Need help?Do you have a question about the MR TAPCON 260 and is the answer not in the manual?
General| Display | LCD |
|---|---|
| Type | Tap-changer controller |
| Suitable for | On-load tap changers |
| Parallel Control | Yes |
| Output Current | 5 A |
| Operating Temperature | -20 … +70 °C |
| Protection Class | IP20 |
Provides an overview of the safe and proper installation, connection, commissioning, and monitoring of the product.
Details on bank parallel operation using the IEC 61850 standard.
Details about the manufacturer and document control information, including version and footer details.
Guidelines for safekeeping the technical file and conventions used for notation and warnings.
Covers general safety information, appropriate use, and risks associated with inappropriate use of the device.
Specifies requirements for personnel qualification and operator's duty of care for safe operation.
Lists all items included in the delivery of the TAPCON® 260 device.
Describes the function of the voltage regulation for transformer banks.
Details the additional functions provided by the TAPCON® 260.
Explains the different operating modes available for the device.
Information regarding the location and purpose of the device's name plate.
Provides an overview and description of the device's operating controls.
Details the function and meaning of the device's display elements and LEDs.
Describes the serial interface for connecting the device to a PC.
Lists and briefly describes the various assemblies that may be equipped in the device.
Details preparation steps and options for mounting the device, including 19" frame mounting.
Provides safety guidelines for establishing the electrical connection to the device.
Offers recommendations for selecting appropriate cables for wiring the device.
Provides guidelines for ensuring smooth data transfer via fiber-optic cables.
Details requirements for maintaining EMC standards during installation and wiring.
Outlines checks to ensure correct wiring and device status before commissioning.
Instructions on how to adjust the contrast of the device's display.
Describes the essential parameters that need to be set before commissioning the device.
Explains how to select the display language for the device.
Instructions for setting the system date and time on the device.
Details optional parameter settings like LDC and parallel operation.
Guides the user through performing critical function tests before switching to auto mode.
Describes the steps to check the device's primary control functions.
Provides an overview of additional functions to check, including undervoltage blocking.
Details the procedure for testing the undervoltage blocking functionality.
Details the procedure for testing the overvoltage blocking functionality.
Explains how to test the functionality of desired values 2 and 3.
Procedure for testing the effectiveness of line drop compensation.
Procedure for testing the effectiveness of Z compensation.
Describes testing parallel operation of multiple transformer banks.
Procedure for testing the sensitivity of circulating reactive current.
Procedure for testing the circulating reactive current blocking.
Procedure for testing the tap synchronization method (master/follower).
Instructions for activating and deactivating the device's key lock.
Describes how to perform tap-change operations manually.
Information on accessing the general settings menu for device configuration.
Procedure for assigning a unique 4-digit ID to the device.
Instructions for setting the baud rate for the COM1 interface.
Explains how to set the units for voltage display.
Details how to set the units for current display.
Describes how to set the duration of the switching pulse for the motor-drive unit.
Explains how to assign functions to the device's control inputs.
Details how to assign messages to the freely configurable output relays.
Instructions for activating or deactivating automatic display dimming.
Explains how to set up motor runtime monitoring for tap-change operations.
Describes how to set the device's behavior for raise/lower tap changes.
Guide to activating and configuring NORMset mode for quick voltage regulation.
Instructions for setting up to three desired voltage values for regulation.
Lists and explains the parameters required for the regulation function.
Explains how voltage regulation behaves with only delay time T1 active.
Describes voltage regulation behavior with both delay times T1 and T2.
Instructions for setting delay time T2 for compensating large control deviations.
Introduces parameters for limit value monitoring (Undervoltage, Overvoltage, Overcurrent).
Explains how to select between relative (%) or absolute (V) limit values.
Details how to set limit values for undervoltage monitoring.
Instructions for activating or deactivating undervoltage blocking.
Details how to set limit values for overvoltage monitoring.
Explains R&X compensation for load-dependent voltage drops.
Instructions for activating or deactivating function monitoring.
Instructions for setting the ohmic voltage drop parameter.
Instructions for setting the inductive voltage drop parameter.
Explains how to calculate voltage increase using current for Z compensation.
Instructions for setting the Z compensation voltage increase.
Instructions for setting the maximum permissible voltage increase.
Details how to configure reciprocal monitoring between devices.
Explains how to check limit values between devices in cross-monitoring.
Procedure to set the desired voltage value for the monitored regulator.
Instructions for setting the undervoltage limit value for regulator 2.
Instructions for setting the overvoltage limit value for regulator 2.
Procedure to set the delay time for cross-monitoring error messages.
Instructions for setting the transformer data for the monitored regulator.
Instructions for setting the primary transformer voltage in kV.
Instructions for setting the secondary transformer voltage in V.
Instructions for setting the primary transformer current value.
Procedure to set the current transformer connection for correct display.
Explains setting phase difference for various transformer circuits.
Lists general conditions required for operating transformer banks in parallel.
Procedure for assigning a unique CAN bus address to each device.
Explains how to select between circulating reactive current and tap synchronization methods.
Details how to set up the circulating reactive current parallel operation method.
Procedure to set the circulating reactive current sensitivity.
Procedure to set the limit for maximum permitted circulating reactive current.
Explains how to set the tap synchronization method (master/follower).
Instructions for selecting the parallel operation control unit.
Procedure to set the delay time for parallel operation error messages.
Instructions for deactivating parallel operation.
Overview of analog tap position capture functionality.
Procedure to set the lower limit value for tap position capture.
Instructions for setting the upper limit and value for the input signal.
Details how to assign functions to the device's LEDs.
Procedure to assign a measured value to the measuring transducer output.
Procedure to assign a minimum physical parameter to the transducer output.
Procedure to assign a maximum physical parameter to the transducer output.
Procedure to assign a minimum absolute limit value to the transducer output.
Procedure to assign a maximum absolute limit value to the transducer output.
Details how to configure measured value memory and recorder functions.
Instructions for setting the undervoltage threshold (relative or absolute).
Instructions for setting the undervoltage threshold in V or kV units.
Instructions for setting the overvoltage threshold (relative or absolute).
Instructions for setting the overvoltage threshold in V or kV units.
Procedure to set the long-term memory interval for average values.
Instructions for configuring the size of the event memory.
Describes the visual display of the time plotter function.
Instructions on how to move the time axis in the time plotter.
Procedure for setting the reporting times for the time axis.
Instructions for setting the voltage range displayed in the plotter.
Procedure to set the voltage range displayed between horizontal grid lines.
Function to move the sequence to a precise time for tracing voltage behavior.
Procedure to set the retrace time for displaying sequences.
Procedure to set the retrace date for displaying sequences.
Procedure for setting the network mask for device identification.
Procedure for assigning a network address (IPv4) to the device.
Procedure for entering the IP address of an SNTP time server.
Procedure for setting the gateway's IP address.
Procedure for assigning an IED name for identification in IEC 61850 network.
Procedure to select the communication port for the CIC card.
Procedure to set the desired baud rate for the communication interface.
Procedure to assign a network address for Ethernet connection.
Procedure to assign a TCP port for Ethernet connection.
Procedure to set send delay for RS485 interface to compensate reaction time.
Describes how to view device information like model and firmware version.
Explains how to display current measured values on the device.
Procedure to check the functionality of the device's LEDs.
Shows the status of optocoupler inputs and outputs.
Procedure to check the status of UC card optocoupler inputs.
Procedure to reset all device parameters to factory default.
Explains how to display the device's real-time clock.
Shows regulator number and count of parallel operating regulators.
Displays CAN bus data of connected devices.
Procedure to display information from the long-term memory module.
Shows minimum/maximum voltage and tap positions since last reset.
Shows SCADA connection information for the CIC card.
Lists upcoming messages such as Undervoltage, Overvoltage, etc.
Provides an extract of commands and messages from the IEC 61850 interface protocol.
Instructions for downloading the device-specific ICD file via FTP.
Explains common abbreviations used for data points in tables.
Details about the LPHD class for physical device information.
Details about the LLN0 class for logical node information.
Lists attributes for the ATCC1 class (Automatic Tap Changer Controller).
Details ATCC1 parameters related to line drop compensation and blocking.
Details attributes for the YLTC1 class.
Details attributes for the YLTC2 class.
Details attributes for the YLTC3 class.
Details common logical node information for GGIO1.
Provides status information for GGIO1 inputs.
Details common logical node information for GGIO2.
Provides status information for GGIO2 inputs.
Details common logical node and status information for GGIO3.
Details common logical node and status information for GGIO4.
Details common logical node and status information for GGIO7.
Instructions for cleaning the device's housing.
Guides for diagnosing and resolving common device faults.
Steps to resolve issues when no regulation occurs in AUTO mode.
Resolving issues related to keys, LEDs, and display.
Steps to diagnose and fix problems with measured values.
Diagnosing issues with measured voltage, current, and phase angle.
Resolving problems related to parallel operation activation and CAN bus.
Resolving issues with incorrect tap position display.
Guidance for resolving miscellaneous device faults and contacting support.
Details the inscription and function of various signal inputs.
Details the inscription and cause for various signal outputs.
Provides specific details on signal outputs and their causes.
Explains the causes for event messages like Undervoltage and Overvoltage.
Details causes for parallel operation error messages.
Explains event messages related to motor protection and blocking.
Information on proper disposal of the device according to regulations.
Provides an overview of parameters related to Normset and Control settings.
Overview of parameters for limit values, compensation, and cross-monitoring.
Summary of general configuration parameters like display and COM settings.
Overview of parameters for parallel operation and analog inputs.
Details parameters for assigning functions to device LEDs.
Overview of parameters for measuring transducer and memory settings.
Specifications for the device's display and LEDs.
Technical details for the SUH-P power supply unit.
Technical details for SUL-P and SUM-P power supply units.
Specifications for voltage and current measurement capabilities.
Details specifications for digital inputs and outputs on IO and UC cards.
Specifications for analog inputs and outputs on AD, AD8, and AN cards.
Details specifications for AC-115 and AC-230 control voltage supplies.
Specifications for the CPU card, including interfaces.
Technical data for the CIC card related to system networking.
Provides the physical dimensions and weight of the device.
Details the pin assignments for various interfaces.
Specifies the operating and storage temperature ranges.
Lists the electrical safety standards the device complies with.
Lists the EMC test standards applied to the device.
Provides definitions for technical terms and abbreviations used in the manual.
To Next Page
