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The Industrial Ethernet Node (IE-NODE) is a remote monitoring interface designed to provide sensor data to PLC’s or other automation and control systems.
Both units can be expanded to 16 sensor inputs with the installation of optional expansion boards.
The IE-NODE operates by reading its sensor inputs and sending processed data when requested by another system (e.g. PLC). The units are equipped with an RJ45 Ethernet socket and supports PROFINET, EtherNet/IP and Modbus TCP/IP protocols for easy integration with Siemens, Allen-Bradley Rockwell, Modicon and other PLC’s or automation devices.
The IE-NODE’s network configurator software provides a visual view of all devices on the network. It allows for easy identification of each unit on the network and allows for network settings to be changed as needed.
- Sensor Interface for PLC’s & Automation Systems
- Supports PROFINET, EtherNet/IP and Modbus TCP/IP protocols
- Up to 16 total sensor inputs with available expansion boards
- Configurator software for easy network setup and visual overview of all devices
Specifications
| Part Number | Description | Inputs | Supply Voltage | CSA | ATEX | IECEx |
| ETH-NODE1V46CAI | IE-NODE 1 | 8 Contact or NTC Temperature and 2 Pulse or Analog (4-20 mA) | 120 to 240 VAC / 24 VDC | Class II Div 2 | Zone 22 | Zone 22 |
| ETH-NODE1V4CAI | IE-NODE 1 | 8 Contact or NTC Temperature and 2 Pulse or Analog (4-20 mA) | 24 VDC | Class II Div 2 | Zone 21 | Zone 21 |
| ETH-NODE2V46CAI | IE-NODE 2 | 10 Analog (4-20 mA) | 120 to 240 VAC / 24 VDC | Class II Div 2 | Zone 22 | Zone 22 |
| ETH-NODE2V4CAI | IE-NODE 2 | 10 Analog (4-20 mA) | 24 VDC | Class II Div 2 | Zone 21 | Zone 21 |
| ETH-NODE-AUXI-6NTC | NTC Expansion Board | x | ||||
| ETH-NODE-AUXI-6AN | Analog Expansion Board | x |
Downloads
Accessories
HazardMon.com®
HazardMon.com® is a secure cloud based hazard monitoring solution providing status notifications and data logging for bucket elevators and conveyors. Live system status, graphs and historical data can be viewed on any web-enabled device (smartphone, tablet PC, desktop or laptop computer). Emails can be sent to notify users whenever a change in the system's health is detected. An automated maintenance feature allows site operators to verify that all sensors on the system are operational and working correctly.
Hazardmon.com works in conjunction with 4B's Watchdog Super Elite™, T500 Elite Hotbus™ & IE-Node control systems for bucket elevators and conveyors. Both multi-function systems are specially designed to monitor equipment for belt misalignment, belt speed, continuous bearing temperature, pulley alignment, level and plug conditions.
New version of Hazardmon can be found on: https://new.hazardmon.com/
IE Switch
The Industrial Ethernet Switch is an unmanaged switch with 5x RJ45 Ethernet sockets for 10/100 Mbps Ethernet Communications. It is designed to work with 4B’s Industrial Ethernet Nodes (IE-NODEs) or any other devices requiring 10/100 Mbps Ethernet communications. The switch can be used in dust hazardous areas up to Zone 21 (V4) and Zone 22 (V46).
NTC Expansion Board for IE-Node
The ETH-NODE-AUXI-6NTC Expansion board allows for the support of up to 6 extra NTC temperature sensors or 6 contact sensors, or any combination of 6. Additionally, it adds the capability to allow for an RS485 Modbus RTU connection to be made to the device to access all onboard sensor information.
Analogue Expansion Board for IE-Node
The ETH-NODE-AUXI-6AN Expansion board allows for the support of up to 6 extra CLI (Current Loop Input) sensors.
Additionally, it adds the capability to allow for an RS485 Modbus RTU connection to be made to the device to access all onboard sensor information.
Ethernet Node Switch Expansion
The ETH-NODE-AUXSW-4P Expansion board provides an additional 4 Ethernet ports when installed within (IE-NODEs). This provides more flexible plant cable routing, saving materials and installation time.
IE-GuardFlex
The IE-GuardFlex is the central control unit for 4B’s Distributed Hazard Monitoring Solution (DHMS). Using industrial Ethernet technology, the IE-GuardFlex controller connects to, and monitors multiple machine mounted sensors via 4B's class leading IE-Nodes. The complete IE-GuardFlex system can be configured to support multiple machines, IE-Nodes and sensors, and will interface directly to the machine MCC’s to perform a controlled stop in the event of the detection of a hazardous condition.
The IE-GuardFlex system is typically located within the plant MCC and dust hazard “safe area”. Connection is then made, via industrial Ethernet (CAT6 cabling) to IE-Nodes distributed locally to the monitored machines in the “hazardous area”. Typical machine types would be bucket elevators, enclosed conveyors, open conveyors, chain conveyors, roll stands, etc. The range of 4B hazard monitoring sensors are connected to the local IE-Nodes and monitor for hazardous conditions such as belt slip (SlipSwitch, Milli-Speed), belt misalignment (TouchSwitch, Bulldog), bearing temperature (ADB, Milli-Temp), Vibration (Milli-Vib), blocked chute (Binswitch), etc.
With all IE-Nodes and sensors connected, the plant engineer can start the node search process using the intuitive GUI on the 7” colour touchscreen display. Found nodes can then be configured, and attached sensors allocated to user configured machines.
The system allows for 3 stage ALARM / STOP configuration per sensor. Output relays can be assigned to ALARM and/or STOP conditions per sensor or per machine. In addition, the common ALARM and STOP output relays indicate if there is an alarm or stop condition present on any of the connected sensors.
IE-Router
4G Router to connect 4B’s Hazard Monitoring Systems to Hazardmon via 4G Data SIM or Wi-Fi.
Sensors
Milli-Speed Switch
The Milli-Speed Sensor has a 4-20 mA output proportional to calibrated speed, it is designed to allow detection of belt slip & underspeed, stop motion, low speed or zero speed on bucket elevators, conveyors, airlocks, mixers, fans, grinders and many other rotating machines. Totally sealed and simple to calibrate, the Milli-Speed works in the harshest of conditions.
An inductive sensing device located in the nose of the Milli-Speed enclosure will detect a metal target. This target can be an existing bolt head or device attached to a shaft, such as 4B’s Whirligig® sensor mount. During installation, the Milli-Speed is set to the normal running RPM by simple magnetic calibration.
M800 Speed Switch
The M800 Elite Speed Switch is designed to detect belt slip, belt underspeed, stop motion, low speed or zero speed on bucket elevators, conveyors, airlocks, mixers, fans, grinders and many other rotating machines. Totally sealed and simple to calibrate, the M800 Elite works in the harshest of conditions.
An inductive sensing device located in the nose of the M800 Elite enclosure will detect a metal target. This target can be an existing bolt head or device attached to a shaft. During installation the M800 Elite is set to the normal machine shaft RPM by calibrating with the magnet provided. The internal microprocessor sets the alarm and shutdown relays.
P3003 & P3004 - 30mm Inductive Sensor
Detects the presence or absence of materials. Is used for monitoring the speed of machinery via a speed module or PLC.
P800 Proxswitch
The P800 Proxswitch is an inductive sensor designed to detect shaft speed, shaft position, gate position, or object presence.
Touchswitch™
The Touchswitch is an electro-mechanical limit switch with no moving parts, which detects tracking and misalignment problems on bucket elevators and conveyors. When a belt misaligns or a pulley moves over and contacts the sensor, the built in solid-state electronic circuitry detects the lateral force of the belt or pulley and activates a voltage free solid state relay output. This output signal is used to immediately alarm and ultimately shutdown the machine.
The face of the sensor is made from hardened and annealed stainless steel, not soft brass or aluminium, so wear life is longer when a belt contacts it. The Touchswitch is not affected by dust or material build up and will still work when completely covered by material. An external test wheel allows for quick and simple sensor/system testing. The sensors are usually installed in pairs on opposite sides of the machine. The sensors can be connected directly to a PLC input, or for greater safety, to a central independent monitoring system, such as Watchdog Super Elite, IE-Node or the T500 Hotbus system.
Binswitch Elite Capacitive Sensor
Detects level or plug situations for bulk granular solids or liquids in tanks, bins, or silos and can be used as a plug or choke detector in chutes, conveyors and elevator legs.
ADB Series Bearing Sensors
The ADB series have been designed to allow the depth of the sensor to be adjustable depending on your application. A number of versions are available with probe lengths of 50, 100, 200 and 300 mm. The sensors screw directly into a bearing housing through a 1/4” BSPT threaded grease zerk. Each sensor is fitted with a grease zerk to allow lubrication of the bearing without the need for removal of the sensor. The ADB series have NTC or PT100 type thermistors which allow for continuous temperature monitoring.
The sensor is supplied with a 3m attached cable and can be connected to a PLC or to a hazard monitoring system, such as 4B’s Watchdog Super Elite, T500 Hotbus Elite or T400 NTC Elite. The connections are not polarity sensitive therefore special connection requirements are eliminated, and the cable can be extended in the field.
Milli-Temp Series Bearing Temperature Sensor
The Milli-Temp series can be used on any application where bearing temperature monitoring is needed. The Milli Temp is a loop powered analogue sensor with a 4-20 mA linear output that is scaled across a temperature range for continuous temperature monitoring.
The sensor has been designed to allow the depth of the probe to be adjustable depending on your application. The sensor screws directly into a bearing housing through the existing grease zerk thread. Each sensor is fitted with a zerk to allow lubrication of the bearing without the need for removal of the sensor. For surface mount applications, a lug style adaptor bolts directly onto a bearing housing, motor, gearbox, or machine casing.
The mounting hole is 9.5mm from the factory, but can be drilled up to 12.5mm if needed.
The sensor is supplied with a 3m cable. The connections are not polarity sensitive therefore special connection requirements are eliminated, and the cable can be extended in the field.
FAQ's
Where can I install the IE-Node?
Indoors or outdoors, in both general-purpose or dust hazard locations.
The IE-Node carries national and international approvals and is IP66 rated.
How many IE-Nodes can I have on my network?
You can connect 256+ IE-Nodes per network with up to 16 sensor inputs inside each unit.
That adds up to more than 4,000 sensors on a single network!
What types of sensor can I connect to my IE-Node?
The IE-Node offers multiple input configurations for sensors – discrete, analog, temperature, speed and frequency – meeting the needs of your operation today, tomorrow and well into the future.
Will it work with my PLC of choice?
Yes. No matter what you work with, the IE-Node will work with you. This device can talk to any EtherNet/IP, PROFINET, or Modbus TCP/IP enabled PLC or automation device.
Sample code is also provided for Rockwell/Siemens PLCs.
What is HazardMon?
HazardMon is 4B’s cloud platform that lets you check real-time sensor data and compare historical analytics from your phone, computer, laptop or tablet. All that data can be accessed 24/7 from anywhere in the world.
You can unlock unlimited access to HazardMon with the IE-Node at https://hazardmon.com.
Videos
Design Services
Hazard Monitoring Design Service
Hazard Monitoring Design Service
Preventative maintenance can help reduce the risk of equipment failure and consequent downtimes. When it comes to monitoring your bucket elevators and belt conveyors, 4B can recommend you the ideal combination of sensors and monitoring systems to suit your requirements and budget.
4B provides an extensive range of their own ATEX / IECEx / CSA approved hazard monitoring systems, misalignment switches and bearing temperature monitors and level controls. We can offer you anything from a replacement sensor to a fully integrated hazard monitoring system which can be operated either as a stand-alone system or connected to your PLC.
And if you do not want to install hazard monitoring sensors on every piece of equipment in your plant straightaway, we can offer you a scalable solution starting with carefully chosen equipment and systems that can be expanded at a later date to encompass other machines in the plant.
We can also offer you an installation service, and we do provide a competent after-sales technical service to help you overcome any technical problems with your monitoring equipment.
To get a recommendation from our engineers, please fill in the electronics questionnaire below. Please fill this form in as accurately as possible to allow us to deal with your enquiry more effectively.
Preventative maintenance can help reduce the risk of equipment failure and consequent downtimes. When it comes to monitoring your bucket elevators and belt conveyors, 4B can recommend you the ideal combination of sensors and monitoring systems to suit your requirements and budget.
4B provides an extensive range of their own ATEX / IECEx / CSA approved hazard monitoring systems, misalignment switches and bearing temperature monitors and level controls. We can offer you anything from a replacement sensor to a fully integrated hazard monitoring system which can be operated either as a stand-alone system or connected to your PLC.
And if you do not want to install hazard monitoring sensors on every piece of equipment in your plant straightaway, we can offer you a scalable solution starting with carefully chosen equipment and systems that can be expanded at a later date to encompass other machines in the plant.
We can also offer you an installation service, and we do provide a competent after-sales technical service to help you overcome any technical problems with your monitoring equipment.
To get a recommendation from our engineers, please fill in the electronics questionnaire below. Please fill this form in as accurately as possible to allow us to deal with your enquiry more effectively.