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NoiseKen ESS-S3011 Instruction Manual

Electrostatic discharge simulator
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INSTRUCTION MANUAL
ELECTROSTATIC DISCHARGE SIMULATOR
•
Thank you very much for your purchasing this instrument.
•
This instrument generates high voltage.
Since failure to follow instructions for handling this instrument may
cause an electric shock or other kinds of accidents, please be careful for
safety in handling this instrument.
•
Please read this booklet carefully, understand its content well to use this
instrument safely and properly, and keep it by your side or other proper
location so that it may be always readily available.
ESS-S3011
MODEL
NOISE LABORATORY CO., LTD.
Edition 1.06
AEC00262-00E-0G

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Summary of Contents for NoiseKen ESS-S3011

  • Page 1 INSTRUCTION MANUAL ELECTROSTATIC DISCHARGE SIMULATOR ESS-S3011 MODEL • Thank you very much for your purchasing this instrument. • This instrument generates high voltage. Since failure to follow instructions for handling this instrument may cause an electric shock or other kinds of accidents, please be careful for safety in handling this instrument.
  • Page 2 NOTICE • No part of this booklet may be reproduced or transferred, in any form, for any purpose, without the permission of Noise Laboratory Co., Ltd. • The contents of this booklet have been thoroughly checked. However, if a doubtful point, an error in writing or a missing is found, please contact us.

  • Page 3: Important Safety Precautions

    1. IMPORTANT SAFETY PRECAUTIONS The "Important Safety Precautions" explain rules that must be followed to prevent any risk of harm or injury to the user of the instrument or to other people. The instrument may only be used by trained EMC technicians (electrical technicians) Failure to follow this rule risks death or serious injury.

  • Page 4: Check Package Contents

    2. CHECK PACKAGE CONTENTS Before using the instrument, please check that none of the main unit and associated items are missing. Item Quantity A: Main unit ··················································· 1 B: Infrared remote controller ····························· 1 C: Gun holder ················································ 1 D: Gun holder mounting plate ··························· 1 E: Gun holder mounting screws ·························...

  • Page 5: Application Form For Instruction Manual

    3. APPLICATION FORM FOR INSTRUCTION MANUAL To: Noise Laboratory Co., Ltd. via sales agent We place an order for an instruction manual. ESS-S3011 Model Name Serial No. Applicant Address Company Name Department Contact Person Phone No. FAX No. Cut off this page "PURCHASE ORDER FOR INSTRUCTION MANUAL"...
  • Page 6 Memorandum...

  • Page 7: Table Of Contents

    4. TABLE OF CONTENTS 1. IMPORTANT SAFETY PRECAUTIONS ······················································· 1 2. CHECK PACKAGE CONTENTS ································································ 2 3. APPLICATION FORM FOR INSTRUCTION MANUAL ···································· 3 4. TABLE OF CONTENTS ············································································ 5 5. PREFACE ······························································································ 8 5-1. Features ........................8 5-2. Function Restrictions and Compliance Standards by Combinations with Discharge Gun ............................
  • Page 8 4. TABLE OF CONTENTS 14-1. Setup .......................... 44 15. TRIGGER SETTING ··············································································· 49 15-1. TRIGGER Setting ....................... 49 16. EXECUTING TEST ················································································· 51 16-1. Proceduere of Executing Test ..................51 16-2. Stopping a Test ......................54 17. SEQUENCE MODE ················································································ 55 17-1.
  • Page 9 4. TABLE OF CONTENTS 25-1. AUX Connector ......................85 25-2. Optical Communication Connector ................86 26. ERROR DISPLAY ·················································································· 87 27. SPECIFICATIONS ·················································································· 89 27-1. Infrared Remote Controller ..................90 27-2. Gun Holder ........................ 90 28. WARRANTY ·························································································· 91 29. MAINTENANCE ····················································································· 93 30.

  • Page 10: Preface

    5. PREFACE We thank you very much for your purchase of the Computer-controlled Electrostatic Discharge Simulator Model: ESS-S3011. It is recommended that the contents of this manual be thoroughly understood and used as a ready reference for operation. This Instruction Manual was prepared so that any person who can observe the prescribed instruction method and operating precautions may safely handle and fully utilize this computer-controlled electrostatic discharge simulator (Model ESS-S3011).

  • Page 11: Function Restrictions And Compliance Standards By Combinations With Discharge Gun

    5. PREFACE 5-2. Function Restrictions and Compliance Standards by Combinations with Discharge Gun This instrument is a power supply/control unit used to perform electrostatic tests. The standard with which it complies differs depending on the discharge gun used in the combination with it. Also, the requirements for the CR value and discharge current waveform vary, depending on the standard.
  • Page 12 5. PREFACE...
  • Page 13 6. BASIC SAFETY PRECAUTIONS FOR THE SAFE USE OF THE SIMULATOR The "Basic Safety Precautions" explain rules that must be followed to prevent damage to property or injury to the user of the instrument or to other people. The symbols below are used to indicate the level of injury or damage that may result if the instrument is used in a way that ignores these precautions.
  • Page 14 6. BASIC SAFETY PRECAUTIONS FOR THE SAFE USE OF THE SIMULATOR The following symbols are indicated on the instrument. Indicates a risk of electric shock. Indicates that caution is required and that you should refer to the instruction manual. Indicates a warning, a risk of electric shock, that caution is required, and that you should refer to the instruction manual.

  • Page 15: Danger Alerts

    6. BASIC SAFETY PRECAUTIONS FOR THE SAFE USE OF THE SIMULATOR 6-2. DANGER Alerts Disassembly 分解禁止 Prohibited • Do not disassemble or modify Do not remove the cover Failure to comply with the precaution may result in death or serious injury and possible consequences include fire and electric shock since a high voltage power supply is built in the instrument.
  • Page 16 6. BASIC SAFETY PRECAUTIONS FOR THE SAFE USE OF THE SIMULATOR 強制 Safety Rule Only use the instrument with a power supply voltage and frequency that is within the indicated range (AC 100V to 240V, 50Hz/60Hz) Using the instrument with a power supply voltage or frequency outside the indicated range may result in fire or electric shock or instability of the simulator.

  • Page 17: Caution Alerts

    6. BASIC SAFETY PRECAUTIONS FOR THE SAFE USE OF THE SIMULATOR Do not use the 【 【 【 【 PRE CHECK】 】 】 】 terminal for any purpose other than pre-check. Do not use the damaged AC power cable Damage to the AC power cable may result in fire, electric shock, or similar. Take particular care in relation to the following precautions.
  • Page 18 6. BASIC SAFETY PRECAUTIONS FOR THE SAFE USE OF THE SIMULATOR 禁止 Prohibited Do not use the instrument with other than a recommended discharge gun Using the instrument with other than a recommended discharge gun may result in poor operation See エラー! 参照元が見つかりません。.

  • Page 19: Points To Note Regarding Consumables Items

    7. POINTS TO NOTE REGARDING CONSUMABLES ITEMS High-Voltage Relay The high-voltage relays contained in the main unit and in the discharge gun are consumable items. Their useful life varies depending on the use conditions and environment. The electrical contacts in the high-voltage relays deteriorate with use and this can result in poor electrical connections, contact welding, or insulation failure occurring during normal use.
  • Page 20 7. POINTS TO NOTE REGARDING CONSUMABLES ITEMS Fuse The instrument contains fuses. A fuse holder is located in the AC inlet on the rear panel (See 9-2. Main Unit (Rear Panel)) and the fuse can be replaced by the user. Please replace with a fuse of the following type.

  • Page 21: Introduction

    8. INTRODUCTION 8-1. How to Read This Document The symbols used in this document and their explanations are shown below. Indicates a supplementary explanation. Indicates where to refer to. Indicates that there is a setting restriction. Indicates that it must be checked before use. 【...

  • Page 22: Attaching Gun Holder

    8. INTRODUCTION Term Definition A part of the simulator including charging and discharging circuit. One-hand Discharge gun handling is available. A part of the discharge gun equiped a charge capacitor (C) and a discharge CR unit resistor (R). The unit should be exchangeable to change the constant values of C and R on the circuit accroding to the standard requirement.
  • Page 23 9. NAME AND FUNCTION OF EACH PART The gun holder can be attached to the left or right side of the main unit, as shown below in Figure 8-2. Attach it to the easier side to use. Attached to the right side Attached to the left side Figure 8-2 Completed Image of Attached Gun Holder The gun holder can also be used without being attached to the main unit.

  • Page 24: Name And Function Of Each Part

    9. NAME AND FUNCTION OF EACH PART 9-1. Main Unit (Front Panel) Figure 9-1 Main Unit (Front Panel) Model name The product name and model name of the instrument and the company logo. LCD display It displays various statuses. High-voltage output connector Connector with a maximum output voltage of 30.5kV.

  • Page 25: Main Unit (Rear Panel)

    9. NAME AND FUNCTION OF EACH PART 9-2. Main Unit (Rear Panel) Figure 9-2 Main Unit (Rear Panel) Warning text Indicates a warning, a risk of electric shock, that caution is required, and that you should refer to the instruction manual. Also includes a warning not to open the cover due to the risk of electric shock.
  • Page 26 9. NAME AND FUNCTION OF EACH PART Power switch 【POWER】 Used to turn the power on and off. AC inlet (with internal fuse box) Inlet used to plug in the supplied AC power cable. Includes an internal fuse. If replacing the fuse, See 7.

  • Page 27: Operation Switch Section

    9. NAME AND FUNCTION OF EACH PART 9-3. Operation Switch Section (10) (11) Figure 9-3 Operation Switch Section STOP switch 【STOP】 Switch used to stop the test. This shuts down the internal high-voltage power supply and turns off the high-voltage output. START switch 【START】...
  • Page 28 9. NAME AND FUNCTION OF EACH PART MENU switch【MENU】 Returns to MAIN MENU. +/± switch【+/±】 Sets the polarity of the applied voltage. Its operation varies depending on the polarity setting before the switch is pressed. In SEQUENCE mode, it functions as “insertion” of the created test unit. Setting before the switch is pressed Setting after the switch is pressed “+”...

  • Page 29: Gun Holder

    It holds the supplied infrared remote controller. GND stud Used to connect the GND clip of the discharge gun (the clip at the end of the ground return cable) The gun holder can also accommodate NoiseKen’s previous discharge gun TC-815 series.
  • Page 30 9. NAME AND FUNCTION OF EACH PART Use the gun holder in the method specified for the main unit after fixing it correctly. See 8-3. Attaching Gun Holder . When using it detached from the main unit, make sure to connect the GND clip of the discharge gun to the GND stud of the gun holder.

  • Page 31: Infrared Remote Controller

    Used to control the trigger of the dischage gun from the main unit. Performs the same operation as for the 【TRIG】 switch in ESS-S3011 operation switch section. When using this switch, the trigger setting must be 【ESS】. For details, see 15-1.TRIGGER Setting. This function works in the contact discharge mode【CONTACT】, not in the air discharge mode【AIR】.
  • Page 32 ESS-S3011 operation switch section. Count reset switch 【COUNT RESET】 This switch is used to reset the discharge count displayed on ESS-S3011. Polarity change switch 【POL】 This switch is used to change the polarity of the output voltage. Every time the switch is pressed, it is changed between “+”...

  • Page 33: Basic Test Flow

    1) Connection Conncet AC cable and the discharge gun GT-30R. For details, see 11. DEVICE CONNECTIONS. Discharge gun ESS-S3011 2) Selecting test mode Select the test mode, “contact discharge mode” or “air discharge mode” based on your necessity. Contact discharge test...
  • Page 34 ：Select the test mode with rotating the rotary knob. Move the frame to d 【 【 【 【 CONTACT】 】 】 】 Air discharge test 【 【 【 【 AIR】 】 】 】 Contact discharge test Press 【1】 on the numeric keypad ESS-S3011 Operation keys ESS-S3011 operation screen...
  • Page 35 Press 【4】 on the numeric keypad Gun trigger: Press here. ESS-S3011 operation screen Gun trigger 4) Execution of test ① Press the start key【START】 ESS-S3011 operation screen...
  • Page 36 10. BASIC TEST FLOW ② Press the gun trigger to discharge to the EUT. The procedure is different according to the test mode. Contact discharge test Air discharge test 1) Make the discharge tip of the gun 1) Press the trigger of the gun with keeping contacting to the EUT.

  • Page 37: Device Connections

    11. DEVICE CONNECTIONS Turn the power switch to "Off" on the instrument before connecting or changing any of the cables Failure to comply with this rule may result in electric shock, injury, or misoperation. Do not insert objects into the instrument and its connectors Inserting metallic or flammable items into the ventilation slits, connectors, or other openings may result in fire, electric shock, or similar.

  • Page 38: Connecting The Ac Power Cable

    11. DEVICE CONNECTIONS 11-2. Connecting the AC Power Cable Plug the AC power cable into a socket that has a protective earth terminal The AC power cable provided with the instrument has a three-pin plug that connects to the power supply and protective earth terminal. The protective earth on the three-pin plug connects via the AC power cable to the metal parts on the instrument.

  • Page 39: Connecting Warning Light (Optional)

    11. DEVICE CONNECTIONS 11-3. Connecting Warning Light (Optional) When using the optional warning light, connect it to 【AUX】 at the rear top. Warning light MODEL: 11-0004A Warning light connector 【AUX】 Figure11.4 Connecting Warning Light The warning light spins and blinks, as the test is performed. While the operation of the warning light is same as for the warning lamp on the control panel, it can warn a larger surrounding area.

  • Page 40: Operation

    12. OPERATION 12-1. Turning the Power On or Off Press the "I" side of the power switch on the rear of the simulator to turn on the power. This lights up the operation panel display. Press the "O" side of the power switch to turn off the power and the operation panel display.
  • Page 41 12. OPERATION 3 Sequence mode [ SEQUENCE ] Sequence mode works by performing a series of operations by combining manually created test units. For details, see 17. SEQUENCE MODE 4 Trigger setting [ TRIGGER ] This specifies how to control the trigger of the discharge gun. For details, see 15.

  • Page 42: Entering/Changing A Value (Explanation Of Numeric Keypad/Rotary Knob)

    12. OPERATION 12-3. Entering/Changing a Value (Explanation of Numeric Keypad/Rotary Knob) The numeric keypad or rotary knob is used to enter or change the value of each setting item. The basic operation is described below. 【0】to【9】 【． 】 Enter a numeric value. 【C】...

  • Page 43: Iec Standard Mode

    13. IEC STANDARD MODE 13-1. Setup Pressing 【 【 【 【 1】 】 】 】 on the numeric keypad from the main menu moves to IEC STANDARD mode. In this mode, the output voltage is automatically set for easier testing, by specifying the test level defined in the IEC standard.
  • Page 44 13. IEC STANDARD Table 13.1 IEC Test Levels Test Voltage （kV） Contact Air discharge Test Level discharge (AIR) (CONTACT) Discharge Interval Setting [ INTERVAL ] ‐‐‐ ‐‐‐ ‐‐‐] Sets the discharge interval time. It is invalid in air discharge mode. Indicating [‐‐‐...
  • Page 45 13. IEC STANDARD MODE Displaying the Trigger Setting [ GUN / ESS / EXT ] This item cannot be selected. It shows the status of the trigger setting. The setting is changed on the trigger setting screen. Pressing 【4】 on the numeric keypad from the main menu moves to the trigger setting screen. 15.

  • Page 46: Manual Mode

    14. MANUAL MODE 14-1. Setup Manual test mode is used to perform tests in which all of the settings are specified by the user. Manually specified test conditions are stored in real time in the displayed units numbered [ 1 ] to [ 99 ]. The conditions stored for the test unit can be set again by calling its unit number.
  • Page 47 14. MANUAL MODE Unit Number Setting The set test conditions are automatically stored to the test units [ 1 ] to [ 99 ] (Hereinafter, the stored test is called a “test unit”). In other words, a test unit can be stored with its unit number. When the setting item frame is moved to the unit number setting a , its value can be changed using the numeric keypad or rotary knob.
  • Page 48 14. MANUAL MODE Test Voltage Setting [ VOLTAGE ] When the test voltage is selected, its value can be changed using the numeric keypad or rotary knob. The range that can be set is 0.20 to 30.5. Discharge Interval Setting [ INTERVAL ] Sets the discharge interval time.
  • Page 49 14. MANUAL MODE e e e e Voltage Sweep Setting [ SWEEP OFF / ON ] When the voltage sweep is selected, its value can be changed using the rotary knob. The values that can be set are ON and OFF. Turning it clockwise sets it to ON, while turning it anticlockwise sets it to OFF.
  • Page 50 14. MANUAL MODE Displaying the Radiation Level Mode Setting [ EXTRA / NORMAL ] This item cannot be selected. It shows the status of the radiation level mode. The setting is changed by the utility [ UTILITY ]. See 23-3. SETTING 2 - Special Function Settings. 10) Displaying the Trigger Setting [ GUN / ESS / EXT ] This item cannot be selected.

  • Page 51: Trigger Setting

    15. TRIGGER SETTING 15-1. TRIGGER Setting The discharge trigger is set from Item 【4】 on the main menu. The following setting is performed by turning the rotary knob. Figure 15-1 TRIGGER Setting Screen Gun trigger [ GUN ] This setting allows the trigger switch on the discharge gun to be used as the discharge trigger. Controller trigger [ TRIG ] This setting allows the 【TRIG】...
  • Page 52 Input from 【AUX】 at the rear of the main unit When NoiseKen’s previous discharge gun TC-815 series is attached to the probe stand, the trigger switch on the discharge gun remains pressed down. To start or temporarily stop discharges, therefore, use the controller trigger or external trigger setting.

  • Page 53: Executing Test

    START switch d Status display b STOPswitch c Warning lamp e Main trigger **IEC STANDARD mode is displayed as an example. ESS-S3011 Operation panel Discharge gun GT-30R f Gun trigger Figure 16-1. Executing the ESD test...
  • Page 54 16. EXECUTING TEST 1） Pressing the【START】switch a outputs a high voltage from the simulator. The START switch and warning lamp c illuminate. The status display d changes from READY to TRIG WAIT (Trigger input waiting status). 2） Inputting the specified trigger starts discharge testing. The warning lamp c blinks.
  • Page 55 16. EXECUTING TEST 3） During the test, the discharge interval [ INTERVAL ] is displayed by counting down from the set time, second by second. The number of discharges [ COUNT ] is displayed by counting up from 0 to the set number, one by one.

  • Page 56: Stopping A Test

    16. EXECUTING TEST Concerning the continuous mode [CONTINUE] If the test is conducted with turning on the voltage sweep mode, a manual input of the trigger is necessary for each step change, but this operation can be omitted by the continuous mode.

  • Page 57: Sequence Mode

    17. SEQUENCE MODE 17-1. Outline of the Sequence Mode Sequence mode works by performing a series of operations which consist of a combination of test units stored in manual mode. Each sequence can consist of a combination of units up to 22 steps. The programmed sequence program is stored with the sequemce program number.
  • Page 58 17. SEQUENCE MODE SEQUENCE MANUAL Mode Mode Sequence program Shared Test unit [ 1 ] ～ ～ ～ ～ [ 99 ] [ 1 ] ～ ～ ～ ～ [ 99 ]（ （ （ （ Max. 22） ） ） ） [ 1 ] ～...

  • Page 59: Creating A Sequence Program

    17. SEQUENCE MODE 17-3. Creating a Sequence Program c c c c Test unit number +key: Insert -key: Delete Up/Down key Right/Left key d d d d Sequence Step b b b b Program Number Rotary knob Figure 17-3 Creating sequence program A sequence program is created by combining up to 22 units from the test units created in MANUAL mode: [ 1 ] to [ 99 ].
  • Page 60 17. SEQUENCE MODE Example 1. Creating a new sequence step Specify the program 5 and create a new sequence. Nothing is input in the first step. Set the test unit [1] at the first step. Press [+] key when the sequence step frame and the test unit number are selected so that the [1] is inserted in the sequence step frame and the sequence step frames move to right one by one.

  • Page 61: Starting A Test

    17. SEQUENCE MODE 17-4. Starting a Test The basic test flow is similar to the IEC STANDARD mode and the MANUAL mode. 16. EXECUTING TEST Before you start, check that the discharge gun is connected. Starting a test will generate the indicated voltage in the high-voltage output connector and discharge gun.

  • Page 62: Stopping A Test

    17. SEQUENCE MODE 3） The simulator goes to the standby state after one test step completes. For executing the next test step, input the trigger again. Status display area: [TRIG WAIT] ⇒ ⇒ ⇒ ⇒ (Manual trigger input) ⇒ ⇒ ⇒ ⇒ [READY] ⇒ ⇒ ⇒ ⇒ [TRIG WAIT] ⇒ ⇒ ⇒ ⇒ (Manual trigger input) ⇒...

  • Page 63: Radiation Level Mode

    18. RADIATION LEVEL MODE This simulator can reduce the radiation noise generated by the discharge gun. 18-1. Radiation Noise When the internal high-voltage relay in the discharge gun is operated by inputting the trigger switch, a spark discharge unique to the high voltage occurs at the contact point with the internal high-voltage relay.

  • Page 64: How To Change The Radiation Level Modes

    18. RADIATION LEVEL MODE Voltage waveform measurement conditions Impedance between the discharge tip and GND: approx. 100MΩ (1000:1 high-voltage probe used) Simulator setting conditions: ＋2kV, contact discharge Extra Mode (EXTRA) Voltage Waveform Normal Mode (NORMAL) Voltage Waveform Figure 18-1 Open Voltage Waveforms 18-3.

  • Page 65: Discharge Detection Function

    19. DISCHARGE DETECTION FUNCTION The discharge detection function detects the actual discharge in air discharge mode and notifies the user. To enable this function, it must be set by the utility. see 23-3. SETTING 2 - Special Function Settings. 19-1. Operation of Discharge Detection Function The discharge detection function only operates in air discharge mode.

  • Page 66: Automatic Cr Unit & Discharge Cup Recognition Function

    20. AUTOMATIC CR UNIT & DISCHARGE CUP RECOGNITION FUNCTION The automatic CR unit & discharge cup recognition function is used to determine the type of the CR unit and the type of the discharge cup attached to the discharge gun as well as checking their combination.

  • Page 67: Determining Cr Unit

    20. AUTOMATIC CR UNIT & DISCHARGE CUP RECOGNITION FUNCTION 20-2. Determining CR Unit Table 20.2 below shows various types of CR units and their recognition displays. When the discharge gun GT-30R is used, a test cannot be started unless a CR unit is set. Table 20.2 Automatically Recognizable CR Units CR Unit Display...

  • Page 68: Discharge Gun Led Light

    21. DISCHARGE GUN LED LIGHT This function is used to turn on the LED light provided to the discharge gun to illuminate EUT. To use the function, set it by the utility. see 23-3. SETTING 2 - Special Function Settings. 21-1.

  • Page 69: Pre-Start Check

    22. PRE-START CHECK The simulator can check the operations of the main unit and the discharge gun. It is recommended to perform the operation check as pre-check before the test. Thie operation does not mean calibration of this model. The pre-check is performed by operating the discharge gun, according to what is shown on the LCD display.
  • Page 70 22. PRE-START CHECK Connect the GND clip of the discharge gun to the GND stud at the bottom of the gun holder. Pre-check STEP-1 screen Set to gun holder Figure 22-1 Performing Pre-check - [STEP 1] Make sure to set the discharge gun to the gun holder and connect the GND clip to the GND stud properly.

  • Page 71: Step 2 - Checking Discharge Relay Of Discharge Gun

    22. PRE-START CHECK 22-3. STEP 2 - Checking Discharge Relay of Discharge Gun [STEP 2] performs one check. If there is any abnormality, the pre-check is suspended and a message is displayed. [CHECK 3] Checks the operation of the discharge relay contained in the discharge gun. In [CHECK3], 20 times of discharges are applied to the pre-check terminal【PRE CHECK】to ensure proper discharge.
  • Page 72 22. PRE-START CHECK Performing CHECK 3 Perform CHECK 3 by pulling the gun trigger while having the discharge tip of the discharge gun contact the pre-check terminal 【PRE CHECK】. The check time is approximately one second. Figure 22-4 CHECK 3 Screen Make sure to connect the GND clip of the discharge gun to the GND stud properly.

  • Page 73: Displaying The Result

    22. PRE-START CHECK 22-4. Displaying the Result Once the pre-check is completed, the result is displayed on the screen. When the pre-check is completed properly When [CHECK 1] to [CHECK 3] are completed properly, the screen as shown in Figure 22-5 Displaying PRE CHECK Result appears.

  • Page 74: Error Causes And Solutions

    22. PRE-START CHECK 22-5. ERROR Causes and Solutions When an error occurs during the pre-check, the simulator or the discharge gun may be faulty. The cause of the fault varies, depending on which check resulted in an error. The following table shows the list of causes of faults for each check and their solutions. Table 22.1 List of Messages When Error Occurs in CHECK 1 The high-voltage output of the simulator may be faulty.

  • Page 75: Utilities

    23. UTILITIES The utilities enable a variety of settings, including general settings and special function settings of the simulator. Selecting [UTILITY] by pressing 【6】 on the main menu displays the top screen for the utilities. 23-1. UTILITY TOP MENU On the utility top screen, pressing a key on the numeric keypad allows the user to move to each of the utility screens.

  • Page 76: Setting 1 - General Settings

    23.UTILITIES 23-2. SETTING 1 - General Settings The general settings are mainly used to set operational restrictions to the simulator as well as the operations of accessories. Pressing the Up/Down keys ( ) moves from one setting item frame to another in a cycle. The currently selected item frame is displayed in orange color.
  • Page 77 23. UTILITIES [NOT USED / EVERY DISCHARGE / COUNT UP] is changed using the rotary knob. [NOT USED] The static elimination probe is not used. When the static elimination probe is connected, it is left open. [EVERY DISCHARGE] Static elimination is performed in each discharge operation. If, however, the discharge interval is less than one second, the Count Up operation (shown below) is performed.

  • Page 78: Setting 2 - Special Function Settings

    23. UTILITIES 23-3. SETTING 2 - Special Function Settings Utility Screen 2 is used to set the radiation level mode and the discharge detection function. Pressing the Up/Down keys ( ) moves from one setting item frame to another in a cycle. The currently selected item frame is displayed in orange color.
  • Page 79 23. UTILITIES ③ Setting the discharge count operation [ DISCHARGE COUNT ] Sets discharge count conditions. [ ALL / DISCHARGE DETECT ONLY ] is changed using the rotary knob. [ALL] All trigger signals are counted, regardless of the discharge detection function. [DISCH DETECT ONLY] They are counted only when discharges are detected by the discharge detection function.

  • Page 80: Allocating Remote Controller Keys

    23. UTILITIES 23-4. Allocating Remote Controller Keys Utility Screen 3 is used to allocate the user-defined keys for the infrared remote controller: 【F1】 to 【F4】. Pressing the Up/Down keys ( ) moves from one setting item frame to another in a cycle. The currently selected item frame is displayed in orange color.
  • Page 81 23. UTILITIES The following table shows the list of allocable functions and their descriptions. The following functions can be allocated to any of the user-defined keys: 【F1】 to 【F4】. [IEC LEVEL] Steps to the test voltage according to the test level in the IEC standard. It is available in IEC STANDARD mode, MANUAL mode and sequence mode.

  • Page 82: Beep Sound Setting

    23. UTILITIES 23-5. Beep Sound Setting Utility Screen 4 is used to set various operation sounds. Pressing the Up/Down keys ( ) moves from one setting item frame to another in a cycle. The currently selected item frame is displayed in orange color. Its status can be changed using the rotary knob. Pressing Right/Left keys ( ) changes the screen of UTILITY (common in the series of utility screen).
  • Page 83 23. UTILITIES ③ Setting the buzzer for discharge detection [ DISCHARGE DETECT ] The buzzer (“pip-pip” sound) for discharge detection can be turned on and off. [ON / OFF] is changed using the rotary knob. [ON] The buzzer is sounded during discharge detection. It can be set even when the discharge detection function is set to [OFF].

  • Page 84: Clearing Settings

    23. UTILITIES 23-6. Clearing Settings Utility Screen 5 allows settings to be cleared (i.e. back to the factory default settings). Turning the rotary knob changes the display of the mode to be cleared. Pressing the 【C】 key on the numeric keypad clears the settings. Rotary knob Figure 23-6 UTILITY - Clearing Settings [ALL]...

  • Page 85: Background Knowledge About Electrostatic Discharge

    The international Electrotechnical Commission (IEC) issued the Standards for Electrostatic Discharge Requirements Pub. 61000-4-2, which defined tester circuits and constants, discharge current waveforms, test voltage levels, test environments, etc. A combination of the ESS-S3011 and discharge gun can be used for electrostatic discharge tests conforming to IEC pub.
  • Page 86 １２．BACKGROUND KNOWLEDGE ABOUT ELECTROSTATIC DISCHARGE TESTING Contact Discharge and Air Discharge The electrostatic discharge can be applied either by direct contact (CONTACT) or via the air (AIR). The test procedure and electrostatic simulator operation are different in each case, as described below.

  • Page 87: Auxiliary Interface

    25. AUXILIARY INTERFACE 25-1. AUX Connector This is a DSUB15 female connector used for the warning light (Model: 11-00014A), automatic elimination probe (Model: 01-00013A), and control signal input and output. If using both the warning light and automatic elimination probe (both of which are available as options), please use the AUX connector junction box (Model: 05-00052A).

  • Page 88: Optical Communication Connector

    25. AUXILIARY INTERFACE External trigger input The external trigger can be used to input the trigger from an external source. To use this function, select [EXTERNAL] in the trigger selection setting in the initial menu screen. See 15-1.TRIGGER Setting. To input an external trigger, input a high level (5V to 24V) with a pulse time of 100ms or longer. Table 25.2 lists the specifications for the input terminal.

  • Page 89: Error Display

    26. ERROR DISPLAY Table 26.1 Error List ERROR 1 Discharge gun interlock error Description of error An interlock is present at the high-voltage output connector. How to clear error Push the STOP switch. How to prevent Attach the high-voltage connector of the discharge gun correctly. error ERROR 2 External interlock error...
  • Page 90 26. ERROR DISPLAY ERROR 6 High-voltage power output error Description of error The output of the high-voltage power supply is unable to be confirmed. How to clear error Push the STOP switch. When this error occurs, the simulator and discharge gun may be faulty. For How to prevent repairing the simulator and discharge gun, see 30.CONTACTING error...

  • Page 91: Specifications

    27. SPECIFICATIONS Main Unit（ （ （ （ ESS-S3011） ） ） ） Parameters Function/Performance Output polarity Positive or negative 0.20kV to 30.0kV（30.5kVmax） Output voltage 0.20kV to 10.00kV: 0.01kV step setting 10.0kV to 30.0kV: 0.1kV step setting 0.20kV to 2.0kV±10% Tolerance 2.0kV to 30.0kV±5% 0.05s to 600.0s±10% or manually...

  • Page 92: Infrared Remote Controller

    27. SPECIFICATIONS 27-1. Infrared Remote Controller Parameters Function/Performance Mains power supply Lithium battery CR2025 1 Operating temperature range 15 to 35°C Operating humidity range 25 to 75%RH (no condensation) External dimensions (W)54mm (H)92mm (D)12mm Weight 40g (approx.) 27-2. Gun Holder Parameters Function/Performance Supported discharge gun...

  • Page 93: Warranty

    28. WARRANTY Servicing terms The following terms are applicable to servicing by Noise Laboratory Co., Ltd., (hereafter referred to as the Company) provided to maintain the intended performance of its products. Scope The following terms shall apply only to products made by the Company. If the user or unauthorized service person should open the cover or case of the product which cannot be allowed to open, this warranty prescription becomes ineffective.
  • Page 94 28. WARRANTY Limited Warranty Noise Laboratory Co., Ltd. (hereafter referred to as the Company) warrants its products to be free from defects in materials and workmanship under normal use and service for a period of one year from date of delivery. In the event of failure of a product covered by this warranty, the Company will repair the product or may, at its option, replace it in lieu of repair without charge.

  • Page 95: Maintenance

    29. MAINTENANCE When repair, maintenance or internal adjustment of the unit is required, a qualified service engineer takes charge of such work. Maintenance on the user side is restricted to the outside cleaning and functional check of the unit. When checking or replacing the fuse, turn off the switch of the unit and disconnect the plug socket beforehand.

  • Page 96: Contacting Technical Support

    When it is necessary to send your unit back to Noise Laboratory, fill in the repair order form completely, pack the unit in the original package or equivalent one suitable for transit, and send the package. □ Custmer Service Center TEL +81-42-712-2051 FAX +81-42-712-2050 E-mail:sales@noiseken.com...
  • Page 97 NOISE LABORATORY CO., LTD. 1-4-4, Chiyoda, Chuo-ku, Sagamihara City, Kanagawa Pref., 252-0237, Japan TEL: +81-(0)42-712-2051 FAX: +81-(0)42-712-2050 URL: http://www.noiseken.co.jp Printed in Japan...

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