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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.
- Screw in positive mount installation
- Grease zerk for bearing lubrication
- Adjustable depth probes (50, 100, 200 & 300mm)
- ADB81 - 1/4" BSPT mounting thread with cable entry
- ADB2 - 1/8'' NPT mounting thread with conduit entry
- NTC or PT100 thermistor - continuous temperature monitoring
Belt Conveyor
Bucket Elevator
Chain Conveyor
Screw Conveyor
Specifications
| | Part Number | Description | Thermistor Type | Thread | ATEX Zone | IECEx |
| . | ||||||
| ADB810V3AI/D2 | 3m Cable; 50mm Probe | NTC | ¼” BSPT | 20 | Y | |
| ADB810V3AI/D4 | 3m Cable; 100mm Probe | NTC | ¼” BSPT | 20 | Y | |
| ADB810V3AI/D8 | 3m Cable; 200mm Probe | NTC | ¼” BSPT | 20 | Y | |
| ADB810V3AI/D12 | 3m Cable; 300mm Probe | NTC | ¼” BSPT | 20 | Y | |
| ADB819V3AI/D2 | 3m Cable; 50mm Probe | PT100 | ¼” BSPT | 20 | Y | |
| ADB819V3AI/D4 | 3m Cable; 100mm Probe | PT100 | ¼” BSPT | 20 | Y | |
| ADB819V3AI/D8 | 3m Cable; 200mm Probe | PT100 | ¼” BSPT | 20 | Y | |
| ADB819V3AI/D12 | 3m Cable; 300mm Probe | PT100 | ¼” BSPT | 20 | Y |
| Part Number | Description | Thermistor Type | Thread | CSA | ATEX | ICECx | |
| . | |||||||
| ADB20V3CAI/D2 | 3m Cable; 50mm Probe | NTC | 1/8” NPT | Class II Div 1 | Zone 20 | Zone 20 | |
| ADB20V3CAI/D4 | 3m Cable; 100mm Probe | NTC | 1/8” NPT | Class II Div 1 | Zone 20 | Zone 20 | |
| ADB20V3CAI/D8 | 3m Cable; 200mm Probe | NTC | 1/8” NPT | Class II Div 1 | Zone 20 | Zone 20 | |
| ADB20V3CAI/D12 | 3m Cable; 300mm Probe | NTC | 1/8” NPT | Class II Div 1 | Zone 20 | Zone 20 | |
| ADB29V3CAI/D2 | 3m Cable; 50mm Probe | PT100 | 1/8” NPT | Class II Div 1 | Zone 20 | Zone 20 | |
| ADB29V3CAI/D4 | 3m Cable; 100mm Probe | PT100 | 1/8” NPT | Class II Div 1 | Zone 20 | Zone 20 | |
| ADB29V3CAI/D8 | 3m Cable; 200mm Probe | PT100 | 1/8” NPT | Class II Div 1 | Zone 20 | Zone 20 | |
| ADB29V3CAI/D12 | 3m Cable; 300mm Probe | PT100 | 1/8” NPT | Class II Div 1 | Zone 20 | Zone 20 | |
| ADBW | Probe Depth Adjustment Tool | - | - | - | - | - |
Note: 5m Cable Sensors are Available on Request
ADB810V3AI has now been changed to ADB810V3AI/D4.
ADB819V3AI has now been changed to ADB819V3AI/D4.
Downloads
Accessories
ADB Bearing Sensor Tester
The ADB Sensor Tester has been designed to test 4B adjustable depth bearing (ADB) style temperature sensors in the field. This hand held test unit features an integrated heating block specifically designed to have a 4B ADB sensor directly inserted.
With integral controls and temperature display, the unit heats the sensor to the desired trip point, and allows quick and easy real life testing of the sensor and temperature monitoring system.
During planned maintenance or periodic testing, the ADB Sensor Tester can be used as a diagnostic tool to verify the alarm and shutdown sequences of the control unit are functioning as expected. To test, the heater block should be set above the control units alarm operating temperature. Remove the ADB bearing sensor probe from the housing and insert it into the heater block. As the heater block reaches the alarm temperature, the ADB sensor will relay this data to the control unit, allowing you to verify that the alarm and shutdown sequences run as expected.
Monitors
T500 Elite Hotbus™
The T500 Elite Hotbus™ is a serial communications system designed to monitor up to 256 sensors for combined belt alignment, belt speed, continuous bearing temperature, pulley alignment, level indication (bin / silo) and plug conditions on bucket elevators and conveyors. With automatic machine shutdown capability and PLC / PC compatibility, this advanced microprocessor based system offers low cost installation, versatility and easy system expansion. Logging and trending software is also available for historic data analysis and preventative or predictive machine maintenance.
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.
Watchdog™ Super Elite (WDC4)
The Watchdog Super Elite (WDC4) is easy to install and simple to set-up. The system processes signals from sensors for belt misalignment, belt speed & slip, continuous bearing temperature, pulley misalignment and plug conditions for bucket elevators or belt conveyors. When an alarm is detected it will sound an alarm and provide shutdown control of the elevator/conveyor and feeding system.
A 3.5” LCD screen displays the entire system status at a glance. Password protected controller settings can be set up either directly on the LCD screen, or by a PC application and transferred to the WDC4 via an SD card.
The Watchdog Super Elite can be connected directly to a PLC using the Modbus TCP/IP protocol, or integrated into HazardMon.com®. This secure cloud based solution provides live system status, graphs and historical data that is viewable on any web-enabled device (smart phone, tablet, desktop PC).
Watchdog™ Elite (WDC3)
This product is obsolete. Please use the WDC4 Super Elite for all new projects.
The Watchdog™ Elite is a microprocessor controlled unit with combined belt speed, belt alignment, bearing temperature, pulley alignment and plugged condition monitoring for bucket elevators and conveyors. An LCD screen displays machine status messages (available in four different languages) and a super-bright LED display shows belt speed. Calibration and set-up parameters are accessed via a password and front panel touch buttons.
T400N Elite
Unique low cost alarm/indicator panel for use with any 4B NTC-type temperature sensors. ADB810, WDB70, and WDB810 series sensors are recommended.
The T400N ELITE is able to accept signals from up to 8 NTC sensors (zones), which are separated into two groups of 4 zones. Each group of sensors is able to cause alarm and shutdown of individual machine when hazardous conditions are detected. There is a total of 2 Alarm and 2 Stop relays. The control unit is housed in a self contained wall mounting enclosure. A test push button on the lid of the control unit provides for full system verification. Alarm and status LEDs provide means of quick location of the alarm condition, and voltage free relay contacts provide separate alarm and shutdown control. An alarm mute push button is provided on the lid of the control unit and additional connections are provided for an external alarm mute functionality. A rotary switch is used to select the temperature alarm value.
IE-Node
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.
Images
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.