Megger SVERKER 900 relay and substation test system
- Three AC/DC Current Channels
- Four AC/DC Voltage Channels
- Output Frequency: DC, 10–600 Hz
- Six Binary Galvanically Isolated Inputs
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Description
Introduction To The SVERKER 900 Test System
The Megger SVERKER 900 relay and substation test system is purpose-built to address the evolving requirements of today’s electrical infrastructure. With the constant expansion of renewable energy stations, increased demand for substation reliability, and complexity in modern protection relays, having a comprehensive test instrument is vital. The SVERKER 900 stands out by providing three current and four voltage channels that can be configured for an extensive range of testing scenarios. Designed as a multi-functional device, it faithfully serves electrical engineers, relay technicians, and commissioning experts who demand accuracy, robustness, and versatility in their field equipment. Its adaptability makes it an irreplaceable tool for anyone tasked with ensuring the safety and reliability of critical electrical installations.
Designed For Essential Three-Phase Field Testing
One of the standout features of the SVERKER 900 is its unparalleled capacity for three-phase testing. This capability is indispensable for professionals who work with electrical distribution substations, renewable power generation facilities, and industrial networks relying on secure protection relay infrastructure. Since the device offers three independent current generators and four voltage generators, users can simulate virtually all the fault and operating scenarios encountered in protection relay commissioning and maintenance. The SVERKER 900’s flexible current and voltage sources can be connected in either parallel or series arrangements, delivering outputs as high as 105 A AC or 900 V AC respectively. This exceptional range empowers engineers to perform both secondary and primary testing, accommodating everything from standard relay testing to busbar protection and transformer differential relay checks.
Intuitive Operation Through Advanced Touch Screen Interface
Ease of use is a primary consideration in high-stakes environments where time and clarity matter. The SVERKER 900 features a 5.7″ LCD touch screen that provides an intuitive and interactive user interface. Accessible in several languages—including English, French, German, Czech, Spanish, and Swedish—the display makes adjustments and test execution straightforward, even for complex procedures. Settings for amplitude, phase angle, and frequency are easily configurable, allowing the operator to tailor each test to the specific requirements of the device under evaluation. Furthermore, the clear visual feedback ensures users remain well-informed about test status, parameters, and any real-time results, minimizing errors and improving field productivity.
Specialized Product Applications In Power Engineering
The versatility of the SVERKER 900 opens a wide array of practical applications within the power engineering sector. It is ideally suited for secondary testing of protection relays, especially those requiring three-phase stimulation, such as distance, differential, or directional overcurrent relays found in substation automation. With the ability to independently adjust current and voltage on each channel, the instrument facilitates complex test sequences, for example, making it suitable for primary injection testing. It also enables engineers to test numerical relays, which often require a separate reference voltage—handled deftly by the device’s fourth voltage generator. Beyond relays, the robust current and voltage outputs allow simulation and verification of instrument transformer characteristics, circuit breaker response, and even partial system performance under simulated load or fault.
Comprehensive Measurement Capabilities And Flexibility
Measurement accuracy and capability are at the heart of the SVERKER 900, which integrates voltmeter and ammeter functions using AC true RMS and DC mean value methods. The voltmeter supports ranges from 0–1 V up to 0–900 V for both AC and DC, with inaccuracy as low as ±0.5% of reading plus a few millivolts or as specified by range. The ammeter is similarly precise, supporting currents up to 200 mA with inaccuracy down to ±0.5% of reading plus 2 mA, and up to 35 A in AC mode with extremely fine measurement resolution. Additional measurement features include frequency, power factor (cosφ), phase angle, impedance, and power (both AC and DC), which extend the system’s utility to almost any electrical protection or power quality assessment task in the field. These comprehensive tools make the SVERKER 900 the go-to choice for both functional and diagnostic tasks.
Built For Robustness, Mobility, And Worldwide Use
The SVERKER 900 is specifically engineered for use in demanding environments—high-voltage substations, renewables, and heavy industry—where rugged design, reliability, and portability are non-negotiable. It features a durable casing with options for system and flight cases equipped with wheels for easy transportation. The unit operates across a broad temperature range (-40°C to +70°C for storage, 0°C to +50°C for operation) and up to 2000 meters altitude, ensuring reliable performance in harsh field conditions. At only 15.5 kg (or 24.1 kg with its case and accessories), it remains light enough for a single technician to transport, yet offers extensive onboard features including six binary inputs, galvanic isolation for safe operation, and a maximum power consumption of 1800 VA, making it both powerful and efficient.
Buy The SVERKER 900 With Global Assurance
If you’re considering making the SVERKER 900 a part of your testing toolkit, look no further than tpt24, the world’s premier online store for Megger products. Tpt24 guarantees the authenticity and quality of your purchase, delivering the SVERKER 900—sealed and supported by the manufacturer’s full warranty—to any country you reside in. For large organizations and individual engineers alike, tpt24’s renowned logistics and customer support ensure your instrument arrives promptly in perfect condition, so you can benefit from its world-class capabilities without hesitation or risk. Trust in tpt24 for your Megger SVERKER 900, and ensure that your investment is protected and meets all your professional standards.
Key Highlights And Technical Facts Summarized
To summarize, the Megger SVERKER 900 relay and substation test system is engineered for modern electrical testing, offering both breadth and depth of features, rugged portability, and industry-leading performance. Its standout applications in utility substations, renewables, and industrial relay testing make it a strategic asset for engineers who value reliability and precision. Supported by advanced measurement tools and user-friendly controls, it sets the bar for contemporary test systems. For secure and guaranteed global sourcing, tpt24 remains the most dependable option for professionals everywhere.
Specifications
| Specification | Description/Value |
|---|---|
| Application Field | High-voltage substations, renewables, industrial environments |
| Current Channels | 3 (AC and DC) |
| Voltage Channels | 4 (AC and DC) |
| Output Frequency Range | DC, 10 – 600 Hz |
| Number of Binary Inputs | 6 |
| Binary Input Isolation | Galvanically separated |
| Max Measuring Time | 35 minutes |
| Operating Temperature | 0°C to +50°C |
| Storage Temperature | -40°C to +70°C |
| Humidity | 5–95% RH, non-condensing |
| Max Altitude | 2000 m (6500 ft) |
| Input Voltage | 100–240 VAC, 50/60 Hz |
| Max Power Consumption | 1800 VA |
| Instrument Dimensions | 350 x 270 x 220 mm (13.8″ x 10.6″ x 8.7″) |
| Weight | 15.5 kg (34.2 lb); 24.1 kg (53.2 lb) with case and accessories |
| Display | 5.7” LCD Touch Screen |
| Available Languages | Czech, English, French, German, Spanish, Swedish |
| Voltage Output (4-phase AC) | 4 x 300 V |
| Voltage Output (4-channel DC) | 4 x 300 V |
| Power Output (4-phase AC) | 4 x 125 VA (max) |
| Power Output (4-channel DC) | 4 x 125 W (max) |
| Max. Current Output (3-phase AC) | 3 x 35 A (repetitive), 3 x 20 A (continuous) |
| Max. Power Output (3-phase AC) | 3 x 277 VA |
| Max. Power Output (3-phase DC) | 3 x 275 W |
| Voltmeter Ranges | 0–1 V, 0–10 V, 0–100 V, 0–900 V (AC/DC) |
| Voltmeter Accuracy | ±0.5% to ±1% of reading (depending on range) |
| Ammeter Ranges | 0–200 mA, 0–15 A, 0–35 A (AC/DC) |
| Ammeter Accuracy | ±0.5% to ±1% of reading (depending on range) |
| Power Factor Range | -0.01 to +1 (cosφ) |
| Phase Angle Range | 0° – 360° |
| Measurement Resolution | Voltage: 1 mV; Current: 1 mA; Frequency: 1 mHz |
| Compliance Voltage | 50 V RMS |
| Standards Compliance | IEC 60068-2-27 (shock), IEC 60068-2-6 (vibration), IEC 60255-181:2019 (voltage frequency ramp) |
| CE Marking | LVD: 2014/35/EU; EMC: 2014/30/EU; RoHS: 2011/65/EU |













