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DCS

型号：DCS 系列
电压：8V - 600V
电流：1A - 350A
功率：1kW - 3kW
概述：可编程直流开关电源

  • 概述 +


    DCS 系列概述

    DCS 系列概述

    DCS 系列的 1 kW、1.2 kW 和 3 kW 程控电源均采用独特的封装技术，可在额定输出电压和电流范围内的任何电压/电流组合条件下，持续供应满输出功率（1 kW，1.2 kW 或 3 kW）。其外型虽然轻巧，但电源供应可靠性高，可长时间连续使用。

    DCS 电源系列具有易于使用的前面板和 10-转电位计，可对同时显示的电压和电流设置进行调节。 LED 指示灯显示过温、远程编程、关闭和过压保护，以及状态和恒定电压/电流模式操作。 DCS 3 kW 型号能提供输出待机模式的按钮控制、OVP 复位，远程/本地编程，以及电压、电流和 OVP 设定点的状态预览等功能。

    Sorensen DCS 系列产品也可以远程控制。 该系列产品其具备标准的四种模拟控制模式以及隔离模拟控制功能（选项）。DCS 也通过 IEEE488.2 GPIB（选件）或符合 LXI 标准的以太网（选件）实现计算机控制。

    立即在线订购 DCS 系列产品！

    主要特点与优势：


    宽广的电压范围
    直流电压水平从 0-8 V 到 0-600 V；电流水平从 1.7 A 到 350 A

    供两个设备使用的主/从并行电缆

    5 年质保

    远程编程
    • 可选择的电压、电流和 OVP 远程编程
    • 可通过符合 LXI 标准的以太网 LAN/RS-232C（M130）进行 16 位编程
    • 可通过 IEEE-488.2/RS-232C（M9C 选件）进行 12 位隔离模拟程控（选件 M51）
    • 多通道从接口（M85 或 M131 选件）

    软件
    • 适用于 M130 选件的 IVI-com 驱动程序
    • 用于 M9C 选件 的 Labwindows CVI 驱动程序
    • 用于 M9C 选件的 Labview 驱动程序

  • 主要参数 +


    Sorensen DCS 系列规格
    Common
    Meter Accuracy 1% of full scale + 1 count
    Max. Voltage Differential from Output to Safety Ground 150 VDC
    Remote Start/Stop and Interlock TTL compatible input or 12-250 VAC (12-130 VDC) or a contact closure
    Cooling Internal fan, over temperature shutdown if internal heat sink exceeds set temperature
    Remote Sense The maximum allowed sense line drop is 4V per line (2V on the DCS 8/10V 1 kW/1.2 kW models and 1V/line for all 3 kW models). Line drop subtracts from the maximum available output voltage at full rated power.
    Remote Programming Enabled via external jumper on rear panel connector J3
    Overvoltage Protection Crowbar type adjustable from 5-110% of rated output using front panel control (local or remote program selectable via J3 jumper)
    Remote Analog Programming Linearity Typical error is less an 0.5% setting.
    Accuracy is 1% of rated output.
    Regulatory Certified to UL/CSA 61010 (Not DCS 3K) and IEC/EN 61010-1 CE Compliant (LVD and EMC directive)
    Input: Voltage and Frequency
    Output Power 200 - 250 VAC 100 - 132 VAC 190 - 250 VAC
    1kW single phase, 8A typical, 47- 63 Hz single phase, 15A typical, 47-63 Hz, internal jumper selectable  
    1.2kW single phase, 9A typical, 47-63 Hz single phase, 18A typical, 47-63 Hz, internal jumper selectable  
    3kW single-phase, 20A, 47- 63Hz.   three phase, 14A, 47-63Hz.
    Output: Voltage and Current
    1kW Model Voltage Current
    DCS 8-125E 0 - 8 0 - 125
    DCS 10-100E 0 - 10 0 - 100
    DCS 20-50E 0 - 20 0 - 50
    DCS 33-33E 0 - 33 0 - 33
    DCS 40-25E 0 - 40 0 - 25
    DCS 50-20E 0 - 50 0 - 20
    DCS 60-18E 0 - 60 0 - 18
    DCS 80-13E 0 - 80 0 - 13
    DCS 100-10E 0 - 100 0 - 10
    DCS 150-7E 0 - 150 0 -7
    DCS 300-3.5E 0 - 300 0 - 3.5
    DCS 600-1.7E 0 - 600 0 - 1.7
    1.2kW Model Voltage Current
    DCS 8-140E 0 - 8 0 - 140
    DCS 10-120E 0 - 10 0 - 120
    DCS 20-60E 0 - 20 0 - 60
    DCS 33-36E 0 - 33 0 - 36
    DCS 40-30E 0 - 40 0 - 30
    DCS 50-24E 0 - 50 0 - 24
    DCS 60-20E 0 - 60 0 - 20
    DCS 80-15E 0 - 80 0 - 15
    DCS 100-12E 0 - 100 0 - 12
    DCS 150-8E 0 - 150 0 - 8
    DCS 300-4E 0 - 300 0 - 4
    3kW Model Voltage Current
    DCS 8-350E 0 - 8 0 - 350
    DCS 12-250E 0 - 12 0 - 250
    DCS 20-150E 0 - 20 0 - 150
    DCS 40-75E 0 - 40 0 - 75
    DCS 55-55E 0 - 55 0 - 55
    DCS 60-50E 0 - 60 0 - 50
    DCS 80-37E 0 - 80 0 - 37
    DCS 150-20E 0 - 150 0 - 20
    Output
    Voltage Resolution 0.02%
    Ripple (mV rms or p-p) See table
    Regulation Line For input voltage variation over the AC input voltage range, with constant rated load.
    Load For 0-100% load variation, with constant nominal line voltage.
    Voltage 0.1%
    Current 0.1%
    Transient Response Typically recovers in 500 μs (1 & 1.2 kW) or 1ms (3k W) to 1% of steady-state output voltage (within 1% of Vmax) for 70-100% or 100-70% load change.
    Stability ±0.05% of maximum voltage or current over 8 hours after 30 minute warm-up time at fixed line, load and temperature
    Efficiency See table below Temperature Coefficient: 0.02%/°C of maximum output voltage; 0.03%/°C of maximum output current. Change in output per °C change in ambient temperature, with constant line and load
    Physical
    Dimensions

    Width: 19” (482 mm) W, Depth 17.52” (445 mm)

    Height: 1 kW and 1.2 kW: 1U or 1.72” (43 mm) 3 kW: 2U or 3.46” (87 mm)
    Weight & Shipping Weight
    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)
    Environmental
    Operating Temperature 0°C to 50°C (no derating)
    Storage Temperature -55°C to 85°C
    Humidity Range 0 to 80% RH, non condensing
    Programming Specifications
    DCS Series 1 kW Programming Accuracy M130/M131/M9C/M85 Options
    Voltage 0.1% + Current 0.1% + OVP 0.5% +
    DCS 8-125E 8mV 500mA 44mV
    DCS 10-100E 10mV 400mA 55mV
    DCS 20-50E 20mV 200mA 110mV
    DCS 33-33E 33mV 132mA 182mV
    DCS 40-25E 40mV 100mA 220mV
    DCS 50-20E 50mV 80mA 275mV
    DCS 60-18E 60mV 72mA 330mV
    DCS 80-13E 80mV 52mA 440mV
    DCS 100-10E 100mV 40mA 550mV
    DCS 150-7E 150mV 20mA 825mV
    DCS 300-3.5E 300mV 15mA 1650mV
    DCS 600-1.7E 600mV 6.8mA 3300mV
    DCS Series 1.2 kW Programming Accuracy M130/M131/M9C/M85 Options
    Voltage 0.1% + Current 0.1% + OVP 0.5% +
    DCS 8-140E 8mV 560mA 44mV
    DCS 10-120E 10mV 480mA 55mV
    DCS 20-60E 20mV 240mA 110mV
    DCS 33-36E 23mV 144mA 182mV
    DCS 40-30E 40mV 120mA 220mV
    DCS 50-24E 50mV 96mA 275mV
    DCS 60-20E 60mV 80mA 330mV
    DCS 80-15E 80mV 60mA 440mV
    DCS 100-12E 100mV 48mA 550mV
    DCS 150-8E 150mV 32mA 825mV
    DCS 300-4E 300mV 16mA 1650mV
    DCS Series 3 kW Programming Accuracy M130/M131/M9C/M85 Options
    Voltage 0.1% + Current 0.1% + OVP 0.5% +
    DCS 8-350E 8mV 1400mA 44mV
    DCS 12-250E 12mV 1000mA 66mV
    DCS 20-150E 20mV 600mA 110mV
    DCS 40-75E 40mV 300mA 220mV
    DCS 55-55E 55mV 220mA 303mV
    DCS 60-50E 60mV 200mA 330mV
    DCS 80-37E 80mV 148mA 440mV
    DCS 150-20E 150mV 80mA 825mV
    Read-back Specifications
    DCS Series 1 kW Readback Accuracy
    Voltage 0.1% + Current 0.1% +
    DCS 8-125E 12mV 500mA
    DCS 10-100E 15mV 400mA
    DCS 20-50E 30mV 200mA
    DCS 33-33E 50mV 132mA
    DCS 40-25E 60mV 100mA
    DCS 50-20E 75mV 80mA
    DCS 60-18E 90mV 72mA
    DCS 80-13E 120mV 52mA
    DCS 100-10E 150mV 40mA
    DCS 150-7E 225mV 28mA
    DCS 300-3.5E 450mV 14mA
    DCS 600-1.7E 900mV 7mA
    DCS Series 1.2 kW Readback Accuracy
    Voltage 0.1% + Current 0.1% +
    DCS 8-140E 12mV 560mA
    DCS 10-120E 15mV 480mA
    DCS 20-60E 30mV 240mA
    DCS 33-36E 50mV 144mA
    DCS 40-30E 60mV 120mA
    DCS 50-24E 75mV 95mA
    DCS 60-20E 90mV 80mA
    DCS 80-15E 120mV 60mA
    DCS 100-12E 150mV 48mA
    DCS 150-8E 225mV 32mA
    DCS 300-4E 450mV 16mA
    DCS Series 3 kW Readback Accuracy
    Voltage 0.1% + Current 0.1% +
    DCS 8-350E 12mV 1400mA
    DCS 12-250E 18mV 1000mA
    DCS 20-150E 30mV 600mA
    DCS 40-75E 60mV 300mA
    DCS 55-55E 83mV 220mA
    DCS 60-50E 90mV 200mA
    DCS 80-37E 120mV 148mA
    DCS 150-20E 225mV 80mA
    Output
    DCS Series 1 kW Output Power
    Voltage VDC Current ADC @ 50°C
    DCS 8-125E 0-8 0-125
    DCS 10-100E 0-10 0-100
    DCS 20-50E 0-20 0-50
    DCS 33-33E 0-33 0-33
    DCS 40-25E 0-40 0-25
    DCS 50-20E 0-50 0-20
    DCS 60-18E 0-60 0-18
    DCS 80-13E 0-80 0-13
    DCS 100-10E 0-100 0-10
    DCS 150-7E 0-150 0-7
    DCS 300-3.5E 0-300 0-3.5
    DCS 600-1.7E 0-600 0-1.7
    DCS Series 1.2 kW Output Power
    Voltage VDC Current ADC @ 50°C
    DCS 8-140E 0-8 0-140
    DCS 10-120E 0-10 0-120
    DCS 20-60E 0-20 0-60
    DCS 33-36E 0-33 0-36
    DCS 40-30E 0-40 0-30
    DCS 50-24E 0-50 0-24
    DCS 60-20E 0-60 0-20
    DCS 80-15E 0-80 0-15
    DCS 100-12E 0-100 0-12
    DCS 150-8E 0-150 0-8
    DCS 300-4E 0-300 0-4
    DCS Series 3 kW Output Power
    Voltage VDC Current ADC @ 50°C
    DCS 8-350E 0-8 0-350
    DCS 12-250E 0-12 0-250
    DCS 20-150E 0-20 0-150
    DCS 40-75E 0-40 0-75
    DCS 55-55E 0-55 0-55
    DCS 60-50E 0-60 0-50
    DCS 80-37E 0-80 0-37
    DCS 150-20E 0-150 0-20
    Output
    DCS Series 1 kW Constant Voltage Mode
    Ripple (rms) mV Noise** (p-p) mV Transient Response
    time μs (typ)
    DCS 8-125E 4 60 500
    DCS 10-100E 4 60 500
    DCS 20-50E 4 60 500
    DCS 33-33E 4 60 500
    DCS 40-25E 4 60 500
    DCS 50-20E 4 60 500
    DCS 60-18E 4 60 500
    DCS 80-13E 4 60 500
    DCS 100-10E 4 60 500
    DCS 150-7E 12 160 500
    DCS 300-3.5E 20 200 500
    DCS 600-1.7E 50 300 500
    DCS Series 1.2 kW Constant Voltage Mode
    Ripple (rms) mV Noise** (p-p) mV Transient Response
    time μs (typ)
    DCS 8-140E 5 60 500
    DCS 10-120E 5 60 500
    DCS 20-60E 5 60 500
    DCS 33-36E 5 60 500
    DCS 40-30E 5 60 500
    DCS 50-24E 5 60 500
    DCS 60-20E 5 60 500
    DCS 80-15E 5 60 500
    DCS 100-12E 10 60 500
    DCS 150-8E 15 160 500
    DCS 300-4E 25 200 500
    DCS Series 3 kW Constant Voltage Mode
    Ripple (rms) mV Noise** (p-p) mV Transient Response
    time μs (typ)
    DCS 8-350E 15 100 1000
    DCS 12-250E 10 100 1000
    DCS 20-150E 10 100 1000
    DCS 40-75E 20 100 1000
    DCS 55-55E 20 100 1000
    DCS 60-50E 20 100 1000
    DCS 80-37E 20 100 1000
    DCS 150-20E 30 200 1000
    ** Typical P-P noise and ripple (20Hz to 20MHz)
    Output
    DCS Series 1 kW Combined Regulation Line and Load % Temp Coeff. Voltage % Voltage Drift
    % Vmax (typ)
    DCS 8-125E 0.2 0.02 0.05
    DCS 10-100E 0.2 0.02 0.05
    DCS 20-50E 0.2 0.02 0.05
    DCS 33-33E 0.2 0.02 0.05
    DCS 40-25E 0.2 0.02 0.05
    DCS 50-20E 0.2 0.02 0.05
    DCS 60-18E 0.2 0.02 0.05
    DCS 80-13E 0.2 0.02 0.05
    DCS 100-10E 0.2 0.02 0.05
    DCS 150-7E 0.2 0.02 0.05
    DCS 300-3.5E 0.2 0.02 0.05
    DCS 600-1.7E 0.2 0.02 0.05
    DCS Series 1.2 kW
    Combined Regulation Line and Load % Temp Coeff. Voltage % Voltage Drift
    % Vmax (typ)
    DCS 8-140E 0.2 0.02 0.05
    DCS 10-120E 0.2 0.02 0.05
    DCS 20-60E 0.2 0.02 0.05
    DCS 33-36E 0.2 0.02 0.05
    DCS 40-30E 0.2 0.02 0.05
    DCS 50-24E 0.2 0.02 0.05
    DCS 60-20E 0.2 0.02 0.05
    DCS 80-15E 0.2 0.02 0.05
    DCS 100-12E 0.2 0.02 0.05
    DCS 150-8E 0.2 0.02 0.05
    DCS 300-4E 0.2 0.02 0.05
    DCS Series 3 kW
    Combined Regulation Line and Load % Temp Coeff. Voltage % Voltage Drift
    % Vmax (typ)
    DCS 8-350E 0.2 0.02 0.05
    DCS 12-250E 0.2 0.02 0.05
    DCS 20-150E 0.2 0.02 0.05
    DCS 40-75E 0.2 0.02 0.05
    DCS 55-55E 0.2 0.02 0.05
    DCS 60-50E 0.2 0.02 0.05
    DCS 80-37E 0.2 0.02 0.05
    DCS 150-20E 0.2 0.02 0.05
    Output
    DCS Series 1 kW Programming Constraints Voltage Mode
    Ohms / V

    V / V
    DCS 8-125E 625 0-10V = 0-100% V, or 0-5V = 0-100% V
    DCS 10-100E 500
    DCS 20-50E 250
    DCS 33-33E 151.5
    DCS 40-25E 125
    DCS 50-20E 100
    DCS 60-18E 83
    DCS 80-13E 62.5
    DCS 100-10E 50
    DCS 150-7E 33.3
    DCS 300-3.5E 16.67
    DCS 600-1.7E 8.33
    DCS Series 1.2 kW Programming Constraints Voltage Mode
    Ohms / V

    V / V
    DCS 8-140E 625 0-10V = 0-100% V, or 0-5V = 0-100% V
    DCS 10-120E 500
    DCS 20-60E 250
    DCS 33-36E 151.5
    DCS 40-30E 125
    DCS 50-24E 100
    DCS 60-20E 83
    DCS 80-15E 62.5
    DCS 100-12E 50
    DCS 150-8E 33.3
    DCS 300-4E 16.67
    DCS Series 3 kW Programming Constraints Voltage Mode
    Ohms / V

    V / V
    DCS 8-350E 625 0-10V = 0-100% V, or 0-5V = 0-100% V
    DCS 12-250E 416.7
    DCS 20-150E 250
    DCS 40-75E 125
    DCS 55-55E 90.9
    DCS 60-50E 83
    DCS 80-37E 62.5
    DCS 150-20E 33.3
    Output
    DCS Series 1 kW Constant Current Mode*
    Regulation line and load % combined

    Ripple (rms)** mA
    DCS 8-125E 0.2 160
    DCS 10-100E 0.2 128
    DCS 20-50E 0.2 25
    DCS 33-33E 0.2 10
    DCS 40-25E 0.2 7
    DCS 50-20E 0.2 7
    DCS 60-18E 0.2 6
    DCS 80-13E 0.2 4
    DCS 100-10E 0.2 3
    DCS 150-7E 0.2 2
    DCS 300-3.5E 0.2 1
    DCS 600-1.7E 0.2 1
    DCS Series 1.2 kW Constant Current Mode*
    Regulation line and load % combined

    Ripple (rms)** mA
    DCS 8-140E 0.2 180
    DCS 10-120E 0.2 153
    DCS 20-60E 0.2 30
    DCS 33-36E 0.2 11
    DCS 40-30E 0.2 9
    DCS 50-24E 0.2 8.5
    DCS 60-20E 0.2 6.6
    DCS 80-15E 0.2 6
    DCS 100-12E 0.2 3.6
    DCS 150-8E 0.2 2.3
    DCS 300-4E 0.2 1.2
    DCS Series 3 kW Constant Current Mode*
    Regulation line and load % combined

    Ripple (rms)** mA
    DCS 8-350E 0.2  
    DCS 12-250E 0.2  
    DCS 20-150E 0.2  
    DCS 40-75E 0.2  
    DCS 55-55E 0.2  
    DCS 60-50E 0.2  
    DCS 80-37E 0.2  
    DCS 150-20E 0.2  
    Output
    DCS Series 1 kW
    Temp. Coeff. % °C (typ)

    Current Drift %| out Max (typ.)
    DCS 8-125E 0.03 0.05
    DCS 10-100E 0.03 0.05
    DCS 20-50E 0.03 0.05
    DCS 33-33E 0.03 0.05
    DCS 40-25E 0.03 0.05
    DCS 50-20E 0.03 0.05
    DCS 60-18E 0.03 0.05
    DCS 80-13E 0.03 0.05
    DCS 100-10E 0.03 0.05
    DCS 150-7E 0.03 0.05
    DCS 300-3.5E 0.03 0.05
    DCS 600-1.7E 0.03 0.05
    DCS Series 1.2 kW
    Temp. Coeff. % °C (typ)

    Current Drift %| out Max (typ.)
    DCS 8-140E 0.03 0.05
    DCS 10-120E 0.03 0.05
    DCS 20-60E 0.03 0.05
    DCS 33-36E 0.03 0.05
    DCS 40-30E 0.03 0.05
    DCS 50-24E 0.03 0.05
    DCS 60-20E 0.03 0.05
    DCS 80-15E 0.03 0.05
    DCS 100-12E 0.03 0.05
    DCS 150-8E 0.03 0.05
    DCS 300-4E 0.03 0.05
    DCS Series 3 kW
    Temp. Coeff. % °C (typ)

    Current Drift %| out Max (typ.)
    DCS 8-350E 0.03 0.05
    DCS 12-250E 0.03 0.05
    DCS 20-150E 0.03 0.05
    DCS 40-75E 0.03 0.05
    DCS 55-55E 0.03 0.05
    DCS 60-50E 0.03 0.05
    DCS 80-37E 0.03 0.05
    DCS 150-20E 0.03 0.05
    Output
    DCS Series 1 kW Programming Constants, Current Mode
    Ohms/A

    V/A
    DCS 8-125E 40 0-10V = 0-100% |a or 0-5V = 0-100% |a
    DCS 10-100E 50
    DCS 20-50E 100
    DCS 33-33E 151.5
    DCS 40-25E 200
    DCS 50-20E 250
    DCS 60-18E 277.8
    DCS 80-13E 384.6
    DCS 100-10E 500
    DCS 150-7E 714.3
    DCS 300-3.5E 1428.6
    DCS 600-1.7E 2941.2
    DCS Series 1.2 kW Programming Constants, Current Mode
    Ohms/A

    V/A
    DCS 8-140E 35.7 0-10V = 0-100% |a or 0-5V = 0-100% |a
    DCS 10-120E 41.7
    DCS 20-60E 83.3
    DCS 33-36E 138.9
    DCS 40-30E 166.7
    DCS 50-24E 208.3
    DCS 60-20E 250.0
    DCS 80-15E 333.3
    DCS 100-12E 416.7
    DCS 150-8E 625.0
    DCS 300-4E 1250.0
    DCS Series 3 kW Programming Constants, Current Mode
    Ohms/A

    V/A
    DCS 8-350E   0-10V = 0-100% |a or 0-5V = 0-100% |a
    DCS 12-250E  
    DCS 20-150E  
    DCS 40-75E  
    DCS 55-55E  
    DCS 60-50E  
    DCS 80-37E  
    DCS 150-20E  
    Output
    DCS Series 1 kW Input Current, A Nominal Efficiency % (Typ.)
    230V Single Phase 208V Three Phase
    DCS 8-125E 8 N/A 82
    DCS 10-100E 8 N/A 82
    DCS 20-50E 8 N/A 82
    DCS 33-33E 8 N/A 84
    DCS 40-25E 8 N/A 84
    DCS 50-20E 8 N/A 84
    DCS 60-18E 8 N/A 86
    DCS 80-13E 8 N/A 86
    DCS 100-10E 8 N/A 86
    DCS 150-7E 8 N/A 86
    DCS 300-3.5E 8 N/A 86
    DCS 600-1.7E 9.5 N/A 86
    DCS Series 1.2 kW
    Input Current, A Nominal Efficiency % (Typ.)
    230V Single Phase 208V Three Phase
    DCS 8-140E 9 N/A 82
    DCS 10-120E 9 N/A 82
    DCS 20-60E 9 N/A 82
    DCS 33-36E 9 N/A 84
    DCS 40-30E 9 N/A 84
    DCS 50-24E 9 N/A 84
    DCS 60-20E 9 N/A 85
    DCS 80-15E 9 N/A 85
    DCS 100-12E 9 N/A 85
    DCS 150-8E 9 N/A 85
    DCS 300-4E 9 N/A 85
    DCS Series 3 kW
    Input Current, A Nominal Efficiency % (Typ.)
    230V Single Phase 208V Three Phase
    DCS 8-350E 24 13 82
    DCS 12-250E 26 14 82
    DCS 20-150E 26 14 82
    DCS 40-75E 26 14 86
    DCS 55-55E 26 14 82
    DCS 60-50E 26 14 86
    DCS 80-37E 26 14 86
    DCS 150-20E 26 14 86
    * Typical resolution is 0.02% ** rms ripple typical from 20 Hz to 300 kHz
    J3 Connector
    1 90-250 VAC Remote Shutdown 14 TTL Shutdown
    2 Shutdown Return 15 +12 VDC
    3 OVP Program 16 1 mACurrent Source (OVP)
    4 Remote/Local Status Indicator 17 OVP Indicator
    5 Mode Status Indicator 18 Thermal S/DN Status
    6 Ground 19 0-5V Voltage Monitor
    7 0-5V Current Monitor 20 Remote Voltage Select
    8 Voltage Control 21 1 mA Current Source (V)
    9 Voltage Program Input 22 1 mA Current Source (I)
    10 Current Program Unit 23 1 mA Current Source (I)
    11 Current Control 24 Return
    12 Return Sense 25 POS Output (8-100V Models Only)
    13 POS Sense (8-100V Models Only)  

  • 仪器图示 +


    Sorensen DCS 系列示意图
    示意图格式
    PDF DCS 示意图（397KB）

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    DCS：型号描述

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    选件和配件
    M1 出厂前针对 115 VAC 输入进行了配置（仅限 1 kW 和 1.2 kW 单元）
    M9C 内部 IEEE-488/RS-232 接口（仅支持 12 位从机）
    M13 锁定轴（前面板电位器）
    M32 为两个单元配置的主/从并联电缆
    M33 将输入连接器更换为端子排（仅限 3 kW）
    M51A V/I/OVP 和隔离 V/I 监视器输出的隔离模拟编程控制相对于电源的返回线路高达 500V。这种隔离允许用户控制未连接到公共接地端的电源。此外，在环境噪声较大或接地回路电流较大的系统中，可以通过隔离控制接地线与电源接地线来消除问题。
    M85 12 位从机接口选件，可与 M9 或 M130 主机一起使用（包括 3 英尺控制电缆）
    M102 前面板接线柱，适用于 1 kW 或 1.2 kW，型号 ≤30A，≤100V。与 M9C、M85、M130、M131、M133、M135、M136 不兼容
    M130 符合 LXI™ 标准的 10/100 Base T 以太网远程控制主接口；包括通过网页浏览器直接控制电源的网络服务器（MS Internet Explorer 6.0 或更高版本）
    M131 16 位从机接口选件，可与 M130 主机一起使用（包括 3 英尺控制电缆）
    M133 通过 SCPI 命令控制输出断开和极性反转继电器。
    限制为 1kW 或 1.2 kW，≤100V，≤60A
    M135 M130 & M133 组合。限制为 1kW 或 1.2 kW，≤100V，≤60A
    M136 M131 & M133 组合。限制为 1kW 或 1.2 kW，≤100V，≤60A 105-300-26：
    机架滑轨套件（仅限 3 kW）