Precision AC Load Testing Solutions
Our AC load banks are engineered for controlled testing of generators, alternators, and AC power systems under real operating conditions. Available in three main types: Resistive Load Bank, Inductive Load Bank, and Resistive + Inductive Load Bank.
Key Features:
- High performance and application-specific engineering
- Ratings : Upto 500 KVA.
- Loading Arrangements : Stepless or Step Loading .
- Robust Design.
- Simple & Easy Maintenance.
Types of AC Load Banks
Choose the load type to suit your AC power testing requirements.
Resistive Load Bank
Applies a resistive load to test real power (kW) at unity power factor. Suitable for checking generator output and performance under load.
View ProductInductive Load Bank
Applies an inductive load to test reactive power (kVAr) and simulate lagging power factor conditions found in motor and transformer loads.
View ProductResistive + Inductive Load Bank
Combines resistive and inductive loads to test real and reactive power together. Suitable for evaluating AC power systems under combined load and lagging power factor conditions.
View Product| Product | AC Load Banks | ||
|---|---|---|---|
| Load Bank Types | Resistive Load Bank | Inductive Load Bank | Resistive + Inductive Load Bank |
| Input | Engineered for stable industrial power conditions | ||
| Output | Reliable and application-specific performance | ||
| Efficiency | High efficiency design for long duty cycle | ||
| Construction | Rugged enclosure with quality-focused manufacturing | ||
| Protection | Comprehensive electrical protection and monitoring options | ||
| Cooling | Air cooled / optional enhanced cooling based on model | ||
| Application | Suitable for demanding industrial and OEM use | ||
| Standards Followed | ||||||
| IS5921/1249 | Copper cladbase material in electrical/electronic equipment's | |||||
| IS6297/2026 | Transformers and inductors. | |||||
| IS 6553 | Environmental requirements for semiconductors and Integrated circuits. | |||||
| IS4064 | Airbreak switches | |||||
| IS8828 | MCBs | |||||
| IS 9224 | HRC fuses | |||||
| IS1248 | Indicating instruments | |||||
| IS 6619 | Semiconductor Rectifier equipment safety | |||||
| IS613 | Copper busbars | |||||
| IS2959 | Contactors. | |||||
| IS3231 | Electrical relays | |||||
| IS13703 | Low voltage fuses | |||||
| IS4540 | Mono Crystal line Semi conductor rectifier assembly | |||||
| IS4237 | General requirements for switchgear and control switches | |||||
| IEC62040-2 | Electro magnetic conduction and interference. | |||||
Operational Advantages
- Improves equipment reliability and process stability
- Reduces risk of downtime caused by power issues
- Supports safe operation of sensitive loads
- Designed for dependable performance in industrial environments
Business Advantages
- Extends asset life and lowers maintenance burden
- Improves productivity with consistent power quality
- Offers scalable solutions for diverse industries
- Backed by experienced engineering and service support
Our Expertise
- Aviation
- Health Care & Hospitals
- Utility Substations
- Automobile industry
- Oil and natural gas industries
- Chemical, petroleum, and pharmaceutical industries
- Textile industries
- Defence and research institutes sectors
* Due to VCS Policy of continuous improvement in product quality, some feature and Size of items may change.
Note: We also offer customized solutions tailored to specific customer requirements.
Our Global Presence
USA (Sales & Support)
Address
New York, NY 10118, USA