| Diameter | 70 mm |
| Housing material | Pa |
| Design | Round |
Signaling columns
1 - 9
| Diameter | 70 mm |
| Housing material | Pa |
| Design | Round |
| Diameter | 70 mm |
| Housing material | Pa |
| Design | Round |
| Diameter | 70 mm |
| Housing material | Pa |
| Design | Round |
| Diameter | 70 mm |
| Housing material | Pa |
| Design | Round |
| Diameter | 70 mm |
| Housing material | Pa |
| Design | Round |
| Diameter | 70 mm |
| Housing material | Pa |
| Design | Round |
| Diameter | 70 mm |
| Housing material | Pa |
| Design | Round |
| Diameter | 70 mm |
| Housing material | Pa |
| Design | Round |
Signal towers are highly specialized devices used in many industries. They are used to make important information visible at a glance, thus improving communication and safety in the workplace. In this technical text, we will take a closer look at the different types of signal towers and their uses and advantages.
One of the best known types of signal towers are the so-called traffic light towers. These consist of several colored signal heads that can light up individually or in combination as required. The colors can have different meanings. For example, red may represent machine downtime, yellow may represent a warning, and green may represent normal operating condition. Due to the clear and unambiguous signaling, traffic light columns enable a quick and intuitive detection of the current situation.
Another type of signal towers are the multi-level signal towers. These consist of a column with several light elements that can light up one after the other or simultaneously. This allows complex information to be communicated, such as the progress of a production process or the availability of jobs. Flexible signal adjustment allows employees to respond quickly and efficiently to changes.
Signal towers can also be combined with acoustic signaling devices. This enables even faster and clearer communication. For example, certain acoustic signals can warn of dangers or indicate emergencies. The combination of light and sound signals is particularly beneficial in noisy and hectic work environments, as it effectively attracts the attention of employees.
The application possibilities of signal towers are manifold. They can be found in industrial manufacturing, warehouses, hospitals, airports and many other areas. Signal towers can be used wherever fast and clear communication is crucial. They help improve workplace safety by signaling hazards, optimizing work processes, and helping employees do their jobs.
A great advantage of signal towers is their ease of installation and operation. They can be easily mounted in different places and are usually equipped with a simple control system. Maintenance and care is also usually uncomplicated and requires little effort.
Overall, signal towers are an effective and versatile communication tool in industrial environments. They allow information to be communicated quickly and clearly, helping to improve workflow and workplace safety. The variety of different types of signal towers offers the right solution for every need. Whether traffic light columns, multi-level signaling devices or combinations with acoustic signaling devices - signal columns are an indispensable tool for an efficient and safe working environment.
One of the best known types of signal towers are the so-called traffic light towers. These consist of several colored signal heads that can light up individually or in combination as required. The colors can have different meanings. For example, red may represent machine downtime, yellow may represent a warning, and green may represent normal operating condition. Due to the clear and unambiguous signaling, traffic light columns enable a quick and intuitive detection of the current situation.
Another type of signal towers are the multi-level signal towers. These consist of a column with several light elements that can light up one after the other or simultaneously. This allows complex information to be communicated, such as the progress of a production process or the availability of jobs. Flexible signal adjustment allows employees to respond quickly and efficiently to changes.
Signal towers can also be combined with acoustic signaling devices. This enables even faster and clearer communication. For example, certain acoustic signals can warn of dangers or indicate emergencies. The combination of light and sound signals is particularly beneficial in noisy and hectic work environments, as it effectively attracts the attention of employees.
The application possibilities of signal towers are manifold. They can be found in industrial manufacturing, warehouses, hospitals, airports and many other areas. Signal towers can be used wherever fast and clear communication is crucial. They help improve workplace safety by signaling hazards, optimizing work processes, and helping employees do their jobs.
A great advantage of signal towers is their ease of installation and operation. They can be easily mounted in different places and are usually equipped with a simple control system. Maintenance and care is also usually uncomplicated and requires little effort.
Overall, signal towers are an effective and versatile communication tool in industrial environments. They allow information to be communicated quickly and clearly, helping to improve workflow and workplace safety. The variety of different types of signal towers offers the right solution for every need. Whether traffic light columns, multi-level signaling devices or combinations with acoustic signaling devices - signal columns are an indispensable tool for an efficient and safe working environment.
What are signal towers and what are they used for?
Signal towers are usually vertical towers consisting of several colored signal lights. They are used to transmit visual signals in different areas and situations. Signal towers are often found in industrial environments such as factories, warehouses or production facilities.
The different colors of the signal lights have different meanings and are used to convey certain information or warnings. For example, a red signal indicator can indicate that there is an emergency or a fault, while green lights can indicate a normal operating status. Yellow or orange lights may indicate that maintenance or other action is required.
Signal towers can also be combined with acoustic signaling devices such as sirens or buzzers to attract additional attention. With their eye-catching appearance and the ability to generate different combinations of light signals, signal towers serve to improve safety and efficiency in industrial environments by providing clear and highly visible information.
The different colors of the signal lights have different meanings and are used to convey certain information or warnings. For example, a red signal indicator can indicate that there is an emergency or a fault, while green lights can indicate a normal operating status. Yellow or orange lights may indicate that maintenance or other action is required.
Signal towers can also be combined with acoustic signaling devices such as sirens or buzzers to attract additional attention. With their eye-catching appearance and the ability to generate different combinations of light signals, signal towers serve to improve safety and efficiency in industrial environments by providing clear and highly visible information.
What different functions and signals can signal towers display?
Signal towers can display various functions and signals, depending on their use and equipment. Here are some examples:
1. Status displays: Signal towers can indicate the current status of a device or process, e.g. on/off, ready for operation, in operation, fault, maintenance or error.
2. Warning signals: Signal towers can display visual and audible warning signals to indicate a potential hazard or problem. This can be a flashing red light, a loud alarm signal or a combination of both.
3. Display of operating states: Signal towers can indicate the current operating status of a process, e.g. running, stopped, in motion, in position or in queue.
4. Temperature displays: In industrial environments, signal towers can also display the temperature of a process to indicate overheating or cooling.
5. Display of messages: Signal towers can also have text or symbol displays to show specific messages or instructions, such as "Caution, high voltage", "Do not switch on" or "Fault in system".
6. Traffic light function: Signal towers can also have a traffic light function in which different signals (e.g. red, yellow, green) indicate the status of a process, machine or system.
It is important to note that the functions and signals of a signal tower can vary depending on the manufacturer and model. It is therefore advisable to look up the specific functions and signals of a particular signal tower in the relevant documentation or from the manufacturer.
1. Status displays: Signal towers can indicate the current status of a device or process, e.g. on/off, ready for operation, in operation, fault, maintenance or error.
2. Warning signals: Signal towers can display visual and audible warning signals to indicate a potential hazard or problem. This can be a flashing red light, a loud alarm signal or a combination of both.
3. Display of operating states: Signal towers can indicate the current operating status of a process, e.g. running, stopped, in motion, in position or in queue.
4. Temperature displays: In industrial environments, signal towers can also display the temperature of a process to indicate overheating or cooling.
5. Display of messages: Signal towers can also have text or symbol displays to show specific messages or instructions, such as "Caution, high voltage", "Do not switch on" or "Fault in system".
6. Traffic light function: Signal towers can also have a traffic light function in which different signals (e.g. red, yellow, green) indicate the status of a process, machine or system.
It is important to note that the functions and signals of a signal tower can vary depending on the manufacturer and model. It is therefore advisable to look up the specific functions and signals of a particular signal tower in the relevant documentation or from the manufacturer.
How are signal towers used in industrial systems?
Signal towers are used in industrial plants to give visual and acoustic signals and communicate important information. They are used to inform employees about various events and conditions in the plant and can help to improve safety, efficiency and productivity.
The signals of a signal tower can be customized according to requirements. For example, they can be used to indicate the operating status of a machine, such as "in operation", "fault" or "switched off". They can also be used to draw attention to emergencies, e.g. by flashing or a loud alarm sound.
The signals are often combined with different colors and lighting effects to ensure clear and unambiguous communication. For example, the color red can indicate a fault or an emergency, while green indicates normal operating status.
Signal towers can be installed at various points in the plant, e.g. on machines, in control rooms or at entrances to production areas. They can also be connected to other systems in the plant, such as alarm systems or control technology, in order to react automatically to certain events.
Overall, signal towers help to improve communication and understanding in industrial plants and ensure that important information is transmitted quickly and effectively.
The signals of a signal tower can be customized according to requirements. For example, they can be used to indicate the operating status of a machine, such as "in operation", "fault" or "switched off". They can also be used to draw attention to emergencies, e.g. by flashing or a loud alarm sound.
The signals are often combined with different colors and lighting effects to ensure clear and unambiguous communication. For example, the color red can indicate a fault or an emergency, while green indicates normal operating status.
Signal towers can be installed at various points in the plant, e.g. on machines, in control rooms or at entrances to production areas. They can also be connected to other systems in the plant, such as alarm systems or control technology, in order to react automatically to certain events.
Overall, signal towers help to improve communication and understanding in industrial plants and ensure that important information is transmitted quickly and effectively.
What different types of signal towers are there?
There are different types of signal towers, which can have different attributes depending on the area of application and function. Here are some examples:
1. Light signals: This type of signal tower consists of several lights or lamps that can have different colors, such as red, yellow, green or blue. They are used to visually transmit warnings, alarm signals or notices.
2. Acoustic signals: This type of signal towers generates sounds or tones to signal alarms or warnings. They can take the form of sirens, horns or loudspeakers.
3. Flashing signals: This type of signal pillar consists of flashing lights to attract attention and draw attention to certain situations. They are often used in traffic signals or as warning signals in industrial environments.
4. Combined signals: There are also signal towers that combine different types of signals, for example a combination of light and acoustic signals. These provide an effective and simultaneous visual and acoustic warning.
5. Wireless signal towers: This type of signal tower is wireless and can be controlled via a remote control or wireless networks. They enable flexible and simple installation and can be used in various applications.
6. Ex-protected signal towers: This type of signal tower is designed for use in potentially explosive environments and meets special safety standards to ensure safe use.
This list is not exhaustive, as there may be other types of signal towers that are specifically tailored to certain applications or industries.
1. Light signals: This type of signal tower consists of several lights or lamps that can have different colors, such as red, yellow, green or blue. They are used to visually transmit warnings, alarm signals or notices.
2. Acoustic signals: This type of signal towers generates sounds or tones to signal alarms or warnings. They can take the form of sirens, horns or loudspeakers.
3. Flashing signals: This type of signal pillar consists of flashing lights to attract attention and draw attention to certain situations. They are often used in traffic signals or as warning signals in industrial environments.
4. Combined signals: There are also signal towers that combine different types of signals, for example a combination of light and acoustic signals. These provide an effective and simultaneous visual and acoustic warning.
5. Wireless signal towers: This type of signal tower is wireless and can be controlled via a remote control or wireless networks. They enable flexible and simple installation and can be used in various applications.
6. Ex-protected signal towers: This type of signal tower is designed for use in potentially explosive environments and meets special safety standards to ensure safe use.
This list is not exhaustive, as there may be other types of signal towers that are specifically tailored to certain applications or industries.
How are signal towers installed and connected?
Signal towers are usually assembled and installed in several steps:
1. Preparation: First of all, the necessary materials and tools must be provided. These include the signal tower itself, fastening materials, cables, screwdrivers, cutting tools, safety goggles and gloves.
2. Positioning: A suitable location for the signal tower must be determined. This should be done in a clearly visible location that meets the requirements of the application.
3. Fastening: The signal tower is mounted in the desired position using the mounting material, which can vary depending on the model. Make sure that the signal tower is stable and securely fastened to prevent it from falling or slipping.
4. Cabling: The signal tower must be connected to the appropriate power supply. To do this, the cables are routed from the signal tower to a power source. The exact wiring may vary depending on the model and application, but should always be carried out in accordance with safety standards.
5. Examination: After installation and connection, all functions of the signal tower should be checked to ensure that it is working properly. This includes the visibility of the signals, the light intensity and any sound signals.
It is important that the installation and connection work is carried out by specialists to ensure safe and correct installation. Specific instructions from the manufacturer can also be followed to install and connect the signal tower correctly.
1. Preparation: First of all, the necessary materials and tools must be provided. These include the signal tower itself, fastening materials, cables, screwdrivers, cutting tools, safety goggles and gloves.
2. Positioning: A suitable location for the signal tower must be determined. This should be done in a clearly visible location that meets the requirements of the application.
3. Fastening: The signal tower is mounted in the desired position using the mounting material, which can vary depending on the model. Make sure that the signal tower is stable and securely fastened to prevent it from falling or slipping.
4. Cabling: The signal tower must be connected to the appropriate power supply. To do this, the cables are routed from the signal tower to a power source. The exact wiring may vary depending on the model and application, but should always be carried out in accordance with safety standards.
5. Examination: After installation and connection, all functions of the signal tower should be checked to ensure that it is working properly. This includes the visibility of the signals, the light intensity and any sound signals.
It is important that the installation and connection work is carried out by specialists to ensure safe and correct installation. Specific instructions from the manufacturer can also be followed to install and connect the signal tower correctly.
What advantages do signal towers offer compared to other signaling systems?
Signal towers offer various advantages over other signaling systems:
1. Visibility: Signal towers are usually tall and highly visible, which helps them to be easily recognized from a distance. This is particularly useful in environments where a quick response is required, e.g. in production facilities or on construction sites.
2. Versatility: Signal towers can be equipped with various signals, such as visual and acoustic signals, which can be customized as required. This means they can be used for different applications and convey different information.
3. Flexibility: Signal towers can be easily installed and moved to different locations. This enables flexible adaptation to changing requirements or work processes.
4. Reliability: Signal towers are generally robust and durable, making them a reliable and low-maintenance solution. They are often dust and waterproof and can therefore also be used in difficult conditions.
5. Efficiency: By using signal towers, information can be communicated quickly and clearly, which can improve efficiency and safety in the workplace. Employees can see at a glance whether a certain action is required or whether everything is in order.
Overall, signal towers offer an effective and reliable way of communicating important information and improving safety in the workplace.
1. Visibility: Signal towers are usually tall and highly visible, which helps them to be easily recognized from a distance. This is particularly useful in environments where a quick response is required, e.g. in production facilities or on construction sites.
2. Versatility: Signal towers can be equipped with various signals, such as visual and acoustic signals, which can be customized as required. This means they can be used for different applications and convey different information.
3. Flexibility: Signal towers can be easily installed and moved to different locations. This enables flexible adaptation to changing requirements or work processes.
4. Reliability: Signal towers are generally robust and durable, making them a reliable and low-maintenance solution. They are often dust and waterproof and can therefore also be used in difficult conditions.
5. Efficiency: By using signal towers, information can be communicated quickly and clearly, which can improve efficiency and safety in the workplace. Employees can see at a glance whether a certain action is required or whether everything is in order.
Overall, signal towers offer an effective and reliable way of communicating important information and improving safety in the workplace.
What technical attributes and features are important when choosing a signal tower?
When selecting a signal tower, various technical attributes and features are important. Here are some examples:
1. Luminous colors and intensity: The signal tower should have different light colors to signal different states or warnings. The luminous colors should be clearly visible and have sufficient intensity to be easily recognizable even in daylight.
2. Flashing frequency: The signal tower should have an adjustable flashing frequency to increase attention or signal the desired status.
3. Volume of the alarm: If the signal tower also has an audible alarm, the volume should be adjustable to meet the requirements of the environment.
4. Protection class: Depending on the area of application and environment, the signal towers should have an appropriate protection class in order to be protected against dust, moisture or other environmental influences.
5. Mounting options: The signal tower should offer various mounting options so that it can be attached to different locations and surfaces, e.g. wall mounting, top mounting or pole mounting.
6. Operating temperature: The signal tower should have a wide operating temperature range in order to function reliably even in extreme environments.
7. Connection options: The signal tower should have various connection options so that it can be connected to other systems or devices, e.g. via screw terminals or plug connectors.
8. Robustness and resilience: The signal tower should be robust and resistant to vibrations, shocks or other mechanical loads to ensure a long service life and reliability.
9. Energy efficiency: The signal tower should be energy-saving in order to minimize energy consumption and reduce operating costs.
10. Certifications: Depending on the area of application and industry, certain certifications such as IP protection classes or explosion protection may be required. The signal tower should meet these requirements.
1. Luminous colors and intensity: The signal tower should have different light colors to signal different states or warnings. The luminous colors should be clearly visible and have sufficient intensity to be easily recognizable even in daylight.
2. Flashing frequency: The signal tower should have an adjustable flashing frequency to increase attention or signal the desired status.
3. Volume of the alarm: If the signal tower also has an audible alarm, the volume should be adjustable to meet the requirements of the environment.
4. Protection class: Depending on the area of application and environment, the signal towers should have an appropriate protection class in order to be protected against dust, moisture or other environmental influences.
5. Mounting options: The signal tower should offer various mounting options so that it can be attached to different locations and surfaces, e.g. wall mounting, top mounting or pole mounting.
6. Operating temperature: The signal tower should have a wide operating temperature range in order to function reliably even in extreme environments.
7. Connection options: The signal tower should have various connection options so that it can be connected to other systems or devices, e.g. via screw terminals or plug connectors.
8. Robustness and resilience: The signal tower should be robust and resistant to vibrations, shocks or other mechanical loads to ensure a long service life and reliability.
9. Energy efficiency: The signal tower should be energy-saving in order to minimize energy consumption and reduce operating costs.
10. Certifications: Depending on the area of application and industry, certain certifications such as IP protection classes or explosion protection may be required. The signal tower should meet these requirements.
How can signal towers contribute to improving occupational safety?
Signal towers can contribute to improving occupational safety in various ways:
1. Warning of dangers: Signal towers can be equipped with different colors and flashing patterns to indicate potential hazards. For example, a red signal column can indicate that an area is closed or that a machine is defective.
2. Communication of information: Signal towers can be used to communicate important information to employees, e.g. that a certain procedure must be followed or that special protective equipment is required.
3. Alerting in an emergency: Signal towers can be used as part of an alarm system to warn employees in the event of an emergency. For example, they can flash and emit a loud signal tone in the event of a fire or accident.
4. Visualization of processes: Signal towers can be used to indicate the current status of a process to employees. For example, a green signal column can indicate that a machine process is running normally, while a yellow signal column can indicate a fault.
5. Prevention of accidents: By using signal towers, potential hazards can be identified and avoided at an early stage. For example, they can alert employees to a potential hazard before an accident occurs.
Overall, signal towers help to improve occupational safety by alerting employees to hazards, communicating important information and raising the alarm in an emergency. Their visual and acoustic presence helps to prevent accidents and increase safety in the workplace.
1. Warning of dangers: Signal towers can be equipped with different colors and flashing patterns to indicate potential hazards. For example, a red signal column can indicate that an area is closed or that a machine is defective.
2. Communication of information: Signal towers can be used to communicate important information to employees, e.g. that a certain procedure must be followed or that special protective equipment is required.
3. Alerting in an emergency: Signal towers can be used as part of an alarm system to warn employees in the event of an emergency. For example, they can flash and emit a loud signal tone in the event of a fire or accident.
4. Visualization of processes: Signal towers can be used to indicate the current status of a process to employees. For example, a green signal column can indicate that a machine process is running normally, while a yellow signal column can indicate a fault.
5. Prevention of accidents: By using signal towers, potential hazards can be identified and avoided at an early stage. For example, they can alert employees to a potential hazard before an accident occurs.
Overall, signal towers help to improve occupational safety by alerting employees to hazards, communicating important information and raising the alarm in an emergency. Their visual and acoustic presence helps to prevent accidents and increase safety in the workplace.