- Type Overview
• Voltage up to 400 V
• Current up to 320 A
• 2-quadrant or 4-quadrant versions
• Source-sink function
• Rapid control time
• Current, voltage mode
• Adjustable limitations
• SCPI programming with measurement function
• USB + RS-232 as standard
• Programmable waveform
• Software tools for battery testing
• Analog measurement outputs for voltage and current
• Analog control inputs
The NL source-sinks can operate in constant voltage or constant current mode. In voltage mode there are two current limiters (source current and sink current) which can be adjusted independently of one another. In current mode, an upper and a lower limit voltage can be set.
Depending on the preset output value and the characteristics of the connected test unit, the device automatically decides whether to operate as a source or a sink. Switching from source to sink mode is very rapid.
2-Quadrant /4-Quadrant Mode
Devices for two-quadrant mode can supply or receive current with a positive output voltage. To guarantee the required function in the case of settings close to 0 V and long connection leads, the 2-quadrant devices start to operate from an output voltage of -1 V. The 2-quadrant devices therefore also act as 4-quadrant devices but with limited negative voltage. 4-quadrant devices can set equal absolute values in the positive and negative range.
Most source-sink functions can be controlled remotely via the standard Analog I/O Interface. Operating mode selection, output on - off and setting of control speed can be set with logic levels. A version (NL06) which is electrically isolated from the output is optionally available.
Analog Control Inputs
Depending on the selected operating mode the output voltage or output current can be preset by control voltage 0 ... ±5 V or 0 ... ±10 V DC. There are two further analog inputs available to limit the voltage or current.
Analog Measurement Outputs
For voltage and current there are 0...10 V analog measurement signals available. The signals follow the curve shape.
The units are air-cooled. To keep the operating noise low, the fans are controlled depending on temperature and current.
The NL series is a sturdy 19“ rack design and can also be installed in a cabinet or act as a table-top device. From 5 height units there are retractable handles on the top of the device. Optional castors can be mounted on heavy devices. No separate installation kits are not needed for 19“ rack installation.
All connections are at the rear side. The current connections are pole terminals or solid copper rails with screw terminals. 4mm plugs, forked cable lugs and stripped cables can be used.
Covers are available for outputs as contact protection for units for dangerous contact voltages.
• RS-232 + USB
• Ethernet-RS-232 Converter
• Data Acquisition Tool
Hardware Expansions (optional)
• Electrically Isolated Analog I/O Interface
• Power I/O Card
Factory Calibration Certificate
A free Factory Calibration Certificate (FCC) is supplied with the devices. The FCC meets the requirements according to DIN EN ISO 9000ff. This calibration certificate documents the traceability to national standards to illustrate the physical device in accordance with the international System of Units (SI). Within the warranty period we calibrate a second time for free.
The recommended calibration interval is 2 years.
The H&H Homepage has a program library for Windows with a controll tool an LabVIEW drivers.
|8 V||± 80 A||640 W||NL1V8C80|
|8 V||± 160 A||1280 W||NL1V8C160|
|8 V||± 240 A||1920 W||NL1V8C240|
|8 V||± 320 A||2560 W||NL1V8C320|
|10 V||± 20 A||200 W||NL1V10C20|
|10 V||± 60 A||600 W||NL1V10C60|
|10 V||± 120 A||1200 W||NL1V10C120|
|10 V||± 180 A||1800 W||NL1V10C180|
|10 V||± 240 A||2400 W||NL1V10C240|
|20 V||± 10 A||200 W||NL1V20C10|
|20 V||± 40 A||800 W||NL1V20C40|
|20 V||± 80 A||1600 W||NL1V20C80|
|20 V||± 120 A||2400 W||NL1V20C120|
|20 V||± 160 A||3200 W||NL1V20C160|
|26 V||± 32 A||832 W||NL1V26C32|
|26 V||± 60 A||1560 W||NL1V26C60|
|26 V||± 90 A||2340 W||NL1V26C90|
|26 V||± 120 A||3120 W||NL1V26C120|
|30 V||± 8 A||240 W||NL1V30C8|
|42 V||± 6 A||252 W||NL1V42C6|
|44 V||± 22 A||968 W||NL1V44C22|
|44 V||± 40 A||1760 W||NL1V44C40|
|44 V||± 60 A||2640 W||NL1V44C60|
|44 V||± 80 A||3520 W||NL1V44C80|
|60 V||± 16 A||960 W||NL1V60C16|
|60 V||± 30 A||1800 W||NL1V60C30|
|60 V||± 45 A||2700 W||NL1V60C45|
|60 V||± 60 A||3600 W||NL1V60C60|
|80 V||± 3 A||240 W||NL1V80C3|
|80 V||± 11 A||880 W||NL1V80C11|
|80 V||± 20 A||1600 W||NL1V80C20|
|80 V||± 30 A||2400 W||NL1V80C30|
|80 V||± 40 A||3200 W||NL1V80C40|
|100 V||± 2 A||200 W||NL1V100C2|
|± 8 V||± 46 A||368 W||NL8V8C46|
|± 8 V||± 80 A||640 W||NL8V8C80|
|± 8 V||± 120 A||960 W||NL8V8C120|
|± 8 V||± 160 A||1280 W||NL8V8C160|
|± 10 V||± 10 A||100 W||NL10V10C10|
|± 10 V||± 38 A||380 W||NL10V10C38|
|± 10 V||± 60 A||600 W||NL10V10C60|
|± 10 V||± 90 A||900 W||NL10V10C90|
|± 10 V||± 120 A||1200 W||NL10V10C120|
|± 20 V||± 5 A||100 W||NL20V20C5|
|± 20 V||± 24 A||480 W||NL20V20C24|
|± 20 V||± 40 A||800 W||NL20V20C40|
|± 20 V||± 60 A||1200 W||NL20V20C60|
|± 20 V||± 80 A||1600 W||NL20V20C80|
|± 30 V||± 3.5 A||105 W||NL30V30C3.5|
|± 30 V||± 16 A||432 W||NL30V30C16|
|± 30 V||± 32 A||960 W||NL30V30C32|
|± 30 V||± 48 A||1440 W||NL30V30C48|
|± 30 V||± 64 A||1920 W||NL30V30C64|
|± 44 V||± 11 A||484 W||NL44V44C11|
|± 44 V||± 20 A||880 W||NL44V44C20|
|± 44 V||± 30 A||1320 W||NL44V44C30|
|± 44 V||± 40 A||1760 W||NL44V44C40|
|± 50 V||± 2 A||100 W||NL50V50C2|