California Instruments BPS45-1

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California Instruments BPS45-1, Fuente Programable de AC, 45kVA, 1 fase, Rango de Voltaje Doble, GPIB, RS232, USB, 1 chasis

BPS45-1

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Codigo del Producto: BPS45-1

Descripcion

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Operating Modes
Standard	AC

AC Mode Output
Frequency	Range: 16.00-819.0 Hz, -LF Option: 16.00-500.0 Hz, Resolution: 0.01 Hz: 16.00 - 81.91 Hz, 0.1 Hz: 82.0 Hz - 819.1 Hz
Phase Outputs	1 or 3 Neutral: Floating, Coupling: DC (except for -HV option) Please specify Single (-1) or Three Phase (-3) for BPS30 and BPS45 at time of order.
Total Power	BPS30-1/3; 30kVA, BPS45-1/3: 45kVA, BPS75-3: 75kVA, BPS90-3: 90kVA, BPS150-3:150kVA, BPS180-3, 180kVA
Load Power Factor	0 to unity at full output current

AC Mode Voltage
Voltage Ranges
Range	VLow	VHigh
AC	0-150 V	0-300 V
Load Regulation	< 0.25 % FS to 100 Hz, < 0.5 % FS 100 Hz to 819 Hz
Line Regulation	< 0.1% FS for 10 % line change
External Sense	Voltage drop compensation (5% Full Scale)
Harmonic Distortion (Linear)	Less than 0.5% from 16 - 66 Hz, Less than 1% from 66 - 500 Hz, Less than 1.25% above 500 Hz
DC Offset	< 20 mV
Load Regulation	0.25% FS @ - 100 Hz, 0.5% FS > 100 Hz
External Amplitude Modulation	Depth: 0 - 10 %, Frequency: DC - 2 KHz
Voltage slew rate	200 μs for 10% to 90% of full scale change into resistive load, 0.5V / μSec

AC Mode Current
Models
BPS30-1/3 - 30 KVA	BPS30-1 V Lo:200A, V Hi: 100A, Single phase BPS30-3, V Lo: 66.7A, V Hi: 33.3A, per phase 3 phase
BPS45-1/3 - 45 KVA	BPS45-1 V Lo:300 A, V Hi: 150A, Single phase BPS45-3 V Lo: 100, V Hi: 50A, per phase 3 phase
BPS75 - 75 KVA	BPS75, V Lo: 166A, V Hi: 83A per, phase
BPS90 - 90 KVA	BPS90, V Lo:200A, V Hi: 100A per phase
BPS150 -150 KVA	BPS150, V Lo:332A, V Hi: 166A per phase
BPS180 - 180 kVA	BPS180, V Lo:400A, V Hi: 200A per phase
Note: Constant power mode provides increased current at reduced voltage. See chart below
Peak Repetitive AC Current	Up to 3.6 x rms current at full scale voltage
Programming Accuracy	Voltage (rms): ± 0.3 Vrms, Frequency: ± 0.01 % of programmed value, Current Limit: - 0 % to + 5 % of programmed value + 1A, Phase: < 0.5° + 0.2°/ 100 Hz with balanced load
Programming Resolution	Voltage (rms): 100 mV, Frequency: 0.01 Hz from 16 - 81.91 Hz, 0.1 Hz from 82.0 - 819 Hz, Current Limit: 0.1 A, 3 phase mode, 1.0 A, 1 phase mode, Phase: 0.1°

Constant Power AC Mode

Measurement Specifications
Parameter	Range	Accuracy* (±)	Resolution*
Frequency	16-100 Hz 100-820 Hz	0.01% + 0.01 Hz	0.01 Hz / 0.1 Hz
RMS Voltage	0-400 V	0.05 V + 0.02% 0.1 V + 0.02%	10 mV
RMS Current	0-300 A	0.15 A + .02% 0.3 A + .02%	10 mA
Peak Current	0-800 A	0.15 A + 0.02% 0.3 A + .02%	10 mA
Crest Factor	0.00-6.00	0.05 0.05	0.01
Real Power	90 kW	30 W + 0.1% 60 W + 0.1%	10 W
Apparent Power	90 kW	30 VA + 0.1% 60 VA + 0.1%	10 VA
Power Factor	0.00-1.00	0.01 0.02	0.01
Phase	0.0-360.0	2.0° 3.0°	0.1°
* Measurement system bandwidth = DC to 6.7 kHz. Accuracy specifications are valid above 100 counts. Current and Power Accuracy and Range specifications are times three for BPS 150 and BPS180 in single phase mode. PF accuracy applies for PF > 0.5 and VA > 50 % of range

Protection
Over Load	Constant Current or Constant Voltage mode
Over Temperature	Automatic shutdown

Storage
Non Volatile Mem. storage	16 instrument setups, 200 user defined waveforms [Pi only]

Waveforms
Waveform Types	Std: Sine Wave

Remote Control
IEEE-488 Interface	IEEE-488 (GPIB) talker listener. Subset: AH1, C0, DC1, DT1, L3, PP0, RL2, SH1, SR1, T6, IEEE-488.2 SCPI Syntax
RS232C Interface	9 pin D-shell connector (Supplied with RS232C cable)
LAN ( option )	Ethernet Interface: 10BaseT, 100BaseT, RJ45
USB	Version: USB 1.1; Speed: 460 Kb/s maximum
Output Relay	Push button controlled or bus controlled output relay

AC Input
Voltage	Must be specified at time of order. All inputs are L-L, 3ø, 3 wire + Gnd. 208 ± 10% VAC, 230 ± 10% VAC, 400 ± 10% VAC, 480 ± 10% VAC
Input Line Current (per phase)
BPS30-1/3	116 ARMS @ 187 VLL 105 ARMS @ 207 VLL 60 ARMS @ 360 VLL 50 ARMS @ 432 VLL
BPS45-1/3	175 ARMS @ 187 VLL 157 ARMS @ 207 VLL 90 ARMS @ 360 VLL 75 ARMS @ 432 VLL
BPS75	285 ARMS @187 VLL 256 ARMS @ 207 VLL 147 ARMS @ 360 VLL 122 ARMS @ 432 VLL
BPS90	350 ARMS @ 187 VLL 314 ARMS @ 207 VLL 180 ARMS @ 360 VLL 150 ARMS @ 432 VLL
BPS150	Each BPS75 chassis requires its own AC service. Total Line currents are 2 x BPS90
BPS180	Each BPS90 chassis requires its own AC service. Total Line currents are 2 x BPS90
Distortion: < 8 % at full power < 20 % below 35 % of power
Line Frequency	47 - 63 Hz
Efficiency	85 % typical
Power Factor	0.95 typical

AC Service
Inputs/Outputs	Rear panel connection
Regulatory	IEC61010, EN50081-2, EN50082-2, CE EMC and Safety Mark requirements
EMI	CISPR 11, Group1 , Class A
Connectors	AC Input & Output terminal block behind front cover, IEEE-488 (GPIB) connector (rear panel), 9 pin D-Shell RS232C connector, (rear panel), Remote voltage sense terminal block (rear panel), System Interface Connector, DB-37 (rear panel). RS232 DB9 to DB9 cable supplied

Physical Dimensions
BPS30/45 Dimensions	Height: 50” 1270 mm, Width: 28.75” 731mm, Depth: 34.5” 876mm
BPS30/45 Weight	Per Chassis: Net: 1150 lbs / 522 Kg approximately, Shipping: 1231 lbs / 560 Kg approximately
BPS75/90 Dimensions	Height: 76” 1930 mm, Width: 32.0” 812mm, Depth: 40.0” 1016mm
BPS75/90 Weight	Per Chassis: Net: 1650 lbs / 748 Kg approximately, Shipping: 1731 lbs / 785 Kg approximately
Chassis	Casters and forklift openings.
Vibration and Shock	Designed to meet NSTA project 1A transportation levels. Units are shipped in wooden crate with forklift slots
Air Intake/Exhaust	Forced air cooling, front air intake, rear exhaust
Operating Humidity	0 to 95 % RAH, non condensing
Temperature	Operating: 0 to 40° C (30° C max in CP mode), Storage: -20 to +85° C

Descripcion

Fuente de alimentación AC de alta potencia
Niveles de potencia expandibles: Potencia de salida disponible de 30, 45, 75 y 90 kVA por unidad y configuraciones multi-unidad para requerimientos de potencia hasta 180 kVA y mayor
Control remoto: RS232, USB e IEEE488 (GPIB) estándares e interfaz LAN opcional disponibles para aplicaciones de pruebas automatizadas
Operación simple
Adecuado para aplicaciones aeroespaciales (aviónica)
Transición simple de I+D a Manufactura
Alto factor de cresta
Adquisición de formas de onda

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