The BASE-Lift-Kit is based on the proven “failsafe” principle. This system uses only building-law approved components that communicate with each other via a control unit. In the event of an alarm or malfunction, the power supply to the actuator on the closing element is interrupted. A prestressed spring within the drive then opens the closure element. After the alarm has been reset or the malfuncion has been rectified, the power supply for the drive is cleared and the closing element closes automatically.
During the development of the BASE-Lift-Kit the topic security has been redefined. Conventional hoistway smoke extraction and ventilation systems “only” command the shutter (louver / louvre) to open without monitoring whether the door is actually opening. With the BASE-Lift-Kit, the control unit receives feedback directly from the drive as soon as the closing element is in fact fully opened. If this message does not arrive at the control unit, a fault message is generated, which can be forwarded to a suitable location (elevator control, building management system). In addition, the fault is displayed on the main service station. This technical innovation makes the BASE-Lift-Kit currently the safest system available on the market for controlled smoke extraction and ventilation of lift shafts.
The choice is yours: you can buy the BASE-Lift-Kit as a component system ready for installation and install it easily and quickly, or you can use the entire service, i.e. planning, installation and commissioning carried out by BASE.
The BASE-Lift-Kit should not be used in conjunction with a sensor suitable for the detection of persons. We point to the European patent EP 1 890 956 B1, which could be violated by the coupling of the BASELift kit with such a sensor, which is not part of the LIFT kit.
- Smoke detection by means of smoke detector, point detector or linear detector
- Wiring optionally with RJ45 cables (plug connection) or standard electrical cable
- Smallest shell opening with flush mounting of the closure element
- Automatic opening of the closure element even in case of a cable break (Fail Safe!)
- Constant monitoring of the end position (open / closed) of the closure element
- Integrated temperature monitoring
- Integrated ventilation timer
- Integrated service timer (can be simply switched on and off via DIP switch)
- Integration into the on-site fire alarm system possible
- Various locking elements as NSHEV according to DIN EN 12101-2.
The control unit Lift-Tronic FS01 sets new standards for safety and flexibility. It impresses with its perfect adaptability to the requirements of the object. The Lift-Tronic FS01 can be used for groups as well as single shafts with and without machine room. There are three different possibilities for automatic smoke detection: by means of optical smoke detectors, infrared detectors or aspirating smoke detectors. Depending on the object requirement, the installation of the Lift-Tronic FS01 can be carried out with conventional electrical cabling or quickly and easily with prefabricated RJ45 plug connections. A combination of both installation variants is possible. Due to the proven "fail-safe" principle, no backup batteries are required. In the event of a power failure or line interruption, the closing element will open fully via a prestressed spring in the drive.
The control unit Lift-Tronic FS01 should not be used in conjunction with a sensor suitable for the detection of persons. We point to the European patent EP 1 890 956 B1, which could be violated by the coupling of the control unit Lift-Tronic FS01 with such a sensor, which is not part of the Lift-Tronic FS01.
- Integrated temperature sensor
- Display: fault, operation, alarm
- Evaluation of the physical opening condition of the closing element
- All connections pluggable or screw terminals
- Ventilation interval adjustable from 1 to 5 hours for 20 minutes
- Potential-free input for the f ault message from the elevator control
- Potential-free output Fault and alarm
- Integrated service timer (can be easily switched on and off via dip-switch)
- Integration into the on-site fire alarm system possible
- Various locking elements as NSHEV according to DIN EN 12101-2
|9610010100||Lift Tronic FS01|
SHEV operating panel / Emergency push button
In addition to the automatic monitoring of the lift shaft, the elevator shaft smoke extraction system can be triggered manually by a SHEV operating panel. In most cases, the assembly takes place at the main evacuation stop next to the elevator access. According to the current requirement of the Model Building Regulations (MBO-2013), an elevator shaft smoke extraction system must be able to be operated from at least one suitable location.
|9620010301||SHEV Operating Panel – orange|
|9610010102||Plug-in power supply 24V / 1A|
Optical smoke detector
In addition to the automatic monitoring of a lift shaft, the lift shaft smoke extraction system can be triggered manually by a SHEV operating panel. In most cases the assembly takes place outside the main evacuation stop next to the elevator access. According to the current requirement of the Model Building Regulations (MBO - 2013), a lift shaft smoke extraction system must be able to be operated from at least one suitable location. Point-type smoke detectors have become established as a cost-effective variant of automatic smoke detection in the elevator shaft. Smoke detection according to the scattered light principle is used in the range of standard lift systems up to eight stops. The point detectors are approved according to DIN EN 54-7 for standard-compliant smoke detection.
|9620010201||Smoke detector PM3000 shaft ceiling|
|9620010202||Smoke detector PM3000 intermediary detector|
|9620010204||Smoke detector PM3000 shaft pit|
|9620120165||Smoke sensor head|
Ventilation and smoke extraction hood / EnEV flap
The ventilation and smoke extraction hood “EnEV-Flap” consists of an insulated base and a weather protection hood. The closure element is an insulated, thermally separated louvre window. This complete unit (weather protection including closure element) is particularly suitable as a building closure for objects with high energy requirements. The EnEV flap is designed for guaranteed smoke extraction and ventilation independent of wind direction and weather according to MBO-2013 or LBO.
|9630010600||EnEV Flap 500|
|9630010601||EnEV Flap 600|
|9630010603||EnEV Flap 700|
|9630010602||EnEV Flap 800|
Ventilation and smoke extraction hood / JK flap
The "JK-Flap" ventilation and smoke extraction hood consists of an insulated base and a weather protection hood. The closure element is integrated as an airtight multileaf damper. This complete unit (weather protection including closure element) fulfills the minimum requirements, which result from the EnEV or the building regulation. The JK-Flap is designed for guaranteed smoke extraction and ventilation independent of wind direction and weather according to MBO-2013 or LBO.
Due to their optimal price-performance ratio, airtight multileaf dampers are the most commonly used closure elements for the controlled smoke extraction and ventilation of lift shafts. Multileaf dampers can be adapted to the opening size of the object. Multileaf dampers can be flush mounted or can be placed in front of the opening. We only offer shutters with NSHEV approval as a certified construction product.
|9630010400||Multileaf damper flush mounted 0,10 m²|
|9630010401||Multileaf damper flush mounted 0,11 m²|
|9630010402||Multileaf damper flush mounted 0,18 m²|
|9630010403||Multileaf damper flush mounted 0,29 m²|
|9630010404||Multileaf damper flush mounted 0,35 m²|
|9610011105||BASE-Lift-Kit RM 10 m without closure element|
|9610011106||BASE-Lift-Kit RM 20 m without closure element|
|9610011107||BASE-Lift-Kit RM 30 m without closure element|
|9610011108||BASE-Lift-Kit RM 40 m without closure element|
...von Montage und Inbetriebnahme des B.A.S.E-Lift-Kit