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Megger SVERKER900 3-Phase Relay & Substation Test System - Expert

Megger SVERKER900 3-Phase Relay & Substation Test System - Expert
sku: CR-19094
MPN: CR-19094

  • The most advanced version of the SVERKER900
  • Powerful, multifunctional relay test system
  • Easy to operate with built-in touchscreen
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Description

Megger SVERKER900 3-Phase Relay & Substation Test System - Expert Details

This is the most advanced Megger SVERKER900 test set available, improving upon the basic and standard versions which are also available.

The Expert SVERKER900 is the only model in the series which includes all of the following:

  • Main Instrument - with timing tests, manual determination of pick-up and drop-out of relay contact and set, inject and measure functions
  • Prefault-Fault Instrument  - perform timing tests which require simulation of a prefault state before fault simulation
  • CT Magnetisiation Instrument - determine the knee point of voltage of the current transformer
  • Ramping Instrument - automatically determine pickup threshold and perform time testing
  • Sequencer Instrument - simulate sequences such as auto recloser, motor start or re-striking earth faults
  • Impedance Instrument (NEW for expert model) - allows testing of relays directly from impedance plane, where the conversion from the impedance into voltage or current is performed automatically by the SVERKER900

About the SVERKER900

Specifically created for testing protection devices, the Megger SVERKER900 is a powerful, multifunctional relay testing set designed to perform basic, manual three-phase secondary and primary testing.

With the SVERKER900, you'll have absolutely everything you need for commissioning and maintenance of distributed and generator power substations, for testing electromechanical, static and numerical relays and even for specific applications such as plotting current transformer excitation curves, performing current and voltage transformer ratio tests and much, much more.

Megger's SVERKER900 is powered by a simple front HMI interface. Using this, the engineer using the relay tester can manually or use the semi-automatic modes to perform tests with everything from making simple primary injections into a switchgear or more complex secondary relay testing all being possible. It's all controlled via a built-in computer and touchscreen system, giving you easy access to the tests you want in absolutely every application.

The front HMI also doubles up as memory storage; the SVERKER900 is able to store your test results directly in its memory, then can be plugged into a PC via the USB port and information can be ported across in CSV Excel format so you can create reports on your PC.

Megger SVERKER900 Interface Breakdown

The following table outlines exactly what's included on the SVERKER900's front interface.

1 - Binary Inputs (1-4) The binary inputs are independtly programmable gate circuits that permit simple selection of the desired mode for voltage or contact monitoring operations. Binary input 1 has a selectable threshold voltage
2 - Extra Timer With separate start/stop inputs, the timer can be used to measure both external cycles and sequences initiated by the SVERKER900. The measured time appears on the display. Each input can be set to respond to the presence of abscence of voltage (AC/DC) at a contact
3 - Binary Output The binary output is used to simulate normally open/normally closed contacts for testing breaker failure schemes, or similar power system operations. In addition it may also be used to switch AC/DC voltages and currents
4 - Current/Voltage Current and voltage are measured by the built-in ammeter and voltmeter. Resistance, impedance, phase angle, pwer and power factor can also be measured. Readings appear on the display. These instruments can also be used to take measurements in external circuits
5 - Current Generators The current generators can be used separately, in parallel or series.
The current generators deliver maximum compliance voltage to the load constantly during the test, and range changing is done automatically, on-the-fly, under load.
6 - Voltage Generators The voltage generators can be used separately, in parallel or series
7 - USB For external keyboard, mouse, saving test data and for updating internal SW
8 - Mains Inlet  
9 - Ground (Earth) Connection  
10 - On/Off Switch  
11 - Ethernet Port For authorised service actions
12 - Touch Screen 5.7" full colour LCD
13 - Control Knob For setting of current, voltage and other parameter values

Megger SVERKER900 Three-Phase Relay/Substation Test System Key Features

  • Full toolbox for substation 3-phase testing
  • Three current and four voltage sources
  • Standalone functionality
  • Rugged and reliable with integrated carrying handle for use in the field
  • Generation 900V and 105A in single-phase mode
  • Secondary and primary testing
  • Fast response LCD colour touchscreen

What's Included?

  • SVERKER900 Test Unit
  • Ten Jumpers
  • Touch Screen Pen
  • Test Cable Set
  • Protective Cable
  • Cable Set (up to 900V)
  • Flight Case with Wheels
Technical Specs

Part Code: CR-19094

Megger SVERKER900 Technical Specifications

For the full list of tech specs, please see the attached datasheet.

Specifications are valid for resistive load, at 170-240 voltage supply and ambient temperature +25°C ±3°C (77°F ±5.4°F) after 30 minutes warmup time and in the frequency range of 10Hz to 70Hz.
All hardware data are for full scale values.
Specifications are subject to change without notice.
Environment
Application Field For use in high-voltage substations and industrial environments
Operating Temperature 0 to 50°C (32 to +122°F)
Storage/Transport Temperature -40 to +70°C (-40 to +158°F)
Humidiity 5 to 95% RH, non-condensing
Altitude (Operational) 2000m (6500ft)
Shock and Vibration IEC 60068-2-27
Vibration IEC 60068-2-6
CE-Marking
EMC IEC61326-1
LVD IEC61010-1: 2010
General
Mains Input 100 to 240V AC, 50/60Hz
Current Consumption 10A (max)
Power Consumption 1800VA (max)
Instrument Dimensions 350 x 270 x 220mm (13.8 x 10.6 x 8.7")
Flight Case with Wheels 615 x 295 x 500mm (24.2 x 11.6 x 19.7")
Flight Case 620 x 295 x 500mm (24.4 x 11.6 x 14.4")
Weight 14.9kg (32.8lbs) - instrument only
29.0kg (64lbs) with accessories and flight case (with wheels, GD-00185)
23.9kg (52.7lbs) with accessories and flight case (GD-00182)
Display 5.7" LCD touch screen
Available Lanugages English, French, German, Spanish and Swedish
Measurement Section
Binary Inputs 1,2, 3, 4 and EXTERNAL TIMER Start/Stop
Number 6
Type Dry or wet contacts max, 240V AC or 340V DC
Galvanic Isolation 35 minutes
Max Measuring Time Settable, 0 to 999ms
BINARY INPUT 1 Settable, 0 to 999ms
Timer  
Range Inaccuracy
0 to 50ms ≤1ms
50 to 500ms ≤2ms
>500ms ≤1%
Resolution 1ms
Voltmeter
Measurement Method AC true RMS
DC mean value
Insulation 900V, 1273 peak
Input Rating 900V
Inaccuracy (DC Ranges)
0 to 1V ±0.5% of reading + 3mV
0 to 10V ±0.5% of reading + 7mV
0 to 100V ±0.5% of reading + 30mV
0 to 900V ±0.5% of reading + 300mV
Inaccuracy (AC Ranges)
0 to 1V ±1% of reading + 5mV
0 to 10V ±1% of reading + 10mV
0 to 100V ±1% of reading + 50mV
0 to 900V ±1% of reading + 300mV
Resolution 1mV
Frequency
Range 10Hz to 600Hz
Inaccuracy <0.01%
Resolution >10mHz
Ammeter  
Measurement Method AC true RMS
DC mean value
Inaccuracy (DC Ranges)
0 to 200mA ±0.5% of reading + 2mA
0 to 1.5A ±0.5% of reading + 3mA
0 to 10A ±0.5% of reading + 10mA
Inaccuracy (AC Ranges)
0 to 200mA ±1% of reading + 2mA
0 to 1.5A ±1% of reading + 3mA
0 to 10A ±1% of reading + 20mA
Frequency
Range 10Hz to 600Hz
Inaccuracy <0.01%
Resolution <10mHz
Extra Measurements
Power Factor   
Range 0.01 (cap) to 1 to +0.01 (ind)
Resolution <0.01
Inaccuracy <0.04
Phase Angle (°)  
Range 0 to 360°
Resolution <0.1°
Inaccuracy <0.8°
Impedance and Power Measurement
AC Z(Ω), R(Ω),X (Ω), P(W), S(VA), Q(VAR)
DC R(Ω), P(W)
Range Up to 999kX (X = unit)
Binary Outputs
Insulation 250V AC
Current 1A (max)
Voltage 250V AC
Generation Section
Voltage outputs U1, U2, U3 and U4/DC out
All voltage sources/generators are galvanically separated from each other and from ground.
Floating common return is made by using jumper connectors
Ranges
4-Phase AC 4 x 300V
4-Channel DC 4 x 300V
Power
4-Phase AC 4 x 125VA (max)
4-Channel DC 4 x 125W (max)
Inaccuracy 0.03% range + 0.05% of reading)
Distortion (THD + N) <0.14% typical (0.25% max)
Resolution 10mV
Phase
Angle Range 0 to 360°
Inaccuracy <0.5° (at 50-60Hz)
Resolution 0.1°
Frequency
Range 10Hz to 600Hz
Inaccuracy <0.03% (45 to 66Hz)
Resolution 1mHz
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