The FLC-608 from WIKA — Magnetic-inductive flow meters for Flow Measurement tasks. For electromagnetic flow meters. Key features include Power supply via power supply network and battery. Glorient supplies genuine WIKA parts with fast global delivery.
Glorient offers competitive supply of WIKA FLC-608. Competitive pricing, fast quotation.
WIKA FLC-608 - high-precision industrial measurement instrument.
WIKA is a global market leader in pressure and temperature measurement technology. With over 75 years of experience, WIKA instruments are trusted in process industries worldwide. Glorient is a professional supplier of genuine WIKA products with competitive pricing and fast worldwide delivery.
| Product Category | Flow Measurement |
| Product Type | Magnetic-inductive flow meters |
| Summary | For electromagnetic flow meters |
| Applications | Water and wastewater Chemical industry Pulp and paper industry Leakage detection systems Applications without access to the power supply network |
| Key Features | Power supply via power supply network, battery, power supply network and battery or solar panel HART ® protocol and module for pressure and temperature readout available |
| Description | Versatile in application The model FLC-608 hybrid signal converter is available in many versions and can also be used in remote applications that do not have access to the power supply network. Data security The integrated EEPROM memory (“electrically erasable programmable read-only memory”) ensures high data security. Up to 200,000 data sets can be saved. With the supplied software, the model FLC-608 can communicate via IrCOM or Modbus RS-485 interface with a PC, laptop or mobile device to program the signal converter and to manage and download measured values. A multi-level password system guarantees data access for authorised users only. Additional modules With the available pressure and temperature readout modules and the optional HART ® protocol, the signal converter for electromagnetic flow meters can be used to monitor the process parameters of flow, pressure and temperature. Recording the measured values in one instrument saves the cost of installation, programming and maintenance of further measuring instruments. |
CTB9100 | CTP5000 | DMSU21SA | DSSA11SA | F2808 | F4882 | F6804 | FLC-HHR-PP | GCS-1 | GD-20-W | GPU-S-3000 | IBM2, IBM3 | LS-10 | MW | OLS-2, OSA-SC | PEW-1000 | PGS23.100, PGS23.160, PGS26.100, PGS26.160 | PMT01 | RLS-2000 | S-10-3A | TC96-R | TG54 | s TI.901, TI.701 | TR10-4 | TR41 | TT.52 | s TW.SC, TW30 | WU-20, WU-25, WU-26 | 611.13 | 910.21
| Product Category | Flow Measurement |
| Product Type | Magnetic-inductive flow meters |
| Summary | For electromagnetic flow meters |
| Applications | Water and wastewater Chemical industry Pulp and paper industry Leakage detection systems Applications without access to the power supply network |
| Key Features | Power supply via power supply network, battery, power supply network and battery or solar panel HART ® protocol and module for pressure and temperature readout available |
| Description | Versatile in application The model FLC-608 hybrid signal converter is available in many versions and can also be used in remote applications that do not have access to the power supply network. Data security The integrated EEPROM memory (“electrically erasable programmable read-only memory”) ensures high data security. Up to 200,000 data sets can be saved. With the supplied software, the model FLC-608 can communicate via IrCOM or Modbus RS-485 interface with a PC, laptop or mobile device to program the signal converter and to manage and download measured values. A multi-level password system guarantees data access for authorised users only. Additional modules With the available pressure and temperature readout modules and the optional HART ® protocol, the signal converter for electromagnetic flow meters can be used to monitor the process parameters of flow, pressure and temperature. Recording the measured values in one instrument saves the cost of installation, programming and maintenance of further measuring instruments. |