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General| Mounting | DIN rail mount |
|---|---|
| Coil Voltage | 24-230VAC/DC |
| Mechanical Life | 10, 000, 000 operations |
| Electrical Life | 100, 000 operations at rated load |
| Insulation Resistance | 100 MΩ min at 500V DC |
Warnings and cautions for safe installation and operation of the device.
NA016 relay used in radial networks for feeder or power transformer protection.
Key constructive and operating features of the NA016 relay.
Mechanical data, insulation, EMC immunity, and voltage dip/interruption tests.
Details on phase, residual, binary input circuits and output relays.
Local and remote port specifications including connection and protocol.
Settings for phase overcurrent (50/51) and residual overcurrent (50N/51N) elements.
Trip circuit supervision, circuit breaker monitoring, and oscillography.
Overview of the relay's hardware components: power supply, CPU, input, and MMI.
Details on kernel, drivers, application, and communication software modules.
Metering inputs, signal processing, and use of measured values.
Rated values for CTs/LPCTs and settings for protection elements.
Trip circuit supervision, circuit breaker supervision, and test functions.
Triggering and stored information for fault records, including causes and currents.
Triggering and stored information for events like power up/down, setting changes.
Classifies and indicates operational anomalies (minor, major, fatal).
Setting pre-trigger time, channels, and recording format for oscillography.
Procedures for flush and rack mounting the device.
Guidelines for making electrical connections, including safety precautions.
Proper installation of current balance transformers for residual current measurement.
Requirements for protective ground and CT/LPCT input connections.
Instructions for making RS485 connections using screened twisted pair cable.
Procedure for downloading and installing the ThyVisor software.
How to modify parameters using the MMI interface.
Adjusting serial communication port settings for RS485 Modbus and IEC60870-5-103.
Procedure to restore factory default settings for configuration data.
Overview of the menu structure for reading and setting parameters.
Mathematical formulas and characteristic curves for inverse time elements.
Diagrams showing input/output connections for different input types.
Diagram illustrating RS232 and RS485 interface connections.
Physical dimensions, cutout details, identification labels, and LEDs.
Declaration of conformity with EC directives and applicable standards.
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