A sprinkler system generally consists of a powerful pump – for example, the pump that pumps out the water from a ditch. When the computer indicates that the spray gun has finished with its program, the pump is expected to stop immediately.
This is done with the help of an Aquarius transmitter and an Aquarius receiver.
The Aquarius is programmed as a transmitter that receives a signal from the spray gun and sends it to the pump (at a distance of 700 meters!) which then directly shuts down. All this without human intervention, without the touch of a button.
This solution comes from the demand for a stable communication signal that the user can always trust. Tyro Remotes offers this guarantee with the M2M control systems based on the latest radiographic technology.
Machine-to-machine
The term ‘M2M’ or ‘Machine to Machine’ stands for the communication between machines without any human intervention.
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Slurry mixing, pumping, filling-in, and separation (e.g. of stones), all this happens on the farm premises before the pump is disconnected and the slurry tank is taken to the fields. A specialized German machine manufacturer decided to make a filling station for the above-mentioned process.
Automated filling process with radio remote control
The filling station is both stationary and as well as mobile. Due to the help of a wireless M2M remote control, the filling process is fully automated.
Remotely activated slurry pump
The filling station comprises a pump that pumps out the slurry from the pit and a separator that filters it. After filtration, the pump fills the slurry in the tank. When the farmer or the contractor comes with the empty tank to the filling station, he docks the suction arm of the slurry tank to the pump. Thereafter, he activates the slurry pump with the compact hand-held transmitter. The pump starts filling the slurry into the tank.
Communication between the radio control receiver and transmitter
Once the slurry tank is full, a sensor sends an input signal to the M2M transmitter mounted on the slurry tank. This M2M transmitter then automatically with the help of wireless communication sends a signal to the M2M wireless receiver that is mounted on the pump. Once the signal is received, the pump gets turned off automatically.
No maintenance requiring cables
Without cumbersome and fragile cables, the whole filling process is wirelessly managed. This provides the user of the slurry tank the necessary time savings as he need not to monitor the filling process himself. This gives him the flexibility to go away from the pump with complete peace of mind!
Aquarius M2M system
The Aquarius/Aquarius M2M system is especially suitable for this application since the electronics of the receivers are 100% waterproof and are protected against the effects of dirt, moisture, and strong ammonia vapors. It is, therefore, an industrial wireless system that is perfect for this application.
https://andersoncontrol.com/wp-content/uploads/2024/07/anderson-control-logo.webp00heykevinhttps://andersoncontrol.com/wp-content/uploads/2024/07/anderson-control-logo.webpheykevin2025-01-21 14:26:052025-01-21 14:32:33Advanced slurry pump with a filling station
Unleashing Efficiency and Safety for Your Operations
When it comes to system design and integration for mobile equipment, we are the industry leader. We take a comprehensive approach, partnering with the Engine OEM and the Machine OEM to enhance productivity, maximize uptime, and prioritize safety.
Our integrated solutions cater to the needs of both the machine OEM and the end user. For instance, we offer durable plug-and-play subsystems, including engine control panels with variable speed capabilities, wireless machine control, and cloud-based remote monitoring and diagnostics. Our CANbus-based hardware seamlessly ties it all together with optimized wire harnesses, sensors, and HMI products.
No matter your mobile equipment application, we’ve got you covered. We start by thoroughly understanding your requirements, specifications, and scope of work. Next, our team of experienced application engineers, project managers, and product experts will collaborate with you throughout the development process.
Enhance equipment performance and streamline operations with the power of telemetry. Remote monitoring technology enables businesses to monitor and manage large, dispersed equipment fleets from anywhere. It allows you to remotely track your equipment, measure performance, and receive critical warnings and alerts. The result is maximized equipment uptime and greatly reduced field service labor and overhead costs.
By implementing a remote monitoring system, businesses can benefit from improved visibility into their operations, increased efficiency in maintenance and repair activities, enhanced customer satisfaction through faster response times, lower operational costs, and better asset utilization. Furthermore, a remote monitoring system can reduce downtime by quickly pinpointing problems with equipment before they become more significant.
Selecting the Right Remote Monitoring System
Choosing the ideal telemetry system is pivotal for ensuring seamless integration and optimal results. Consider the following factors when selecting the perfect fit for your business:
Wireless data network coverage, cost, and longevity
Ease of device installation and activation
Hardware power requirements
Scalability to accommodate future growth
Availability of customer support resources and responsiveness
3rd party access to machine data through software APIs
Additionally, it is important to consider the size of your business and the type of equipment you are looking to monitor.
Implementing Remote Monitoring
Once you have chosen a remote monitoring system for your business, several steps must be taken to set it up and maintain it. Follow these steps to set up and maintain a successful implementation:
Hardware installation and connectivity assurance
Configuration of software features such as alarms and notifications
Comprehensive training for sales and service personnel
Regular system testing and performance evaluation
Strategic planning for responding to any issues or triggered alarms
To maximize the remote monitoring system’s potential, consider the following operational tips:
Real-time equipment performance monitoring with proactive adjustments
Alert configuration for maintenance and repair needs
Create user profiles for streamlined equipment data access
Automate data collection and reporting processes to save time and effort
Use data analysis software tools to identify operational trends
Implement predictive maintenance protocols to reduce unplanned downtime
Maximize Equipment Performance through Telemetry
Discover the capabilities of remote monitoring systems that bolster operational efficiency while curtailing costs. Telemetry can increase visibility into operations, help streamline processes, and improve asset utilization. Additionally, they empower businesses to anticipate and avert potential issues, mitigating costly downtime.
Explore our Messenger remote monitoring product portfolio that seamlessly integrates with the RemoteIQ™ cloud-based monitoring service to optimize customer operations.
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Eagle Signal manufactures electronic timer, electromechanical timer, and other devices. Within the electromechanical family is the HQ4 series of percentage timers. Percentage timers are a type of repeat cycle device that is compact and long-lasting. The HQ4 series is a unique timer that can function as an on delay, off delay, interval timer or repeat cycle device. Eagle Signal offers this accurate, economical, enclosed timer for a wide range of applications. Specifically, those where repetitive ON times of a fixed cycle requires adjustability. This series is a panel mounted unit with an exposed dial. The load relays’ seal protects against the environment. The HQ4 proves to be durable in industries such as chemical, feeding, irrigation controls, electric heaters, and motor controls. Recently, Eagle Signal developed an improved version of the HQ4 Series called the Cycl-Time® or CT4 Series.
CT4 series cycl-time percent timer/
The CT4 offers improved features including resolution, potentiometer, ease of setting, torque, safety, sealings, and wiring. Also, the Cycl-Time®’s resolution is more defined. For example, the colors of the faceplate offer more contrast for reading the time settings. With 100 ticks around the dial rather than 50, the CT4’s percentage options are more precise than the HQ4. The torque of the Cycl-Time® dial is more resistant to change than before. Once the timer is set, it will not rotate any further without intentional force from the user. These features combine to make the timer more accurate and easier to set. Safety is always the greatest concern when designing any product. The Cycl-Time® has a plastic guard over the terminal block to protect the user’s fingers from exposure to contractors. This percentage timer is ideal for applications environmental factors would usually cause concern. These features provide a longer lasting product and additional safety. The wiring and electrical connections of the HQ4 was also updated for the CT4. It now has four electrical connections, rather than seven, all in a straight line on the back of the body of the timer. As mentioned before, this timer is made to panel mounted. Eagle Signal continues to design the most accurate, economical, and reliable products in the industry. The HQ4 and Cycl-Time® Series are both exceptional devices fit for their specific applications. Cycl-Time® proves to be a respectable replacement option to the HQ4 Series.
https://andersoncontrol.com/wp-content/uploads/2019/01/electronice60c9d6e97e063d8ab44ff0000b4f631.jpg3501200heykevinhttps://andersoncontrol.com/wp-content/uploads/2024/07/anderson-control-logo.webpheykevin2019-01-08 13:01:092019-01-11 10:50:07Benefits of Eagle Signal’s CT4 SERIES
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Enhance equipment performance and streamline operations with the power of telemetry. Remote monitoring technology enables businesses to monitor and manage large, dispersed equipment fleets from anywhere. It allows you to remotely track your equipment, measure performance, and receive critical warnings and alerts. The result is maximized equipment uptime and greatly reduced field service labor and overhead costs.
