What does CODE ERROR mean on my Xylem HVL 2.015-4.220 Water System?
If you encounter CODE ERROR on your Xylem Water System, it indicates an invalid processor command. Ensure the installation of the cables, the screen connection, and potential equalization are correct. Also, verify that the ground is correctly installed and that the signal is strong enough; if not, install additional ferrite inductances to boost the signal.
What to do if I get OVERCURRENT ERROR 11 on my Xylem HVL 2.015-4.220 Water System?
The OVERCURRENT ERROR 11 in your Xylem Water System indicates that the power limit has been exceeded due to a high motor current. Check the connection terminals of the unit, the motor, and the motor cable. Also, inspect the motor windings. Ensure all connections, cables, and windings are in good condition, then reset the error by disabling the power for more than 60 seconds.
What should I do if my Xylem Water System displays SETPOINT 1 I
SETPOINT 1 I
What does FAILURE SENSOR 2, ACT. VAL. SENSOR 2 ERROR 24 mean on a Xylem HVL 2.015-4.220?
FAILURE SENSOR 2, ACT. VAL. SENSOR 2 ERROR 24 on your Xylem Water System indicates that the sensor signal on terminals X3/4 is less than 4 mA, which an active sensor must deliver. Check if the actual value signal from the pressure transducer is faulty, the connection is faulty, or the sensor or cables are faulty. Also, verify the configuration of the sensors in P400 SUBMENU SENSOR.
How do I troubleshoot FAILURE SENSOR 1, ACT. VAL. SENSOR 1 ERROR 23 on my Xylem HVL 2.015-4.220 Water System?
FAILURE SENSOR 1, ACT. VAL. SENSOR 1 ERROR 23 on your Xylem Water System indicates that the sensor signal on terminals X3/2 is less than 4 mA, which an active sensor must deliver. Check if the actual value signal from the pressure transducer is faulty, the connection is faulty, or the sensor or cables are faulty. Also, verify the configuration of the sensors in P400 SUBMENU SENSOR.
What causes MIN. THRESHOLD ERROR 22 on Xylem Water System?
MIN. THRESHOLD ERROR 22 on your Xylem Water System means that the defined value of parameter P605 MIN.THRESH. was not reached during the preselected P610 DELAY TIME. You should check the booster unit and adjust the parameter P610 DELAY TIME. You can also set the parameter P615 ERROR RESET to ON to enable five restarts in the empty system.
What to do if my Xylem HVL 2.015-4.220 shows LACK OF WATER ERROR 21?
LACK OF WATER ERROR 21 on your Xylem Water System indicates that the low water sensor connection at terminals X3/11-12 is open. Ensure that the incoming pressure or minimum water level values are not set too low; if they are, adjust the settings. If the error occurs for a short time, adjust parameter P610 DELAY TIME. If a sensor is not used, the terminals X3/11-12 must be bridged.
What does PHASELOSS ERROR 16 mean on my Xylem HVL 2.015-4.220 Water System?
PHASELOSS ERROR 16 on your Xylem Water System indicates that one phase of the power supply is not working. Check the power supply under full load, verify for phase failure at the input, inspect the circuit breakers, and visually inspect the points at the input terminals.
How to fix INVERT. OVERHEAT ERROR 14 on Xylem HVL 2.015-4.220?
INVERT. OVERHEAT ERROR 14 on your Xylem Water System indicates that the temperature inside the unit is too high. Ensure the unit is properly cooled, the motor vents are not contaminated, and the ambient temperature is not excessively high.
Why am I getting OVERVOLTAGE ERROR 13 on my Xylem Water System?
OVERVOLTAGE ERROR 13 on your Xylem Water System indicates that the voltage is too high. To resolve this, check if parameter P220 RAMP 2 is set too fast and whether the power supply voltage is too high. Also, verify if there are excessive voltage peaks. If the error is power or voltage-related, consider installing line filters, line inductors, or RC-elements.
General| Brand | Xylem |
|---|---|
| Model | HVL 2.015-4.220 |
| Category | Water System |
| Language | English |
Product is intended for operation by qualified personnel only.
WARNINGs regarding physical injury and equipment damage.
Definitions of DANGER, WARNING, CAUTION, NOTICE levels.
General safety rules to follow in work area.
Connections must be made by certified electricians.
WARNING: Lift equipment only at specified lifting points.
Description, intended use, and approvals for HYDROVAR controller.
Application alternatives for the product.
Multi-pump operation via RS485 interface.
One pump controls up to five slave pumps via an additional Premium Card.
Electrical specifications, environmental, and installation data.
Implementation of PTC sensor or Software Thermal Control (STC).
DANGER/WARNING regarding installation environment.
Check model numbers, voltage, and current ratings before installation.
Install unit on motor fan cover, keep motor cables short.
WARNINGs for equipment hazards and electrical safety.
Information on recommended fuses and circuit breakers.
Recommended power and control cable types and tightening torques.
Requirements and guidelines for electromagnetic compatibility.
Hydrovar classification by categories based on EN61800-3.
Guidelines for ensuring electromagnetic compatibility during wiring.
Instructions for wiring AC mains power supply and motor connections.
Connect 1-phase AC input power wiring to terminals L and N.
WARNING about induced voltage from output motor cables.
Wiring instructions for control terminals.
Connecting a motor sensor (PTC or thermal switch).
Connect external switch for manual start-up.
Details of digital and analog I/O terminals and their functions.
Terminals for multi-pump communication and external control devices.
Terminals for making available Status Relay 1 and 2 contacts.
Connection of additional analog and digital I/Os.
Electrical Hazard: Ensure power is OFF before proceeding with connections.
Check auxiliary equipment, cable routing, cooling, EMC, and fuses.
NOTICE: HIGH VOLTAGE. Ensure safety covers are in place before applying power.
WARNING: Disconnect power and wait for capacitor discharge time.
Parameters are organized in two distinct groups: menu definition and configuration.
Menu scope includes Home, language, date/time setup, and operating hours.
Sets the required value for the system, e.g., pressure in bar.
Shows current required value considering lift amount and offset signals.
Check status (failures, motor hours) of connected units.
Parameters hold error memory information.
Submenu for production date, temperature, current, voltage, frequency, software version.
Submenu includes PASSWORD and JOG parameters.
Submenu for operation mode, pump address, password, lock function, display.
Selects operation mode: Controller, Cascade, Actuator.
Submenu includes Software, Units, Ramp, Motor, Frequency, STC settings.
Sets the maximum frequency and pump speed.
Sets the minimum frequency for operation.
Activates Automatic Motor Parameter Identification.
Sets protection technique against motor overheating.
Submenu includes Jog, Window, Hysteresis, Regulation mode, Lift settings.
Configure all actual-value sensors connected to HYDROVAR.
Configure parameters for running a multi-pump system.
Submenu includes minimum threshold limit, delay time, auto error reset.
Selects automatic reset of errors.
Submenu for analog output and status relay configuration.
Configure required value and switch between them.
Submenu includes offset (input, range) and level parameters.
Parameters for automatic and manual test runs.
Submenu for factory settings, password, and error memory.
Parameters for communication via Modbus or BACnet protocol.
Parameters for quick start-up: Language, Motor Config, Pump Config, Required Value.
Sets protection technique against motor overheating.
Sets pressure control mode: Constant or Differential.
Electrical Hazard: Disconnect power before service. Unit requires no special maintenance.
Troubleshooting for issues like AUTO-START failure or unsteady pressure.
Detailed error codes, causes, and remedies for display errors.
Cause: Power limit exceeded. Check ramp settings, connections, pump, motor rotation.
Cause: Voltage too high. Check ramp speed, supply, peaks. Consider line filters.
Cause: Unit temperature too high. Check cooling, vents, ambient temp.
Cause: PTC sensor reached release temp. Check external protective device.
Cause: One phase of power supply does not work. Check power supply, circuit breakers.
Cause: Voltage too low. Check supply voltage, phase failure, asymmetry.
Cause: Low water sensor connection open. Adjust delay time or bridge terminals.
Cause: Minimum threshold not reached within delay time. Adjust delay time or enable auto-reset.
Cause: Sensor signal low. Check transducer, connection, configuration.
Cause: Sensor signal low. Check transducer, connection, configuration.
Troubleshooting for internal errors like EEPROM, EPROM, Watchdog, Processor, Code errors.
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