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RONDS RH560

RONDS RH560 is a wireless online data collector for vibration and process-condition monitoring, connecting distributed sensors with plant or remote monitoring infrastructure. Request a quote for RONDS RH560 from AxFlow.

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Key product features

  • Wireless sensor aggregation -> Connects multiple monitoring points through one collection station.
  • Zigbee and LoRa field communication -> Supports flexible wireless sensor-network layouts.
  • Ethernet, fibre, Wi-Fi and 4G/5G -> Adapts to different plant and remote-network infrastructures.
  • Synchronous acquisition -> Helps correlate machine-condition signals captured at the same operating moment.
  • Alarm-triggered acquisition -> Captures additional data when configured limits are exceeded.
  • Local data storage -> Helps avoid gaps in monitoring history during network interruptions.
  • IP66 protection -> Supports installation in dusty and wet industrial environments.
  • Vibration and process-variable support -> Brings several machine-health indicators into one architecture.
  • Explosion-protected versions -> Provide options for classified areas when certification matches site requirements.
  • RONDS platform integration -> Transfers collected data into a wider maintenance and diagnostic workflow.

Product Description

RONDS RH560 is a wireless data-collection station for industrial condition-monitoring systems where multiple vibration, temperature or process measurement points need to connect to a central monitoring environment. It acts as a communication bridge between wireless field sensors and server- or cloud-based analysis, reducing the need for conventional signal cabling to every point.

Current RONDS information supports multiple acquisition strategies, including synchronous and alarm-triggered collection, plus local data storage during network interruptions. RONDS' current Chinese product page states support for up to 60 vibration sensors and 30 process-variable sensors, while an older international page states up to 45 sensors, so capacity should be confirmed for the exact regional hardware and firmware version.

Field-side wireless communication supports Zigbee and LoRa, while upstream options include Ethernet, optical fibre, Wi-Fi and 4G/5G. The station is specified with IP66 protection, and RONDS also documents explosion-protected variants for classified areas when the selected certification matches site requirements.

By centralising sensor communication, buffering data during network loss and supporting several plant-network options, RH560 can simplify monitoring infrastructure and improve continuity of condition data. AxFlow can help define the collector, sensor network, communications and analysis environment as one system. Contact AxFlow to confirm the right RH560 configuration and current availability.


Construction

Height
260
Lenght
82
Width
203

Performance

Max. Temperature
70 Celsius
Min. Temperature
-40 Celsius

Certificates

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ATEX

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CE Marking

RONDS RH560 collects data from wireless condition-monitoring sensors and transfers it to a central monitoring environment. It can support vibration, temperature and process-condition monitoring depending on the connected sensor network. This makes it suitable for distributed industrial assets where conventional signal cabling would be difficult or costly.
Current RONDS information is not fully consistent across regional product pages. The Chinese product page states up to 60 vibration sensors plus 30 process-variable sensors, while an older international page states up to 45 sensors. AxFlow should confirm the capacity of the exact hardware and firmware version before system sizing.
RH560 supports Zigbee and LoRa for field communication according to current RONDS information. Upstream connectivity options include Ethernet, optical fibre, Wi-Fi and 4G/5G. The communication architecture should be selected according to site coverage, IT requirements and network availability.
RONDS states that RH560 supports local data storage when the network is unavailable. This helps preserve monitoring data until communication is restored. Storage capacity and recovery behaviour should be confirmed for the selected configuration.
System design should consider sensor count and type, wireless coverage, acquisition strategy and connection to the analysis platform. Hazardous-area classification and available plant communications may also affect the configuration. Contact AxFlow for help defining the sensor, collector and monitoring architecture.
SIA AxFlow