In animal transport, the temperature inside the cargo should legally meet certain standards. The temperature is measured by a sensor and can be read in the cabin. For such an application you need a duplex remote.
A Tyro remote has already been used for the operation of valves, bulkheads, shaft, and the fan, therefore, it was a small step for Tyro to make a duplex remote control with a display to read the temperature on the transmitter. By doing that, Tyro made it possible to read the temperature on the transmitter!
Reliable, safe, and custom-made are the core values of the tyro remotes.
This project shows our core value that we are good at customization. The other two values that our products are reliable and safe are evident from the rapid growth of our organization, various certifications that we have, and our reputed client base.
Many customers are also attracted to Tyro’s flexibility as an organization and as a manufacturer of industrial remote controls. At tyro, customer-specific modifications can be achieved quickly and cost-effectively.
https://andersoncontrol.com/wp-content/uploads/2024/11/livestock-cargo-measurement-remote-control.jpg520870heykevinhttps://andersoncontrol.com/wp-content/uploads/2024/07/anderson-control-logo.webpheykevin2024-11-12 13:48:122024-11-12 13:48:12Temperature measurement in livestock cargo
Learn how DynaGen controllers, Tyro radio remote control and Messenger telemetry products can be used to create an integrated control solution.
Mobile Conveyors Provide Flexibility and Efficiency
Mobile conveyors are widely used in agriculture, aggregate production, construction, and mining and offer a range of benefits that can be greatly enhanced with wireless automation and tight integration to engine and machine control. Combined with engine and machine control solutions, mobile conveyors become easily adjustable, allowing for quick adaptation to changing process needs. A mobile conveyor enabled with wireless automation can improve production capacity while providing a wider field of view, enhancing safety for operators when transporting hazardous materials.
Integrated Controls Can Boost Productivity and Safety
Operating mobile conveyors efficiently requires intelligent machine control systems to effectively control and regulate movement and overall performance while enhancing operator safety. Utilizing Cattron’s application engineering expertise and an integrated controls approach will result in optimized control over the conveyor’s speed, direction, and material-carrying capacity. The system architecture can be set up to enable a radio remote control option. Wireless remote controls allow operators to interact with the conveyor without any physical interface, boosting safety and efficiency. Incorporating our cloud-based telematics solutions can add another level of intelligence, enabling real-time monitoring, remote diagnostics, and machine tracking.
The integrated controls approach can add significant value to your business. Machine operators will benefit from our market-leading technology and system expertise:
Integrated DynaGen™ engine controllers offer end users reliable control over engine performance in extremely harsh environments. They are a central point of monitoring for warnings and failures, providing seamless engine and conveyor control integration. DynaGen controllers can transform mechanical systems into a J1939 gateway and enhance the communication interfaces to other devices and systems.
Tyro™radio remote control solutions offer end users a way of controlling speed, direction, height, and on/off functions without being at the control panel, increasing operator safety.
Cloud-based monitoring with RemoteIQ™ allows end users to track high-value equipment through GPS location monitoring and provides remote equipment visibility and oversight through intuitive dashboards and alarm notifications.
Choosing the Right Engine Control Partner
Our integrated solutions are designed to meet the needs of both machine OEMs and end users. We offer durable plug-and-play engine controllers and panels, including rapid prototyping, variable speed capabilities, wireless remote control modules, cloud-based remote monitoring and diagnostics. In addition, our CANbus-based hardware seamlessly connects everything, using optimized wire harnesses, sensors, and HMI products.
Our comprehensive approach means we work closely with the Engine OEM and the Machine OEM to boost productivity, ensure maximum uptime, and prioritize safety.
Contact us for a consultation.
Integrated Mobile Conveyor Control
A comprehensive solution incorporating DynaGen engine controllers with a Tyro wireless remote control for safety.
https://andersoncontrol.com/wp-content/uploads/2024/02/mobile-conveyor-app-page-1600x880-1-1024x576-1.jpg5761024heykevinhttps://andersoncontrol.com/wp-content/uploads/2024/07/anderson-control-logo.webpheykevin2024-02-21 12:22:052024-12-18 12:37:41Mobile Conveyor Control Systems
For any machine requiring a fixed guard-door or cover, the YSR series ensures reliable state monitoring (door open or closed). Thanks to their serial connection capability, YSR types are particularly suitable for applications using multiple sensors, such as long packaging or assembly lines. These RFID-coded devices are classified type 4 according to ISO 14119.
RFID technology enables the user to assign a unique code to each sensor and actuator system, which greatly reduces the risk of tampering. YSR sensors can also be connected in series via the OSSD output and inputs, allowing up to 30 sensors to connect with just one relay or controller.
Since each sensor can provide individual feedback, it is possible to identify which guard-doors are open and which are closed. This is particularly useful when many sensors are connected in series.
The YSR series is part of a range of non-contact safety sensors used to monitor guard-doors, hoods or covers. Thanks to non-contact switching and coded RFID communication, the service life of these compact sensors is very long. Housings are ECOLAB-approved and rated to IP6K9K, making them suitable for washdown applications.
Safety level is category 4 according to ISO 13849-1.
https://andersoncontrol.com/wp-content/uploads/2018/05/566x281px_Safety_RFID.jpg281566heykevinhttps://andersoncontrol.com/wp-content/uploads/2024/07/anderson-control-logo.webpheykevin2018-05-11 09:30:262019-05-14 11:25:30Magnetically or RFID-coded safety sensors provide contactless security for doors, hoods and flaps
To speed up delivery to our North American customers, Contrinex is now manufacturing our highly popular SAFETINEX line of light curtains in the USA! Each Safetinex product is hand-assembled, tested for quality and accuracy, pressurized and verified right in our newly expanded Texas location. Call (866) 289 2899 to order your kit today.
The newly developed YBB Type 2 series comprises a complete range of 30 mm resolution hand protection devices for all your Type 2, PL c, SIL 1 applications.
The rugged aluminum housing and PMMA screen are suitable for applications in almost any kind of industrial environments. Quick and simple installation is achieved by 5-pin M12 connector, integrated alignment aids, and the mounting brackets also included.
Robust housing
Simple wiring and installation
Protective heights from 150 mm to 1827 mm
Operating distance up to 12 m
TECHNICAL DATA
Supply voltage: 24 VDC +/-20%
Protection class: IP 65 + IP 67
Operating temperature: 0…50°C
Safety rating: Type 2, category 2, PL c, SIL 1
Resolution: 30 mm
Output: 2 x PNP
Certification: TÜV SÜD, CE
Labeling machines
For the operators of fully automated product labeling machines, the hazard involved is mostly slight.
If the result of the risk assessment allows the use of a Type 2 / PL c / SIL 1 safety light curtain, a protected machine opening can be used to interrupt the conveyor or material feeding as well as the labeling process itself as soon as an operator reaches into the protective field of the light curtain.
Furthermore, the same installation can be used to detect a material jam or products that have tipped over.
Simple wiring with standard M12 connectors
Ingress protection degree IP 65 + IP 67
Easy-to-use mounting brackets included
Pick-and-place robots
Many pick and place tasks are performed with the help of small robots, which represent a relatively modest hazard to staff. If the result of the risk assessment allows the use of a Type 2 / PL c / SIL 1 safety light curtain, the robot arm movements can simply be stopped if an operator reaches into the process during operation.
This then protects very effectively both the operator and the machinery.
Cost-effective and safe solution
Robust mechanical design
Operating distance up to 12 m
Laser cutting machines with moving tables
Laser cutters with fast-moving tables holding the working pieces represent a risk to machine operators. A safety light curtain can be considered to prevent people from reaching into or entering the ongoing process. In case of intrusion during a potentially dangerous phase, table movement can be stopped promptly.
If the result of the risk assessment allows the use of a Type 2 / PL c / SIL 1 safety light curtain, the protection is very effective. In addition, a direct view onto the working process is possible with no physical barriers that complicate access to the machine or finished parts.
Protective heights available from 150 mm to 1827 mm
Quick response time allows installation close to the working process
Mirror columns available for multi-side protection
The robust cable transducers GCA5 are ideally suited for outdoor applications and cramped installation space.
The robust cable transducers GCA5 are ideally suited for outdoor applications and cramped installation space.
Sensor expert Baumer is further expanding their portfolio of cable transducers being the easiest, most reliable and cost-efficient way to measure linear motion within a path from 0.5 to 50 m. New series GCA5 is practice-proven when the going gets tough, for example at mobile machinery, and is ideally suited for use in cramped installation conditions.
The compact cable transducers of the GCA5 series do not compromise on maximum robustness in demanding applications. The housing of impact-resistant plastics, the corrosion-proof stainless steel cable with abrasion-resistant nylon sheath and the non-contact wear-free magnetic sensing make them the optimal choice for reliable and low-maintenance deployment in harsh environments. Thanks to the innovative design with three-chamber-principle, both electronics and stainless steel spring are hermetically encapsulated against the cable drum. The integrated flexible dirt skimmer at the cable inlet is an additional protection against humidity and ingress of any other harmful environmental substance for maximum application reliability.
The cable transducers of the GCA5 series feature a maximum measuring range of 4700 mm and are available either with integrated CANopen interface or analog output 0.5…4.5 VDC. The CANopen variant provides additionally redundant position sensing and hence simplifies function monitoring at control level. Housing protection IP 67 (cable inlet IP 54), shock resistant up to 50 g, vibration proof up to 10 g and the extended temperature range from -40 to +85 °C make the cable transducers particularly robust and resistant against temperature fluctuations and all kinds of soiling.
The cable transducers of the GCA5 series excel by their narrow design and shallow installation depth of a mere 65 mm which allows easy installation even in cramped space – as prevailing in mobile machinery and utility or transport vehicles. Cable transducers series have been standing the test of time in outrigger positioning at mobile cranes and telehandlers as well as height positioning at floor conveyor trucks and stacker cranes. Whether as OEM equipment or for retrofit – the robust and compact cable transducers are ideal for precise measurement of linear motion in demanding applications.
00heykevinhttps://andersoncontrol.com/wp-content/uploads/2024/07/anderson-control-logo.webpheykevin2016-12-28 10:07:162016-12-28 10:07:16Robust cable transducers – linear position sensing made easy!
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Since each sensor can provide individual feedback, it is possible to identify which guard-doors are open and which are closed. This is particularly useful when many sensors are connected in series.
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TECHNICAL DATA
