Online Analysis System Type 8905
Drinking water analysis simplified
Benefits for you
- Economical thanks to the modular basic design of the system:
- simple and convenient assembly and commissioning
- easy for installation and maintenance
- expandable at any time
- Large 7" touchscreen display with intuitive user controls makes operation consistent and very straightforward
- Ultra-compact sensor cubes require minimal sample water, can be combined in any way and can be easily exchanged
- EDIP enables actual hot swapping (insertion of new modules during operation) of sensor cubes without the need for additional configuration
The continuous analysis of water parameters is a complex undertaking in practice. In most cases, there are different systems with individual displays, different operations and individual sensors. With our Type 8905 Online Analysis System, up to six analysis cubes are integrated into one modular and compact housing. In this way, monitoring can provide all the key measurement parameters at a glance. This does not just save space, but also time and money - from installation through to operation.
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| EDIP - Efficient Device Integration Platform - is the electronic platform of the new Bürkert product generation with a common user interface and digital communication, which not only makes it significantly easier for product users to use the devices, but also simplifies integration into a system. The new flowmeter FLOWave and the Online Analysis System are just two initial devices from an entire series of upcoming device innovations which are based on EDIP. |
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Online water analysis system
- Continuous analysis of drinking water and industrial process water
- Based on the modular Bürkert cube and backplane technology
- Fieldbus connection for versatile industrial communication
- Fieldbus connection for versatile industrial communication, data exchange via mobile gateway
- Extremely low-maintenance and long service life thanks to MEMS technology
pH Sensor Cube
- Fully compatible with büS systems and a wide range of further analysis sensor cubes
- Sensor: MEMS ISFET technology
- Hot swap compatible for exchanging the sensor cube during operation
- Minimal sample water consumption
- Available in 2 versions: standard and with drinking water approval (ACS)
Chlorine (Cl2) or chlorine dioxide (ClO2) Sensor Cube
- Fully compatible with büS systems and a wide range of further analysis sensor cubes
- Optional pH compensated chlorine measurement
- Hot swap compatible for exchanging the sensor cube during operation
- Minimal sample water consumption
- MEMS technology sensor
Conductivity Sensor Cube
- Fully compatible with büS systems and a wide range of further analysis sensor cubes
- Resistive 2-electrode sensor
- Modular sensor cube for hot swap (exchange during operation)
- Minimal sample water flow needed
Redox Sensor Cube
- Fully compatible with büS systems and a wide range of further analysis sensor cubes
- Hot swap compatible for exchanging the sensor cube during operation
- Minimal sample water consumption
- Available in 2 variants: standard and with drinking water approval (ACS)
Turbidity Sensor Cube
- Fully compatible with büS systems and a wide range of further analysis sensor cubes
- Optical sensor according to DIN EN ISO 7027 or EPA method 180.1
- Hot swap compatible for exchanging the sensor cube during operation
- Minimal sample water consumption
- With moisture monitoring for permanently stable turbidity measurement
Manual calibration and cleaning module
- On demand, on-site cleaning or calibration of sensors
- Compliance with individual quality standards and guidelines
- Long-term reliable and exact measurements
- Flexible use allows economical and thus easy on-site quality management
Cleaning System
- Automatic cleaning for type MSxx sensor cubes
- Protection against clogging in the system and inside the sensor cubes for long time accurate measurements
- Different cleaning solutions for organic and inorganic contamination
- Application specific programmable cleaning cycle
Bürkert Communicator
- Configuration, parameterisation and diagnostics of EDIP devices / networks
- Easy and comfortable mapping of cyclic values
- Graphical display of process values
- Device firmware updates
- Backup and restoring of device configurations