Model 701927 PBDH0150 Differential Probe User`s Manual
Contents
1. A CAUTION e This product has not been designed or manufactured for applications in which high reliability is required over a long time period This probe is not water or dust resistant Do not use the probe in areas with a lot of dust or where water may be spilled e Avoid storing or using the probe in direct sunlight or in areas with high temperature humidity or condensation Deformation and insulation deterioration can occur causing the probe to no longer meet the specifications e Avoid vibration shock and static electricity during shipping and handling Take extra care not to drop the probe Operating Environment Limitations See below for operating environment limitations CAUTION This product is a Class A for industrial environments product Operation of this product in a residential area may cause radio interference in which case the user will be required to correct the interference Conventions Used in This Manual i Improper handling or use can lead to injury to the user or damage to the instrument This symbol appears on the instrument to indicate that the user must refer to the user s manual for special instructions The same symbol appears in the corresponding place in the user s manual to identify those instructions In the manual the symbol is used in conjunction with the word WARNING or CAUTION ANANN e Calls attention to actions or conditions that could cause serious or fatal injury to the2. user and precautions that can be taken to prevent such occurrences CAUTION Calls attention to actions or conditions that could cause light injury to the user or cause damage to the instrument or user s data and precautions that can be taken to prevent such occurrences Note Calls attention to information that is important for the proper operation of the instrument 1 Overview The PBDH0150 Differential Probe is a 150 MHz bandwidth high voltage differential input probe that is used in combination with a digital oscilloscope that has a YOKOGAWVA probe interface hereafter referred as digital oscilloscope with a probe interface To use the probe simply connect it to a BNC input terminal on a digital oscilloscope with a probe interface Touch the item under measurement with the probe tip to observe the voltage waveform For information on the digital oscilloscope models that the probe can connect to contact your nearest YOKOGAWVA dealer The following digital oscilloscopes can automatically detect the probe attenuation ratio setting when the probe is connected to the oscilloscope The digital oscilloscopes cannot detect changes in the attenuation ratio setting if you change the attenuation switch while the probe is connected DLM2000 series products whose firmware version is 2 10 and later can automatically detect changes in the attenuation ratio setting that occurs while the probe connected DL6000 series DLM6000 series D
3. These interface pins are also used by the oscilloscope to automatically detect the probe attenuation setting Latch Release Lever Releases the lock connecting the probe interface to the oscilloscope input Variable Resistor for Adjusting Offset Voltage You can adjust the offset voltage using an appropriate screwdriver as described below Adjustment Screwdriver wh Use an adjustment screwdriver that matches the adjustment groove Using a N screwdriver with a large grip or a screwdriver with a small head can damage X the adjustment turn stop or groove Recommended adjustment driver bit dimensions Head thickness W 0 2 to 0 35 mm head width L 1 3 to 1 5 mm head shape flat or Philips How to Use A Turn off the power to the circuit under measurement when you connect or disconnect the probe from the circuit Connecting or removing the probe while the power is on is dangerous Do not touch the probe after turning on the power to the circuit under measurement Do not disconnect the probe s BNC connector from the oscilloscope while the probe is connected to the circuit under measurement Before disconnecting the BNC connector turn off the power to the circuit under measurement and disconnect the probe from the high voltage parts of the circuit A CAUTION This probe is designed to measure the voltage difference between two points on the circuit under measurement It does not electrically isolate the circuit under measuremen
4. L9000 series and SB5000 series Configuration and Part Names Attenuation switch oe To the digital oscilloscope input Input leads Probe interface Latch release lever BNC connector Eb Qfie Interface spring pin Variable resistor for adjusting offset voltage Standard Parts Optional Accessories Sold separately Part No 1 Probe head Long test clip 701906 r Alligator clip dolphin type 701954 2 Pincher tip F Safety miniclip hook type 701959 3 Probe interface Fork terminal adapter 758921 Alligator clip adapter rated 300 V 758922 4 Extension lead 1 m A Alligator clip adapter rated 1000 V 758929 5 100 resistance adapter Safety terminal adapter 758931 yellow 6 150 Q resistance adapter green To order standard parts and optional accessories contact your nearest YOKOGAWA dealer Attenuation Switch Switches between 50 1 and 500 1 attenuation Overload Indicator When the differential input voltage exceeds the following value the indicator lights 140 V DC ACpeak at 50 1 attenuation 1400 V DC ACpeak at 500 1 attenuation Probe Interface The section of the probe that connects to the digital oscilloscope input Interface Spring Pins When the probe interface is connected these pins touch the pad on the oscilloscope interface board The probe s power is supplied through these interface pins
5. User s Manual Model 701927 PBDH0150 Differential Probe Thank you for purchasing the PBDH0150 Differential Probe Model 701927 To ensure correct use please read this manual thoroughly before beginning operation After reading this manual keep it in a safe place 1st Edition August 2012 YMI All Rights Reserved Copyright 2012 Yokogawa Meters amp Instruments Corporation Printed in Japan IM 701927 01EN YOKOGAWA gt 1st Edition Safety Precautions Make sure to observe the following safety precautions when handling the probe YOKOGAWA assumes no liability for the customer s failure to comply with these safety precautions Before you use the probe read the oscilloscope user s manual to thoroughly familiarize yourself with the specifications and operations of the oscilloscope The following symbols are used on this instrument A Warning handle with care Refer to the user s manual or service manual This symbol appears on dangerous locations on the instrument which require special instructions for proper handling or use The same symbol appears in the corresponding place in the manual to identify those instructions A Risk of electric shock Make sure to observe the following safety precautions to prevent electric shock personal injury or damage to the instrument A Ground the oscilloscope Make sure to connect the protective grounding terminal of the oscilloscope to ground Check grounding Before co
6. ent category II CAT II Do not use it for measurement category III Attenuation 50 1 or 500 1 switchable CAT III or IV CAT IV Measurement category CAT I applies to measurement of circuits that Input resistance and 4 MQ 5 pF to ground are not directly connected to a main power source CAT II applies to measurement of electrical capacitance typical equipment and wiring that is powered through a fixed installation such as a wall outlet wired Allowable differential voltage 140 V DC ACpeak at 50 1 attenuation to a distribution board CAT III applies to measurement at the distribution level that is building between and terminals 41400 V DC ACpeak at 500 1 attenuation wiring and fixed installations CAT IV applies to measurement at the primary supply level that is overhead lines cable systems and so on Allowable common mode 1400 V DC ACpeak or 1000 Vrms 9 Pollution degree refers to the degree of adhesion of a solid liquid or gas which deteriorates voltage withstand voltage or surface resistivity Pollution Degree 2 applies to normal indoor atmospheres Maximum input voltage to 1400 V DC ACpeak or 1000 Vrms with only non conductive pollution ground 10 When using devices with different measurement categories the lower measurement category CMRR typical 80 dB at 60 Hz 50 dB at 1 MHz applies Output voltage 2 8 V DC ACpeak Because the measurement category of the probe is lo
7. ng extension leads to input leads use the 150 Q resistance adapters EN61010 031 Pincher tips Measurement category III 1000 Vrms 150 Q resistance adapter green Pollution degree 29 1YE fp OE c OE S Extension lead Extension leads Input leads EN61010 031 AY gt eer or Measurement category III 1000 Vrms Pollution degree 2 Note Probe and accessories e Accurate measurements may not be possible near objects with strong electromagnetic fields EN61010 031 at such as transformers large current circuits and wireless equipment Measurement category II 1000 Vrms Before use flip the attenuation switch back and forth several times The switch s electrical Pollution degree 2 contacts can weaken if not used for long periods of time Emissions Compliant standards To take accurate measurements we recommend that you calibrate the probe once a year EN61326 1 Class A EN55011 Class A Group 1 C Tick EN55011 Class A Group 1 This product is a Class A for industrial environments product Operation of this product in a residential area may cause radio interference in which case 4 Specifications Electrical Specifications Item Specifications the user will be required to correct the interference Frequency bandwidth 2 DC to 150 MHz 3 dB Immunity Compliant standards Using the extension leads typical DC to 100 MHz 3dB EN61326 1 Table 1 Input type Balanced differential input 8 This product is for measurem
8. nnecting the probe input terminal to the circuit under measurement ensure that the measuring instrument is grounded properly and that the probe s BNC connector is connected the oscilloscope input Be careful of electric shock Never use the probe with wet hands or when the probe itself is wet Doing so may cause electric shock Be careful of electric shock when you connect the probe to the circuit under measurement Observe the maximum input voltage Do not apply voltage exceeding 1400 V DC ACpeak between an input lead and ground or between two input leads The maximum input voltage is 1400 V DC ACpeak regardless of whether 50 1 or 500 1 attenuation is used Do not touch exposed circuitry To prevent injury do not touch exposed live connections or components Connect and disconnect the probe properly Do not disconnect the probe from the oscilloscope while the probe is connected to the circuit under measurement Doing so may cause electric shock Do not use in damp places To prevent electric shock do not use the probe in damp places Do not use in an explosive atmosphere To prevent fire and injury do not use the probe in a flammable or explosive atmosphere or near steam Do not disassemble or modify Do not disassemble or modify the product YOKOGAWA assumes no liability if you disassemble or modify the product Stop use if you suspect damage If you suspect that the probe is broken consult your nearest YOKOGAWA dealer
9. t from the measuring instrument Use a soft cloth to clean the probe Be careful not to break the probe Do not immerse the probe in liquid or use abrasive cleaners on the probe Do not use benzene or other solvents on the probe SS ES Preparation 7 Have the probe and a digital oscilloscope with a probe interface ready 2 Insert the probe interface completely into the oscilloscope input and confirm that the BNC connector and interface pin are securely fastened You will hear the latch click when the connectors lock into place 3 When you connect the probe to a digital oscilloscope with a probe interface the probe s attenuation ratio and input coupling are set automatically If you change the attenuation ratio using the attenuation switch the attenuation ratio on the oscilloscope changes automatically 4 f necessary attach the provided extension lead pincher tip and resistance adapter to the input lead IM 701927 01EN 1 2 Connecting Accessories Compliant Standards If you are using input leads and pincher tips use the 100 Q resistance adapters Item Specifications Pincher tips Safety standards Compliant standards 100 Q resistance adapter yellow Probe excluding the pincher tip 1 ots non EN61010 031 gt Input leads Measurement category l1 1 1000 Vrms J y Tp oE Pollution degree 2 Pincher tip If you are connecti
10. tion with an 100 Q resistance adapter and an O RAR SA SURE AEDT ARA HB SIZE S T 11363 2006 BRE ML TE ATOR EE SS KUT X eO A a a SJ T 11363 2006 PXHI Re Sek the extension leads General Specifications Item Specifications RMS A HBR Operating environment Probe excluding the pincher tip ARREA F 2006 2 A 28 AMAA EFRA ms Rih EEA A 5 C to 40 C 25 to 85 RH no condensation SJ T 11364 2006 E F B mis Ris MIREK PHA PEAR Pincher tip XUEREM ATES mMMR AAR 40 C to 85 C 25 to 85 RH no condensation 10 RERET maANREREATRS AARE ARRERA M Extension lead REAP MPASMRHRMRAER MERGA A5 RA A R Ar 40 C to 85 C 25 to 85 RH no condensation PEE R A ee N Storage environment 30 C to 60 C 25 to 85 RH no condensation E EBA EMAGEFARABR HAE aR GR ERA EPRI ATI IAA probe excluding the pincher tip PHS PAE FAAS Operating altitude 2000 m or less Storage altitude 3000m or less Recommended 1 year calibration period Warm up time At least 30 minutes External dimensions 174 mm x 58 mm x 27 mm excluding the connector and cable Total length 2420 mm 30 mm Weight Approx 300 g probe excluding the pincher tip IM 701927 01EN 2 2
11. wer than its accessories when the probe Value when the probe is used in combination with an oscilloscope and its accessories are used together measurement category II CAT II applies whose input resistance is 50 kQ or higher Output impedance Used on a 1 MOQ input oscilloscope Waste Electrical and Electronic Equipment Noise conversion to input 50 mvrms at 50 1 attenuation Waste Electrical and Electronic Equipment WEEE DIRECTIVE 2002 96 EC typical 300 mVrms at 500 1 attenuation H This directive is valid only in the EU Propagation delay typical 13 ns at 50 1 attenuation This product complies with the WEEE Directive 2002 96 EC marking requirement 12 ns at 500 1 attenuation This marking indicates that you must not discard this electrical electronic product in DC gain accuracy 5 2 when the common mode input voltage is 400 V domestic household waste 3 when the common mode input voltage is 1000 V Product Category f or l 1 Atan ambient temperature 23 5 C humidity 55 10 RH 30 minutes after the power is With reference to the equipment types in the WEEE directive Annex 1 this product is redi on 7 classified as a Monitoring and Control instrumentation product 2 The frequency bandwidth when combined with the oscilloscope Do not dispose in domestic household waste When disposing products in the EU 3 Specifications of items with typical are typical or mean values They are not strictl
12. y guaranteed contact your local Yokogawa Europe B V office 4 Frequency derating load reduction applies i quengy ceran g n appli Compliance with the Radio Waves Act Republic of Korea J od Derating of the input voltage by frequency This product complies with the Radio Waves Act Republic of Korea Note the following when using the product in Republic of Korea ONE SSS A3 WISEN OA CE ASHE 0 SS FHI dteu FAM NSAN ASSE AS SHOL 2 SUC The product is for business use Class A and meets the electromagnetic compatibility requirements The seller and the user must note the above point and use the product in a place except for home Registration No KCC REM IMY EEN335 Equipment Name Differential Probe Trade Name Yokogawa Meters amp Instruments Corporation Manufacturer Yokogawa Meters amp Instruments Corporation Country of Origin Japan PmhasA SWRA AN ARRAS 100 Maximum input voltage Vrms 0 01 0 1 4 10 100 1000 This section is valid only in China Frequency MHz BBB AR asa SR A Pb ae Hg fa Cd REE Cr VI ZIRIKA PBB R RE PBDE 5 The accuracy agli i a vertical axis accuracy of the oscilloscope It is the sum of the DC E22 ABX x O O O O O Senei aran e Droe Ei o o O 6 Specification when the probe is used in combination with an 100 Q resistance adapter o ETAT ae 7 Specification when the probe is used in combina
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