Kikusui TOS3200 Operation Manual
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Kikusui TOS3200 Operation Manual

Leakage current tester
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See also: User Manual
Operation Manual
Leakage Current Tester
TOS3200
PART NO. Z1-004-482, IB018532
Jun. 2009
General
Description
Installation and
Preparation
Panel Control
Basics
TC and PCC Tests
Meter Mode
Measurement
Program Test
External Control
Remote Control
Maintenance
Specifications
1
2
3
4
5
6
7
8
9
10
App

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  • Page 1 PART NO. Z1-004-482, IB018532 Jun. 2009 General Description Installation and Preparation Panel Control Operation Manual Basics TC and PCC Tests Leakage Current Tester Meter Mode TOS3200 Measurement Program Test External Control Remote Control Maintenance Specifications...

  • Page 2: Use Of Operation Manual

    EU member, please contact your local author- Use of Operation Manual ity and ask for the correct method of disposal. This manual is intended for first-time users of the TOS3200. It Trademarks gives an overview of the TOS3200 and describes various set-...

  • Page 3: Safety Symbols

    Safety Symbols For the safe use and safe maintenance of this product, the fol- • The TOS3200 Leakage Current Tester is also simply lowing symbols are used throughout this manual and on the referred to as the TOS3200 in this manual.

  • Page 4: Safety Precautions

    Service Cover • Kikusui service engineers will perform internal service on • Some parts inside the product may cause physical hazards. the product. If the product needs adjustment or repairs, con- Do not remove the external cover.

  • Page 5: Measurement Category

    Measurement terminal (CAT II) CAT II Rated voltage Between terminals A and B: 250 Vac Between the terminal and the chassis: 250 Vac AC LINE OUT LINE 1500VA Ground terminal Be sure to use the ground terminal with the binding post cover. TOS3200...

  • Page 6: Table Of Contents

    Using the Stand ....................26 Precautions for Moving the Product ..................26 Connecting the Power Cord ....................27 Connecting the Power Cord for the TOS3200 ............ 28 Connecting the Power Cord for the EUT............. 28 Turning the Power On ......................29 Turning the POWER Switch On ................
  • Page 7 Connecting the Test lead (TL21-TOS) ..............71 Measuring in Meter Mode..................... 72 Maximum Value Hold Function of the Measured Current (MEAS MODE) ..72 SELV Detection Function ..................73 Setup Items of METER2/2 (NTWK / MODE / RANGE) ........73 TOS3200...
  • Page 8 Recalling the Panel Memory and Sequence Program ............100 Remote Control Remote Control Overview ....................102 VISA Library...................... 103 Using the RS232C Interface ....................104 Using the GPIB Interface ....................107 Using the USB Interface..................... 109 Overview of Messages......................110 TOS3200...
  • Page 9 Releasing the Protection Status ................ 147 Other Settings ....................148 Status Register and Status Report Function ..............150 IEEE488.2 Register Model ....................152 Status Byte Register..................152 Event Status Register..................153 SCPI Register Model......................154 OPERation Status Register................154 TOS3200...
  • Page 10 .................192 E Processing Time of Main Commands........195 A List of Default Settings ............196 Initializing the TOS3200..................196 Default Values of the Panel Memory..............198 G System Settings ...............200 Setup Items of SYSTEM1/5 ................200 Setup Items of SYSTEM2/5 ................201 Setup Items of SYSTEM3/5 ................
  • Page 11 INDEX ............207 TOS3200...

  • Page 12: Contents By Objectives

    (or lower) than the actual power voltage supplied to the EUT. → “Measured Current Conversion Display (CONV)” • How do I find when the TOS3200 was calibrated the last time? → “Time Settings and Calibration Manage- ment”...
  • Page 13 → “Program Tests” • How do I apply an external signal to con- trol the TOS3200? → “SIGNAL I/O Connector” • How do I record the start and end of the test on the printer? →...

  • Page 14: Front Panel

    REMOTE CAT II AUTO SYSTEM EDIT I / F RECALL ENTER AC LINE OUT STOP STOP LINE STORE PREV NEXT LOCAL SHIFT POWER POWER 1500VA KEY LOCK MANUAL AUTO SYSTEM EDIT I / F RECALL ENTER STORE PREV NEXT TOS3200...
  • Page 15 Moves to the next screen. Rotary knob Changes the settings. SYSTEM key Displays the system settings. I/F key Displays the interface settings. Illuminates when the TOS3200 is operating in remote control RMT LED mode. ENTER key Confirms the panel memory to be recalled. TOS3200...

  • Page 16: Rear Panel

    Supplies the power applied to the AC inlet for the EUT. AC LINE AC inlet for the TOS3200. SIGNAL I/O connector External control signal connector. Serial number The serial number of the TOS3200. − CAL terminal A terminal only used for calibration. Do not connect anything to − this terminal.

  • Page 17: General Description

    General Description This chapter gives an overview and describes the features.

  • Page 18: Product Overview

    ● Fault simulation of the power line supplied to the EUT The TOS3200 supplies power not only to the EUT, but also allows you to carry out fault simu- lation easily as required by the standard such as protective grounding disconnection, power line disconnection, and polarity inversion.
  • Page 19 CAL ALARM function that warns the expiration of the calibration period A warning message will be generated when a preset calibration period passes. It is also pos- sible to limit the use of the TOS3200 by activating the protection status when the period elapses.

  • Page 20: Options

    Milli rack JIS standard This option allows the terminal block for the EUT on the rear panel to be used from the front panel making it easy to connect the EUT even after the TOS3200 is rack mounted. KRA3-TOS Test Probe A test probe can be used in place of the test lead in the TC measurement.

  • Page 21: Multi Outlet

    Options Multi Outlet This option expands the outlet on the front panel. It allows popular plugs around the world to p. 43 be connected. OT01-TOS TOS3200...
  • Page 22 Options TOS3200...

  • Page 23: Installation And Preparation

    Installation and Preparation This chapter describes the procedures of unpacking and prep- aration of the TOS3200 before use.

  • Page 24: Checking The Package Contents

    When you receive the product, check that all accessories are included and that the accesso- ries have not been damaged during transportation. If any of the accessories are damaged or missing, contact your Kikusui agent or distributor. We recommend that you keep all packing materials, in case the product needs to be trans- ported at a later date.

  • Page 25: Precautions Concerning Installation Location

    ● Do not use the product in a location where strong magnetic or electric fields are nearby or a location where large amount of distortion and noise is present on the input power supply waveform. The product may malfunction. TOS3200...

  • Page 26: Using The Stand

    Moving the product with the cables connected may cause wires to break or injuries due to the product falling over. When transporting the product, be sure to use the original packing materials. Otherwise, damage may result from vibrations or from the product falling during transpor- tation. Be sure to include this manual. TOS3200...

  • Page 27: Connecting The Power Cord

    3 m or less by a qualified engi- neer. If obtaining a power cord is difficult, consult your Kikusui agent or distributor. • In an emergency, the power cord with a plug may be used to disconnect the product from the AC line in an emergency.

  • Page 28: Connecting The Power Cord For The Tos3200

    WARNING power cord with an appropriate one if the input current to the EUT exceeds 10 A. If you are using the TOS3200 in Meter Mode, you do not have to connect the power cord for the EUT. The power to the EUT is supplied through the TOS3200. The input rating of the EUT must meet the input rating of the power input to the EUT of the TOS3200.

  • Page 29: Turning The Power On

    UPPER TIME/WAIT Because the TOS3200 stores the conditions immediately before the POWER switch is turned off, the TOS3200 starts up using the conditions that existed when the POWER switch was turned off the last time. System clock The TOS3200 manages the calibration date using the internal system clock. If the preset cal- ibration period is due when the power is turned on, the message “CAL DATE EXPIRED”...

  • Page 30: Turning The Power Switch Off

    To prevent damage to the EUT, be sure to turn off the power switch of the EUT first and then CAUTION the power switch of the TOS3200 if the power cord of the EUT is connected to the TOS3200. Press the POWER switch to turn the power off ( ).

  • Page 31: Panel Control Basics

    Panel Control Basics This chapter explains how to select items on the screen and how to enter values.

  • Page 32: Screen Configuration

    The screen above is the initial screen (factory default settings) that appears when you turn p. 196 the POWER switch for the first time. To reset the TOS3200 to factory default settings, turn on the POWER switch while holding down the SHIFT key.
  • Page 33 Indicates that the protection function is activated. Executed in the ENCLIV or ENCNEU test of the TC measurement. You will not be able to use the TOS3200 if the protection function is activated. Eliminate the p. 204 cause of the protection status by referring to “Protection Function”.

  • Page 34: Panel Control

    • Move the underscore to the item you want to select using the arrow keys ( Arrow keys READY 1 / 2 PROBE LOWER UPPER TIMER NORM 30.0 UPPER TIMER NORM COND PREV NEXT PROBE LOWER UPPER TIME/WAIT Press the key once when PROBE is selected to select POL. TOS3200...

  • Page 35: Entering Data

    SHIFT key to switch the selection. READY 1 / 2 PROBE LOWER UPPER TIMER NORM 30.0 UPPER TIMER NORM COND LOWER UPPER TIMER CONDI- NOR/RVS TION ON/OFF ON/OFF ON/OFF SHIFT Press F1 while holding down the SHIFT key to select POL (NOR or RVS). TOS3200...

  • Page 36: Adjusting The Screen Brightness

    The message “KEY LOCK” is displayed on the screen while the key lock is enabled. To release the key lock, press the KEY LOCK (SHIFT+LOCAL) key again. 1 / 2 READY LOWER UPPER TIMER NORM 30.0 UPPER TIMER NORM COND KEY LOCK SHIFT TOS3200...

  • Page 37: Selecting The Operation Mode

    Selecting the Operation Mode Single Tests (TC/PCC/METER) The TOS3200 has three operation modes. Because each mode is independent, the TOS3200 can be used in any single operation mode. A measurement in any of the following modes is called a single test.

  • Page 38: Panel Memory

    Test conditions of TC measurement conforming to various safety standards are written in advance to memory numbers 00 to 50. Select the memory number according your test appli- cation. For details on the written contents, see “Default Values of the Panel Memory”. p. 198 TOS3200...

  • Page 39: Storing To The Test Conditions

    When the recall is complete, the characters “RCL” will change to “MEM.” If you change the test conditions that you recalled, the memory number will disappear. The memory number will not be displayed again even if you set the test conditions back to the original conditions. TOS3200...
  • Page 40 Panel Memory TOS3200...

  • Page 41: Tc And Pcc Tests

    TC and PCC Tests This chapter explains the procedures from setting the test con- ditions to saving the test results for the touch current and pro- tective conductor current measurement tests.

  • Page 42: Connecting The Eut

    If the power cord plug of the EUT does not match the output on the front panel, use the AC LINE OUT terminal block on the rear panel. The outlet and the terminal block are connected in parallel inside the TOS3200. Do not con- nect EUTs to both the outlet and the terminal block at the same time.

  • Page 43: Using The Optional Multi Outlet (Ot01-Tos)

    Using the Optional Multi Outlet (OT01-TOS) You can connect ordinary plugs available around the world in case the optional Multi Outlet (OT01-TOS) is used. For details, see the OT01-TOS Operation Manual. OT01-TOS Fig. 4-3 Application example of the OT01-TOS TOS3200...

  • Page 44: Checking The Eut Operation

    If this happens, the screen will display “OVER LOAD PRO- TECTION,” and the TOS3200 will enter the protection status. To release the protection sta- tus, disconnect the EUT, and press the STOP switch.

  • Page 45: Connecting The Test Lead (Tl21-Tos)

    The red or black test lead is used separately according to the type of TC to be measured. The red and black test leads are connected to measurement terminals A and B, respectively. Remove the cap at the tip. You can also attach the alligator clip provided. Fig. 4-5 Test lead usage TOS3200...
  • Page 46 LEAKAGE CURRENT DANGER Connect a test lead to REMOTE CAT II the measurement terminal for which the LED is illuminated. Fig. 4-6 LED connection indications TOS3200...
  • Page 47 Connection b Connect test leads A and B to a part not connected to the protective ground and a part connected to the protective ground. Connection c Fig. 4-7 Connection example for TC measurement TOS3200...

  • Page 48: Using The Flat Probe (Fp01-Tos)

    The size of the metal foil (10 cm × 20 cm) complies with IEC 60990. Flat probe Place the metal foil side in close contact with the EUT. Touch this section with the test lead. Fig. 4-8 Flat probe usage TOS3200...

  • Page 49: Using The Optional Test Probe (Hp21-Tos)

    The measurement check verifies the operation of the current measurement circuit of the TOS3200 by running a low current between measurement terminals A and B. Because this check is performed using the test lead, it also checks for disconnection of the test lead.

  • Page 50: Judgment System

    (TIMER 0 s), the TOS3200 will indicate PASS, and the test ends. • L-FAIL If a current less than or equal to the lower reference is measured, the TOS3200 will indicate L-FAIL, but the test continues until the end of the test (TIMER 0 s). • U-FAIL If a current greater than or equal to the upper reference is measured, the TOS3200 will indicate U-FAIL, and the test stops immediately.

  • Page 51: Test Wait Time And Judgment

    Test wait time Test period All measured values during this time are Window comparator area discarded. Measured value Test start Actual starting Normal end (START ON) of the test (TIMER 0) Fig.4-10 Measured values during the test wait time TOS3200...

  • Page 52: Setting Test Conditions Of The Tc Measurement

    The following combinations are invalid for Class II EUTs without the ground wire. PROBE COND Table 4-1 on p. 46 If the PROBE item is set to E or E , the following items cannot be selected. NORM is selected regardless of the present setting. TOS3200...
  • Page 53 EUT enclosure (floating section) and terminal B of the measurement network is connected to the power line (L or N) inside the TOS3200 to execute the test. Therefore, if the EUT enclo- sure is grounded, a dangerous earth fault will result through the NTWK. It is also possible that measurement terminal A is connected to the grounded section of the enclosure by mistake.

  • Page 54: Setup Items Of Tc1/2 (Lower / Upper / Timer / Wait)

    If the lower reference is set to a value greater than or equal to the upper reference in the LOWER ON condition, “UP <= LOW” will blink at the upper right of the screen to indicate that the setting is invalid. TOS3200...

  • Page 55: Setup Items Of Tc2/2 (Ntwk / Mode / Range)

    6.01 mA to 30.0 mA 3.01 mA to 30.0 mA 2.01 mA to 20.0 mA 1.51 mA to 15.0 mA Range 3 PEAK 8.51 mA to 90.0 mA 4.25 mA to 45.0 mA 2.83 mA to 30.0 mA 2.13 mA to 22.5 mA TOS3200...

  • Page 56: Setting Test Conditions Of The Pcc Measurement

    Selects the polarity of the power line supplied to the EUT. POL NOR/RVS NORM Positive phase connection (SHIFT+F1) key REVS Negative phase connection Selects the single fault mode. COND CONDITION NORM Normal status (SHIFT+F2) key Power line (neutral) disconnected status TOS3200...
  • Page 57 Setting Test Conditions of the PCC Measurement Fig. 4-12 shows how the relays inside the TOS3200 switch depending on the settings of the POL and COND items. AC LINE OUT AC LINE IN REVS NORM COND NORM TOS3200 Fig. 4-12 Conceptual diagram of the PCC measurement...

  • Page 58: Setup Items Of Pcc1/2 (Lower / Upper / Timer / Wait)

    WAIT ON/OFF (SHIFT+F5) key WAIT ON The actual test will start when the specified test wait time elapses. Table 4-5 Selectable range of LOWER/UPPER MODE Selectable range DC, RMS 30 μA to 30.0 mA PEAK 50 μA to 90.0 mA TOS3200...

  • Page 59: Setup Items Of Pcc2/2 (Mode / Range)

    30 μA to 600 μA Range 1 PEAK 50 μA to 850 μA DC, RMS 601 μA to 6.00 mA Range 2 PEAK 851 μA to 8.50 mA DC, RMS 6.01 mA to 30.0 mA Range 3 PEAK 8.51 mA to 90.0 mA TOS3200...

  • Page 60: Setting Additional Test Conditions

    On the contrary, the display time of a PASS judgment result is 2.0 s (default value). Thus, you p. 200 must store the test result data during this period. If you want to make sure to store the data for PASS judgments, set the display time of the PASS judgment result (PASS HOLD) to HOLD. TOS3200...

  • Page 61: Measured Current Conversion Display (Conv)

    Hold until the STOP switch is pressed. Measured Current Conversion Display (CONV) The TOS3200 has the CONV function that converts the measured current using the ratio between the measured value of the line voltage applied to the AC inlet for the EUT and the preset CONV voltage.

  • Page 62: Starting The Test

    Electric shock may occur. Do not touch the tip WARNING of the lead while using the test lead. Starting the Test Check that the TOS3200 is connected correctly to the EUT. On TC1/2 or PCC1/2 with “READY” displayed, press the START switch. START 1 / 2...
  • Page 63 EUT, “CONV” will be displayed. The conversion display function is invalid in this condition. If you are supplying the EUT power from an external source (not from the TOS3200) in the p. 200 TC measurement between two enclosures, turn the current conversion display function off.

  • Page 64: Switching To Expanded Display

    This function is only valid for touch current testing. TEST NORM RANGE 1 µA NTWK:B DISP Press SHIFT+F5. SHIFT Voltage between the measurement network reference points 0.007v TEST NORM RANGE 1 µA NTWK:B DISP TOS3200...

  • Page 65: Unable To Start The Test

    TOS3200 to READY status. PROTECTION is blinking If “PROTECTION” is blinking on the screen, the TOS3200 is in the protection status. You p. 204 cannot start the test in this status. Eliminate the cause of the protection status, and then start the test.

  • Page 66: Stopping The Test

    0.00A SAVE? For details on how the TOS3200 judges the measured values, see “Judgment System”. p. 50 Table 4-7 shows the TOS3200 operation when the test ends for each judgement result. Table 4-7 Operation when the test ends Operation PASS...

  • Page 67: Storing The Test Results

    Press the SAVE (F4) key. The stored information is displayed. Press the DATA (F1) key to check the stored data. Press the EXIT (F5) key. The data store screen closes, and the TOS3200 changes to the READY status. TOS3200...

  • Page 68: Displaying The Test Results

    Return to the memory selection screen. Measured current Test time To return to the current measurement, press the MANUAL key. Deleting the Stored Data Select the memory number you want to delete in step 3 above, and press the DELETE (F3) key. TOS3200...

  • Page 69: Meter Mode Measurement

    Meter Mode Measurement Meter Mode Measurement This chapter explains the touch current measurement in Meter Mode.

  • Page 70: Connecting The Eut

    A and B is measured. Fig. 5-1 illustrates the TC measure- ment between the enclosure and earth. Contact point with the power supply Polarity Power supply Neutral fault Earth conductor fault NTWK TOS3200 Fig. 5-1 Connection example in Meter Mode TOS3200...

  • Page 71: Connecting The Test Lead (Tl21-Tos)

    The red or black test lead is used separately according to the type of TC to be measured. The red and black test leads are connected to measurement terminals A and B, respectively. Remove the cap at the tip. You can also attach the alligator clip provided. Fig. 5-2 Test lead usage TOS3200...

  • Page 72: Measuring In Meter Mode

    Measuring in Meter Mode In Meter Mode, the TOS3200 measures and displays the current flowing through measure- ment terminals A and B or the voltage between A and B as with a general multimeter. The TOS3200 does not judge the results against the reference.

  • Page 73: Selv Detection Function

    1 kΩ // (10 kΩ + 11.225 nF + 579 Ω) 1.5 kΩ //0.15 μF 2 kΩ This item cannot be selected if voltage display is specified on METER1/2. Measures voltage U1 between the measurement network reference points. p. 176 TOS3200...
  • Page 74 10.00 V to 300.0 V 10.00 V to 300.0 V PEAK 15.00 V to 430.0 V The measured value is blinking If the measured value exceeds the measurement range specified by AUTO or a range set- ting, the measured value blinks. TOS3200...

  • Page 75: Program Test

    Program Test This chapter describes how to create and edit sequence pro- grams and how to execute the test.

  • Page 76: Program Tests

    Summary of the test conditions Displayed only if the selected Total number of steps of the selected program number contains steps. program AUTO 1 / 2 00:--UNTITLED-- The screen when a program in which no –––END steps are configured is selected TOTAL: 0 TOS3200...

  • Page 77: Limitations On The Test Conditions In The Steps

    • The measured values cannot be displayed expanded while the test is in progress. Interval Time You can set a pause time (interval) at the end of each step. If the TOS3200 shuts off the EUT power line during this interval, you can change the test lead connections.

  • Page 78: Creating Sequence Programs

    Measurement range (RANGE) AUTO Operation for FAIL judgment Single fault mode (COND) NORM (ABORT) Interval time Upper reference (UPPER) 15 mA Lower reference (LOWER) OFF (30 μA) Test time (TIMER) ON (1 s) Test wait time (WAIT) OFF (1 s) TOS3200...

  • Page 79: Inserting A Step In An Existing Program

    –– END LOWER UPPER WAIT TIMER ON/OFF ON/OFF ON/OFF ON/OFF SHIFT Press the SHIFT+F1 key. EDIT AUTO 1 / 2 00:--UNTITLED-- NTWK:A MODE:RMS ABORT:OFF 00 TC•E ––P •NORM––– 1s –– LOWER UPPER WAIT TIMER The selected pattern is deleted. TOS3200...

  • Page 80: Setup Items Of Auto1/2

    (measurement network) and MODE (current measurement Rotary knob erence mode) settings on AUTO2/2. See Table 6-1. You will not be able to enter the value if set to OFF. ON/OFF The item is turned on when the value is displayed. SHIFT+F3 key TOS3200...
  • Page 81 EUT enclosure (floating section) and terminal B of the measurement network (NTWK) is connected to the power line (L or N) inside the TOS3200 to execute the test. Therefore, if the EUT enclosure is grounded, a dangerous earth fault will result through the NTWK. It is also possible that measurement terminal A be connected to the grounded section of the enclosure by mistake.

  • Page 82: Setup Items Of Auto2/2 (Common To All Steps)

    6.01 mA to 30.0 mA 3.01 mA to 30.0 mA 2.01 mA to 20.0 mA 1.51 mA to 15.0 mA Range 3 PEAK 8.51 mA to 90.0 mA 4.25 mA to 45.0 mA 2.83 mA to 30.0 mA 2.13 mA to 22.5 mA TOS3200...

  • Page 83: Sequence Program Editing Procedure

    Use the rotary knob to select program number 01. AUTO SYSTEM Press the EDIT (SHIFT+AUTO) key to display the edit screen. EDIT I / F RECALL ENTER STORE EDIT AUTO 1 / 2 01:--UNTITLED-- NTWK:A MODE:RMS ABORT:OFF PREV NEXT –– SHIFT TOS3200...

  • Page 84: Setting Items Common To The Program (All Steps)

    AUTO 1 / 2 01:TEST-1 NTWK:B MODE:RMS ABORT:OFF LOWER : OFF TC•E ––P •NORM––– HOLD UPPER : 15.0mA –– END WAIT : OFF TIMER : LOWER UPPER WAIT TIMER Press the LOWER ON/OFF (SHIFT+F2) key to set LOWER to ON. TOS3200...

  • Page 85: Setting Step 01

    Exiting from the Edit Screen After you are done entering the settings, press the AUTO key. The setup screen closes, and the screen displays “READY.” READY AUTO 1 / 2 01:TEST-1 00 TC•E ––P •NORM––– HOL 01 PCC––––––P •NORM––– 1s –––END TOTAL: 2 TOS3200...

  • Page 86: Setting Additional Test Conditions

    196 Thus, you must save the test result data during this period. If you want to make sure to save the data for PASS judgments, set the display time of the PASS judgment result (PASS HOLD) to HOLD. TOS3200...

  • Page 87: Measured Current Conversion Display (Conv)

    The PASS judgment display for each step depends on the interval time setting. Measured Current Conversion Display (CONV) The TOS3200 has a function called CONV that converts the measured current by the ratio between the preset CONV voltage and the measured value of the line voltage applied to the EUT AC inlet.

  • Page 88: Power Supply To The Eut During The Interval Time (Line Brk (Auto))

    EUT. The only way that you can switch the connection is by shutting off the power supply. • If you set LINE BRK (AUTO) to OFF and PROBE to EncLiv or EncNeu, the TOS3200 does not perform earthing checks. See p.
  • Page 89 01:TEST-1 the previous step. 00 TC•E ––P •NORM––– 30s NETWORK: B INTERVAL 10s 01 PCC–––– NORM CONV Displays a countdown of the –––END µA LINE 0.0W interval time. 0.0V 0.00A HOLD is displayed if set to TOTAL: 2 hold. TOS3200...

  • Page 90: Unable To Start The Test

    EUT, “CONV” will be displayed. The conversion display function is invalid in this condition. If you are supplying the EUT power from an external source (not from the TOS3200) in the p. 200 TC measurement between two enclosures, turn the current conversion display function off.

  • Page 91: Stopping The Test

    FAIL is and U-FAIL signals fied by PASS HOLD. cleared. cleared. until FAIL is cleared. The duration of the buzzer for a PASS judgment is fixed to 0.2 s. It does not depend on the PASS HOLD time. TOS3200...

  • Page 92: Storing The Test Result

    The storage function is assigned to a function key while the judgment result is displayed. For p. 93 details, see “Storing the Test Results”.” Releasing the Judgment Result Press the STOP switch to set the TOS3200 to READY status. TOS3200...

  • Page 93: Storing The Test Results

    Press the SAVE (F4) key. The saved information is displayed. Press the DATA (F1) key to check the stored data. Press the EXIT (F5) key. The data save screen closes, and the TOS3200 changes to the READY status. TOS3200...

  • Page 94: Displaying The Test Results

    Step number operation mode•probe selection--polarity of the EUT power line•single fault mode--measured current-test time-judgment To return to the current measurement, press the AUTO key. Deleting the Stored Data Select the memory number you want to delete in step 3 above, and press the DELETE (F3) key. TOS3200...

  • Page 95: External Control

    外部コントロ┃ル External Control This chapter describes how to start the test externally and how to recall panel memories and sequence programs using the SIGNAL I/O connector.

  • Page 96: Signal I/O Connector

    WARNING cables. The SIGNAL I/O connector is the D-sub 25-pin connector on the rear panel. The connector is used to control the starting and stopping of the test or monitor the TOS3200 status. • Connector on the TOS3200 By Omron XM2B-2502 D-sub 25-pin male connector •...
  • Page 97 19 18 17 16 15 14 LINE ON TEST +24V PASS ENABLE UPPER FAIL STOP LOWER FAIL START READY PROTECTION Possible damage to internal circuit. Do not short the +24 V of pin number 24 to the chassis CAUTION or the circuit common. TOS3200...

  • Page 98: Internal Construction

    Fig. 7-1 Internal construction of SIGNAL I/O Application Examples of Input Signal Controlling the TOS3200 using a make contact The input terminal is set to low level by using a make contact such as a relay or switch. Controlling the TOS3200 using a logical device In place of a switch in the example above, a logical device such as a transistor is used.

  • Page 99: Application Examples Of Output Signal

    If the ENABLE signal is low level, the start signal of the SIGNAL I/O connector and the START input of the REMOTE terminal will be enabled, and the START switch on the panel will be disabled. ENABLE (IN) READY (OUT) 5 ms or more START (IN) 10 ms or more Fig. 7-2 START signal TOS3200...

  • Page 100: Recalling The Panel Memory And Sequence Program

    Strobe signal Table 7-2 Panel memory and program selection MANU/AUTO Recalled data Panel memory 00 Program 00 Panel memory 01 Program 01 Panel memory 02 Program 02 • • • Panel memory 98 Program 98 Panel memory 99 Program 99 TOS3200...

  • Page 101: Remote Control

    リモ┃トコントロ┃ル Remote Control This chapter gives an overview of the remote control function and explains the SCPI command structure, syntax, details of each command, registers, and so on used in the remote con- trol.

  • Page 102: Remote Control Overview

    110 TOS3200. If the TOS3200 is operating under remote control, the RMT LED on the front panel will illumi- nate. To switch from the remote mode to the local mode (panel operation) from the panel, press the LOCAL key.

  • Page 103: Visa Library

    If you are using a VISA library (VISA COM) for the I/O library, the VISA library must be installed on the PC. A device driver supporting USB T&M Class (USBTMC) is required to control the TOS3200 through the USB interface. The USBTMC driver is automatically installed by the VISA library.

  • Page 104: Using The Rs232C Interface

    The RS232C port on the TOS3200 is a standard D-sub 9-pin male connector. Check that the POWER switches of the TOS3200 and the PC are off, and connect the TOS3200 to the PC using a standard cross cable (null modem cable).
  • Page 105 Sets the communication error trace function. (Common to all interfaces.) ERR TRACE Sets whether or not to display error numbers on the screen when there are SHIFT+F4 key errors in the error queue. Enable the error number display. SHIFT+F4 key Disable the error number display. TOS3200...
  • Page 106 Talk mode Processing on the PC can be reduced by using talk mode, because commands do not need to be sent from the PC. If you connect a serial printer to the TOS3200, the test log can be printed directly.

  • Page 107: Using The Gpib Interface

    Using the GPIB Interface Use a standard IEEE488 cable to connect the TOS3200 to the PC. Press the I/F (SHIFT+SYSTEM) key to display the interface setup screen (INTERFACE). MANUAL Press the SHIFT+F1 key or turn the rotary knob to select GPIB.
  • Page 108 Function available Service request Full capability Remote local Full capability Parallel polling No capability Device clear Full capability Device trigger Full capability Controller No capability Electrical interface Open collector driver Service request Service request and serial polling functions are implemented. TOS3200...

  • Page 109: Using The Usb Interface

    Using the USB Interface A device driver supporting USB T&M Class (USBTMC) is required to control the TOS3200 p. 103 through the USB interface. The USBTMC driver is automatically installed by the VISA library. Press the I/F (SHIFT+SYSTEM) key to display the interface setup screen (INTERFACE).

  • Page 110: Overview Of Messages

    The information that is exchanged between the PC and the TOS3200 is called a message. The TOS3200 uses the SCPI language for the messages. There are two types of messages, commands that are sent from the PC to the TOS3200 and responses that are sent from the TOS3200 to the PC.
  • Page 111 (Example) CURRent? MIN When transmitting two queries in separate lines, read the response to the first query before transmitting the second line. If you send two lines of query commands at once, an incom- plete response may be received. TOS3200...

  • Page 112: Parameters

    Parameters The parameter format of SCPI is derived from the program parameter format defined in IEEE 488.2. The representation system of the program data that is used on the TOS3200 is indicated below. Non-numeric parameters The TOS3200 uses the following three types of non-numeric parameters.
  • Page 113 Overview of Messages Numeric parameters The TOS3200 uses the following five types of numeric parameters. Symbols or Description characters Represents an integer. Represents a real number (floating point). Represents a real number (exponential). The value +3.80000+E02 is returned for the response data 380. The number of digits to the right of the decimal is 5.

  • Page 114: Command Description In This Manual

    Command items and reference pages Item Page Command syntax p. 110 Parameter p. 112 Unit p. 113 Default values p. 196 Query p. 111 Representation system p. 112 List of messages p. 186 List of errors p. 192 TOS3200...

  • Page 115: Ieee488.2 Common Commands

    Response Returns the value of the event status register in the <NR1> form and clears the register. *IDN Queries the model name, serial number, and firmware version of the TOS3200. Command *IDN? Response The response to *IDN? is indicated below.
  • Page 116 For the commands that are affected by *RST, see “Default values”. Command *RST *SAV Stores the present TOS3200 settings to memory. The operation is the same as MEM:SAV. p. 196 The settings that are stored are the same as those recalled using the *RCL command. See “Default values”.
  • Page 117 Trigger command. This is a substitute command for the IEEE488.1 get message (Group Execute Trigger). Section 10.37 in If the TOS3200 is not in a condition to accept triggers, an SCPI error (-211,“Trigger ignored”) IEEE 488.2-1992 will occur. Command *TRG *TST Executes a self-test.

  • Page 118: Selecting The Operation Mode

    Response Returns the operation mode in the <string> form. If the TOS3200 is displaying the SYSTEM or INTERFACE screen, ”” will be returned. Setting the TC Measurement and PCC Measurement The commands with “TC” in the second-level node are for TC measurement. Commands with “PCC”...

  • Page 119: Setting The Power Line Polarity

    FLTPE Earth line disconnected condition (TC Measurement Mode only) Response Returns the single fault mode in the <character> form. If the connection destination of the measurement terminal is set to between the enclosure and power line, NA is returned. TOS3200...

  • Page 120: Setting The Lower Reference

    Sets the upper limit of the judgment reference (upper reference). This setting is valid when TC:LIM:UPP:STAT or PCC:LIM:UPP:STAT is on. For TC measurement, the setting varies depending on the measurement network and current measurement mode settings. For PCC measurement, the setting varies depending on the current measurement mode setting. TOS3200...

  • Page 121: Setting The Test Time And Test Wait Time

    Sets the test time (TIMER). This setting is valid when TC:TIM:STAT or PCC:TIM:STAT is on. Command [SENSe:]TC:TIMer[:TIME] {<numeric>|MIN|MAX} [SENSe:]TC:TIMer[:TIME]? {MIN|MAX} [SENSe:]PCC:TIMer[:TIME] {<numeric>|MIN|MAX} [SENSe:]PCC:TIMer[:TIME]? {MIN|MAX} Parameter Value: 1 to 999 (The default value is 10.) Unit: Response Returns the test time in the <NR3> form. TOS3200...
  • Page 122 Command [SENSe:]TC:WAIT:STATe {ON|OFF|1|0} [SENSe:]TC:WAIT:STATe? [SENSe:]PCC:WAIT:STATe {ON|OFF|1|0} [SENSe:]PCC:WAIT:STATe? Parameter Value: ON (1) Start the test after the test wait time elapses OFF (0) Start the test immediately (default) Response Returns the whether the test is started immediately in the <NR1> form. TOS3200...

  • Page 123: Setting The Measurement Network (Tc Measurement Only)

    TC:MODE / PCC:MODE * RST * * RCL Sets the current measurement mode (MODE). Command [SENSe:]TC:MODE {RMS|DC|PEAK} [SENSe:]TC:MODE? [SENSe:]PCC:MODE {RMS|DC|PEAK} [SENSe:]PCC:MODE? Parameter Value: Rms measurement (default) DC measurement PEAK Peak measurement Response Returns the current measurement mode in the <character> form. TOS3200...

  • Page 124: Setting The Measurement Range

    30 mA, upper reference on/off: on, test time: 1 s, test time on/off: on, test wait time: 1 s, and test wait time on/off: on In response to TC? Returns “RMS,A,FIX,ENCPE,REV,FLTNEU,+3.00000E-05, 1,+3.00000E-02,1,+1.00000E+01,1,+1.00000E+01,1”. In response to PCC? Returns “RMS,NA,FIX,NA,REV,FLTNEU,+3.00000E-05, 1,+3.00000E-02,1,+1.00000E+01,1,+1.00000E+01,1”. TOS3200...

  • Page 125: Saving And Recalling From The Panel Memory

    Parameter <NR1> Value: 0 to 99 Panel memory number "<string>" Value: Enter the program name. Double quotation, single quotation, comma, and “@” p. 39 cannot be used. Up to 12 characters. Response Returns the memory name in the <string> form. TOS3200...

  • Page 126: Executing The Test (Trigger Function)

    WTG. IDLE state The TOS3200 is in the IDLE state when the power is turned on. In this state, the trigger sub- systems ignore all triggers. Sending ABOR, *RST, or *RCL command at any time also returns the trigger subsystems to the IDLE state.
  • Page 127 Command TRIGger[:SEQuence[1]]:SOURce {IMMediate|BUS} TRIGger[:SEQuence[1]]:SOURce? TRIGger[:TEST]:SOURce {IMMediate|BUS} TRIGger[:TEST]:SOURce? Parameter Value: Start the test immediately (default) Wait for a software trigger (*TRG, TRIG, or IEEE488.1 get (Group Execute Trigger)) to start the test Response Returns the trigger source in the <character> form. TOS3200...
  • Page 128 Queries the execution status of the TC measurement test. Command [SENSe:]TC:EXECuting? Response Returns in order the test status, elapsed time, remaining time, program number, and step number in the comma-separated <character>, <elapsed time_NR3>, <remaining time_NR3>, <program_NR1>, and <step_NR1> form. TOS3200...
  • Page 129 Test in progress Interval time <elapsed time_NR3>elapsed time, <remaining time_NR3>remaining time Unit: ABOR Aborts the test. The trigger status immediately after the power is turned on is the same as the condition when the ABOR command is sent. Command ABORt TOS3200...

  • Page 130: Saving And Querying The Test Result

    (Change between MANUAL TEST and AUTO TEST is not allowed. Change between TC and PCC is allowed.) or change the display to the SYSTEM or INTERFACE screen, the result can no longer be saved. Command RESult:MANual:SAVE <NR1> RESult:AUTO:SAVE <NR1> Parameter Value: 1 to 50 Memory number TOS3200...

  • Page 131: Querying The Result

    (Example) The header information saved to memory 1 of the single measurement is as fol- lows: measurement network: A, measurement mode: RMS, measurement range: FIX, maximum current hold, test start date/time: 2006/12/1 10:00:00, and test end date/time: 2006/12/1 10:00:10. In response to RES:MAN:HEAD? 1 Returns “ ”,-1,0,A,RMS,FIX,MAX,NA,2006/12/01 10:00:00,2006/12/01 10:00:10. TOS3200...

  • Page 132: Deleting The Test Results

    L-FAIL, or +9.91E+37 for C-FAIL) is returned for a FAIL judgment. Deleting the Test Results RES:MAN:DEL / RES:AUTO:DEL Deletes the contents of the specified memory number. Command RESult:MANual:DELete <NR1> RESult:AUTO:DELete <NR1> Parameter Value: 1 to 50 Memory number TOS3200...

  • Page 133: Setting The Program Test

    Enter the program name. Double quotation, single quotation, comma, and “@” cannot be used. (The default name is “--UNTITLED--”.) Response Returns the selected program number in the <string> form. (Example) If “MY TEST1” is set Returns "MY TEST1 ". TOS3200...
  • Page 134 Rms measurement (default) DC measurement PEAK Peak measurement Response Returns the current measurement mode in the <character> form. PROG:RANG:SEL Sets the measurement range of the selected program. Command PROGram:RANGe:SELect {AUTO|FIXed} PROGram:RANGe:SELect? Parameter Value: AUTO Auto range switching (default) FIXed Fixed range TOS3200...
  • Page 135 ON (1) Abort the program test if a FAIL judgment occurs OFF (0) Continue the program test even if a FAIL judgment occurs (default) Response Returns whether the program test continues if a FAIL judgment occurs in the <NR1> form. TOS3200...
  • Page 136 If 99 is exceeded, 9.9E37 will be set. The default value is 1.) 9.9E37 HOLD Unit: Response Returns the operation mode, connection destination of the measurement terminal, power line polarity, single fault mode, and interval time in order in the comma-separated <FUNC_character>,<PROBE_character>,<POL_character>,<COND_character>, <INTERV_NR1> form. TOS3200...
  • Page 137 Start the test immediately (default) Response Returns the lower reference, lower reference judgment, upper reference, upper reference judgment, test time, test time on/off, test wait time, and test wait time on/off in order in the comma-separated <L_FAIL_NR3>,<L_FAIL_STAT_NR1>,<U_FAIL_NR3>, <U_FAIL_STAT_NR1>,<TIM_NR1>,<TIM_STAT_NR1>,<WAIT_NR1>,<WAIT_STAT_NR1> form. TOS3200...

  • Page 138: Setting The Meter Mode Measurement

    CURR:MODE / VOLT:MODE * RST * * RCL Sets the measurement mode (MODE). Command [SENSe:]CURRent:MODE {RMS|DC|PEAK} [SENSe:]CURRent:MODE? [SENSe:]VOLTage:MODE {RMS|DC|PEAK} [SENSe:]VOLTage:MODE? Parameter Value: Rms measurement (default) DC measurement PEAK Peak measurement Response Returns the current measurement mode in the <character> form. TOS3200...

  • Page 139: Setting The Measurement Range (Current Measurement Only)

    <string> form in response to CURR? or VOLT?. NA is always returned for the measurement network and measurement range in response to VOLT?. (Example) If measurement mode: RMS, measurement network: A, and measurement range: AUTO are specified In response to CURR? Returns "RMS,A,AUTO". In response to VOLT? Returns "RMS,NA,NA". TOS3200...

  • Page 140: Querying The Measured Value

    Querying the Measured Voltage between the Measurement Network Reference Points These queries are valid when the operation mode is set to current measurement (meter mode) and touch current measurement. In touch current measurement, these queries are valid only while a test is in progress. TOS3200...

  • Page 141: Querying The Measured Voltage Between Measurement Terminals A And B (Voltage Measurement Only)

    MEASure[:SCALar]:VOLTage:UX:MAXimum? Response Returns the maximum measured voltage between reference points that is retained on the TOS3200. The value is returned in the <NR3> form. This query returns the same value as READ:VOLT:UX/MEAS:VOLT:UX during the test wait time. Unit: Querying the Measured Voltage between Measurement Ter-...

  • Page 142: Clearing The Maximum Measured Value

    Command READ[:SCALar]:CURRent:LINE? MEASure[:SCALar]:CURRent:LINE? Response Returns the current of the EUT in the <NR3> form. Unit: READ:VOLT:LINE / MEAS:VOLT:LINE Queries the voltage of the EUT. Command READ[:SCALar]:VOLTage:LINE? MEASure[:SCALar]:VOLTage:LINE? Response Returns the voltage of the EUT in the <NR3> form. Unit: TOS3200...
  • Page 143 Querying the Measured Value READ:POW:LINE / MEAS:POW:LINE Queries the power of the EUT. Command READ[:SCALar]:POWer:LINE? MEASure[:SCALar]:POWer:LINE? Response Returns the power of the EUT in the <NR3> form. Unit: TOS3200...

  • Page 144: Various Settings

    Unit: Response Returns the time the PASS judgment is held in the <NR3> form. Converting Measured Current Based on the Specified Line Voltage SYST:CONF:CONV Sets the supply voltage used to convert to current (CONV). Command SYSTem:CONFigure:CONVersion {<numeric>|MIN|MAX} SYSTem:CONFigure:CONVersion? {MIN|MAX} TOS3200...

  • Page 145: Setting The Safety Extra Low Voltage (Selv)

    Returns the buzzer volume for PASS judgments in the <NR3> form. SYST:BEEP:VOL:FAIL Sets the volume of the buzzer that sounds when the judgment is FAIL. Command SYSTem:BEEPer:VOLume:FAIL {<numeric>|MIN|MAX} SYSTem:BEEPer:VOLume:FAIL? {MIN|MAX} Parameter Value: 0 to 10 (default: 3) Response Returns the buzzer volume for FAIL judgments in the <NR3> form. TOS3200...

  • Page 146: Setting The Screen Brightness

    Returns the year, month, and day in order in the <NR1>,<NR1>,<NR1> form. SYST:TIME Sets the time. Command SYSTem:TIME <HOUR_NR1>,<MIN_NR1>,<SEC_NR1> SYSTem:TIME? Parameter <HOUR_NR1> Hour Value: 0 to 23 <MIN_NR1> Minute, <SEC_NR1>Second Value: 0 to 59 Response Returns the hour, minute, and second in order in the <NR1>,<NR1>,<NR1> form. TOS3200...

  • Page 147: Turning The Power Line To The Eut On/Off

    Communication error trace function on OFF (0) Communication error trace function off (default) Response Returns the on/off setting of the communication error trace function in the <NR1> form. Releasing the Protection Status SYST:PROT:CLE Releases the protection status. p. 204 Command SYSTem:PROTection:CLEar TOS3200...

  • Page 148: Other Settings

    IEEE488.1 REN message (Remote Disable). SYST:REM or SYST:RWL is used to return to remote mode. Command SYSTem:LOCal SYST:OPT Queries the option (HP21-TOS only) that is installed in the TOS3200. The operation is the same as *OPT?. Command SYSTem:OPTion? Response If the HP21-TOS is installed, “HP21-TOS”...
  • Page 149 Various Settings SYST:REM (RS232C and USB only) Sets the TOS3200 operation to remote mode. All panel keys except the LOCAL key and STOP switch are locked. This is a substitute command for the IEEE488.1 REN message (Remote Enable) and address designation.

  • Page 150: Status Register And Status Report Function

    Fig. 8-4 shows the SCPI status register structure. The character “+” represents the the logical OR of the register bits. CONDition register The CONDition register transits automatically and reflects the condition of the TOS3200 in real-time. Reading this register does not affect the contents. EVENt register The EVENt register bits are automatically set according to the changes in the CONDition reg- ister.
  • Page 151 NOT USED HOLD NOT USED PASS FAIL TEST STOP WAIT PROG NOT USED Operation Complete Request Control Query Error Device Dependent Error Execution Error Command Error Reserved Power On Partially changed SCPI Standard 1999.0 Volume1 fig.9-1. Fig. 8-4 Status register TOS3200...

  • Page 152: Ieee488.2 Register Model

    This bit is set to true when a request is received from the digital programming inter- Message Available (MAV) face and the TOS3200 is ready to output the data byte. Standard Event Status Bit This bit is set to true when a bit is set in the Summary (ESB) event status register.

  • Page 153: Event Status Register

    Device Dependent Error Set when there is a device-specific error. (DDE) Set when the TOS3200 evaluates the pro- gram data following the header is outside the formal input range or does not match the Execution Error (EXE) performance of the TOS3200.

  • Page 154: Scpi Register Model

    SCPI Register Model OPERation Status Register The OPERation status register is a 16-bit register which contains information about condi- tions which are part of the TOS3200 normal operation. Decimal Bit name Description value Terminal [A] is active Terminal A is active.
  • Page 155 Returns the positive transition of the OPERation status register in the <NR1> form. STAT:OPER:NTR Sets the negative transition of the OPERation status register. Command STATus:OPERation:NTRansition <NRf> STATus:OPERation:NTRansition? Parameter Value: 0 to 32767 Response Returns the negative transition of the OPERation status register in the <NR1> form. TOS3200...

  • Page 156: Questionable Status Register

    QUEStionable Status Register The QUEStionable status register is a 16-bit register that stores information related to the questionable events and status during TOS3200 operation. These register bits may indicate problems with the measured data of the TOS3200. Decimal Bit name...

  • Page 157: Preset Status

    Returns the negative transition of the QUEStionable status register in the <NR1> form. Preset Status STAT:PRES Resets the ENABle, PTRansition, NTRansition filter registers of all status registers (including sub registers) to their default values. Default values: STATus:ENABle = 0x0000 STATus:PTRansition = 0x7FFF STATus:NTRansition = 0x0000 Command STATus:PRESet TOS3200...

  • Page 158: Tutorial

    After you specify the settings, start the test (when performing the test without using the trig- ger). You cannot start the test while the memory is being recalled/saved, when the power line of the EUT is on, when the TOS3200 is in the protection status, and when PASS/FAIL judgment is in progress. TRIG:SOUR IMM INIT When you send INIT, the test starts.

  • Page 159: Program Test (Auto Test)

    After you specify the settings, start the test (when performing the test without using the trig- ger). You cannot start the test while the memory is being recalled/saved, when the power line of the EUT is on, when the TOS3200 is in the protection status, and when PASS/FAIL judgment is in progress. TRIG:SOUR IMM INIT When you send INIT, the test starts.

  • Page 160: Meter Mode Measurement

    For a current measurement, query the measured value using the MEAS/READ command after setup. FUNC "CURR" CURR:NETW "A";MODE RMS CURR:RANG:SEL AUTO MEAS:CURR:LEAK? MEAS:CURR:LEAK:MAX? For a voltage measurement, query the measured value using the MEAS/READ command after setup. FUNC "VOLT" VOLT:MODE RMS MEAS:VOLT:AB? MEAS:VOLT:AB:MAX? TOS3200...

  • Page 161: Maintenance

    Maintenance This chapter covers daily maintenance such as measurement check, how to set the system clock, how to manage periodic calibration, and how to replace the fuse and battery.

  • Page 162: Test Lead Check

    Tears or breaks in the covering can lead to electric shock or fire. If a tear or break is WARNING found, stop using it immediately. To purchase accessories or options, contact your Kikusui agent or distributor. Measurement Check This function checks the current measurement circuit by running a small current between measurement terminals A and B.
  • Page 163 3. If the result is NG even when you perform the measurement check again, check whether the probe is broken. If the probe is not broken, the TOS3200 needs to be repaired. For repairs, contact your Kikusui agent or distributor.

  • Page 164: Time Settings And Calibration Management

    Enter the present time, and press the ADJUST (F1) key to apply the entered time. CAL. DATE (calibration date) The date is set at the factory or by an authorized service center of Kikusui when calibration is performed. The date is set in the following format: year/month/day. (The user cannot set this date).

  • Page 165: Calibration

    Sets the action taken when the calibration date expires. If CAL. PROTECT is turned ON, the TOS3200 will display the blinking message “CAL DATE EXPIRED” to notify that the calibration date is due. You cannot use the TOS3200 in this con- dition.

  • Page 166: Replacing The Fuse

    • Remove the power cord from the AC inlet for the EUT before replacing the fuse. • Use a fuse of shape, rating, and characteristics that conform to the TOS3200. Using a fuse of a different rating or shorting the fuse holder is dangerous.

  • Page 167: Specifications

    Specifications This chapter gives the specifications and external dimensions.

  • Page 168: Measurement Items, Measurement Mode, And Measurement Network

    Display/ i < 1 mA  μA / 1 μA resolution 1 mA ≤ i < 10 mA . mA / 0.01 mA i: measure- 10 mA ≤ i < 100 mA . mA / 0.1 mA ment current TOS3200...
  • Page 169 ≤ 10 kHz: 60 dB or more. 10 kHz to 1 MHz: 40 dB or more *1 The current measurement may not be stable due to effects such as the power line waveform, and the wiring between the TOS3200 and EUT particularly if the measurement mode is set to PEAK or the measurement network is set to A.

  • Page 170: Judgment Function

    DC, RMS: 2.01 mA to 20.0 mA, PEAK: 2.83 mA to 30.0 mA Network G DC, RMS: 1.51 mA to 15.0 mA, PEAK: 2.13 mA to 22.5 mA Judgment accuracy Conforms to the measurement accuracy. Read rdng as UPPER setting in the measurement accuracy. TOS3200...

  • Page 171: Voltage Measurement Between A And B

    Select whether to save the test result while delivering the judgment result at the end of the test. AUTO Stores the test results of up to 50 programs. MANU Stores the test results of up to 50 tests. The TOS3200 may not be able to supply power depending on the settings. TOS3200...

  • Page 172: Other Functions

    Generates CONTACT FAIL if the EUT enclosure is grounded. MEASURE CHECK Checks the measurement function between measurement terminals A and B of the TOS3200 and switches to protection status if there is a problem. The check is performed by shorting between terminals A and B. Protection action Switches to protection status, stops the power supply to the EUT, and opens measurement terminals A and B under the following conditions.

  • Page 173: Interface

    Input time width 5 ms minimum Output Output type Open collector output (4.5 Vdc to 30 Vdc). specifica- Output withstand 30 Vdc tions voltage Output saturation Approx. 1.1 V (25 °C) voltage Maximum output 400 mA (total) current TOS3200...

  • Page 174: General

    EMC Directive 2004/108/EC EN 61326-1 EN 61000-3-2 EN 61000-3-3 Applicable condition All of the wires and wires connected to the TOS3200 are less than 3 m in length. Using the accessory test leads. Outline drawing See “ Outline Drawing”. Weight Approx.

  • Page 175: Outline Drawing

    Specifications Outline Drawing 作成中 MAX345 (13.58) MAX10 (0.39) 320 (12.60) Unit: mm (inch) Fig. 10-1 TOS3200 outline drawing TOS3200...

  • Page 176: Measurement Network (Ntwk)

    Comply with IEC60990 fig.5 U3 measurement Applicable standard: IEC60745 etc. Harmonized standard: IEC60598 etc. 0.22 μF 1.5 kΩ 2 kΩ 20 kΩ 500 Ω 10 kΩ 9.1 nF 6.2 nF U, U1: Measured voltage between the measurement network reference points TOS3200...

  • Page 177: Appendix

    Appendix Glossary Four Principal Tests for Evaluating the Safety of Electrical and Electronic Products A List of Messages A List of Errors Processing Time of Main Commands A List of Default Settings G System Settings Protection Function Troubleshooting...
  • Page 178 Low-voltage electricity supply system to which the equipment concerned is designed to be connected for the purpose of powering the equipment. Mains Circuit Circuit which is intended to be conductively connected to the mains for the pur- (Primary Circuit) pose of powering the equipment. TOS3200...
  • Page 179 TC. There are differences in the body response types and safety standards. However, it is usually defined using resistors and capacitors. Body Responses Body responses when a hazardous current flows. There are four types of responses: perception, reaction, let-go, and electric burn. (IEC 60990) TOS3200...
  • Page 180 Electric shock occurs if the impedance of Z1 and Z2 is low. Enclosure Electronic Equipment Mains Primary Secondary Accessible conductive part Fig. B-1 Safety evaluation test TOS3200...

  • Page 181: Withstanding Voltage Test

    In this case, it is recommended that the test be per- formed using a DC voltage equal to the peak value of the specific AC voltage. Appx TOS3200...

  • Page 182: Insulation Resistance Test

    If the insulation resistance test is performed using an AC voltage, we end up measuring the impedance of the capacitive component and prevents us from obtain- ing the required insulation resistance. This is the reason why the insulation resistance test is performed using a DC voltage. TOS3200...

  • Page 183: Earth Continuity Test

    10 A to 60 A Calculate the resistance from the voltage and output Protective Earth current between the Connect using low impedance. Accessible conductive part measurement terminals. Electric shock hazard if this impedance is high Fig. B-4 Earth continuity test Appx TOS3200...

  • Page 184: Leakage Current Test

    Protective conductor current Accessible conductive part Fig. B-5 Leakage current test 1 Typical example of PCC measurement In this test, power is fed to the EUT, and the current flowing through the protective conductor is measured under normal operation. TOS3200...
  • Page 185 TC between the enclosure and ground. Reference Input A Calculate using touch current I = U/500 0.22 µF kΩ kΩ Appx 0.022 µF Ω Measure voltage U across here Input B Fig. B-7 Example of a body impedance network TOS3200...

  • Page 186: C A List Of Messages

    SCPI command: Command name in the short form. Affected: Yes for commands that are affected by *RST and *RCL. R/W: Query command (R)/set command (W). *: 1, 2, and 3 indicate SCPI standard command, command in review, and KIKUSUI original command, respectively. PROGram subsystem SCPI Command...
  • Page 187 Specify MAN to save and query the manual test. Specify AUTO to save and query that auto test. Queries the header information of the specified memory number. Response format: YYYY/MM/DD hh:mm:ss AUTO only. Queries the test data information of the specified memory number and step (auto test only). TOS3200...
  • Page 188 :STAT bool Yes Turns on/off the test wait time. R/W 3 Specify TC for touch current measurement and PCC for PCC measurement. FLTPE available only for TC. Varies depending on the current measurement mode and the measurement network settings. TOS3200...
  • Page 189 Queries the event register. :COND Queries the register status. :ENAB 0 to 32767 R/W 1 Enable. :NTR 0 to 32767 R/W 1 Positive transition. :PTR 0 to 32767 R/W 1 Negative transition. OPERation status register. QUEStionable status register. Appx TOS3200...
  • Page 190 Sets the hour. :TIME 0 to 59 Sets the minute. R/W 1 0 to 59 Sets the second. Queries the SCPI specification version :VERS 1999.0 with which the TOS3200 complies. TRIGger subsystem SCPI Command Setting Respon Affec Default Description R/W * Parameter...
  • Page 191 Queries the contents of the status byte register and the master summary status *STB message. *TRG Trigger command. *TST Executes a self-test. Prevents the device from executing subsequent commands or queries until all *WAI operations in standby are complete. TOS3200...

  • Page 192: D A List Of Errors

    Generated when parsing a suffix. The suffix does not follow the syntax, or the suffix is inappropriate for -131 Invalid suffix the TOS3200. -134 Suffix too long The suffix of the numeric element is too long. A suffix was encountered after a numeric element which does not -138 Suffix not allowed allow suffixes.

  • Page 193: Execution Errors

    (bit 4) in the event status register to be set. Error code Error message description -200 Execution error (generic) A generic error for the TOS3200. -203 Command protected Password protected program or query command cannot be executed. -210 Trigger error –...

  • Page 194: Query Errors

    Received a new command before the response to the previous query -410 Query INTERRUPTED was read. The controller attempted to read the response after the TOS3200 received an unsupported query or has not received a query. -420 Query UNTERMINATED The -100 “Command error” and this error is stored in the error queue.

  • Page 195: E Processing Time Of Main

    (ms) time (ms) time (ms) 19200 38400 *CLS Clears the register. TC:NETW “B” Sets the measurement network. MEAS:CURR:LEAK? Queries the measured current. STAT:OPER:COND? Queries the register status. RES? Queries the test judgment result. Using USB-GPIB by National Instruments. Appx TOS3200...

  • Page 196: A List Of Default Settings

    A List of Default Settings Initializing the TOS3200 While holding down the SHIFT key, turn on the POWER switch. The TOS3200 dis- plays the firmware version followed by INITIALIZING! “INITIALIZING!” and starts to initialize. If you initialize the TOS3200, various set-...
  • Page 197 Voltage display in expanded DISP:UXV No change ← display mode The factory default settings are shown below. TIME ADJUST: Standard Japanese time at factory shipment. CAL. DATE: Calibration date at factory shipment. ALARM: One year after CAL. DATE. Aborts the program operation. TOS3200...

  • Page 198: Default Values Of The Panel Memory

    TC measurement conforming to various safety standards. These memory numbers can be overwritten as with 51 to 99. The contents of the panel memory will be reset to default values if the TOS3200 is initialized. Default values of memory numbers 00 to 50 The default values for items other than those indicated in this table are set to the value of item B in below table.
  • Page 199 Default values of memory numbers 51 to 99 Item A Item B Setting Setting Appx Operation mode UPPER ON/OFF NTWK LOWER 30 μA PROBE ENCPE LOWER ON/OFF NORM TIMER 10 s COND NORM TIMER ON/OFF MODE WAIT UPPER 30 mA WAIT ON/OFF RANGE AUTO TOS3200...

  • Page 200: G System Settings

    System Settings The system settings consist of the following five screens. SYSTEM1/5 General settings of the TOS3200 SYSTEM2/5 Measurement check SYSTEM3/5 Management of the single test result data SYSTEM4/5 Management of the program test result data SYSTEM5/5 Time settings and calibration management You can enter the system setup screen from the 1/2 screen of each operation mode.

  • Page 201: Setup Items Of System2/5

    You can hear the buzzer volume by pressing the BUZ CHK (SHIFT+F5) key when BUZ VOL (PASS) or BUZ VOL (FAIL) is selected. Even if you set LINE BRK (AUTO) to OFF, the TOS3200 may not supply power to the EUT depending on the step combination.

  • Page 202: Setup Items Of System3/5

    If you specify a memory number for the stored data, the saved informa- tion will be displayed below the memory number. 2 DATA Displays the contents of the specified test data. F1 key LIST Returns to the program test data list (SYSTEM4/5). F1 key TOS3200...

  • Page 203: Setup Items Of System5/5

    The message “CAL PROTECTION” will blink when the power is turned on if the calibration date is due. You will not be able to use the TOS3200 if “CAL PROTEC- TION” is displayed. Press the STOP switch to display SYSTEM5/5, and turn CAL. PROTECT off to continue SHIFT+F4 key using the TOS3200.

  • Page 204: H Protection Function

    If one or more events occur on the eight items indicated in , the protection circuit will be acti- vated. This is called the protection status, and you cannot use the TOS3200 in this state. In the protection status, a blinking message will appear on the screen. Release the protection status according to the instructions given in .

  • Page 205: Troubleshooting

    In some cases, the problem can be solved quite easily. If none of the items apply to your case, we recommend that you initialize the TOS3200 to fac- p. 196 tory default settings.
  • Page 206 Unable to control the TOS3200 remotely through the RS232C. Symptom Check and Remedy Page Unable to control the • Is the talk mode turned on? TOS3200 from the PC. Turn talk mode off to control the TOS3200 from a PC. • Are you using a cross cable? TOS3200...
  • Page 207 FP01-TOS ..............48 options ..............20 Fuse ............... 166 OT01-TOS ............... 43 outline drawing ..........175 OVER LOAD PROTECTION ......... 204 GPIB Interface ............107 OVER RANGE PROTECTION ......204 HP21-TOS ............... 49 palm ................. 48 Panel memory ..........38 parameter .............. 112 TOS3200...
  • Page 208 SYSTEM2/5 ............201 SYSTEM3/5 ............202 SYSTEM4/5 ............202 SYSTEM5/5 ............203 talk mode ..............106 TC measurement screen 1/2 ........52 TC measurement screen 2/2 ........55 TC1/2 ................52 TC2/2 ................55 terminator ...............112 test leads ............45 Test Probe ............20 test results, display of ........68 TOS3200...

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