DLM 600

型号:DLM 600
电压:5V - 300V
电流:2A - 75A
功率:375W - 600W
概述:1/2 机架可编程直流电源

  • 概述 +


    Sorensen DLM 600 W
    Sorensen DLM 600 W 概述
    Sorensen DLM 600系列程控电源设计紧凑,能在较小(1U(1.75 英寸) 高、半机架宽(8.5 英寸))的机箱内为各种应用提供连续可变的输出电压及电流。

    此类电源使用零电压开关(ZVS)技术实现极低的纹波和噪声,性能可媲美较昂贵的线性电源。此外,DLM 600 的高效率和快速负载瞬态响应让其成为要求苛刻的应用的理想选择。

    对于需要高密度、多组输出的小型机架安装台式应用,DLM600 是理想的选择。 其输出电压范围是 0~5 VDC 至 0~300 VDC;输出电流范围是 0~2 A 至 0~75 A。

    冷却空气的入口位于前部和侧面,而排气口则位于后部和侧面。其风扇能根据环境空气的温度和负载进行变速控制,从而降低噪音并延长风扇寿命。如此一来,就可以将电源重叠起来,电源之间也不需要有空隙,从而实现最大的机架密度以及 0~50°C的工作温度范围。可选的机架安装套件让用户轻松将一到两个单元并列摆放。

    DLM 600 电源系列的前面板布局易于操作。用户也可以通过单独的10-转电位器旋钮设置电压和电流参数。用户能通过按钮控制数种功能,包括电源开启、输出开启、本地/远程连接、电压/电流预览和过压保护预览。此外,还能可通过 2 个 3½ 数字 LED 显示屏查看电压/电流的设定值或实际值。

    DLM 600 近线性直流电源可以串联或并联使用。所有型号均可自动接收任何标准的单相输入,无需手动设置。


    特点和优势

    高功率密度
    600 W,1U(1.75 英寸)高,半机架(8.5 英寸)宽;无需顶部或底部净距

    近线性纹波和噪声
    纹波低至 2.5 mV (均方根),噪声低至 15 mV p-p。

    远程控制

    • 可通过符合 LXI 标准的以太网 LAN/RS-232C(M130 选件)进行 16 位编程
    • 可通过 IEEE-488.2/RS-232C 进行 12 位编程(M9G 选件)
    • 标准模拟编程 0~5V、0~10V 或 0~5 kΩ。
    • 隔离模拟编程(选项)

    按钮预览
    用户可以通过过压保护、电压和电流预览按钮在任何时间查看上述参数的设定值(无需启用相应的输出)

    主动下编程
    标准内部电路,可缩短对下编程变化的响应时间

    通用交流输入

    供两个设备使用的主/从并行电缆

    软件

    • 适用于 M130 选件的 IVI-com 驱动程序
    • 用于 M9G 选件 的 Labwindows CVI 驱动程序
    • 用于 M9G 选件的 Labview 驱动程序

    5 年质保

  • Specifications +


    DLM 600 W 规格
    Common
    Remote Sense The maximum load line drop is up to the full voltage rating of the supply. The drop in the load leads subtracts from the maximum voltage available for the load except as follows: maximum rated voltage is available at the load and voltage regulation specifications apply for line drops of<1V on DLM5-75 and DLM8-75, <2V for all other DLM600 models
    Remote Programming Voltage, current (0-100%) and OVP (5-110%) of full scale can be programmed by selectable 0-5VDC, 0-10VDC, or 0-5kΩ
    Remote Monitoring Voltage or current can be monitored with user selectable ranges, scaled to 0-5 VDC or 0-10 VDC
    Operational Features Master/slave parallel operation, up to 4 units of the same model can be connected in parallel, with active current sharing control. Series operation, multiple units of the same model can be connected in series, limited by 300Vpk between either output terminal and chassis.
    Software IVI-COM, LabVIEW® or LabWindow®/CVI driver for Ethernet and IEEE-488.2
    Regulatory Compliance CE Compliant:
    • Low Voltage Directive (73/23/EEC) using EN 61010-1, and
    • EMC Directive (89/336/EEC) using EN 61326 Certified to
    UL 61010-1, CSA C22.2 No. 61010.1 and IEC/EN 61010-1
    Input
    Voltage and Frequency 90-132 VAC or 180-264 VAC max, auto ranging,
    47-63 Hz, single phase, 2-wire plus ground
    Current 11A maximum at 115VAC, 6A maximum at 230 VAC
    Connector IEC 320 with detachable line cord
    Power Factor 0.6, typical at full load; dependent on the impedance of the AC input.
    Output
    Line Regulation Voltage: 0.005% of V max + 2 mV
    Current: 0.01% of I max + 2 mA
    See table for input voltage variation over the AC input voltage range, with constant rated load.
    Load Regulation Voltage: 0.005% of V max + 2 mV
    Current: 0.02% of I max + 5 mA
    See table For 0-100% load variation, with constant nominal line voltage
    Transient Response 500 μs to steady-state output voltage (within 0.1% of Vmax) for 50-100% or 100-50% 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 84% typical at maximum output power; 82% typical for DLM 5-75 and DLM 8-75
    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: 8.5” (216 mm)
    Height: 1U or 1.75” (44 mm)
    Depth: 17” (432 mm) Option M6 depth 20” (508 mm)

    Weight & Shipping Weight
    Weight 9.7 lbs. (4.4 kg)
    Shipping Weight 12.7 lbs. (5.8 kg)
    Output Ratings
    Model Voltage Current Power
    DLM 5-75 0-5 VDC 0-75 ADC 375 W
    DLM 8-75 0-8 VDC 0-75 ADC 600 W
    DLM 10-60 0-10 VDC 0-60 ADC 600 W
    DLM 20-30 0-20 VDC 0-30 ADC 600 W
    DLM 40-15 0-40 VDC 0-15 ADC 600 W
    DLM 60-10 0-60 VDC 0-10 ADC 600 W
    DLM 80-7.5 0-80 VDC 0-7.5 ADC 600 W
    DLM 150-4 0-150 VDC 0-4 ADC 600 W
    DLM 300-2 0-300 VDC 0-2 ADC 600 W
    Output Ratings
    Model Line Regulation Load Regulation
    Voltage (0.005% of Vmax + 2 mV) Current (0.01% of Imax + 2 mA) Voltage (0.005% of Vmax + 2 mV) Current (0.02% of Imax + 5 mA)
    DLM 5-75 2.25 mV 9.5 mA 2.25 mV 20 mA
    DLM 8-75 2.4 mV 9.5 mA 2.4 mV 20 mA
    DLM 10-60 2.5 mV 8 mA 2.5 mV 17 mA
    DLM 20-30 3 mV 5 mA 3 mV 11 mA
    DLM 40-15 4 mV 3.5 mA 4 mV 8 mA
    DLM 60-10 5 mV 3 mA 5 mV 7 mA
    DLM 80-7.5 6 mV 2.75 mA 6 mV 6.5 mA
    DLM 150-4 9.5 mV 2.4 mA 9.5 mV 5.8 mA
    DLM 300-2 17 mV 2.2 mA 17 mV 5.4 mA
    Programming Accuracy ¹
    Ethernet (M130/M131)
    Model Voltage (0.1% of VMax) Current (0.25% of IMax) OVP (0.5% of 1.1 x VMax)
    DLM 5-75 5 mV 188 mA 44 mV
    DLM 8-75 8 mV 188 mA 44 mV
    DLM 10-60 10 mV 150 mA 55 mV
    DLM 20-30 20 mV 75 mA 110 mV
    DLM 40-15 40 mV 38 mA 220 mV
    DLM 60-10 60 mV 25 mA 330 mV
    DLM 80-7.5 80 mV 19 mA 440 mV
    DLM 150-4 150 mV 10 mA 825 mV
    DLM 300-2 300 mV 5 mA 1.65 V
    Programming Accuracy ¹
    GPIB
    Model Voltage (0.1% of VMax) Current (0.25% of IMax) OVP (0.5% of 1.1 x VMax)
    DLM 5-75 16 mV 375 mA 55 mV
    DLM 8-75 16 mV 375 mA 88 mV
    DLM 10-60 20 mV 300 mA 110 mV
    DLM 20-30 40 mV 150 mA 220 mV
    DLM 40-15 80 mV 75 mA 440 mV
    DLM 60-10 120 mV 50 mA 660 mV
    DLM 80-7.5 160 mV 38 mA 880 mV
    DLM 150-4 300 mV 20 mA 1.65 V
    DLM 300-2 600 mV 10 mA 3.3 V
    Display Accuracy
    Model Voltage Current
    DLM 5-75 35 mV 850 mA
    DLM 8-75 50 mV 850 mA
    DLM 10-60 60 mV 700 mA
    DLM 20-30 200 mV 400 mA
    DLM 40-15 300 mV 260 mA
    DLM 60-10 400 mV 210 mA
    DLM 80-7.5 500 mV 85 mA
    DLM 150-4 850 mV 50 mA
    DLM 300-2 2.5 V 30 mA
    Ripple and Noise
    Model Ripple and Noise, Voltage Mode OVP Adjustment Range
    (5% - 110% of Vmax)
    Ripple (RMS)* Noise (P-P)*
    DLM 5-75 5 mV 30 mV 0.25 - 5.5 V
    DLM 8-75 5 mV 30 mV 0.4 - 8.8 V
    DLM 10-60 5 mV 30 mV 0.5 - 11 V
    DLM 20-30 2.5 mV 15 mV 1 - 22 V
    DLM 40-15 2.5 mV 15 mV 2 - 44 V
    DLM 60-10 2.5 mV 20 mV 3 - 66 V
    DLM 80-7.5 4 mV 20 mV 4 - 88 V
    DLM 150-4 7 mV 40 mV 7.5 - 165 V
    DLM 300-2 10 mV 60 mV 15 - 330 V
    Ripple and Noise : Stability
    Model Voltage (0.05% of VMax) Current (0.05% of IMax)
    DLM 5-75 2.5 mV 37.5 mA
    DLM 8-75 4 mV 37.5 mA
    DLM 10-60 5 mV 30 mA
    DLM 20-30 10 mV 15 mA
    DLM 40-15 20 mV 7.5 mA
    DLM 60-10 30 mV 5 mA
    DLM 80-7.5 40 mV 3.8 mA
    DLM 150-4 75 mV 2 mA
    DLM 300-2 150 mV 1 mA
    Ripple and Noise
    Model Traffic Coefficient Maximum Total Remote
    Sense Drop
    Voltage (0.02% /
    °C of Vmax)
    Current (0.03% /
    °C of Imax)
    DLM 5-75 1 mV / °C 22.5 mA / °C 1 V
    DLM 8-75 1.6 mV / °C 22.5 mA / °C 1 V
    DLM 10-60 2 mV / °C 18 mA / °C 2 V
    DLM 20-30 4 mV / °C 9 mA / °C 2 V
    DLM 40-15 8 mV / °C 4.5 mA / °C 2 V
    DLM 60-10 12 mV / °C 3 mA / °C 2 V
    DLM 80-7.5 16 mV / °C 2.25 mA / °C 2 V
    DLM 150-4 30 mV / °C 1.2 mA / °C 2 V
    DLM 300-2 60 mV / °C 0.6 mA / °C 2 V
    Ripple and Noise
    Output Ratings
    1 ANALOG-CONTROL Input 14 EXTERNAL-OFF Input (+)
    2 EXTERNAL-OFF Return 15 Auxiliary 5 VDC Output (+)
    3 OVP Programming Input 16 OVP Resistance Programming Output
    4 REMOTE-CONTROL Status Output 17 OVP Resistance Programming Return
    5 VOLTAGE-MODE Status Output 18 FAULT Status Output
    6 Auxiliary 5 VDC Return 19 Voltage Monitor Output
    7 Current Monitor Output 20 Voltage Resistance Programming Return
    8 Voltage/Current Monitor Return 21 Voltage Resistance Programming Return
    9 Voltage Programming Input 22 Voltage Resistance Programming Return
    10 Current Programming Input 23 Voltage Resistance Programming Return
    11 Not Used 24 LOCAL-LOCKOUT Input
    12 V/I/OVP Programming Return 25 OVP Status Output
    13 Not Used    

    1 - Readback accuracy is the same as programming accuracy for all parameters except GPIB voltage readback which is 0.25% of VMax

  • Diagram +


    Sorensen DLM 600 W 示意图

    示意图格式
    PDF Sorensen DLM600 系列示意图(426KB)
  • Manuals +

  • Technical Notes +

  • Data Sheet +

  • Support Documents +

  • Software +

  • Utility +

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    DLM600:型号描述

    输出:电压和电流范围
    型号 电压 电流
    DLM 5-75 0-5V 0-75A
    DLM 8-75 0-8V 0-75A
    DLM 10-60 0-10V 0-60A
    DLM 20-30 0-20V 0-30A
    DLM 40-15 0-40V 0-15A
    DLM 60-10 0-60V 0-10A
    DLM 80-7.5 0-80V 0-7.5A
    DLM 150-4 0-150V 0-4A
    DLM 300-2 0-300V 0-2A
    输入
    M130

    以太网/局域网选件
    • 符合 LXI 标准
    • 10/100 base-T
    • TCP/IP 协议
    • ICMP(Ping 服务器)
    • 网络服务器:通过标准网页浏览器直接控制电源。
    RS-232C 接口

    M6 断开 & 极性反转继电器(仅限 10V 至 300V 型号。此选件需要以下其中一个选件:M9G、M85、M130 或 M131) 通过 SCPI 命令控制输出断开和极性反转继电器。SPST 继电器与每个输出引线一致。
    M9G IEEE-488.2 和 RS-232C 接口
    M13 锁定轴(前面板电位器)
    M51A 光隔离模拟编程和监控。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 多通道从机接口
    M131 多通道从机接口(16 位)(仅限 M130 主机)
    DLMRK 机架安装套件适用于带有盖板的单个 DLM 和两个并排安装的单元