Load Bank Rental Equipment
Crestchic’s fleet of rental equipment is specifically designed to meet the rigorous demands of frequent rental and movement, from a small 30kW Resistive Load bank, through to a major 50MVA Resistive/Reactive High Voltage package.
Smaller canopied AC Resistive and DC units have either forklift bases or wheels for ease of movement on site and loading. Whilst our larger AC Resistive & Resistive-Reactive units are packaged in ISO style containers (Lloyds Register Approved) for safe handling onto trailers and container ships alike.
The Crestchic rental fleet is designed to operate across a range of voltages and frequencies up to 690V and up to to 36kV with the addition of our containerised step-down transformers.
Available Load Banks
Do you need our help with your next load bank project?
AC Load Banks
|20kW Resistive||415V 3ph 50Hz (4x 5kW steps)|
|30kW Resistive||400 & 415 versions 3ph 50Hz|
|100kW Resistive||400 & 415 versions 3ph 50Hz|
|200kW Resistive||415V 3ph 50Hz|
|300kW Resistive||400 & 415 versions 3ph 50Hz|
|600kW Resistive||400, 415 & 440 versions 3ph 50Hz|
|650kW Resistive||415V 3ph 50Hz|
|700kW Resistive||440V 3ph 50Hz (Micro Processor Control)|
|1000kW Resistive||415V 3ph 50Hz (Micro Processor Control)|
|2700kW Resistive||415V 3ph 50Hz (Micro Processor Control)|
|3000kW Resistive||415V 3ph 50Hz (Micro Processor Control)|
|150kVAR Reactive||415V 3ph 50Hz|
|120kVA 400Hz GPU||208V 3ph 400Hz 0.8pf fixed|
|400kVA *C R/R||400V 3ph 50Hz 0.8pf Micro|
|825kVA *C R/R||480V 3ph 60Hz 0.8pf (617kVA 415V 50Hz 0.8pf) Micro|
|1000kVA *C R/R||480V 3ph 60Hz 0.8pf (748kVA 415V 50Hz 0.8pf) Micro|
|1650kVA *C R/R||480V 3ph 60Hz 0.8pf (1233kVA 415V 50Hz 0.8pf) Micro|
|1700kVA *C R/R||415V 3ph 50Hz Micro|
|1875kVA *C R/R||480V 3ph 60Hz Micro|
|3250kVA *C R/R||415V 3ph 50Hz Micro|
|3.3MVA *C R/R||480V 3ph 60Hz 0.8pf (2466kVA 415V 50Hz 0.8pf) Micro|
|3.4MVA *C R/R||415V 3ph 50Hz Micro|
|6.0MVA *C R/R||480V 3ph 60Hz 0.8pf (4485kVA 415V 50Hz 0.8pf) Micro|
|3.3MVA 690V *C R/R||690V 3ph 50Hz Micro|
|6.0MVA 690V *C R/R||690V 3ph 60Hz Micro|
|2.5MVA 11kV Combi-Unit||2.5MVA nominal @11kV 3ph 50Hz (in one 20ft containerised unit)|
DC Load Banks
|300 amp DC||28V|
|1500 amp DC||28V|
|2500 amp DC||28V|
What Load Bank Packages Do You Have?
We provide load bank packages ranging from 20kW to 7000kW and Multi-MVA solutions for turnkey projects, Have a look at our product range page on this site for more details
What Experience Do You Have?
Crestchic was formed in 1983 and has steadily grown to our position today as the industry leading manufacturer and supplier of loadbank solutions. We work for major players in all sectors ranging from Oil and Gas, Marine and Shipbuilding to Healthcare, Building Managers and Datacentres. We understand the complexities faced by businesses and have solutions tailored to suit the needs.
Where Do You Operate?
Our operations are spread across the globe, covering all seven continents. With our HQ in Burton-on-Trent in the UK, we have bases in Europe, the Middle East, Asia Pacific and the United States of America.
Do You Have Any Certification?
Crestchic Limited, the world leader in load bank technology for the testing and commissioning of power generation systems, now hold not only the highest Quality Assurance ISO type (9001-2015), but additionally has now been accredited with the current environmental standard (ISO14001) and current health &safety accreditation (ISO45001).
Crestchic Loadbanks is expanding its hire and rental business, bringing the latest load bank and power testing solutions to the Irish market. As one of the world's leading specialist manufacturers of load banks, Crestchic has the experience and expertise to reliably...
WHY USE A LOAD BANK?
Load banks are primarily used for testing electrical power output on diesel generators, gas turbines and UPS systems whilst carrying out commissioning and maintenance work.
The load banks are used for simulating real electrical loads enabling essential setup and commissioning which ensures that all electrical and control parameters are met prior to power generation/back up equipment being energized on line.