Modem

Wireless Network Communication Interface

  • • 433MHz or 868MHz.
  • • USB connection to PC.
  • • Adjustable power output up to 10dBm.
  • • Communication interface to EcoWeb software.

Field Module

Solar Powered Wireless Remote I/O Module

  • • Communication
    • • 443MHz or 866MHz ISM band radio communication.
    • • Adjustable power output up to10dBm.
    • • Repeater capability.
    • • Bi-directional communication.
  • • Controls latching outputs to actuate hydraulic valves.
  • • Digital and analogue inputs (add on modules)
  • • RS485 interface.
  • • Status monitoring e.g. battery and solar voltage levels and radio.
  • • Remote setup of device parameters.
  • • Solar powered with more than 100 hrs battery backup.
  • • Up to 5VDC (definable) auxiliary output power.

  Add On Modules

Digital input add on module.
Analogue input add on module.

Meerkat Field Module

Solar Powered Wireless Remote I/O Module

  • • Communication
  •    • 443MHz ISM band radio communication.
  •    • Adjustable power output up to10dBm.
  •    • Low noise receiver narrowband filter.
  •    • Repeater capability.
  •    • Bi-directional communication.
  • • Controls latching outputs to actuate hydraulic valves.
  • • Digital and analogue inputs.
  • • RS485 interface.
  • • Status monitoring e.g. battery and solar voltage levels and radio.
  • • Remote setup of device parameters.
  • • Solar powered with more than 100 hrs battery backup.
  • • Extend I/O’s RS485 interface modules.
  • • Up to 12VDC (definable) auxiliary output power.

  Typical Application

JIO / JFERT

Wireless I/O Module

  • • Communication
  •    • 443MHz or 866MHz ISM band radio communication.
  •    • Repeater capability.
  •    • Bi-directional communication.
  • • 8 x Digital outputs.
  • • 8 x Digital inputs.
  • • 8 x Analogue outputs.
  • • RS485 interface.

  Typical Application

Water Level Controller

Stand-Alone Wireless Water Level Control System

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  • • Operates as a stand-alone system.
  • • Automatically regulates the level of a dam or reservoir in order to maintain pre-programmed water levels.
  • • Interfaces with a pressure sensor that accurately measures the water level.
  • • Wireless communications via FM or JIO.
  • • Two separate pump control channels (main and auxiliary).
  • • Operations alarms for pump failure, communications failure, and low field module battery.
  • • Analogue output for controlling a third device, such as VSD on a pump.
  • • Indicates water levels and operational conditions on the faceplate of the module, and can also be remotely monitored by PC.
  • • Can be integrated into more complex real-time monitoring systems.

  Typical Application

Base Module

Wireless I/O Controller

  • • Configuration:
  •   - Each input channel is mapped to an address and port in the wireless network.
  •   - On-site configuration via serial interface.
  •   - Remote configuration via wireless interface.
  • • Functionality:
  •   - Hard reset facility.
  •   - Signal surge protection on input channels.
  •   - Signal strength for every connection can be monitored through the software interface.
  • • LED Indicators:
  •   - Power On.
  •   - Signal Strength.
  •   - Per channel Input Active: Green.
  •   - Communication Input Fault: Red.
  •   - Input active flashing Red: allocated FM battery low.
  • • Options:
  •   - Expandable in groups of 8 input channels.
  •   - Maximum 32 Input channels.
  •   - Base Module can communicate with Jabeco network PC.

  Typical Application

Pump House Controller

Pump House Controller Assembly

The Jabeco equipment deployed at a pump house is mounted in a Jabeco Pump House Controller (PHC). The typical PHC comprises an assembly of Jabeco and 3rd party products.

  • • JIO with built-in radio module
  • • JFERT module
  • • Meanwell Power Supply
  • • Charge Module
  • • Back-up battery
  • • Relay cards
  • • Relays
  • • IP 65 housing