GROADA-AC346V-50KVA-RL resistive induktive Lastbank
GROADA AC346V-50KVA RL AC Load Bank is a high-precision resistive-inductive (RL) load cabinet design...
| Modell | AC220V-10KVA-RLC | AC380V-30KVA-RLC | AC380V-60KVA-RLC | AC380V-100KVA-RLC | AC380V-200KVA-RLC | AC380V-300KVA-RLC |
| Nennleistung | RLC = 10KVA | RLC = 30KVA | RLC = 60KVA | RLC = 100KVA | RLC = 200KVA | RLC = 300KVA |
| R = 10KW; L = 10KVA C = 10KVA | R = 30KW; L = 30KVA; C = 30KVA | R = 60KW; L = 60KVA; C = 60KVA | R = 100KW; L = 100KVA; C = 100KVA | R = 200KW; L = 200KVA; C = 200KVA | R = 300KW; L = 300KVA; C = 300KVA | |
| Andere Leistung kann entsprechend Anforderungen angepasst werden | ||||||
| Größe (Breite * Tiefe * Höhe mm) | 500*750*1400 | 600*850*1500 | 1000*1100*1500 | 1100*1600*1500 | 1500*1800*1800 | 2000*2000*2000 |
| Gewicht | 120 kg | 380kg | 580kg | 880kg | 1500 kg | 2500kg |
| Eingangsspannung | AC220 / 230V | AC380 / 400V | ||||
| Andere Eingangsspannung kann entsprechend Anforderungen angepasst werden | ||||||
| Eingangsstrom | 0 bis 45A | 0 bis 45A | 0 bis 90A | 0 bis 150A | 0 bis 300A | 0-450A |
| Minimale Belastung | R = 100W; L = 100VA; C = 100VA | R = 100W; L = 100VA; C = 100VA | R = 100W; L = 100VA; C = 100VA | R = 100W; L = 100VA; C = 100VA | R = 1KW; L = 1KVA; C = 1KVA | R = 1KW; L = 1KVA; C = 1KVA |
| Andere Mindestlastleistung kann entsprechend Anforderungen angepasst werden | ||||||
| Leistungsfaktor | PF = 0,1 ~ 1,0 (anderer Leistungsfaktor kann entsprechend Anforderungen angepasst werden) | |||||
| Gesamtgenauigkeit | 3% (andere Genauigkeitsanforderungen können entsprechend Anforderungen angepasst werden) | |||||
| Steuermodus | Lokaler manueller / Remote-Hostcomputer (lokaler manueller Steuermodus: Schalter / Taste / Touchscreen dreiwegig optional, andere Methoden können nach Bedarf angepasst werden) | |||||
| Fernschnittstelle | RS232/RS485/USB/RJ45/CAN/GPIB (andere Schnittstellenmodi können entsprechend Anforderungen angepasst werden) | |||||
| Schutzfunktion | Notstandsschutz, Übertemperaturschutz, Lüfterlast-Verriegelungsschutz, Erdungsschutz (wählen Sie Überspannungsschutz, Überstromschutz, Kurzschlussschutz, Lüfterüberlast, unzureichendes Luftvolumen) | |||||
| Arbeitsstromversorgung | AC220V | AC220V / 380V | AC380V | |||
| Genauigkeit der Anzeige | 0,5 Ebene (andere explizite Präzision kann entsprechend Anforderungen angepasst werden) | |||||
| Anzeigeparameter | Spannung, Strom, Leistung, Frequenz, Leistungsfaktor usw. (andere explizite Methoden können entsprechend Anforderungen angepasst werden) | |||||
| Kalte sichere Weise | Seitenlufteinlass und oberer Luftauslass (andere Luftauslassmethoden können entsprechend Anforderungen angepasst werden) | |||||
| Schutzstufe | IP20 (andere Schutzebene können entsprechend Anforderungen angepasst werden) | |||||
| Erscheinungsfarbe | RAL7035 (andere Farben können entsprechend Anforderungen angepasst werden) | |||||
| Arbeitstemperatur | -10 ℃ ~ 55 ℃ | |||||
| Relative Luftfeuchtigkeit | ≤95% RH | |||||
| Höhe | ≤ 2500 m | |||||
DieGROAD 1068 AC Load Bank represents the pinnacle of electrical load testing technology, engineered for industries where power reliability and operational efficiency are mission-critical. Designed to simulate real-world electrical loads, it ensures that generators, transformers, UPS systems, and other critical power equipment perform flawlessly under full load conditions. Whether for industrial applications, data centers, or renewable energy integration, the GROAD 1068 is the ultimate solution for comprehensive power system validation.
High-Capacity Load Simulation
Capable of handling substantial resistive and reactive loads, the GROAD 1068 can accurately replicate real operational conditions, providing engineers with reliable insights into system performance and efficiency.
Advanced Digital Control Interface
Equipped with an intuitive LCD digital control system, the load bank allows for precise load adjustments, real-time monitoring, and detailed data logging. Operators can track voltage, current, and power metrics to ensure accurate testing.
Versatility Across Applications
Suitable for testing generators, transformers, UPS systems, and emergency backup power solutions, the 1068 model adapts to a wide range of power infrastructures, making it indispensable for industrial, commercial, and critical mission applications.
Robust and Durable Construction
Built from premium materials, the unit is designed for long-term durability, even under continuous heavy load testing, minimizing downtime and maintenance requirements.
The GROAD 1068 AC Load Bank is tailored to industries and environments where power stability and reliability cannot be compromised:
Power Generation – Validate the performance and efficiency of generators under peak load conditions to prevent system failures.
Rechenzentren – Ensure UPS and backup generators operate seamlessly to maintain uninterrupted operations.
Industrial Manufacturing – Test power systems supporting critical processes to avoid costly downtime.
Erneuerbare Energiesysteme – Evaluate the integration of solar, wind, and hybrid energy systems with conventional power grids.
| Eigenschaften | Spezifikation |
|---|---|
| Lasttyp | Resistive / Reactive |
| Spannung | 380V ±10% |
| Frequenz | 50/60 Hz |
| Kühlmethode | Luftgekühlt |
| Control System | Digital LCD display with precise load control |
| Schutzmerkmale | Overload, short-circuit, over-temperature protection |
| Compliance Standards | ISO 9001, CE, RoHS |
Dieglobal AC load bank market is experiencing significant growth, driven by the rising demand for reliable power testing solutions. Forecasts project the market to exceed $350 million by 2032, with a CAGR of approximately 6.5% from 2024 to 2032.
Key factors driving this growth include:
Data Center Expansion – The surge in cloud computing and big data requires robust power infrastructure, increasing demand for high-quality load testing.
Renewable Energy Integration – Ensuring renewable energy sources work seamlessly with existing grids necessitates advanced testing solutions.
Regulatory Compliance – Stringent international standards for reliability, safety, and efficiency make comprehensive power system validation essential.
Maximized Reliability – Prevent unexpected power failures with accurate load simulation that ensures systems perform under peak demand.
Cost Efficiency – Early detection of potential issues minimizes maintenance costs and extends the lifespan of expensive power equipment.
Compliance Confidence – Meets global standards and safety regulations, giving organizations peace of mind.
Operator-Friendly Design – The intuitive interface reduces the complexity of testing, making it accessible even to operators with minimal technical experience.
Energy & Utilities – Validate power generation and distribution systems for maximum uptime.
Telecommunications – Guarantee uninterrupted network operations through rigorous backup system testing.
Healthcare – Maintain critical medical equipment and emergency power systems without disruption.
Defense & Military – Verify the readiness and reliability of mission-critical power infrastructure.
DieGROAD 1068 AC Load Bank is more than just a testing device—it is a strategic investment in reliability, efficiency, and safety. Combining advanced digital controls, high load capacity, and durable construction, it empowers industries to anticipate potential issues, optimize performance, and ensure operational continuity.
With the GROAD 1068, your power systems are tested not just for today, but for the future, delivering unmatched confidence in energy reliability.