The Relay Protection Tester Console by DEMIKS offers a holistic solution for diagnostics and maintenance of power systems. This protective relay tester provides ease of operation, exacting standards of testing, and unmatched reliability, all tailored for modern electrical infrastructures. Trust DEMIKS for seamless precision in power system safeguarding and reliability testing.
Our relay protection tester incorporates sophisticated technology and an intuitive interface to streamline maintenance of power systems, all while ensuring precision, dependability, and accuracy. Achieve precision and effortless testing with power.
Allows performing various tests including overcurrent, under/over voltage, frequency, distance protection, and others.
Gives repeatable results with exceptionally low voltage and current tolerances, achieving conciseness and dependability.
Custom design/built single-phase, three-phase or multi-phase testers as per customer requirements.
Fully compliant with IEC 61850, supports GOOSE messaging and Sampled Values for digital substations.
Provides services in automation enabled software for test plan creation, execution, and documentation streamlining processes for scheduled testing.
Lightweight and rugged casing increases reliability in challenging operational field conditions.
| Category | Feature Details |
|---|---|
| Voltage Output Range | Up to 300V AC per phase |
| Current Output Range | Up to 30A per phase |
| Phase Accuracy | ±0.05% for voltage, ±0.1% for current |
| Frequency Range | 10 Hz to 500 Hz |
| Communication Protocols | IEC 61850, Modbus, Ethernet/IP |
| Relay Testing Modes | Single-phase, 3-phase, and 6-phase configurations |
| Compliance Standards | IEC 60255, IEEE C37.90 |
| Transient Response | Capable of simulating system faults and conditions |
| Data Storage | Built-in memory with cloud integration |
| Display | Large, high-resolution touch screen |
| Dimensions and Weight | 450mm x 300mm x 200mm, 12kg |
| Battery Backup | Optional for extended field testing |
| Software Compatibility | Windows, macOS, and mobile platforms |
| Environmental Rating | IP65 for outdoor use |
| Accessories | Rugged transport case, IEC 61850 cables, calibration kit |
Purchase relay protection testers which offer the best quality for effective electrical testing along with enhancing performance. Perfect for any and all protective requirements.
We take pride in consistently surpassing our customers expectations. Here is their review on our Relay Protection Tester:
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Enhance your relay testing accuracy and safeguard your grid from unexpected disruptions. Experience firsthand the unparalleled features of the Relay Protection Tester Console by requesting a demo, or buy now for seamless operational integration.
A: In a relay test system, a microcomputer allows the performance of complicated tasks to be automated improving accuracy in the performance and evaluation of protection functions during relay and protection testing.
A: Effective testing of relays helps to avoid unnecessary downtime from expensive devices damages and revenue loss through elimination of undesired protective functions by ensuring all necessary protection is granted actively and working as intended, fully verifying that provided relay functions are operating within the expected parameters.
A: A 6 phase protection relay test set allows test environment simulations for several phases of a protective relay to be tested in parallel which ensures thorough evaluation of all protective functions and helps enhance the overall dependability for the device being tested.
A: In relay test equipment systems, both analog and digital technology make it possible to test static protection relays and more sophisticated Advanced Protection Systems (APRs), thus enabling diverse solutions for protection modern testing relay systems.
A: Protective relays are critical components of protective system architectures, and through relay test equipment, protective relays can be properly verified to function optimally, thereby minimizing system failures and downtime equipment damage and lost revenue.
A: Software modules for relays and for protection testing allow automation of testing procedures, enhance precision of test data, compliance to norms like IEC 61850, increases trustworthiness along with enhanced efficiency of operations for reluctance products.
A: Protective relay testers assist in power protection by creating simulated fault scenarios and confirming that the relay activates the necessary protection measure, thus safeguarding the power system from faults and disturbances.
A: Sampled values ensure real-time feedback that can be used to make real-time decisions during the execution of protection functions, which makes it possible to optimize each stage of the relay test system.
A: Distance protection testing ensures that protective relays detect and isolate faults on the grid without enabling uninhibited system-wide power disruptions. This preserves grid stability and enhances the functionality and dependability of the power protection system.
