R-Series Resistive Load Banks

 

General

Load banks are devices which contain resistive, inductive and/or capacitive loads. They apply the load to an electrical power source, thereby dissipate the power of the electrical source.

Unlike the on-site loads, which are highly variable in terms of diverse electrical parameters, load banks provide pre-determined and controllable loads. These in turn serve the power source, using its energy output to test, support or protect. 

 

Portable and stationary resistive load banks incorporate load step increments as low as 1 kW for testing small to large generating sets. The fine control resolution ensures accurate load control and power factor targeting adjustments.

 

Load banks are suitable for both workshop and on-site testing and the units are suitable for trailer mounting.

 

A Resistive load bank provides equivalent loading of both the generator and prime mover. This means that for each kilowatt (or horsepower) of load applied to the generator by the load bank, an equal amount of load is applied to the prime mover by the generator.

 

R-series load banks are designed for portable and fixed applications. Hilkar brand R-series load banks have a robust design and are specifically for corrosive environments. They feature vibration-proof, stainless steel resistors and an integrated control and switchgear system. Load banks can be controlled via local, remote, wireless remote or automatic control systems.

 

Features

  • Robust design
  • Vertical / Horizontal air release
  • ISO container or custom-made enclosure design
  • Integrated remote control system with data capture, monitoring and load step controlling
  • Ease of integrated load testing with other load banks
  • Corrosion resistant outdoor paint
  • Stainless steel vibration-proof resistor
  • IEC 62116, IEEE Std 929 and UL1741 compatible designs

 

Load banks feature an optional touch-type LCD display and/or wireless remote load step switching controller and/or load step & time controller PC software. In addition, controller features include fan start/stop, electrical parameter controls, timing, capturing data, test mode and fault detection. PC controllers are connected to load bank through a USB port.

 

In addition, circuit breaker protections are provided in the load bank, making access to switchgear compartments and reactors easy to achieve. In terms of safety; fan failure, low air flow, over-voltage, over heating and phase sequence protections are included in the load bank.

 

Area of Usage

  • Generator testing
  • Ship Testing
  • Power Plants
  • Telecommunication Sites
  • Mining
  • Military Establishments
  • Data Centers
  • Battery Systems
  • UPS Systems
  • Inverters

 

Technical Features

  • DC or 50 - 60 - 400 Hz
  • Resistive ( up to 36 kV )
  • Power Analyzer Measurements : V, A, W, VAr, Hz, cosPhi

 

Required Information for Quotation

  • Applied voltage and frequency
  • Mobile or stable
  • Load step resolution
  • Indoor or outdoor service
  • Capacity (kW)
  • Blower and control voltage
  • Internal and/or external control power
  • Meters (Voltmeter, Ammeter, kW meter, kVA meter, cosF, frequency meter)
  • Optional computer interface RS 232 / RS 485 (wireless computer interface on demand)
  • Automatic controller
  • Wireless remote control
  • Protection degree: IP20/indoor, IP20/outdoor under roof, IP55/outdoor

 

Control

Load banks can be controlled via local, remote, wireless remote or automatic control systems.

Local control: Control panel self-contained in load bank with load control button and/or touch panel.

 

Remote control: PC software controlled with data cable thru a USB connection input in a location away from the physical load bank, for controlling pre-determined load steps, power factor, timing, capturing data, test mode and fault detection.

 

Wireless remote control: Load steps and main controlling function of the load bank is achieved by an ergonomic hand-held remote control.

 

Automatic control: DSP controller with auto control available including auto on-off, auto load regulation, timing, and regenerative power response.

 

L-Series Inductive Load Banks

 

General

Load banks are devices which contain resistive, inductive and/or capacitive loads. They apply the load to an electrical power source, thereby dissipating the power of the electrical source.

Unlike the on-site loads, which are highly variable in terms of many electrical parameters, load banks provide pre-determined and controllable loads. These in turn serve the power source, using its energy output to test, support or protect.

 

Portable and stationary load banks incorporate load step increments as low as 1 kVAr for testing small to large generating sets. The fine control resolution ensures accurate load control and power factor targeting adjustments.

 

Load banks are suitable for both workshop and on-site testing and the units are suitable for trailer mounting.

 

L-series inductive load banks are devices which contain inductive loads, apply the load to an electrical power source and dissipate the reactive power of the electrical source.

L-series load banks are designed for portable and fixed applications.

 

Hilkar brand L-series load banks have a robust design specifically designed for corrosive environments. Load banks can be controlled via local, remote, wireless remote or automatic control systems.

 

 

Features

  • Robust design
  • Vertical / Horizontal air release
  • ISO container or custom-made enclosure design
  • Integrated remote control system with data capture, monitoring and load step controlling
  • Ease of integrated load testing with other load banks
  • Corrosion resistant outdoor paint
  • Stainless steel vibration-proof
  • High temperature class reactors on demand
  • IEC 62116, IEEE Std 929 and UL1741 compatible designs

 

Load banks feature an optional touch-type LCD display and/or wireless remote load step switching controller and/or load step & time controller PC software. In addition, controller features include fan start/stop, electrical parameter controls, timing, capturing data, test mode and fault detection. PC controllers are connected to load bank through USB port for connection.

 

In addition, circuit breaker protections are provided in the load bank and easy access to switchgear compartment and reactors is achieved. In terms of safety; fan failure, low air flow, over-voltage, over-heating and phase sequence protections are included in the load bank.

 

Area of Usage

  • Generator testing
  • Ship Testing
  • Power Plants
  • Telecommunication Sites
  • Mining
  • Military Establishments
  • Data Centers
  • Battery Systems
  • UPS Systems
  • Inverters

 

Technical Features

  • 50 - 60 - 400 Hz
  • Inductive ( up to 36 kV )
  • Power Analyzer Measurements : V, A, W, VAr, Hz, cosPhi

 

Required Information for Quotation

  • Applied voltage and frequency
  • Mobile or stationary
  • Load step resolution
  • Indoor or outdoor service
  • Capacity (kVAr)
  • Blower and control voltage
  • Internal and/or external control power
  • Meters (Voltmeter, Ammeter, kW meter, kVA meter, cosF, frequency meter)
  • Optional computer interface RS 232 / RS 485 (wireless computer interface on demand)
  • Automatic controller
  • Wireless remote control
  • Protection degree: IP20/indoor, IP20/outdoor under roof, IP55/outdoor

 

Control

Load banks can be controlled via local, remote, wireless remote or automatic control systems.

Local control: Control panel self-contained in load bank with load control button and/or touch panel.

 

Remote control: PC software controlled with data cable through a USB connection input in a location away from the physical load bank for controlling predetermined load steps, power factor, timing, capturing data, test mode and fault detection.

 

Wireless remote control: Load steps and main controlling function of the load bank is achieved by an ergonomic hand-held remote control.

 

Automatic control: DSP controller with auto control available including auto on-off, auto load regulation, timing, regenerative power response.    
 

  • For other ratings up to 36 kV or for other load step resolutions, consult factory.
  • Dimensions and weight may vary as per at the custom specific ratings.
  • Given dimensions and weights are approximate values.

 

C-Series Combined Load Banks

 

General

Load banks are devices which contain resistive, inductive and/or capacitive loads. They apply the load to an electrical power source, thereby dissipating the power of the electrical source.

Unlike the on-site loads, which are highly variable in terms of diverse electrical parameters, load banks provide pre-determined and controllable loads. These in turn serve the power source, using its energy output to test, support or protect.

 

Portable and stationary load banks incorporate as low as 1 kW load step increments for testing small to large generating sets. The fine control resolution ensures accurate load control and power factor targeting adjustments.

 

Load banks are suitable for both workshop and on-site testing and the units are suitable for trailer mounting.

 

C-series combined load banks are devices which contain resistive and reactive loads, apply the load to an electrical power source and dissipate the power of the electrical power.

 

Features

  • Robust design
  • Vertical / Horizontal air discharge
  • ISO container or custom-made enclosure design
  • Integrated remote control system with data capture, datalogging, monitoring and load step controlling
  • Ease of integrated load testing with other load banks
  • Corrosion resistant outdoor paint
  • Stainless steel vibration-proof resistors
  • High temperature class reactors for inductive loads on demand
  • IEC 62116, IEEE Std 929 and UL1741 compatible designs

 

Load banks feature an optional touch-type LCD display and/or wireless remote load step switching controller and/or load step & time controller PC software. In addition, controller features include fan start/stop, electrical parameter controls, timing, capturing data, test mode and fault detection. PC controllers are connected to load bank through USB port for connection.

 

In addition, circuit breaker protections are provided in the load bank, making access to switchgear compartments and reactors easy to achieve. In terms of safety; fan failure, low air flow, over-voltage, over heating and phase sequence protections are included in the load bank.

 

Area of Usage

  • Generator testing
  • Ship Testing
  • Power Plants
  • Telecommunication Sites
  • Mining
  • Military Establishments
  • Data Centers
  • Battery Systems
  • UPS Systems
  • Inverters

 

Technical Features

  • DC or 50 - 60 - 400 Hz
  • Resistive ( up to 36 kV )
  • Inductive ( up to 36 kV )
  • Capacitive ( up to 36 kV )
  • Power Analyzer Measurements : V, A, W, VAr, Hz, cosPhi

 

Required Information for Quotation

  • Applied voltage and frequency
  • Mobile or stationary
  • Load step resolution
  • Indoor or outdoor service
  • Resistive, Inductive, Capacitive
  • Capacity (kW, kVA, kVAr)
  • Blower and control voltage
  • Internal and/or external control power
  • Meters (Voltmeter, Ammeter, kW meter, kVA meter, cosF, frequency meter)
  • Optional computer interface RS 232 / RS 485 (wireless computer interface on demand)
  • Automatic controller
  • Wireless remote control
  • Protection degree: IP20/indoor, IP20/outdoor under roof, IP55/outdoor

 

Control

Load banks can be controlled via local, remote, wireless remote or automatic control systems.

Local control: Control panel self-contained in load bank with load control button and/or touch panel.

 

Remote control: PC software controlled with data cable through a USB connection input in a location away from the physical load bank, for controlling predetermined load steps, power factor, timing, capturing data, test mode and fault detection.

 

Wireless remote control: Load steps and main controlling function of the load bank is achieved by an ergonomic hand-held remote control.

 

Automatic control: DSP controller with auto control available including auto on-off, auto load regulation, timing, and regenerative power response.