Radio remote controls are an integral part of modern manufacturing plants and operations. They allow operators to manage machinery and equipment from a safe distance while reducing the need for direct human interaction with potentially hazardous machines. Radio remote controls also enable precise equipment control, leading to improved efficiency and less risk of operator error. With additional protection like Black Channel Communication, radio remote controls become even more secure and reliable.
Overview of Black Channel Communications
Black Channel Communication is a communication technology used to ensure the reliability of transmitted signals within control systems, particularly in manufacturing plants. This communication strategy involves the use of a functional safety protocol that operates on a separate, dedicated channel (the “black channel”) to verify the integrity of transmitted signals.
How Black Channel Communications Works
Black Channel Communication revolutionizes how signals are transmitted in control systems by utilizing a dedicated, functional safety protocol that operates independently of noncritical communication channels. This safety protocol inspects the integrity of signals sent across the ‘black channel’. Functioning independently ensures that even if the noncritical channel is compromised or experiences interference, the safety protocol remains unscathed, thus providing a failsafe mechanism.
How the Black Channel Enhances Safety
Another aspect of Black Channel Communication is the safety mechanisms to verify outgoing and incoming data sequencing. The sequencing mechanisms ensure that the correct data is processed in a very particular order. This technology is especially beneficial in high-stakes environments like manufacturing plants, where the slightest error or interruption can have far-reaching consequences. Its application is vital in systems where safety is paramount, as it can detect and react to any interference or corruption of the data.
Implementing Black Channel Communication can improve safety and efficiency metrics, especially in large manufacturing plants. For example, consider a plant experiencing occasional signal interference within its control systems, leading to sporadic operational glitches and potential safety hazards. With Black Channel Communication integrated into its radio remote control systems, the functional safety protocol can monitor the integrity of critical data, immediately detecting errors and taking necessary, safe approaches to correcting the problem. As a result, the instances of operational glitches will drop, thereby enhancing overall safety. Additionally, the newfound reliability of the plant’s control systems improves production efficiency by minimizing downtime.
Partner for Safe and Reliable Radio Remote Controls
Black Channel Communication is a technology that strengthens safety and efficiency within manufacturing plants and beyond. Ensuring the integrity of signals transmitted via radio remote control eliminates the risk of interference or corruption that can lead to operational glitches and potential safety hazards.
We selected radio remote controls enhanced with black channel communication to provide a robust solution for protecting control signals from unauthorized access or tampering. Products include Remtron and Safe-D-Stop.
https://andersoncontrol.com/wp-content/uploads/2025/04/Black-Channel-1600x1200-EN.jpg12001600heykevinhttps://andersoncontrol.com/wp-content/uploads/2024/07/anderson-control-logo.webpheykevin2025-04-28 09:24:342025-04-28 13:16:22The Importance of Black Channel Communication in Radio Remote Control
Empowering manufacturers, and those who work with truck-mounted equipment, with remote control tools.
In an era where efficiency and safety are paramount, the work truck industry is experiencing a transformative shift thanks to a variety of advanced truck-mounted equipment options.
Cattron recently introduced its Tyro 2S family of products to the North American market, promising to change the way upfitters, truck body builders, and manufacturers of specialized vehicles approach truck-mounted equipment control.
A DIRECT LINE TO THE FUTURE
The Tyro 2S line brings flexibility and precision to truck-mounted, engine-driven, hydraulically driven, and electrically driven equipment. This technology allows end-users to control their equipment from handheld devices, enhancing safety, productivity, and operational efficiency across various applications.
“The evolution of engine technology to meet stringent emissions standards like Tier 4 final and Stage 5 has led to more sophisticated electronic control systems,” says Shane Samson, business development manager at Cattron. “This complexity has sparked a growing demand from our customers for deeper insights into their engine operations. Concurrently, we’re observing a trend in mobile applications where increased automation is becoming crucial. This automation allows for greater productivity with a reduced workforce, addressing the challenges of labor shortages and operational efficiency concurrently.”
Tyro 2S family of products
VOLUMETRIC CONCRETE MIXERS
Volumetric concrete mixers allow on-site mixing and greater control over the production process. The integration of Tyro 2S remote control systems takes this a step further. Operators can now control the mixer’s functions remotely, moving away from traditional control panels mounted on the truck.
Tyro 2S systems enable input of mix designs and production of concrete at the touch of a button. Remote capability is particularly valuable in challenging or hazardous environments where operator safety is a concern. The system’s rapid response time of under 0.1 seconds ensures real-time control, critical for maintaining concrete quality and consistency.
Tyro’s Musca 6F Concrete Remote complements Cattron’s existing Pump Boss product. The system’s ability to support global frequencies (434 MHz, 915 MHz, and 2.4 GHz) ensures compatibility across different regions.
DETACHABLE AND INTERCHANGEABLE WORK TRUCK BODIES
The concept of detachable work truck bodies has increased productivity for fleet management, allowing one truck to perform the work of an entire fleet. Tyro 2S provides remote control over the electric-powered hydraulic hoist and winch systems used for loading and unloading interchangeable bodies.
No matter the type of body, it offers precise control from a safe distance. This is particularly beneficial in industries such as waste hauling, municipalities, landscaping, snow and ice management, tree care, and construction. With an IP65 to IP68 rating, Tyro 2S controllers can withstand harsh environments, including exposure to dust, moisture, and impact.
Tyro 2S system enables precise input of mix designs and production of concrete.
SEWAGE PUMPERS
For the liquid waste industry, including businesses maintaining residential and commercial septic systems, renting portable restrooms, and providing industrial vacuum services, the system offers control and safety.
Operators can control pumping operations from a safe distance, reducing exposure to potentially hazardous materials. The system’s customizable interface allows for specific functions to be programmed, such as controlling pump speed, monitoring tank levels, and managing pressure systems.
Tyro 2S’s compatibility with CAN bus systems permits communication between the remote control and the equipment. This integration allows for real-time monitoring of critical parameters.
FLATBED CAR CARRIERS
Flatbed car carriers rely heavily on hydraulics when loading and unloading vehicles. Hydraulic motors not only control the flatbed’s tilting functions, but also its winch. Operators can control the bed and winch from various vantage points.
The system’s ergonomic design, with large tactile buttons and backlit keys, makes it easy to use even when wearing gloves – a common scenario in the towing and recovery industry. The haptic feedback feature provides operators with immediate confirmation of their commands, crucial when handling valuable cargo like vehicles.
Recovery trucks and wreckers utilize a wide array of truck-mounted, engine-driven, hydraulically-driven, and electrically-driven equipment.
RECOVERY TRUCKS AND WRECKERS
Recovery trucks and wreckers utilize a wide array of truck-mounted, engine-driven, hydraulically driven, and electrically driven equipment. Operators can manage winches, booms, and outrigger stabilizers remotely, allowing for precise positioning and operation in challenging recovery scenarios. The system’s ability to provide real-time feedback on the equipment’s status enhances safety and efficiency, particularly in time-sensitive or hazardous recovery situations.
TECHNOLOGICAL ADVANCES AND INDUSTRY IMPACT
Remote control technology for work trucks addresses many of the challenges faced by the industry.
Customization: The systems offer extensive customization options, allowing users to personalize transmitters with specific icons and symbols matching their equipment’s control interfaces. This enhances safety and ease of use across different applications.
Durability: With IP ratings ranging from IP65 to IP68, products are built to withstand the harshest environments. This durability ensures reliable performance in various conditions, from dusty construction sites to wet and muddy terrains.
Safety: The implementation of advanced safety features, including ISO 13849-1 PL-c certification for some models, addresses the industry’s growing focus on operator and bystander safety.
Flexibility: Support for multiple frequencies and the ability to pair multiple transmitters with a single receiver (and vice versa) provide the flexibility needed in diverse work environments.
Integration: The system’s compatibility with CAN bus, supporting protocols like J1939 and CANopen, allows for seamless integration with modern vehicle systems.
Pump Boss gives workers a method of operating concrete mixer trucks, volumetric mixers, and line pumps, and is compatible with the Tyro 2S system.
THE COMPLETE PACKAGE
Emphasizing user-friendliness and operational efficiency, the Tyro 2S systems incorporate advanced features like one-touch pairing. This allows for quick transmitter-receiver connections, reducing setup time – a crucial advantage in mobile applications where equipment is frequently relocated. Furthermore, the system’s support for multiple transmitter-receiver pairings enhances operational flexibility and provides built-in redundancy, allowing multiple operators to control equipment seamlessly and ensuring continuous operation even if a transmitter is misplaced or damaged.
“We are proud to offer U.S. and Canadian customers the same level of performance and reliability that European customers have appreciated from Tyro for years,” says Ryan Wooten, CEO of Cattron. “Tyro products bolster our global portfolio with a proven remote-control solution for mobile equipment applications.”
UNIQUE IN THE INDUSTRY
Cattron offers solutions for remote equipment control. The company’s product portfolio covers remote control systems and also on-engine controls. This approach allows Cattron to address a wide range of control needs, from basic remote operations to complex engine function integration. By providing this full spectrum of solutions, Cattron simplifies the process for customers seeking to enhance their equipment’s capabilities, whether for standard remote-control applications or more specialized engine-related controls.
As work truck applications continue to evolve, remote control systems will play a crucial role in enhancing efficiency, safety, and operational capabilities. As the industry moves towards more automated and remotely operated systems, these technologies are set to become not just a luxury but a necessity in the modern work truck ecosystem.
The future of work truck operations is here, and it’s in the palm of your hand. The industry is poised for a new era of safer, more efficient, and more versatile truck-mounted operations.
https://andersoncontrol.com/wp-content/uploads/2024/07/anderson-control-logo.webp00heykevinhttps://andersoncontrol.com/wp-content/uploads/2024/07/anderson-control-logo.webpheykevin2025-04-23 15:27:452025-04-28 13:17:41Empowering manufacturers, and those who work with truck-mounted equipment, with remote control tools.
The Climate Air+ Solution combines RHT Air+ and AirGate Air+ devices to provide accurate, secure, and scalable temperature and humidity monitoring in critical environments such as pharmaceutical warehouses, data centers, and industrial facilities.
With LoRa technology for long-range communication and proprietary encryption for data security, this solution ensures regulatory compliance and operational continuity, even in challenging environments.
Check out the main applications of the product:
• Pharmaceutical Warehouses
• Data Centers
• Logistics and Industry
• Clean Rooms and Laboratories
The importance of reliable monitoring in the pharmaceutical industry
One of the biggest challenges in industries that require temperature and humidity control is ensuring the proper storage of raw materials and products while complying with all regulations. To achieve this, monitoring must be accurate, reliable, and continuous.
The first major challenge is measurement accuracy. Inaccurate sensors can compromise product quality. Additionally, sensors must be properly calibrated and certified, ensuring that records remain within the required standards and comply with current regulations such as FDA 21 CFR Part 11.
Another critical aspect is continuous monitoring. Relying on manual records or fragile systems can lead to reporting failures and even product loss due to unreliable data, resulting in significant financial losses.
Beyond technical and regulatory challenges, there is also an economic factor. Replacing existing systems can be difficult, so the ideal solution must be flexible, integrating seamlessly with current systems without complications or additional costs.
NOVUS developed the Climate Air+ solution to overcome these challenges, combining two innovative devices: RHT Air+ and AirGate Air+.
The RHT Air+ is a temperature and humidity sensor that automatically collects, records, and stores data in its memory. It then sends this information directly to the AirGate Air+, which also records and reads the data and transmits it online to a cloud or SCADA platform.
The devices communicate via radio, ensuring a stable connection even in environments with physical barriers, with a range of up to 3 km. This means that product movement does not interfere with data transmission.
With a storage capacity of up to 50 days and a 5-minute publishing interval, both devices ensure that even in extreme situations, such as power failures, data remains secure.
The RHT Air+ operates on a non-rechargeable internal battery, which can last up to two years depending on the publishing interval, or it can be powered via a USB-C port with a 5V DC power supply.
Meanwhile, the AirGate Air+ is powered by an external power source of 8 to 30V DC. Each AirGate Air+ receives information from up to 32 RHT Air+ devices, forming islands of continuous, precise, and secure monitoring.
Want to learn more? Visit the product page and discover all the details of this innovation: Climate-Air-Plus
https://andersoncontrol.com/wp-content/uploads/2024/07/anderson-control-logo.webp00heykevinhttps://andersoncontrol.com/wp-content/uploads/2024/07/anderson-control-logo.webpheykevin2025-04-10 11:18:552025-04-10 11:18:55Climate Air+: Temperature and Humidity Monitoring
There are many countries where there is no snow to ski on, or simply because there are no mountains. Winter sport enthusiasts who want to gain some experience before going to the slopes in the mountains can do this at a local indoor ski center.
Learn how to ski or snowboard step by step
SkiMachine from the Netherlands, supplier of indoor ski slopes, delivers machines which can be adjusted to the desired height with a conveyor belt covered with so-called ski grass. The conveyor belt is positioned at an angle and moves upwards to the top of the slope; this simulates the sliding speed on the slopes. A sprayer installation keeps the slope moist to give an optimum sliding experience.
Depending on the pupil skier’s competency, a practice bar can be mounted, and they can see themselves moving through a big two-way mirror. The indoor ski slopes are used to give skiing and snowboarding lessons.
Safety first
When a pupil touches a drawstring, the conveyor stops immediately. This prevents him or her from being pushed against the wall after a fall. A drawstring is fastened at the top and on both sides of the slope. In addition, there is a sensor on the top side of the slope that immediately stops the conveyor as soon as this type of movement is detected. The remote control provided by Tyro can manage the speed and also function as an extra stop.
Possible places where the teacher can stand
The Pyxis Auriga for operating a ski slope
The teacher has complete control with the Pyxis wireless control which has four function keys. In addition to increasing and reducing the speed, the machine can also be switched on or off, as is normally done. If a student loses balance, he or she can immediately press the quick stop button; the remote control and the receiver have a reaction time of less than 0.1 of a second. The Auriga receiver is connected to the control box.
A Tyro remote control is also delivered as a standard part of the ski slopes. Besides your own icons the remote control is also provided with your logo.
https://andersoncontrol.com/wp-content/uploads/2024/07/anderson-control-logo.webp00heykevinhttps://andersoncontrol.com/wp-content/uploads/2024/07/anderson-control-logo.webpheykevin2025-04-09 09:34:272025-04-09 09:34:27Learn to ski with the help of a Tyro remote control
The DS range of speed and standstill monitors are all SIL3/PLe and SIL2/PLd certified.
The abbreviation SIL (Safety Integrity Level) comes from the field of functional safety and is used in the international standard IEC 61508. The specific standard of safety-relevant electrical control systems is defined in the IEC or EN 62061.
The reliability of safety functions of electrical systems is classified into four different safety integrity levels. These classifications are SIL1 to SIL4. SIL1 is the lowest reliability classification, and SIL4 is the highest. The DS range of safety speed monitors can achieve a SIL3 safety integrity level.
PL (Performance Level) is used similarly to the safety integrity level when classifying safety classes. The performance level falls under the standard ISO 13849. This classification takes place from PLa to PLe. PLa has the lowest risk reduction, and PLe has the highest. The DS range of safety relays is certified up to PLe.
The picture below depicts the risk analysis, which assists in the calculation of the performance level. The first analysis step, S determines the severity of the injuries that can be sustained due to an accident. The analysis F deals with the frequency of a possible accident or the duration of the user’s stay under the risk. There is also a section regarding the possibility of avoiding the threat and the limitation of the damage that might occur. Consequently, high-risk applications require components with the highest performance level PLe, such as the DS Range of speed monitors.
The table in the picture compares the performance level to the corresponding safety integrity level. As a result, the combinations SIL3/PLe and SIL2/PLd can be derived.
https://andersoncontrol.com/wp-content/uploads/2024/07/anderson-control-logo.webp00heykevinhttps://andersoncontrol.com/wp-content/uploads/2024/07/anderson-control-logo.webpheykevin2025-03-26 12:50:362025-03-26 12:51:50What is SIL3/PLe and SIL2/PLd
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Radio remote controls are an integral part of modern manufacturing plants and operations. They allow operators to manage machinery and equipment from a safe distance while reducing the need for direct human interaction with potentially hazardous machines. Radio remote controls also enable precise equipment control, leading to improved efficiency and less risk of operator error. With additional protection like Black Channel Communication, radio remote controls become even more secure and reliable.
Overview of Black Channel Communications
Black Channel Communication is a communication technology used to ensure the reliability of transmitted signals within control systems, particularly in manufacturing plants. This communication strategy involves the use of a functional safety protocol that operates on a separate, dedicated channel (the “black channel”) to verify the integrity of transmitted signals.
How Black Channel Communications Works
Black Channel Communication revolutionizes how signals are transmitted in control systems by utilizing a dedicated, functional safety protocol that operates independently of noncritical communication channels. This safety protocol inspects the integrity of signals sent across the ‘black channel’. Functioning independently ensures that even if the noncritical channel is compromised or experiences interference, the safety protocol remains unscathed, thus providing a failsafe mechanism.
How the Black Channel Enhances Safety
Another aspect of Black Channel Communication is the safety mechanisms to verify outgoing and incoming data sequencing. The sequencing mechanisms ensure that the correct data is processed in a very particular order. This technology is especially beneficial in high-stakes environments like manufacturing plants, where the slightest error or interruption can have far-reaching consequences. Its application is vital in systems where safety is paramount, as it can detect and react to any interference or corruption of the data.
Implementing Black Channel Communication can improve safety and efficiency metrics, especially in large manufacturing plants. For example, consider a plant experiencing occasional signal interference within its control systems, leading to sporadic operational glitches and potential safety hazards. With Black Channel Communication integrated into its radio remote control systems, the functional safety protocol can monitor the integrity of critical data, immediately detecting errors and taking necessary, safe approaches to correcting the problem. As a result, the instances of operational glitches will drop, thereby enhancing overall safety. Additionally, the newfound reliability of the plant’s control systems improves production efficiency by minimizing downtime.
Partner for Safe and Reliable Radio Remote Controls
Black Channel Communication is a technology that strengthens safety and efficiency within manufacturing plants and beyond. Ensuring the integrity of signals transmitted via radio remote control eliminates the risk of interference or corruption that can lead to operational glitches and potential safety hazards.
We selected radio remote controls enhanced with black channel communication to provide a robust solution for protecting control signals from unauthorized access or tampering. Products include Remtron and Safe-D-Stop.
Tyro 2S remote control systems.
In an era where efficiency and safety are paramount, the work truck industry is experiencing a transformative shift thanks to a variety of advanced truck-mounted equipment options.
Cattron recently introduced its Tyro 2S family of products to the North American market, promising to change the way upfitters, truck body builders, and manufacturers of specialized vehicles approach truck-mounted equipment control.
A DIRECT LINE TO THE FUTURE
The Tyro 2S line brings flexibility and precision to truck-mounted, engine-driven, hydraulically driven, and electrically driven equipment. This technology allows end-users to control their equipment from handheld devices, enhancing safety, productivity, and operational efficiency across various applications.
“The evolution of engine technology to meet stringent emissions standards like Tier 4 final and Stage 5 has led to more sophisticated electronic control systems,” says Shane Samson, business development manager at Cattron. “This complexity has sparked a growing demand from our customers for deeper insights into their engine operations. Concurrently, we’re observing a trend in mobile applications where increased automation is becoming crucial. This automation allows for greater productivity with a reduced workforce, addressing the challenges of labor shortages and operational efficiency concurrently.”
Tyro 2S family of products
VOLUMETRIC CONCRETE MIXERS
Volumetric concrete mixers allow on-site mixing and greater control over the production process. The integration of Tyro 2S remote control systems takes this a step further. Operators can now control the mixer’s functions remotely, moving away from traditional control panels mounted on the truck.
Tyro 2S systems enable input of mix designs and production of concrete at the touch of a button. Remote capability is particularly valuable in challenging or hazardous environments where operator safety is a concern. The system’s rapid response time of under 0.1 seconds ensures real-time control, critical for maintaining concrete quality and consistency.
Tyro’s Musca 6F Concrete Remote complements Cattron’s existing Pump Boss product. The system’s ability to support global frequencies (434 MHz, 915 MHz, and 2.4 GHz) ensures compatibility across different regions.
DETACHABLE AND INTERCHANGEABLE WORK TRUCK BODIES
The concept of detachable work truck bodies has increased productivity for fleet management, allowing one truck to perform the work of an entire fleet. Tyro 2S provides remote control over the electric-powered hydraulic hoist and winch systems used for loading and unloading interchangeable bodies.
No matter the type of body, it offers precise control from a safe distance. This is particularly beneficial in industries such as waste hauling, municipalities, landscaping, snow and ice management, tree care, and construction. With an IP65 to IP68 rating, Tyro 2S controllers can withstand harsh environments, including exposure to dust, moisture, and impact.
Tyro 2S system enables precise input of mix designs and production of concrete.
SEWAGE PUMPERS
For the liquid waste industry, including businesses maintaining residential and commercial septic systems, renting portable restrooms, and providing industrial vacuum services, the system offers control and safety.
Operators can control pumping operations from a safe distance, reducing exposure to potentially hazardous materials. The system’s customizable interface allows for specific functions to be programmed, such as controlling pump speed, monitoring tank levels, and managing pressure systems.
Tyro 2S’s compatibility with CAN bus systems permits communication between the remote control and the equipment. This integration allows for real-time monitoring of critical parameters.
FLATBED CAR CARRIERS
Flatbed car carriers rely heavily on hydraulics when loading and unloading vehicles. Hydraulic motors not only control the flatbed’s tilting functions, but also its winch. Operators can control the bed and winch from various vantage points.
The system’s ergonomic design, with large tactile buttons and backlit keys, makes it easy to use even when wearing gloves – a common scenario in the towing and recovery industry. The haptic feedback feature provides operators with immediate confirmation of their commands, crucial when handling valuable cargo like vehicles.
Recovery trucks and wreckers utilize a wide array of truck-mounted, engine-driven, hydraulically-driven, and electrically-driven equipment.
RECOVERY TRUCKS AND WRECKERS
Recovery trucks and wreckers utilize a wide array of truck-mounted, engine-driven, hydraulically driven, and electrically driven equipment. Operators can manage winches, booms, and outrigger stabilizers remotely, allowing for precise positioning and operation in challenging recovery scenarios. The system’s ability to provide real-time feedback on the equipment’s status enhances safety and efficiency, particularly in time-sensitive or hazardous recovery situations.
TECHNOLOGICAL ADVANCES AND INDUSTRY IMPACT
Remote control technology for work trucks addresses many of the challenges faced by the industry.
Customization: The systems offer extensive customization options, allowing users to personalize transmitters with specific icons and symbols matching their equipment’s control interfaces. This enhances safety and ease of use across different applications.
Durability: With IP ratings ranging from IP65 to IP68, products are built to withstand the harshest environments. This durability ensures reliable performance in various conditions, from dusty construction sites to wet and muddy terrains.
Safety: The implementation of advanced safety features, including ISO 13849-1 PL-c certification for some models, addresses the industry’s growing focus on operator and bystander safety.
Flexibility: Support for multiple frequencies and the ability to pair multiple transmitters with a single receiver (and vice versa) provide the flexibility needed in diverse work environments.
Integration: The system’s compatibility with CAN bus, supporting protocols like J1939 and CANopen, allows for seamless integration with modern vehicle systems.
Pump Boss gives workers a method of operating concrete mixer trucks, volumetric mixers, and line pumps, and is compatible with the Tyro 2S system.
THE COMPLETE PACKAGE
Emphasizing user-friendliness and operational efficiency, the Tyro 2S systems incorporate advanced features like one-touch pairing. This allows for quick transmitter-receiver connections, reducing setup time – a crucial advantage in mobile applications where equipment is frequently relocated. Furthermore, the system’s support for multiple transmitter-receiver pairings enhances operational flexibility and provides built-in redundancy, allowing multiple operators to control equipment seamlessly and ensuring continuous operation even if a transmitter is misplaced or damaged.
“We are proud to offer U.S. and Canadian customers the same level of performance and reliability that European customers have appreciated from Tyro for years,” says Ryan Wooten, CEO of Cattron. “Tyro products bolster our global portfolio with a proven remote-control solution for mobile equipment applications.”
UNIQUE IN THE INDUSTRY
Cattron offers solutions for remote equipment control. The company’s product portfolio covers remote control systems and also on-engine controls. This approach allows Cattron to address a wide range of control needs, from basic remote operations to complex engine function integration. By providing this full spectrum of solutions, Cattron simplifies the process for customers seeking to enhance their equipment’s capabilities, whether for standard remote-control applications or more specialized engine-related controls.
As work truck applications continue to evolve, remote control systems will play a crucial role in enhancing efficiency, safety, and operational capabilities. As the industry moves towards more automated and remotely operated systems, these technologies are set to become not just a luxury but a necessity in the modern work truck ecosystem.
The future of work truck operations is here, and it’s in the palm of your hand. The industry is poised for a new era of safer, more efficient, and more versatile truck-mounted operations.
Climate Air+: Temperature and Humidity Monitoring
Aerospace and Defense, Agriculture, Beverage and Food, Factory Automation, Industries, Medical, New Technology, News & Events, Pharmaceutical, Products, SCADAThe Climate Air+ Solution combines RHT Air+ and AirGate Air+ devices to provide accurate, secure, and scalable temperature and humidity monitoring in critical environments such as pharmaceutical warehouses, data centers, and industrial facilities.
With LoRa technology for long-range communication and proprietary encryption for data security, this solution ensures regulatory compliance and operational continuity, even in challenging environments.
• Pharmaceutical Warehouses
• Data Centers
• Logistics and Industry
• Clean Rooms and Laboratories
The importance of reliable monitoring in the pharmaceutical industry
One of the biggest challenges in industries that require temperature and humidity control is ensuring the proper storage of raw materials and products while complying with all regulations. To achieve this, monitoring must be accurate, reliable, and continuous.
The first major challenge is measurement accuracy. Inaccurate sensors can compromise product quality. Additionally, sensors must be properly calibrated and certified, ensuring that records remain within the required standards and comply with current regulations such as FDA 21 CFR Part 11.
Another critical aspect is continuous monitoring. Relying on manual records or fragile systems can lead to reporting failures and even product loss due to unreliable data, resulting in significant financial losses.
Beyond technical and regulatory challenges, there is also an economic factor. Replacing existing systems can be difficult, so the ideal solution must be flexible, integrating seamlessly with current systems without complications or additional costs.
NOVUS developed the Climate Air+ solution to overcome these challenges, combining two innovative devices: RHT Air+ and AirGate Air+.
The RHT Air+ is a temperature and humidity sensor that automatically collects, records, and stores data in its memory. It then sends this information directly to the AirGate Air+, which also records and reads the data and transmits it online to a cloud or SCADA platform.
The devices communicate via radio, ensuring a stable connection even in environments with physical barriers, with a range of up to 3 km. This means that product movement does not interfere with data transmission.
With a storage capacity of up to 50 days and a 5-minute publishing interval, both devices ensure that even in extreme situations, such as power failures, data remains secure.
The RHT Air+ operates on a non-rechargeable internal battery, which can last up to two years depending on the publishing interval, or it can be powered via a USB-C port with a 5V DC power supply.
Meanwhile, the AirGate Air+ is powered by an external power source of 8 to 30V DC. Each AirGate Air+ receives information from up to 32 RHT Air+ devices, forming islands of continuous, precise, and secure monitoring.
Want to learn more? Visit the product page and discover all the details of this innovation: Climate-Air-Plus
Learn to ski with the help of a Tyro remote control
News & EventsThere are many countries where there is no snow to ski on, or simply because there are no mountains. Winter sport enthusiasts who want to gain some experience before going to the slopes in the mountains can do this at a local indoor ski center.
Learn how to ski or snowboard step by step
SkiMachine from the Netherlands, supplier of indoor ski slopes, delivers machines which can be adjusted to the desired height with a conveyor belt covered with so-called ski grass. The conveyor belt is positioned at an angle and moves upwards to the top of the slope; this simulates the sliding speed on the slopes. A sprayer installation keeps the slope moist to give an optimum sliding experience.
Depending on the pupil skier’s competency, a practice bar can be mounted, and they can see themselves moving through a big two-way mirror. The indoor ski slopes are used to give skiing and snowboarding lessons.
Safety first
When a pupil touches a drawstring, the conveyor stops immediately. This prevents him or her from being pushed against the wall after a fall. A drawstring is fastened at the top and on both sides of the slope. In addition, there is a sensor on the top side of the slope that immediately stops the conveyor as soon as this type of movement is detected. The remote control provided by Tyro can manage the speed and also function as an extra stop.
Possible places where the teacher can stand
The Pyxis Auriga for operating a ski slope
The teacher has complete control with the Pyxis wireless control which has four function keys. In addition to increasing and reducing the speed, the machine can also be switched on or off, as is normally done. If a student loses balance, he or she can immediately press the quick stop button; the remote control and the receiver have a reaction time of less than 0.1 of a second. The Auriga receiver is connected to the control box.
A Tyro remote control is also delivered as a standard part of the ski slopes. Besides your own icons the remote control is also provided with your logo.
What is SIL3/PLe and SIL2/PLd
News & EventsThe DS range of speed and standstill monitors are all SIL3/PLe and SIL2/PLd certified.
The abbreviation SIL (Safety Integrity Level) comes from the field of functional safety and is used in the international standard IEC 61508. The specific standard of safety-relevant electrical control systems is defined in the IEC or EN 62061.
The reliability of safety functions of electrical systems is classified into four different safety integrity levels. These classifications are SIL1 to SIL4. SIL1 is the lowest reliability classification, and SIL4 is the highest. The DS range of safety speed monitors can achieve a SIL3 safety integrity level.
PL (Performance Level) is used similarly to the safety integrity level when classifying safety classes. The performance level falls under the standard ISO 13849. This classification takes place from PLa to PLe. PLa has the lowest risk reduction, and PLe has the highest. The DS range of safety relays is certified up to PLe.
The picture below depicts the risk analysis, which assists in the calculation of the performance level. The first analysis step, S determines the severity of the injuries that can be sustained due to an accident. The analysis F deals with the frequency of a possible accident or the duration of the user’s stay under the risk. There is also a section regarding the possibility of avoiding the threat and the limitation of the damage that might occur. Consequently, high-risk applications require components with the highest performance level PLe, such as the DS Range of speed monitors.
The table in the picture compares the performance level to the corresponding safety integrity level. As a result, the combinations SIL3/PLe and SIL2/PLd can be derived.