Equipment information

Kikusui Electronics Corporation PLZ 153W Other
Kikusui Electronics Corporation
Model: PLZ 153W
Date: 1992
Category: Measurement instruments
Group: Other

The PLZ-3W Series Electronic Loads are featured by performance reliability and safety. Each Electronic Load incorporates a current control circuit and renders highly stable operation and rapid response. It is a microprocessor-based instrument and provides advanced functions and ease of operation. The Electronic Load can be remote-controlled via a GPIB, RS-232C, or MCB (Multi-channel Bus) Interface (optional), thereby making them applicable to various purposes. Typical applications are for research systems in laboratories and on production and inspection lines in manufacturing plants. As the Electronic Load has a constant-power control function, it can be used especially efficiently for battery test. It can be used also to simulate a load of rapid response. The Electronic Load is incorporated or can be optionally incorporated with the various advantageous features as follows: ■ Constant power mode The Electronic Load is incorporated with a constant power (C.P) mode, in addition to the constant current (C.C), constant resistance (C.R), and constant voltage (C.V) modes. The constant power mode is especially advantageous for battery life tests. II Rapid response (50 /is) When in the C.C mode, the current rises up or falls down rapidly (50 μ$). This feature allows to evaluate accurately the transient response characteristics of DC power supplies. With this feature, the Electronic Load serves as an accurate simulated load which draws the cunrent in an accurate waveform. M Sequence operation You can enter sequence operation patterns locally from the front panel or remotely from a personal computer via GPIB or oLher Interface bus, and store the patterns on the internal memory or on a memory card. The stored patterns can be recalled and executed locally at the front panel or remotely from the computer or with a trigger signal. Sequence operation can be programmed in either one of the following two types: (a) Fast speed sequence : You can program sequences with minimum 100 /is per step. (b) Normal speed sequence : You can program sequences with a ramp waveform per step. Π Ease of operation You can select each of the major functions by pressing the corresponding key (one-key one-function select system). You can finely adjust the setting value with the JOG/SHUTTLE dials. You can enter values with the numeric entry keys by using the RG11 .(optional). You can remote-control the Electronic Load by using the RC02-PLZ Remote Controller (optional). By using the setup function, you can save the values of various settings and recall them as you need them. By using the [A] , [B] and [C] keys, you can save the settings of each operation mode in memory and recall them as you need them. This features is very convenient when the same tests are to be repeated. ■ A backlight LCD The Electronic Load has a backlighted-type LCD (liquid crystal display) which displays data, which can be easily read being less affected by room illumination. ■ Various Interface boards (optional) The Electronic Load can be controlled over a GPIB, RS-232C orMCB Interface bus. This feature, as combined with the programmed sequence control function, allows you a high flexibility of system configuration. The MCB is a unique Interface developed by Kikusui. It allows you to control up-to-fifteen instruments (electronic load devices and power supplies) in an on-line mode via a standard Interface system (GPIB or RS-232C). ■ Memory card The Electronic Load has a memoiy card slot as a standard feature. The slot accepts a memory card (optional) on which control sequence and setup data can be stored.

These manuals are available for the above equipment:

Manual Type: User Manual Kikusi-7060-Manual-Page-1-Picture
Pages: 202
Size: 4.94 Mbytes (5184812 Bytes)
Language: english
Revision: First Release
Manual-ID/Number: Zl-000-172 M-92030
Date: March 1992
Quality: Scanned document, reading partly badly, partly not readable.
Upload date:
MD5: 3b79c5569ed69d1e6aae30d93ba0b9a7
Downloads: 494 since 14 August 2015


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