Quality and Dissipation Factors Product Description Primary Measurement Display Secondary Measurement Display Front Panel Description Rear Panel Description Operating Instructions Connecting the LCR-600 Powering On Open Circuit / Short Circuit Compensation Auto LCR Mode Auto Mode Measuring Inductance Measuring Capacitance...
Page 3
5.12 Measuring DC Resistance 5.13 Connecting to a Computer Maintenance Preventive Maintenance Fuse Replacement Cleaning Appendix USB/RS232 Connection 7.1.1 Data Transmission Configuration 7.1.2 Data Code 7.1.3 Control Code 7.1.4 Data Format Description Open / Short Compensation Selecting the Serial / Parallel Mode 7.3.1 Capacitor 7.3.2...
8.3.7 Q value Accuracy θ value Accuracy 8.3.8 8.3.9 Secondary Display Parameter Accuracy Service and Warranty Information Warranty Calibration and Repair Safety 1.1 Precautions WARNING: The normal use of test equipment involves a certain amount of risk from electrical shock. The following general safety precautions must be observed during all phases of operation, service, and repair of this instrument.
Page 5
• Discharge high voltage capacitors after removing power. • If possible, familiarize yourself with the equipment being tested and the location of its high voltage points. However, remember that high voltage may appear at unexpected points in defective equipment. • Use an insulated floor material or large insulated floor to stand on, and an insulated work surface on which to place equipment.
1.2 Compliance The LCR-600 is CE compliant. Product Contents and Inspection This unit is tested prior to shipment. It is therefore ready for immediate use upon receipt. An initial physical inspection should be made to ensure that no damage has been sustained during shipment.
(L), capacitance (C), and resistance (R) of an electrical component. The LCR-600 has an operational frequency range of 100 Hz to 100 kHz and basic measurement accuracy of 0.3%. There is a dual LCD display, measurement voltage fixed at 0.6 V, auto-detect function, and open-circuit /short-circuit compensation.
Page 8
Figure 1 When showing the impedance as vector (Z), it is the addition of resistance (R) and reactance (X). On the Cartesian coordinate system this will be as shown in Figure 1. ½ Z=( R θ= Tan (X/R) Z= (Impedance) R= (Resistance) X= (Reactance) Reactance contains (Inductive) X...
3.3 ESR or RP Ideally, capacitors, inductors, or resistors only contribute capacitance, inductance, or resistance (respectively) to a circuit. But in reality, these components will always have non-zero values of the other two characteristics. For instance, a capacitor will not simply offer capacitance but will have some degree, however small, of resistance and inductance.
3.4 Quality and Dissipation Factors Other, secondary measurements of the LCR-600 include Quality Factor (Q) and Dissipation Factor (D). These two measurements are actually reciprocals of each other. They refer to the damping characteristic of the electrical component. A higher Quality Factor (Q) means that the energy being transmitted through the component will “die out”...
6 CAL (Open Circuit / Short Circuit Calibration) 7 D/Q/ESR/θ Function 8 PC Function 9 SER /PAL (Series / Parallel Function) 10 HOLD (Display Hold) 11 SORT (Sorting Function Mode) 12 TEST (Sorting Function Test) 13 %ERR (Percentage Error) 14 UNIT (Unit Change) 15 Key Pad 16 Decimal Point 17 Enter...
5.1 Connecting the LCR-600 Connect the power cable to your meter. Now connect the BNC Plug to Clip Lead Wire to the BNC terminals on the LCR-600. Make sure that you connect according to the color bands. 5.2 Powering On...
open circuit calibration, wait 30 seconds. Afterwards, the LCD should display [PASS]. For more information about the purpose open circuit and short circuit compensation, see the appendix. 5.4 Auto LCR Mode Press FUNC [4] key until the main display shows [Auto LCR]. This is the “quick-start”...
Auto Modes Main LCD Display Inductor parallel mode Capacitor parallel mode Resistor parallel mode Inductor serial mode Capacitor serial mode Resistor serial mode DC equivalent impedance 5.6 Measuring Inductance Press the FUNC [4] key until the main display shows “Ls”. For parallel mode, press the SER/PAL [9].
PASS or FAIL test. For instance, if your capacitors should be within 1% of 100 µF, then you can connect a capacitor and the LCR-600 will read out PASS or FAIL. Press the SORT key to enter the sorting function mode. Key in the maximum percentage error (1%) and press Enter [17] key.
Resistance Measuring Mode”. 5.13 Connecting to a Computer The LCR-600 has a USB jack for you to connect to a computer. You will need to write your own software however, to link with the RS232 interface on the meter. Codes are provided in the appendix.
• Never insert wires, pins, or other metal objects into the ventilation fan. • Never move or pull the instrument by the power cord or input lead. • Never move the instrument while power cord is connected. • Do not obstruct the ventilation holes in the rear panel as this will increase the internal temperature.
6.3 Cleaning Remove any dirt, dust, and grime whenever they become noticeable. Clean the outside cover with a soft cloth moistened with a mild cleaning solution. Appendix 7.1 USB/RS232 Connection Push PC function key to enable the RS232 transmission. The packet rate is two times per second.
(Figure 5(b)). When the DUT is shorted, the instrument gets the impedance Z + jωL (Figure 5(c)). After the open and short compensation, the LCR-600 has Y and Z that will be used for the real Z calculation (Figure 5(d)) .
Figure 5 7.3 Selecting the Serial / Parallel Mode Depending on your application, you may need to switch the measuring mode between series and parallel. It depends on GlobalTestSupply www. .com Find Quality Products Online at: sales@GlobalTestSupply.com...
whether you have high or low impedance values as to what mode is best. 7.3.1 Capacitor The impedance and capacitance of a capacitor are inversely proportional. Therefore, the larger capacitance means the lower impedance, the smaller capacitance means the higher impedance. Figure 6 shows the equivalent circuit of capacitor.
Power Switch [3] on the front panel. Before switch “ON” the Line Power Switch [25] on the rear panel the LCR-600, open the cabin and short circuit J11. Now switch “ON”. The equipment will enter the Calibration Mode automatically.
Page 24
Step Function Range Standard Action Input a standard 10MΩ. The display will flash. After the display was 10MΩ 10.000MΩ stable. Press CAL key to save the value, the display [10M Ω]will changed to [1MΩ]. Input a standard 1MΩ and operate as step.1, 1MΩ...
Page 25
The same operation as 1KHz 10MΩ 10.000MΩ step.1. The same operation as step.1.After step.11, the 1KHz 1MΩ 1.0000MΩ LCR-600 will changed to 10KHz automatically. Go to step.12. The same operation as 10KHz 1MΩ 1.0000MΩ step.1. The same operation as step.1. After step.13, the 10KHz 100KΩ...
Service and Warranty Information 9.1 Warranty Global Specialties warrants the LCR-600 to be free from defective material or workmanship for a period of 2 year from date of original purchase. Under this warranty, Global Specialties is limited to repairing the defective device when returned to the factory, shipping charges prepaid, within the warranty period.
Page 31
If you have a need for any calibration or repair services, please visit us on the web. See the “Service” tab. Or contact us via the “Contact” tab. You may also contact us at: Cal Test Electronics (parent company of Global Specialties®) GlobalTestSupply www.
Page 32
All rights reserved. No part of this book shall be reproduced, stored in a retrieval system, or transmitted by any means, electronic, mechanical, photocopying recording, or otherwise, without written permission from the publisher. Copyright 2014 by Cal Test Electronics GlobalTestSupply www. .com Find Quality Products Online at: sales@GlobalTestSupply.com...
Need help?
Do you have a question about the LCR-600 and is the answer not in the manual?
Questions and answers