General Information These instructions are to assist in the installation of the flowcon VSD - B Inverter please follow them carefully. If, having read this Operation & Maintenance Manual, there is any doubt about any aspect of the installation please don't hesitate to contact our technical team.
Water Solutions. This document is intended for ALL installers, operators, users and persons carrying out maintenance of this equipment and must be kept with the equipment, for the life of the equipment and made available to all persons at all times.
Wait more than 5 minutes after turning off the power supply before performing maintenance or inspection. Hazard of electric shock. Disconnect incoming power before working on this unit. HAND-PAP WARNING! - The inverter should be protected separately against ground fault. Observe the regional regulations for electrical installation! flowcon VSD - B Inverter...
exclamat CAUTION! - It is strongly recommended that all electrical equipment conforms to National Electrical Codes and local regulations. Only qualified personnel should perform installation, alignment and maintenance. The manufacturer reserves the right to alter the technical data in order to make improvements or update information. exclamat CAUTION! - Failure to observe these rules will render the guarantee invalid.
This device complies with the directive ROHS 2002/95/EC. Description Flowcon VSD - B Inverter is an electronic control device for single phase electric pumps which enables automatic start-up and shutdown of the pump, protecting it in the event of adverse operating conditions (failure of water supply, motor overload, risk of ice).
In both operating modes, the device protects the pump from dry running in the absence of water on intake, by means of a combined control on flow and pressure.Operation of twin pumping units is admissible only in "P+P" mode. Dimensions Technical Data Mains power: single phase 115-230Vac ±10% - 50/60Hz...
Installation Hydraulic Connection Flowcon VSD - B Inverter Inverter must be installed on the pump delivery in a horizontal or vertical position, in observance of the flow direction indicated by the arrow on the cover. The water on the pump outlet passes through the device for subsequent distribution to the various utilities.
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Connect the intake lines of the pumps to a common manifold and install one inverter on the delivery line of each electric pump. The device outlet couplings must be connected to a single delivery manifold, which must be connected to the expansion vessel. flowcon VSD - B Inverter...
Electrical Connection Insert the electric wires in the cable clamps, observing the correct order of assembly for all components Tighten down the threaded nuts to avoid traction and rotation of the cables from the exterior. The central cable clamps for the auxiliary contact is blank; if you wish to insert a wire for remote control (or electric float), pierce the plastic nut by means of a screwdriver after removing the nut from the unit.
The type of electric cable must correspond to the conditions of use (use in domestic rooms, dry or wet, for installation indoors or outdoors). Pump Connection Flowcon VSD - B Inverter can be installed on single phase pumps with 230Vac power supply, already fitted with capacitor. Therefore at the time of electrical connections, ensure that...
Auxiliary Connector Connection The Flowcon VSD - B Inverter is equipped with a connector to make auxiliary contacts available for additional functions, interfacing the device with other external equipment. The functions of each terminal depend on the settings of the parameter “Aux. Con.” According to the diagram below.
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5 and 6 provide a relay output that is activated in the event of an alarm. The parameter "Aux. Con.” can only be set to “4” if the current operating mode is “P+P” (pressure+pressure). flowcon VSD - B Inverter...
After making all the electrical connections and ensuring the correct condition of all components, close the unit cover and power up the system. The Flowcon VSD - B Inverter Inverter starts up the pump automatically to enable circuit filling. If the pump does not start, or anomalous vibrations are detected, ensure correct connection of the pump and relative capacitor.
"master" or "slave" status by means of the letter "m" or "s". Language: the language of the menus and alarm messages can be personalised as required. Use keys + and – to modify the parameter value. flowcon VSD - B Inverter...
Installer Parameters These parameters are located in concealed screens and are normally only modified during the installation phase. To access these pages, press and hold “+” and “-“simultaneously for 5 seconds. After accessing the concealed menu, use the arrow key “>>” to scroll through the screens and keys “+”...
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“OFF” appears on display. CAUTION: the factory setting is OFF and therefore a maximum current value must be set to activate the protection. Auxiliary Contact: this parameter enables the user to assign a specific function to the auxiliary contacts available on the Flowcon VSD - B Inverter Inverter flowcon VSD - B Inverter...
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(mode set to P+P and Aux. Con. set to “4”), this parameter can be set to define the secondary pump deactivation threshold. The secondary pump where the Flowcon VSD - B Inverter is installed, is started up, on request of the inverter controlling the primary pump, when the pressure falls below Pmin.
If the error occurs frequently, try to increase the parameter Plimit or contact the installer for assistance. To remove the error message from the display immediately, simply press the central key “reset”. flowcon VSD - B Inverter...
Troubleshooting When one of the system valves is opened the pump does not start or starts only after a few seconds. The set Pmin value is too low, or a check valve has been fitted downline of the device. Check the setting of the parameter Pmin.
Maintenance The Flowcon VSD - B Inverter Inverter has been designed to reduce maintenance requirements to a minimum. Always observe the following instructions to ensure prolonged efficiency of the device: - Never allow the device to reach temperatures below 4° C; if this is not possible, ensure that all the water in the circuit is drained to prevent damage to the plastic housing of the device if ice forms;...