DCS Series 1 kw, 1.2 kw, & 3 kw

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Established 1981 Advanced Test Equipment Rentals www.atecp.com 800-404-ATEC (2832) DCS Series 1 kw, 1.

Applications range from manufacturing test of automotive components, telecommunications products and avionics to beam steering, process control and labaty R&D use. The DCS Family of 1 kw, 1.

1 Established 1981 Advanced Test Equipment Rentals ATEC (2832) DCS Series 1 kw, 1.2 kw, & 3 kw DCS Applications The DCS Family is ideally suited f a wide range of applications requiring DC power in a small fm fact. Applications range from manufacturing test of automotive components, telecommunications products and avionics to beam steering, process control and labaty R&D use. The DCS Family of 1 kw, 1.2 kw and 3 kw programmable power supplies utilize switching-mode technology to achieve high power density in a low profile chassis. Utilizing unique packaging techniques, the DCS Family provides continuous full output power (1 kw, 1.2 kw 3 kw) in any volt/ amp combination within the rated output voltage and current limits. This family has 10-turn potentiometers to adjust voltage and current settings that are displayed simultaneously. LEDs indicate overtemperature,remote programming, shutdown and overvoltage protection, status and constantvoltage/current mode operation. The DCS 3 kw s have push button control of the output via standby mode, OVP reset, remote/ local programming and preview status of voltage, current and OVP setpoints. DC Programmable Switching Supplies Options include an internal EEE- 488/RS 232 interface, isolated analog programming of voltage and current, and the multichannel slave interface (Option M). Key Features Output ranges from 0-8 VDC to VDC; current levels from 1.7A to 350A Power Density 1 kw 1.2 kw of power in a 19 lb. package only 1.75 inches high 3 kw of power in a 33 lb. package only 3.5 inches high nput 1 kw 1.2 kw: VAC, single phase, VAC, single phase Hz 3 kw: VAC, three phase VAC, single phase Hz (2.5 kw max with single phase input Line regulation: 0.1% Load regulation: 0.1% Remote Programming Selectable remote programming f voltage, current and OVP Optional internal EEE-488/ RS 232 nterface Card with voltage and current readback and adjustable OVP (Option M9C) Optional multichannel slave interface (Option M) Optional isolated analog programming (Option M51A) Software LabVEW driver f M9C/M can be downloaded at no cost at Regulaty Compliance CE Mark on all models, FCC Part 15 Class A and CSA 22.2 #220 (1 and 1.2 kw only) 5 Year Warranty

2 Output and 1 kw DCS 8-125E DCS E DCS 20-50E DCS 33-33E DCS 40-25E DCS 50-20E DCS 60-18E DCS 80-13E DCS E DCS 150-7E DCS E DCS E kw DCS 8-140E DCS E DCS 20-60E DCS 33-36E DCS 40-30E DCS 50-24E DCS 60-20E DCS 80-15E DCS E DCS 150-8E DCS 300-4E DCS 600-2E kw DCS 8-350E DCS E DCS E DCS 40-75E DCS 55-55E DCS 60-50E DCS 80-37E DCS E Resolution: 0.02% (mv RMS P-P): See table (Line Load) : 0.1% : 0.1% Transient Response: Typically recovers in 500 µs (1 & 1.2 kw) 1ms (3k W) to 1% of steady-state output voltage (within 1% of Vmax) f % % load change. Stability: ±0.05% of maximum voltage current over 8 hours after 30 minute warm-up time at fixed line, load and temperature Efficiency: See table Temperature Coefficient: 0.02%/ C of maximum output voltage; 0.03%/ C of maximum output current nput and Frequency 1 kw: VAC, single phase, 8A typical, Hz; VAC, single phase, 15A typical, Hz, internal jumper selectable (see M1 option) 1.2 kw: VAC, single phase, 9A typical, Hz; VAC, single phase, 18A typical, Hz, internal jumper selectable (see M1 option) 3 kw: VAC, three phase, 14A typical, Hz; VAC, single phase, 20A typical, Hz Note: Maximum power output of 3 kw supplies must be limited to 2.5 kw f single phase input Soft Start: Line current is lower than full load peak value during turn-on power application after restart General Operating Temperature: 0 C to 50 C (no derating), 50 C to 70 C (derate 2%/ C above 50 C) Stage Temperature: -55 C to C Humidity Range: 0 to 80% RH, non condensing Meter Accuracy: 1% of full scale + 1 count Max. Differential from Output to Safety Ground: 150 VDC Remote Start/Stop and nterlock: TTL compatible input VAC ( VDC) a contact closure Cooling: nternal fan, overtemperature shutdown if internal heat sink exceeeds set temperature Remote Sense: The maximum allowed sense line drop is 4V per line (2V on the DCS 8 and 10V 1kW and 1.2 kw models and 1V/line f all 3 kw models) Remote Programming: External jumper via rear panel connect J3 Overvoltage Protection: Crowbar type adjustable from 5-110% of rated output using front panel control (local remote program selectable via J3 jumper) Remote Analog Programming Linearity: ±1% Accuracy: ±5% Software: LabVEW driver f M9C/M can be downloaded at no cost at Regulaty Compliance: CE Mark (1, 1.2, 3k W); FCC Part 15 Class A, UL1012, CSA 22.2 #220 (1 and 1.2 kw only) Dimensions 1 kw and 1.2 kw: 1U 1.75 (44 mm) H x 19 (4 mm) W x 17.5 (444 mm) D 3 kw: 2U 3.5 (88 mm) H x 19 (4 mm) W x 17.5 (444 mm) D Weight 1 kw and 1.2 kw: 19 lbs. ( 8.6 kg) 3 kw: 33 lbs. (15 kg) Shipping Weight 1 kw and 1.2 kw: 24 lbs. (10.9 kg) 3 kw: 42 lbs. (19 kg) Options & Accessies M1: Facty configured f 115 VAC input (1 kw and 1.2 kw units only) M9C: nternal EEE-488/RS 232 nterface M13: Locking shafts (front panel potentiometers) M32: Master/slave paralleling cable configured f two units M33: Replace input connect with terminal block (3 kw only) M51A: solated analog programming control of V//OVP and isolated V/ monit outputs up to 500V relative to the supply s return line M: Multichannel slave interface allows use of a single GPB address (using 1 master unit with M9C option) to control multiple units via a standard RS4 connect (3 ft. connect included)

3 DCS 1 kw Output Power VDC 50 C Combined Line and Load % Constant Mode* DCS 8-125E mv 60 mv DCS 20-50E mv 60 mv DCS 33-33E mv 60 mv Noise (P-P) Transient Response Time µs (Typ) Temp. Coeff. %/ C (Typ) % Vmax (Typ) DCS E mv 60 mv Programming Constants Mode Ohms/V V/V DCS 40-25E mv 60 mv DCS 50-20E mv 60 mv DCS 60-18E mv 60 mv DCS 80-13E mv 60 mv V = 0-5V = 0-100% V0 DCS E mv 60 mv DCS 150-7E mv 160 mv DCS E mv 200 mv DCS E *** *** *** *** *** *** *** Constant Mode* Line and Load % Combined ma Temp. Coeff. %/ C % 0 Max. Programming Constants, Mode Ohms/A V/A nput, A Nominal 230V Single 208V Three Efficiency % Case DCS 8-125E N/A DCS E N/A DCS 20-50E N/A DCS 33-33E N/A DCS 40-25E N/A DCS 50-20E % 0 8 N/A DCS 60-18E V= 8 N/A % 0 DCS 80-13E N/A 86 DCS E N/A 86 DCS 150-7E N/A 86 DCS E N/A 86 DCS E *** *** *** *** *** *** *** *** *** * Typical resolution is 0.02% ** RMS ripple typical from 20 Hz to 300 khz ***Consult facty

4 DCS 1.2 kw Output Power VDC 50 C Combined Line and Load % Constant Mode* DCS 8-140E mv 60 mv DCS E mv 60 mv DCS 33-36E mv 60 mv Noise (P-P) Transient Response Time µs (Typ) Temp. Coeff. %/ C (Typ) % Vmax (Typ) DCS 20-60E mv 60 mv Programming Constants Mode Ohms/V V/V DCS 40-30E mv 60 mv DCS 50-24E mv 60 mv DCS 60-20E mv 60 mv DCS 80-15E mv 60 mv V= DCS E mv 60 mv DCS 150-8E mv 160 mv DCS 300-4E mv 200 mv DCS 600-2E *** *** *** *** *** *** *** Constant Mode* Line and Load % Combined ma Temp. Coeff. %/ C % 0 Max. Programming Constants, Mode Ohms/A V/A nput, A Nominal 230V Single 208V Three Efficiency % Case DCS 8-140E N/A DCS E N/A DCS 20-60E N/A DCS 33-36E N/A DCS 40-30E N/A DCS 50-24E % 0 9 N/A DCS 60-20E V= 9 N/A 0-100% 0 DCS 80-15E N/A DCS E N/A DCS 150-8E N/A DCS 300-4E N/A DCS 600-2E *** *** *** *** *** *** *** * Typical resolution is 0.02% ** RMS ripple typical from 20 Hz to 300 khz *** Consult facty *** ***

5 DCS 3 kw Output Power VDC 50 C Combined Line and Load % Constant Mode* DCS 8-350E mv 100 mv DCS E mv 100 mv Noise (P-P) Transient Response Time µs (Typ) Temp. Coeff. %/ C (Typ) % Vmax (Typ) Programming Constants Mode Ohms/V V/V DCS E mv 100 mv DCS 40-75E mv 100 mv DCS 55-55E mv 100 mv DCS 60-50E mv 100 mv V= DCS 80-37E mv 100 mv DCS E mv 200 mv Constant Mode* Line and Load % Combined ma Temp. Coeff. %/ C % 0 Max. Programming Constants, Mode Ohms/A V/A nput, A Nominal 230V Single 208V Three Efficiency % Case DCS 8-350E DCS E DCS E DCS 40-75E % DCS 55-55E V= % 0 DCS 60-50E DCS 80-37E DCS E * Typical resolution is 0.02% ** RMS ripple typical from 20 Hz to 300 khz

6 Case 1.10 (28) Case 1.10 (28) (445) (445) 1.00 (25) Top View 1.00 (25) Top View 1.72 (43) (4) Front View 1.25 (32) 3.46 (87) (4) Front View 3.00 (76) (429) (429) Rear View Rear View Dimensions in inches (millimeters) Options & Accessies nput Options M1 Facty configured f 115 VAC input (1 and 1.2 kw only) Remote nterface Options M9C nternal EEE-488/RS 232 interface M13 Locking shafts (front panel potentiometers) M32 Master/slave cable configured f two me units M33 Replace input connect with terminal block (3 kw only) M51A solated analog programming control M Multichannel slave interface Rack slide kit (3 kw only) J3 Program and Sense VAC Remote Shutdown 14 TTL Shutdown 2 Shutdown Return VDC 3 OVP Program 16 1 ma Source (OVP) 4 Remote/Local Status ndicat 17 OVP ndicat 5 Mode Status ndicat 18 Thermal S/DN Status 6 Ground V Monit 7 0-5V Monit 20 Remote Select 8 Control 21 1 ma Source (V) 9 Program nput 22 1 ma Source () 10 Program Unit 23 Remote Select 11 Control 24 Return 12 Return Sense 25 POS Output (8-100V s Only) 13 POS Sense (8-100V s Only) 9250 Brown Deer Road, San Diego Califnia / / Fax: 8/ N EUROPE Kaap Hondreef AT Utrecht The Netherlands Fax: sales@elgar.com Web Site: DCS 10/03

Sorensen DCS Series. 1 3 kw V A. General Purpose Systems Power Supply

Sorensen DCS Series. 1 3 kw V A. General Purpose Systems Power Supply Sensen DCS Series General Purpose Systems Power Supply High power density / low ripple and noise High programming resolution with Ethernet interface Constant voltage and current mode Remote sensing Isolated