WENVY 09-0101, Operating Manual

Page 1: ...e Model 09 0103 Concentric Probe STATIC CONTROL PRODUCTS Copyright 2011 by Wenvy Technologies Incorporated All rights reserved Printed in the United States of America No part of this manual may be used or reproduced in any manner whatsoever without written permission For information contact Wenvy Technologies Inc ...

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Page 3: ...ACKING AND INSPECTION 4 KIT CONTENTS 5 WARRANTY INFORMATION 7 SHIPPING OF WARRANTY RETURNS 8 INTRODUCTION 9 MODEL 09 0101 1 POINT PEN PROBE 11 MODEL 09 0102 2 POINT PEN PROBE 17 MODEL 09 0103 CONCENTRIC PEN PROBE 20 MAINTENANCE 22 ...

Page 4: ... the instrument for possible damage If damage is noted notify the carrier and supplier your local rep immediately If instruments appear to be in good condition Read the Operator s Manual in its entirety Check and verify that all items are included with the kit then conduct a series of familiarization tests as instructed in the Operation Manual ...

Page 5: ...of Pen Probe Body 1 Pogo Pin Probes 2 Conductive Rubber Boot 2 One 1 BNC to BNC Thin line Coaxial Cable One 1 BNC to Banana adaptor One 1 spare pogo pin probe Two 2 spare conductive rubber boots 09 0103 Kit One 1 Concentric Pen Probe consists of Pen Probe Body 1 Pogo Pin Probes 11 Conductive Rubber Boot Ring 2 One 1 BNC to BNC Thin line Coaxial Cable One 1 BNC to Banana adaptor One large and two s...

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Page 7: ...HER PRODUCT WARRANTIES EXPRESS AND IMPLIED INCLUDING MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE WHICH ARE SPECIFICALLY DISCLAIMED The express warranty will not apply to defects or damage due to accidents neglect misuse alterations operator error or failure to properly maintain clean or repair products Limit of Liability In no event will WENVYTM or any seller be responsible or liable for ...

Page 8: ...TM Technologies Incorporated Customer Service Department 696 Kings Row Suite 35 San Jose California 95133 USA Phone 408 998 2117 Fax 408 999 2119 The following information must be included with the returned product Description of the problem Purchase Order number WENVYTM Return Authorization Number Name and phone number of contact individual who can provide more information Complete return address...

Page 9: ...r boots to ensure intimate contact with hard irregular surfaces and reduce contact resistance All electrodes are field replaceable spring loaded pogo pin type ATE quality probes that are made of beryllium copper with minimum 60 micro inch hard gold The 1 Point Pen probe can be used for measuring volume resistance of small planar material sample per the requirements of ANSI ESDA 11 12 or measuring ...

Page 10: ...power input from the megohm meters at 10 to 100 volts and is capable of delivering an annoying shock to any person touching it Although the current capability is limited a distinct HAZARD EXISTS in the person s reaction to the shock To avoid personnel shock do not touch the electrodes or contact boots on the 09 0101 09 0102 and 09 0103 when power is applied to the probes ...

Page 11: ... determine which one or combinations of which give the final reading as shown on the schematic below by Ben Baumgartner ESDiscovery 2000 As shown above the test current can go along the top surface around the edges through the bulk material at various points within the material or across the bottom surface before reaching the bottom probe To ensure that the edges do not contribute to the reading i...

Page 12: ...mmodate a hole for a banana jack 3 Connect the negative terminal to the test platform 4 Plug one end of the coiled cord provided with the 09 0101 kit to the 1 Point Pen Probe 5 Connect the other end of the coiled cord to the positive terminal of your megohm meter If your meter comes with cables that end with a banana plug use that cable and plug into the 1 Point Pen Probe ...

Page 13: ...he pogo pin until the probe body is about 1 8 of an inch from the rubber boot This would provide the sufficient pressure for correct contact force 9 Apply to test voltage from your meter to read the sample volume resistance per ANSI ESDA 11 12 10 Note Volume resistance is shown as the reading from the meter in ohms divided by the material thickness and shown in ohm cm or ohm inch ...

Page 14: ...e the ability of the piece part to dissipate electrostatic charge from it surface to a fixture or tool The same possible current paths as the last section and all of them will contribute to the charge dissipation characteristics of the sample as shown on the schematic below by Ben Baumgartner ESDiscovery 2000 In this case however we want the edges to contribute to the readings For best result the ...

Page 15: ...ive product handling path per ANSI ESDA 10 1 Automated Handlers For metal machine parts an ohmmeter or the ohmmeter function of a DVM can be used For coated or non metallic machine parts a megohm meter with applied voltage of 10 volts or 100 volts as appropriate can be used Procedures 1 Connect the negative terminal of your meter ohmmeter or megohmmeter to the equipment chassis ground 2 Connect th...

Page 16: ...ssure for correct contact force 7 Record measurements Note A properly grounded metallic machine part should have its resistance to ground reading less than 1 ohm 8 For coated or non metallic machine parts Use a megohmmeter Make sure that the conductive rubber tip is installed 9 Set the applied voltage to 100 volts Touch the probe tip to non metallic machine parts 10 Apply pressure and compress the...

Page 17: ...int to another along the top most layer of the material For thick samples with bulk conductivity the resultant reading can come from many paths of current flows as shown below Courtesy Ben Baumgartner ESDicovery 2000 This test is designed to check for hot spots on a sample of a finish product where the NFPA probes 5lbs weights are too large to detect or to fit on the sample Procedures 1 Place samp...

Page 18: ...jack to the positive terminal and the BLACK banana jack to the negative terminals of your megohmmeter If your meter does not comes with banana receptacle but has cables that end with banana jacks use these cable and plug them into the BNC Banana adapter 5 Make sure that the conductive rubber boot is secure on the probe pins 6 Hold the Pen Probe vertically and place the rubber tips on the sample ...

Page 19: ...compress the pogo pins until the probe runs against the dead stop This would provide the sufficient pressure for correct contact force 8 Apply to test voltage from your meter to read the sample volume resistance per ANSI ESDA 11 13 ...

Page 20: ...ample of a finish product where the NFPA probes 5lbs weights are too large to detect or to fit on the sample Straight Segments of Circle Concentric Probe SURFACE RESISTIVITY MEASUREMENT OHMS SQ V I 10 10 V I 1 0 EXAMPLE ANS 10 SQ 1 0 x 10 x K Straight Segments of Circle Concentric Probe SURFACE RESISTIVITY MEASUREMENT OHMS SQ V I 10 10 V I 1 0 EXAMPLE ANS 10 SQ 1 0 x 10 x K Straight Segments of Ci...

Page 21: ... other end of the BNC cable to the BNC Banana Jack adaptor 4 Plug the RED banana jack to the positive terminal and the BLACK banana jack to the negative terminals of your megohmmeter If your meter does not comes with banana receptacle but has cables that end with banana jacks use these cable and plug them into the BNC Banana adapter 5 Make sure that the conductive rubber boot is secure on the prob...

Page 22: ... body This would provide the sufficient pressure for correct contact force 8 Apply to test voltage from your meter to read the sample volume resistance per ANSI ESDA 11 13 MAINTENANCE Wipe conductive rubber probe tip s with a lint free tissue moistened with IPA periodically to remove contaminants Keep probe in a dry and cool place when not used Do not submerge probe in any liquid ...

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