
Technical Data
Product Name | LSF7000 2.5 A 0101 |
---|---|
Area of Application | smoke exhaust and ventilation from lift shafts |
Motherboard | 1 SHEv-group / 1 ventilation group |
Power Supply | 230 V AC (195 - 253 V AC, 50/60 Hz) |
Max. Power Consumption | 115 W |
Output Voltage | 24 V DC (20 - 28 V DC / 2 Vpp) |
Output Current | max. 2.5 A |
Ambient Temperature Range | -5°C … + 40°C |
Protection Rating | IP 30 |
Housing | surface mounting, steel plate, RAL 7035 (light grey) |
Dimensions (WxHxD) | 225 x 285 x 122 mm |
Connection Terminals | 1.5 mm² / Drives: 4 mm² (rifig wires) |
Prepared for Emergency Batteries | 2x 12 V / 2.3 Ah |
VdS Approval-Nr. | G 518003 |
Power Supply | EN 12101-10 |
DIBt abZ / aBG | Z-78.12-206 |
LSF7000 5 A
Technical Data
Product Name | LSF7000 5 A 0101 |
---|---|
Area of Application | smoke exhaust and ventilation from lift shafts |
Motherboard | 1 SHEV-group / 1 ventilation group |
Power Supply | 230 V AC (195 - 253 V AC, 50/60 Hz) |
Max. Power Consumption | 460 W |
Output Voltage | 24 V DC (20 - 28 V DC / 2 Vpp) |
Output Current | max. 5.0 A |
Ambient Temperature Range | -5°C … + 40°C |
Protection Rating | IP 30 |
Housing | surface mounting, steel plate, RAL 7035 (light grey) |
Dimensions (WxHxD) | 225 x 285 x 122 mm |
Connection Terminals | 1.5 mm² / Drives: 4 mm² (rigid wires) |
Prepared for Emergency Batteries | 2x 12 V / 2.3 Ah |
VdS Approval-Nr. | G 518003 |
Power Supply | EN 12101-10 |
DIBt abZ / aBG | Z-78.12-206 |
LSF7000 10 A
Technical Data
Product Name | LSF7000 10 A 0102 |
---|---|
Area of Application | smoke extraction and ventilation from of lift shafts |
Motherboard | 1 RWA Group / 1 ventilation group |
Power Supply | 230 V AC (195 - 253 V AC, 50/60 Hz) |
Max. Power Consumption | 506 W |
Output Voltage | 24 V DC (20 - 28 V DC / 2 Vpp) |
Output Power | max. 10,0 A |
Ambient Temperature Range | -5°C … + 40°C |
Protection Rating | IP 40 |
Housing | aP, steel plate, RAL 7035 (light grey) |
Dimensions (BxHxT) | 400 x 300 x 150 mm |
Connection Terminals | 1,5 mm² / Drives: 6 mm² (fixed) |
Designed for Emergency Power Batteries | 2x 12 V / 2,3 Ah |
VdS Certification Nr. | G 518003 |
Energy Supply | EN 12101-10 |
DIBt abZ / abG | Z-78.12-206 |
LSF7000 20 A
Technical Data
Product Name | LSF7000 20 A 0102 |
---|---|
Area of Application | smoke exhaust and ventilation from lift shafts |
Motherboard | 1 SHEV Group / 2 ventilation groups |
Power Supply | 230 V AC (195 - 253 V AC, 50/60 Hz) |
Max. Power Consumption | 805 W |
Output Voltage | 24 V DC (20 - 28 V DC / 2 Vpp) |
Output Current | max. 20.0 A |
Ambient Temperature Range | -5°C … + 40°C |
Protection Rating | IP 40 |
Housing | surface mounting, steel plate, RAL 7035 (light grey) |
Dimensions (WxHxD) | 400 x 500 x 200 mm |
Connection Terminals | 1.5 mm² / Drives: 6 mm² (rigid wires) |
Prepared for Emergency Batteries | 2x 12 V / 2.3 Ah |
VdS Approval-Nr. | G 518003 |
Power Supply | EN 12101-10 |
DIBt abZ / aBG | Z-78.12-206 |