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WARNING indicates a danger that could lead to death or serious injury if not heeded.
NOTE
NOTE indicates information that should be followed.
To identify an appliance intended only for indoor use.
To identify terminals that must not be connected to the mains voltage.
SERVO-DRIVE supports the opening and closing of lift systems, the opening of drawers and/or refrigerators and freezers or dishwashers, and may only be used under the following conditions:
Technical data specifications can be found in the Blum sales documentation. For more information, please see your distributor. Julius Blum GmbH is not liable for any other use.
SERVO-DRIVE for AVENTOS supports the opening and closing of lift systems in furniture.
The SERVO-DRIVE switch triggers the automatic opening and closing action of SERVO-DRIVE for AVENTOS.
Press on the front
Press on the SERVO-DRIVE switch
The lift system can be opened or closed manually at any time without damaging SERVO-DRIVE for AVENTOS.
The opening and closing action is interrupted automatically via the integrated collision detection feature when the front hits a body part or other object.
SERVO-DRIVE for AVENTOS is only triggered by a brief touch. Leaning on the lift system will not open it.
The SERVO-DRIVE switch is battery-operated (CR2032).
Only use batteries from reputable manufacturers.
When the battery power begins to weaken, the battery display (LED) will begin to flash red.
If the battery is inserted incorrectly, the SERVO-DRIVE switch battery display will lights up red.
NOTE
The SERVO-DRIVE switch battery must not be recharged or discarded into fire.
If the power supply is interrupted during the opening or closing process, the SERVO-DRIVE for AVENTOS lift system will remain in that position. The front can be closed manually, or when power is restored; simply touch the switch to re-activate SERVO-DRIVE function.
The following parameters must be observed to ensure the error-free functioning of SERVO-DRIVE for AVENTOS:
NOTE
SERVO-DRIVE flex allows handle-less refrigerators and freezers to be opened electromechanically by pressing the front.
Orientation diagram
SERVO-DRIVE flex allows handle-less dishwashers to be opened electromechanically by pressing the front.
Orientation diagram
Pressing the handle-less front will trigger the electromechanical opening of SERVO-DRIVE flex.
The following parameters must be observed to ensure the error-free functioning of SERVO-DRIVE flex:
SERVO-DRIVE supports the opening of drawers.
When the front and/or handle of the drawer (A) is pulled or pressed, the eject lever of the drive unit (B) swivels forward and opens the pull-out unit a short distance.
The electromechanical opening support function is only triggered by a brief touch or pull. Leaning on the pull-out unit, for example, will not open it.
The following parameters must be observed to ensure the error-free functioning of SERVO-DRIVE:
NOTE
The appliances must only be used in dry, closed rooms. All SERVO-DRIVE drive units, the COMBOX and the vibration sensor are of protection class III and must only be supplied with safety extra-low voltage (SELV). They are only to be used with the power supply units provided by Blum.
Input voltage: | 100–240 V AC/50–60 Hz | |
Input current: | 0.6 A | |
Output voltage: | 24.0 V DC | |
Output current: | 1.0 A | |
Output power: | 24.0 W | |
Average active efficiency: | 86.8 % | |
Efficiency at low load (10%): | 84.0 % | |
No-load power consumption: | ≤ 0.08 W | |
Ambient conditions: | Transport/Storage: | -30 to +70°C/0 to 90% r. H. |
Operation: | 0 to +40°C/5 to 80% r. H. non condensing | |
Maximum altitude: | 2000 m (at an ambient temperature of 25°C) | |
Protection category: | IP40 (if cable end protector is inserted) |
Input voltage: | 100–240 V AC/50–60 Hz | |
Input current: | 2.5 A | |
Output voltage: | 24.0 V DC | |
Output current: | 3.0 A | |
Output power: | 72.0 W | |
Average active efficiency: | ≥ 88.0 % | |
Efficiency at low load (10%): | ≥ 80.0 % | |
No-load power consumption: | ≤ 0.15 W | |
Ambient conditions: | Transport/Storage: | -30 to +70°C/0 to 90% r. H. |
Operation: | 0 to +40°C/5 to 80% r. H. non condensing | |
Maximum altitude: | 4000 m (at an ambient temperature of 25°C) | |
Protection category: | IP40 (if cable end protector is inserted) |
Input voltage: | 100–240 V AC/50–60 Hz | |
Input current: | 0.3 A | |
Output voltage: | 24.0 V DC | |
Output current: | 0.5 A | |
Output power: | 12.0 W | |
Average active efficiency: | 83.3 % | |
Efficiency at low load (10%): | 78.0 % | |
No-load power consumption: | ≤ 0.08 W | |
Ambient conditions: | Transport/Storage: | -30 to +70°C/0 to 90% r. H. |
Operation: | 0 to +40°C/5 to 80% r. H. non condensing | |
Maximum altitude: | 2000 m (at an ambient temperature of 25°C) | |
Protection category: | IP40 (if cable end protector is inserted) |
Input voltage: | 100–240 V AC/50–60 Hz | |
Input current: | 2.0 A | |
Output voltage: | 24.0 V DC | |
Output current: | 1.0 A | |
Output power: | 24.0 W | |
Average active efficiency: | ≥ 86.4 % | |
Efficiency at low load (10%): | ≥ 77.0 % | |
No-load power consumption: | ≤ 0.10 W | |
Ambient conditions: | Transport/Storage: | -30 to +70°C/0 to 90% r. H. |
Operation: | 0 to +40°C/5 to 80% r. H. non condensing | |
Maximum altitude: | 4000 m (at an ambient temperature of 25°C) | |
Protection category: | IP40 (if cable end protector is inserted) |
* x = B, E, H, K, N, R, S, U, Z
Supply voltage: | 24.0 V DC | |
Rated current: | 2.0 A | |
Power consumption in standby mode: | ≤ 0.55 W (front closed) | |
Operating mode: | S3 5% (max. 10 motions/10 min.) | |
Emission sound pressure level: | < 70 dB(A) | |
Ambient conditions: | Transport/Storage: | -30 to +70°C/0 to 90% r. H. |
Operation: | 0 to +40°C/5 to 80% r. H. non condensing | |
Maximum altitude: | 2000 m (at an ambient temperature of 25°C) | |
Protection category: | IP20 | |
Radio equipment: | Frequency band: | 2.404 to 2.452 GHz |
Maximum radio-frequency power: | +4 dBm/2.5 mW | |
Range: | typically 10 m (depending on material and contents) | |
Transmission method: | bidirectional, via a coded wire |
Supply voltage: | 24.0 V DC | |
Rated current: | 2.0 A | |
Power consumption in standby mode (23.A001): | ≤ 0.15 W (front closed) | |
Power consumption in standby mode (23KA001): | ≤ 0.40 W (front closed) | |
Operating mode: | S3 5% (max. 10 motions/10 min.) | |
Emission sound pressure level: | < 70 dB(A) | |
Ambient conditions: | Transport/Storage: | -30 to +70°C/0 to 90% r. H. |
Operation: | 0 to +40°C/5 to 80% r. H. non condensing | |
Maximum altitude: | 4000 m (at an ambient temperature of 25°C) | |
Protection category: | IP20 | |
Radio equipment: | Frequency band: | 2.404 to 2.452 GHz |
Maximum radio-frequency power: | +4 dBm/2.5 mW | |
Range: | typically 10 m (depending on material and contents) | |
Transmission method: | bidirectional, via a coded wire |
Supply voltage: | 24.0 V DC | |
Rated current: | 2.0 A | |
Power consumption in standby mode: | ≤ 0.15 W (front closed) | |
Operating mode: | S3 5% (max. 10 motions/10 min.) | |
Emission sound pressure level: | < 70 dB(A) | |
Ambient conditions: | Transport/Storage: | -30 to +70°C/0 to 90% r. H. |
Operation: | 0 to +40°C/5 to 80% r. H. non condensing | |
Maximum altitude: | 2000 m (at an ambient temperature of 25°C) | |
Protection category: | IP20 |
Supply voltage: | 24.0 V DC | |
Rated current: | 2.0 A | |
Power consumption in standby mode: | ≤ 0.15 W (front closed) | |
Power consumption in standby mode (with wireless receiver): | ≤ 0.35 W (front closed) | |
Operating mode: | S3 5% (max. 10 motions/10 min.) | |
Emission sound pressure level: | < 70 dB(A) | |
Ambient conditions: | Transport/Storage: | -30 to +70°C/0 to 90% r. H. |
Operation: | 0 to +40°C/5 to 80% r. H. non condensing | |
Maximum altitude: | 2000 m (at an ambient temperature of 25°C) | |
Protection category: | IP20 | |
Radio equipment: | Frequency band: | 2.404 to 2.452 GHz |
Maximum radio-frequency power: | +4 dBm/2.5 mW | |
Range: | typically 10 m (depending on material and contents) | |
Transmission method: | bidirectional, via a coded wire |
Supply voltage: | 3.0 V Lithium button cell CR2032 | |
Rated current: | 10 mA | |
Power consumption in standby mode: | ≤ 1 μW | |
Ambient conditions: | Transport/Storage: | -30 to +70°C/0 to 90% r. H. |
Operation: | 0 to +40°C/5 to 80% r. H. non condensing | |
Maximum altitude: | 4000 m (at an ambient temperature of 25°C) | |
Protection category: | IP20 | |
Radio equipment: | Frequency band: | 2.404 to 2.452 GHz |
Maximum radio-frequency power: | +4 dBm/2.5 mW | |
Range: | typically 10 m (depending on material and contents) | |
Transmission method: | bidirectional, via a coded wire |
Supply voltage: | 24.0 V DC | |
Rated current: | 10 mA | |
Power consumption in standby mode: | ≤ 0.20 W | |
Ambient conditions: | Transport/Storage: | -30 to +70°C/0 to 90% r. H. |
Operation: | 0 to +40°C/5 to 80% r. H. non condensing | |
Maximum altitude: | 2000 m (at an ambient temperature of 25°C) | |
Protection category: | IP20 | |
Radio equipment: | Frequency band: | 2.404 to 2.452 GHz |
Maximum radio-frequency power: | +4 dBm/2.5 mW | |
Range: | typically 10 m (depending on material and contents) | |
Transmission method: | bidirectional, via a coded wire |
Supply voltage: | 24.0 V DC | |
Rated current: | 25 mA | |
Power consumption in standby mode: | ≤ 0.20 W | |
Switching current: | ≤ 10.0 A | |
Switching threshold: | 0.2 m/s² ≈ 0.02 g | |
Ambient conditions: | Transport/Storage: | -30 to +70°C/0 to 90% r. H. |
Operation: | 0 to +40°C/5 to 80% r. H. non condensing | |
Maximum altitude: | 2000 m (at an ambient temperature of 25°C) | |
Protection category: | IP20 |
Supply voltage: | 24.0 V DC | |
Rated current: | 10 mA | |
Power consumption in standby mode: | ≤ 0.10 W | |
Ambient conditions: | Transport/Storage: | -30 to +70°C/0 to 90% r. H. |
Operation: | 0 to +40°C/5 to 80% r. H. non condensing | |
Maximum altitude: | 2000 m (at an ambient temperature of 25°C) | |
Protection category: | IP20 |
Rated voltage: | 24.0 V DC | |
Rated current: | 10.0 A | |
Ambient conditions: | Transport/Storage: | -30 to +70°C/0 to 90% r. H. |
Operation: | 0 to +40°C/5 to 80% r. H. non condensing | |
Maximum altitude: | 4000 m (at an ambient temperature of 25°C) |
SERVO-DRIVE complies with current safety standards. Nevertheless, there will still be certain residual risks if the information contained in this instruction leaflet is not observed. Please be aware that Julius Blum GmbH is not responsible for incidental or consequential damages that may arise due to non-compliance with this instruction leaflet.
* x = B, E, H, K, N, R, S, U, Z
Structural changes and spare parts not approved by the manufacturer have an adverse effect on the safety and functionality of SERVO-DRIVE and therefore are not allowed.
NOTE
To ensure that lift systems, drawers, refrigerators or freezers and dishwashers cannot be activated unintentionally, we recommend connecting the SERVO-DRIVE power supply unit to a switched outlet.
For more information, please consult an electronics retailer.
NOTE
A safety distance of 30 mm must be maintained for air circulation; otherwise, there is a risk that the SERVO-DRIVE power supply unit could overheat.
Opening and closing lift systems may pose a risk of injury to children.
Persons, especially children, who are sitting or standing on work surfaces may be pushed from work surfaces or injured when opening and closing a lift system.
May pose a choking hazard to children when playing with the SERVO-DRIVE switch.
Children could choke on the SERVO-DRIVE switch battery.
Opening drawers may pose a risk of injury to children!
Danger of death from electric shock!
There is a danger of electric shock if fluids penetrate the SERVO-DRIVE power supply unit.
Danger of injury if the lever springs upward!
There is a danger of injury from the lever springing upwards during improper removal of the front including fittings.
SERVO-DRIVE power supply units
SERVO-DRIVE power supply units provide power to the drive unit. SERVO-DRIVE power supply unit function can be checked via the operating mode indicator (LED).
Blum partners worldwide can be found at:
www.blum.com/addresses
Julius Blum GmbH
6973 Höchst, Austria
Tel.: +43 5578 705-0
Fax: +43 5578 705-44
E-mail: info@blum.com
www.blum.com
Here you can download full pdf version of manual, it may contain additional safety instructions, warranty information, FCC rules, etc.
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