Skip to content

Connecting RockREMOTE Mini to CR1000 Data Logger

Remote monitoring of environmental conditions becomes more streamlined with the combination of RockREMOTE Mini and CR1000 devices, addressing crucial issues for efficient remote environmental monitoring.

Connecting RockREMOTE Mini to CR1000 Data Logger for Data Collection
Connecting RockREMOTE Mini to CR1000 Data Logger for Data Collection

Connecting RockREMOTE Mini to CR1000 Data Logger

In a significant leap forward for remote monitoring, the integration of the Campbell Scientific CR1000 data logger and the RockREMOTE Mini satellite modem offers a robust solution for transmitting data in locations without terrestrial connectivity.

The CR1000 data logger, renowned for its advanced measurement and control capabilities, collects environmental or sensor data from remote sites. By connecting to the RockREMOTE Mini satellite modem, the data logger can transmit data directly through satellite communication links, bypassing the need for cellular or wired internet access, which is often unavailable in isolated or harsh environments such as deserts, mountains, or oceans.

The RockREMOTE Mini, a compact satellite communications modem, utilizes satellite networks like Iridium to enable data transmission virtually anywhere on the planet. This global coverage ensures continuous monitoring even in the most remote areas, enhancing the accessibility and reliability of data collection systems.

Power efficiency is another key advantage of the RockREMOTE Mini. With relatively low power consumption (300mW idle, 7.25W transmit), it is suitable for remote monitoring stations powered by solar or battery systems, supporting long-term autonomous operation alongside the CR1000 data logger.

Real-time or near-real-time telemetry updates from the CR1000’s sensor network are facilitated, enabling timely analysis and decision-making without the delays associated with manual data retrieval. The interface design of the RockREMOTE Mini supports easy connection with external devices like the CR1000, with an OEM connector and Ethernet support allowing a seamless physical and communication interface, simplifying deployment in the field.

The RockREMOTE Mini also boasts a GNSS receiver, providing a time source for multiple connected devices. It supports both IP and IMT communication, each with their own advantages and trade-offs in terms of complexity, cost, and bandwidth requirements. The Mini has a low standby draw of 300mW while still receiving communications.

The CR1000, a versatile, reliable, and robust data logger, is widely used in harsh environmental conditions. The Mini communicates with the CR1000 via COM2 at 115200 baud using a Serial Communication. CRBasic programming allows for customized data collection and processing on the CR1000.

The RockREMOTE Mini can communicate both over IP and IMT at the same time, offering flexibility in data transmission. It is straightforward to integrate, with Serial Communication (RS232/RS485) and Ethernet (with PoE+) available. An inbuilt GNSS receiver allows the Mini to provide a time source for multiple connected devices.

In summary, the combination of the Campbell Scientific CR1000 data logger’s advanced measurement and control capabilities with the RockREMOTE Mini’s satellite communication ensures robust, reliable, and continuous remote data acquisition in areas where terrestrial communication infrastructure is absent or unreliable. This enables critical applications such as environmental monitoring, infrastructure inspection, and scientific research to operate effectively over vast and inaccessible regions.

References: [1] Campbell Scientific. (n.d.). RockREMOTE Mini. Retrieved from https://www.campbellsci.com/products/data-acquisition/satellite-communications/rockremote-mini [2] Rock Seven. (n.d.). Iridium Certus 100. Retrieved from https://www.rockseven.com/products/iridium-certus-100/

  1. The integration of the CR1000 data logger and the RockREMOTE Mini satellite modem, known for their scalability and application in space-and-astronomy, offers a solution for transmitting data in locations without terrestrial connectivity, making remote monitoring in harsh environments more efficient.
  2. The scalability of satellite communications through the RockREMOTE Mini and the CR1000 data logger enhances the availability of connectivity for remote monitoring, supporting science and technology, particularly in the field of gadgets and space-and-astronomy.
  3. The CR1000 data logger, renowned for its advanced measurement and control capabilities, and the RockREMOTE Mini, which utilizes satellite networks, allow for continuous remote monitoring, highlighting the role of technology in expanding access to important data.
  4. With the aid of the RockREMOTE Mini and the CR1000 data logger, remote monitoring can be achieved in even the most remote and inaccessible regions, demonstrating the potential of technology to overcome challenges in science and exploration.

Read also:

    Latest