Applications - Automotive Component Test

SERIES BOP

bipolar d-c power, 100, 200, 400 Watts

• Full 4-quadrant operation
• Source and sink 100% of their current rating.
• Separate control circuits for voltage and current with automatic crossover to current and voltage limits.
• Zeroable preamplifier available for scaling and summing external signals.
• Option to drive capacitive loads up to 10mF
• Option to drive magnets up to 1 Henry
• Optional digital displays.
• Optional BIT 4886 provides 16-bit IEEE 488.2 talk- listen control with SCPI support.
• Optional BIT 802E offers LAN control via web browser.

SERIES BOP HIGH POWER

d-c bipolar power, 1KW

• Source & sink, 4 quadrant operation.
• Fast analog programming.
• Precision stabilization: 0.001% source, 0.002% load.
• Digital programming.
• Built-in arbitrary waveform generator.

SERIES BOP-GL

BOP 1KW optimized for driving inductive loads

• Source & sink, 4 quadrant operation.
• Fast analog programming.
• Optimized for very low ripple, noise and temperature stability in current mode.
• Precision stabilization: 0.001% source, 0.002% load.
• Digital programming.
• Built-in arbitrary waveform generator.

SERIES HSF

d-c plug-in, hot swappable power, 50-1500 Watts with active PFC in all models

• UL and cUL recognized.
• Built-in isolation diodes for hot swap.
• Current share for N+1 redundancy.
• Up to 6KW in a 3U x 19" housing.
• Up to 600 Watts in a 1U housing x 19" housing.

SERIES HSP

Single output switcher, current-sharing for parallel redundant N+1 hot swap operation 1000W, 1500W

• Series HSM is identical to HSP but without hot swap capability.
• Remote sensing (0.5V for 3.3 and 5V models, 0.8V for all others).
• Control/programming of voltage channel, current limit, overvoltage setpoint.
• Set point monitors for voltage and current permit on-line adjustment of output limits.
• Switch selectable Bellcore-type current "walk-in" characteristic for battery charger applications.
• Front panel status indicators, duplicated by form C relay contact status flags at rear panel connector: POWER, DC FAIL, OVERTEMP, FAN FAIL.
• Safety Agency Approvals: Recognized component with SELV output per UL 1950, CSA 950, VDE IEC 950/EN 60950 for a-c mains operation.
• 5" x 5" crossection plug-ins meet EIA standard for 3U height. Fit three abreast in EIA standard 19" equipment racks (four abreast in 24" racks).
• HSP are fully protected for any overload including a short circuit.
• Remote control via one of two isolated TTL-level signals, one normally high and the other normally low.
• Meet all EN 50082-2 (heavy industrial) immunity levels including mains lightning surge

SERIES BHK-MG

High voltage (0-300V, 0-500V, 0-1000V, 0-2000V, linear, voltage-current stabilizers with rectangular (automatic crossover) output characteristic.

• Two sizes: half-rack 40 watts, full-rack 200 watts.
• FET output stage.
• Conventional filtering or fast response.
• Fast analog programming mode.
• Rapid recovery current mode in fast mode.
• Local control from panel-mounted keypad.
• Built-in GPIB, IEEE 488.2, 12 bits.
• Built-in RS 232 (except BHK 300-0.8MG; contact Kepco if this feature required)
• Support for SCPI language.
• 2-line 16 character LCD display.
• Full read back of voltage and current on the bus.
• Increased resolution and accuracy (x10) for reading small current.
• Versatile output on/off port (40 watt model).
• Extensive Protection circuitry

SERIES EL

DC Electronic Loads for testing power sources: batteries, power supplies, generators, chargers, fuel cells, etc.

• Front panel controls and indicators for Amps, Volts and KW
• Computer operated LabVIEW capable
• Constant current, voltage, power, resistance, conductance and short circuit modes
• Readback voltage, current, power and load status
• Optional Ethernet Control in addition to standard USB and RS 232
• Optional GPIB Control in addition to USB and RS 232
• Comprehensive SCPI command set
• Monitor load current via computer or analog output
• Use unique test patterns from Arbitrary Waveform Generator via external analog input
• Remote voltage sense eliminates error caused by voltage drop in test leads
• Transient capability, 50 microseconds to 10 seconds
• Repeating transients, repeating every 100 uS to 10 sec, from 2 to 10,000 times
• Programmable leading/trailing ramps on output changes, from 100 uS to 10 seconds
• Up to 60KW into one 8 ft. rack

SERIES KLR

Rectangular voltage/current operating boundaries, 2400 Watts

• GPIB & isolated analog controls standard on all models.
• LAN control optional, replaces standard RS 232 interface.
• VXI plug&play, LabView and IVI-COM drivers.
• Control via web browser using LAN interface.
• True 1U height - full power operation with no spacing between units.
• 200-240V a-c input with active PFC.
• Optional Rapid Output Discharge Circuit (RODC)

SERIES KLP

Voltage, current and power-limited operating boundaries, 1200 Watts

• GPIB & isolated analog controls standard on all models.
• LAN control optional, replaces standard RS 232 interface.
• VXI plug&play, LabView and IVI-COM drivers.
• Control via web browser using LAN interface.
• True 1U height - full power operation with no spacing between units.
• Wide range a-c input with active PFC.
• Optional Rapid Output Discharge Circuit (RODC)

SERIES KLN

Low-profile, automatic crossover, high-performance, low-cost, stable programmable d-c power, 750, 1500, 3000 Watts

• 1U, Half Rack (750W)
• 1U, Full Rack (1500W)
• 2U, Full Rack (3000W)
• Analog and RS 485 programming of voltage, current and their limits
• GPIB or LAN Interface optional
• Speed controlled fan for low acoustic noise
• 39 Models from 0-6V to 0-600V up to 400A
• CE Mark

SERIES HWS Programmable

d-c modular power 300, 600, 1000, 1500 Watts

• Remote Programmable Output: included on 1000W, 1500W models (-PV option on 300W, 600W)
• Limited lifetime warranty.
• UL 508 approved.
• Small Size.
• Semi F47 Compliant (high line a-c).
• Universal input (85-265V a-c).

SERIES ATE

bipolar d-c power, 100, 200, 400 Watts

• Linear programmable power in five sizes to 1000 watts.
• Low noise, high speed linear precision control.
• Voltage and current stabilization.
• 10-turn panel controls offer exceptional resolution.
• User-selectable capacitorless output for fast analog programming or quick recovery current-mode operation.
• User selectable fast or conventional modes of operation. Use fast-mode for rapid response to programmed instructions or for quick response in current mode to load changes.
• Voltage and current modes with full and equal control over the output in both modes.
• Multi-terminal user port allows the ATE to be configured by arranging the jumpers on a mating plug, PC-12.
• Full zeroing and full-scale calibration for both the voltage and current control channels.
• Programmable overvoltage crowbar. Can be manually set from the panel or programmed with a 0-10V analog signal.
• Optically isolated input-output to interconnect multiple power supplies.
• Uncommitted amplifiers to manipulate arbitrary control signals into the required 0-10V needed to program ATE. Two provided. Can be used for scaling and summing.
• Digital control through SN-series IEEE-488 interfaces.