PB350G Angled Floating Ball Holder
Contents
1. Item PB350G PV 00 NN nds for PV or 83 Remarks Float ball O O Holder O o Component holding the sensor Arm pipe o Cap O OF The sensor cable exits the cap at the bottom Mounting bracket o O Includes 2 U bolts 4 nuts for securing the holder to a pipe Spare O ring O O Spare O ring for replacing the holder O ring Adhesive vinyl type O Used to attach the holder and elbow to a pipe Components that form an assembly 2 Contents This manual covers all of the information for handling the PB350G angled floating ball holder includ ing installation inspection and maintenance For details related to handling of the PB350G refer to the attachments For detailed information refer to the User s Manual supplied with products mo e mo O Media No IM 19H1E1 01E 4th Edition Oct 2015 YK IM 19H1E1 01E All Rights Reserved Copyright O 1998 Yokogawa Electric Corporation lt INTRODUCTION gt For the safe use of this equipment m Safety Protection and Modification of the Product In order to protect the system controlled by the product and the product itself and ensure safe operation observe the safety precautions described in this user s manual We assume no liability for safety if users fail to observe these instructions when operating the product If this instrument is used in a manner not specified in this user s manual the protection provided by this instrument may be impaired Be sure2. m Symbol Marks Throughout this user s manual you will find several different types of symbols are used to identify dif ferent sections of text This section describes these icons NWARNING Indicates a potentially hazardous situation which if not avoided could result in death or serious injury A CAUTION Indicates a potentially hazardous situation which if not avoided may result in minor or moderate injury It may also be used to alert against unsafe practices A IMPORTANT Indicates that operating the hardware or software in this manner may damage it or lead to system failure JUN NOTE Draws attention to information essential for understanding the operation and features N Tip This symbol gives information that complements the current topic N SEE ALSO This symbol identifies a source to be referred to IM 19H1E1 01E iv lt INTRODUCTION gt After sales Warranty E Do not modify the product E During the warranty period for repair under warranty consult the local sales representative or service office Yokogawa will replace or repair any damaged parts Before consulting for repair under warranty provide us with the model name and serial number and a description of the problem Any diagrams or data explaining the problem would also be appreciated O Ifwereplace the product with a new one we won t provide you with a repair report e Yokogawa warrants the product for the period s
3. Saddle bands 2 Moveable bracket Pin hole for limiting arm assembly tilt Lock pin Insert the pin in the pin hole for limiting arm assembly tilt to lock the arm assembly holder Pin hole for locking moveable bracket Figure 4 7 Locking Arm Assembly Holder 2 3 Direction of solution to be measured Remove the two saddle bands from the holder support Install the holder in the holder support Place the center of gravity of the holder in the holder support and attach the saddle bands Figure tighten the wing nuts that secure the saddle bands Note When the pin hole for limiting arm assembly tilt is in front install the holder with the float to the right Then adjust the length of the float so that it is positioned at the measurement point and properly tighten the wing nuts Then turn the arm assembly see Figure 4 8 so that the sensor is tilted at a 30 angle relative to the vertical plane to the flow of the solution in the case of lateral flow Arm assembly Figure 4 8 Lateral Arm Assembly Tilt 4 Turn the moveable bracket to move the float to the measurement point Remove the lock pin while supporting the arm assembly and gently lower the float onto the solution Insert the lock pin in the hole for locking the moveable bracket This is the position of the holder during measurement The holder is now ready to make measurements Check the following measuring conditions and correct if neces
4. gt 5 1 5 5 1 5 2 Maintenance As long as measurements are performed normally there is no need to inspect the PB350G angled floating ball holder The maintenance work described in this chapter should be performed during calibration or sensor maintenance Sensor Maintenance The arm assembly and the mounting bracket are exposed to stress during maintenance or by the flow of the solution to be measured If the saddle band securing the arm assembly and U bolts securing the brackets are not properly tightened sensor orientation will change with the movements of the arm assembly and brackets thus preventing good measurement results Make sure that the sensor is secured correctly to allow optimum measurement results Check for looseness in the U bolts and the saddle band and tighten as necessary Sensor Retaining O ring The O ring inside the sensor holder holds the sensor at the center of the float insertion hole and reduces the risk that dirt and air bubbles will affect the measurements Check the O ring for damage during sensor inspection Replace it with a new O ring if it is excessively damaged one spare O ring is supplied Sensor retaining O ring Replace the O ring with the spare O ring when it is excessively damaged Float color fading The color of the float fades when it is used tin a location that is exposed to direct sunlight Color fading does not mean that ithe material is se
5. please contact the near est sales office described in this instruction manual IM 19H1E1 01E PB350G Angled Floating Ball Holder lt CONTENTS gt v IM 19H1E1 01E 4th Edition CONTENTS INTRODUCTION consists ninio i For the safe use of this equipMeNt ocoocccnccconccnccnnocnncnnncnnnonannnnnnnnannnnnonannnrannnnns ii After sales Warp une iv 1 DVEIVIEW Eee 1 1 1 1 Features of PB350G Angled Floating Ball Holder unsusrsnsnennnennnennnennnennn 1 1 1 2 SPECITI CATIONS circa ennseinaupinspnesunnesinadnnsbnesuuneannadensbnad unne snwadnesniing sn 1 2 1 2 1 Standard Specifications ecccccecccesceeeeceeeeeeeseeeeeeeeeeeeeseneeseneeenens 1 2 1 2 2 Model and Suffix COdeS c cccecceceecceeeeeeeeeeeeeeeeeeeeeseneeteeeesnneesans 1 2 1 2 3 External Dimensions 2444444044H40nnnnnnnnennnnnnnnnennnnennnnennnenn 1 2 2 Names and Functions 420000000000nnnnnnn0nnnnnnnnnnnnnnannnnnnnnnnnnnnnnannnn 2 1 3 Prior to Installation acer aan 3 1 3 1 Arm Assembly Setup aaa 3 1 3 2 Sensor Installation 3 2 4 Installation 4 0 eh 4 1 4 1 Selecting a Place of Installation nnersenrnennnennnennnnnnnennnennnennnennnennnennnennnenn 4 1 4 1 1 Selecting Measurement Point usrnsennsnnnnnnnnnnnnnnnnnnnnnnnn ran 4 1 4 1 2 Selecting a Place of Installation for the PB350G Angled Floating Ball Holder nknvaeu cad arena anna anna een 4 1 4 2 Securing Mounting Bracket
6. Holder ABS resin Nitrile rubber NBR brass and PVC Arm PVC or stainless steel equivalent to SUS304 Mounting bracket Stainless steel equivalent to SUS304 Weight Holder including arm Approx 5 kg model PB350G PV 25 Approx 6 kg model PB350G S3 25 Mounting bracket Approx 5 kg Temperature range 0 to 50 C Note The temperature may be limited by the specifications of the sensor Flow rate 20 to 100 cm s The arm must not be distorted significantly Note The flow speed may be limited depending on the specifications of the sensor 1 2 2 Model and Suffix codes Suffix Code Option Code Description Angled floating ball holder PVC Stainless steel No guide pipe 2 5m Arm Material Pipe Length Always NN When pipe JIS K6741 VP40 is prepared by user 1 2 3 External Dimensions Angled Floating Ball Holder PB350G PV Arm Material PVC UNIT mm e Holder 310 2570 50 2500 50 Y N 310 Re Dimension when a 2500 mm long pipe is used for the arm Float ball assembly with the PB350G PV 00 NN 2230 sphere F37 ai IM 19H1E1 01E lt 1 Overview gt 1 3 PB350G S3 Arm Material Stainless Steel UNIT mm e Holder 310 2570 25 a 2500 25 A Dimension when a 2500 mm long pipe is used for the arm Float ball assembly with the PB350G S3 00 NN F38 ai 1230 sphere e Mountin
7. to use the spare parts approved by Yokogawa Electric Corporation hereafter simply referred to as YOKOGAWA when replacing parts or consumables Modification of the product is strictly prohibited The following symbols are used in the product and user s manual to indicate that there are precautions for safety m Notes on Handling User s Manuals Please hand over the user s manuals to your end users so that they can keep the user s manuals on hand for convenient reference Please read the information thoroughly before using the product The purpose of these user s manuals is not to warrant that the product is well suited to any particular purpose but rather to describe the functional details of the product No part of the user s manuals may be transferred or reproduced without prior written consent from YOKOGAWA YOKOGAWA reserves the right to make improvements in the user s manuals and product at any time without notice or obligation If you have any questions or you find mistakes or omissions in the user s manuals please contact our sales representative or your local distributor E Warning and Disclaimer The product is provided on an as is basis YOKOGAWA shall have neither liability nor responsibility to any person or entity with respect to any direct or indirect loss or damage arising from using the product or any defect of the product that YOKOGAWA can not predict in advance IM 19H1E1 01E lt INTRODUCTION gt iii
8. uessersennnennnennnennnennnennnnnnnennnennnennnennnennnnnnnennnenn 4 2 4 2 1 Securing the mounting Bracket uennnnennnnnnnnnnnnnnnnnnnnn nn 4 2 4 2 2 Horizontal Installation cccccceecceeeeeeeeeeeeceeeeceeeeeeeseaeeesueeeeneeenans 4 3 4 2 3 Securing Mounting Bracket to Horizontal Pipe 4 4 4 3 Holder Installation u sen een an 4 4 5 Maintenance 5 1 5 1 Sensor MAINTENANCE aar a csi araa a raaa raea ea AAAA rE AnA EnA caes dnanetiaiedann 5 1 5 2 Sensor Retaining O ring uursrrennnennnennnnnnnennnennnennnnnnnnnnnnnnnennnennnennnennnennrennnnn 5 1 Customer Maintenance Parts List nsssnsnnnsnnnnnnnnnnnnnenn CMPL 19H01E01 01E Revision Information iaa i IM 19H1E1 01E lt 1 Overview gt 1 1 1 Overview 1 1 Features of PB350G Angled Floating Ball Holder e Stable measurements even if solution level changes The PB350G angled floating ball holder holds the float ball that rides on the surface The float is attached to an arm assembly that is retained by a moveable mounting bracket and rises and falls with the changes in the height of the solution level The sensor being built into the float is always in contact with solution to be measured which ensures stable continuous measurements e Long maintenance intervals make for ease of maintenance The sensor is built into the float whose spherical surface is in contact with the solution Thus there are no corners or prot
9. User s Manual PB350G Angled Floating Ball Holder IM 19H1E1 01E vigilantplant YOKOGAWA 4 IM 19H1E1 01E j f 4th Edition Yokogawa Electric Corporation lt INTRODUCTION gt i INTRODUCTION The PB350G angled floating ball holder is used to hold the sensor in position This holder will keep the sensor immersed in the solution at all times for continuous measurement regardless of major changes in the level of the solution to be measured To fully exploit the capabilities of this product thoroughly read through the User s Manual before use Throughout this User s manual important items with respect to handling are indicated by a Warning or Caution designation depending upon the relative degree of importance For safety reasons and to prevent the possibility of damaging the product user should strictly observe these items 1 Specification check The PB350G angled floating ball holder is provided in two different configurations a model with an arm PG350G 00 25 NN O0 stands for PV or S3 and an armless model PB350G PV 00 NN The armless model can be used with any length of pipe that can be used as an arm Upon taking receipt of the product unpack carefully checking that no damage has occurred during transport Check the parts list at the end of this manual to ensure that the received product is exactly what was ordered and that no parts are missing PB350G Angled Floating Ball Holder Components O supplied
10. all burs from the cut surface The following factors determine the required pipe length Factors that Influence Pipe Length Length of sensor cable Does the cable allow you to turn the arm assembly to the place of maintenance Proper immersion of float 1 2 to 2 3 of the float should be under water Sufficient strength is pipe too long The flow of the solution must not excessively bend the pipe The use of a pipe that is 2 5 m or shorter is recommended 2 Use the supplied adhesive PVC type to attach the sensor holder to the pipe Apply adhesive to the contact surfaces on both the sensor holder and the pipe and turn one of items right and left to make sure that they are in close contact Wait for ten minutes to let the adhesive harden 3 Attach the cap to assembly described in Step 2 using the procedure described in Step 2 Note that the elbow must be correctly oriented at installation the opening of the elbow should face the ground Cap t Opening The opening should face the direction of the sensor holder Pipe 1 Apply adhesive to contact surfaces on both the sensor holder and the pipe before joining them Adhesive 2 Attach the cap to the pipe making sure to properly orient the opening Sensor holder Figure 3 1 Arm Assembly Setup IM 19H1E1 01E 3 2 lt 3 Prior to Installation gt 3 2 Sensor Installation Install the sensor when the float holder is set up N SEE ALSO See separa
11. easurement point that satisfies the following requirements Alocation where a typical measured value of the solution to be measured can be obtained Avoid locations where the solution to be measured is unevenly distributed since it will lead to hunting for a measured value Also avoid locations where air bubbles are generated Alocation where the temperature and flow rate of the measured solution matches the usage conditions of the sensor and holder A fast flowing solution that contains sand may damage the sensor front end Alocation where the arm assembly can freely move within a range from horizontal to 30 min 50 max so that it can follow changes in solution level 4 1 2 Selecting a Place of Installation for the PB350G Angled Floating Ball Holder Sensors must be calibrated regularly and any dirt that attaches itself to the sensor should be removed Thus the PB350G angled floating ball holder should be installed in locations that satisfy the following conditions Space enough to allow calibration and maintenance near the measurement point No structures that prevent moving the float from the measurement point to the maintenance location Note The arm assembly can be turned 30 when the float is moved It must be easy to manipulate the lock pin in the mounting bracket There must be no Float position during Y When holder is moved structures that interfere measurement Z with movement 360 O Horizontal
12. ed bracket Install this bracket horizontally Stanchion 2 inch pipe Position the pipe so that it is at right angles to the measurement point Install U bolts vertically Figure 4 6 Securing Mounting Bracket to Horizontal Pipe Pay attention to the following during installation Install the mounting bracket so that the fixed bracket is horizontal to the level of the solution Tighten the nuts of the U bolts so that they do not come loose Note If the U bolts are secured at an angle they may come loose during operation Do not install the U bolts at an angle 4 3 Holder Installation Install the holder assembled in Section 3 1 and 3 2 in the mounting bracket AY NOTE To avoid injuries and other accidents When the holder is installed insert the lock pin in the pin hole for limiting arm assembly tilt to lock it see Figure 4 7 If holder installation is attempted without locking the arm assembly the arm assembly could unexpectedly move resulting in personal injury or damage to the sensor Make sure that prepared end of the sensor cable is not soiled or exposed to moisture during installation Use the following procedure to install the holder 1 Place the mounting bracket arm assembly holder horizontally and insert the lock pin in the pin hole for limiting arm assembly tilt see Figure 4 7 IM 19H1E1 01E Securing nut wing nut Yes lt 4 Installation gt 4 5 Arm assembly holder Washers 4 wae
13. four M8 size bolts to secure the bracket see Figure 4 3 164 UNIT mm 121 0 3 The arrows indicate the positions that the float can be fixed in during 4 10 mm hole or M8 screw hole measurement Holes for anchor bolts Figure 4 3 Processing Installation Part of the Mounting Bracket IM 19H1E1 01E lt 4 Installation gt 4 3 Setting up a Horizontal Pipe Set up the pipe so that it does not interfere with the movements of the arm assembly When the area of the measurement point is small be sure to position the float as shown in Figure 4 3 Measurement point direction Fixed bracket Stanchion 2 inch pipe Position the pipe so that it is at right angles to the measurement point U bolt Figure 4 4 Direction of Horizontal Pipe 4 2 2 Horizontal Installation When the mounting bracket is installed horizontally the two supplied U bolts are not used Instead use M8 bolts and other brackets that will enable proper installation The mounting bracket must be secured in four locations Make sure that the four bolts nuts are tightened to the same amount of torque Note Bolts and other securing components are not provided Obtain the required components Figure 4 5 Horizontal Installation IM 19H1E1 01E 4 4 lt 4 Installation gt 4 2 3 Securing Mounting Bracket to Horizontal Pipe Use the supplied U bolts to secure the mounting bracket to a pipe Fix
14. g Bracket Pipe Mounting with U bolts Installation with Anchor Bolt Float ball side Arm assembly For JIS 40A 48 mm in diameter pipe PVC pipe ndi Dimensions for Anchor Bolt Installation x JIS 20Su 34 d t SS304 x u 34 mm in diameter pipe pipe Ae anchor bolt 4 89 mm hole for M8 U bolt Float ball side Er L y i 70 0 3 Movable bracket 0000 7020 3 pin hole 10 holes Directions in which the float can be fixed 216 Float ball side Arm assembly Wing nut ee i 4 gt holder y Washer Y _ _ p Moveable bracket I Saddle band AN E mE Lock pin A f Fixed bracket 136 PVC pipe Moveable shaft gt 0 pp cid tad E es 130 O 40 to 50 EE Height of it Qo 18 Anchor bolt M8 anchor bolt U bolt Stanchion 2 inch pipe PE EN Pin hole for limiting arm 60 5 mm in diameter assembly tilt see note Note When the lock pin is inserted in the pin hole for limiting arm assembly tilt the arm assembly holder is tilted at about 30 in float rising direction F39 ai Figure 1 2 PB350G Angled Floating Ball Holder External Dimensions IM 19H1E1 01E lt 2 Names and Functions gt 2 1 Names and Functions Arm assembly Secures the float also when the solution is flowing It ensures that the sensor maintains optimum orientation related to the solution Cap Sensor cable Arm as
15. position Approx 30 to 50 turns must be possible B ie Float position during maintenance Q Converter m Dar Mounting WAS OO i gt During measurement bracket Secure the mounting bracket so i that the lock pin can be easily Maximum arm assembly tilt angle accessed Note See Figure 4 2 also Sensor cable Figure 4 1 Concept of the Installation Place for the PB350G Angled Floating Ball Holder IM 19H1E1 01E 4 2 lt 4 Installation gt Mounting bracket Float side Maximum angle Note In case of A approx 50 In case of B approx 35 In case of C approx 30 In case of D approx 35 Note See Figure 4 1 also The arrows indicate the positions that the float can be fixed in during measurement Figure 4 2 Angle of arm assembly 4 2 Securing Mounting Bracket AY NOTE To prevent injures and other accidents Remove the holder before tightening the mounting bracket If this procedure is performed with the holder installed the arm assembly could unexpectedly move resulting in injury or damage to the sensor 4 2 1 Securing the mounting Bracket Secure the mounting bracket to the floor other horizontal surface or to a horizontal pipe outer diameter 60 5 mm Make sure that whatever is used for support is of sufficient strength since it will be exposed to considerable stress Horizontal Installation The holes in the mounting bracket are 9 mm in diameter Use
16. rusions on the sensor where dirt or sediment can accumulate Maintenance need therefore only be performed in conjunction with the periodically performed calibration The float can easily be moved to the place of maintenance by manipulating the moveable mounting bracket There is no need to loosen screws or disassemble any components The features of the PB350G angled floating ball holder renders it ideal for drain treatment and other unattended operations Arm assembly retainer Sensor cable Movable bracket Fixed bracket Lock pin Note The figure shows the mounting bracket secured to a pipe When PB350G PV 00 NN float type holder is specified the holder can be used with a pipe of desired length Figure 1 1 External View of PB350G Angled Floating Ball Holder Float ball IM 19H1E1 01E 1 2 lt 1 Overview gt 1 2 Specifications 1 2 1 Standard Specifications Applicable sensors General pH Sensor PH8ERP PH8EFP General ORP Sensor OR8ERG OR8EFG Dissolved Oxygen Sensor DO30G DO70G MLSS Sensor SS300G Note1 When using a KCI filling type sensor a stanchion or mounting bracket for the KCI tank is required separately Note2 Not applicable for special pH ORP sensor or PH4 OR4 sensor Pipe length 2 5m Mounting 2 inch pipe horizontal mounting or horizontal plane mounting Note Make sure the mounting pipe firmly installed Use anchor bolts 4xM8 or relevant fixtures for mounting on horizontal planes Material
17. sary Half or 2 3 of the float should be under water The float must always be immersed in the solution regardless of how low the level of the solution drops Note The maximum tilt angle of the holder support is about 30 to 50 The flow rate of the solution must not excessively bend the arm assembly The front end of the sensor detector must not be installed at a location where it is exposed to air bubbles IM 19H1E1 01E 4 6 lt 4 Installation gt 5 Move the float to the place of maintenance to check that maintenance can be easily performed A NOTE Always insert the lock pin in the pin hole for limiting arm assembly tilt to cock the arm assembly when moving the float If the arm assembly is not locked before the float is moved it could drop to the ground and damage it or cause injury Moving the Float First remove the lock pin in the pin hole for locking the moveable bracket and insert it in the pin hole for limiting arm assembly lilt see Figure 4 7 Then turn the arm assembly while raising it to the required height to move it 6 Connect the sensor cable to the converter lt X SEE ALSO For details refer to the supplied user s manual This concludes the description of holder installation Now perform a calibration to make sure that the holder has been properly installed CX SEE ALSO For sensor cable connection refer to the supplied user s manual IM 19H1E1 01E lt 5 Maintenance
18. sembly holder The angle of the arm assembly changes with fluctuations in solution level during measurement Float securing nut Moveable bracket Enables horizontal movement of the float Sensor holder Lock pin Place the lock pin in the moveable arm bracket to lock the float at the measurement point during measurements Insert the lock pin in the pin hole for limiting arm E N assembly tilt the position of Float ball U bolt ER i the pin in the figure to Fixed bracket Bracket for securing the mounting bracket to a pipe Float on the solution to Used to secure the NS restrain arm assembly tilt be measured and keeps mounting bracket to when the float is to be moved the sensor immersed a horizontal pipe to the place of maintenance regardless of fluctuations in solution level Not supplied with the PB350G PV 00 NN Use a pipe of the desired length Figure 2 1 Names and Functions IM 19H1E1 01E lt 3 Prior to Installation gt 3 1 3 Prior to Installation Perform the following process prior to installing the angled floating ball holder 3 1 Arm Assembly Setup This setup procedure is required only for the PB350G PV 00 NN The arm assembly of the PB350G PV 00 NN uses a pipe of desired length Assemble the holder according to the following instructions 1 Cuta PVC JIS K6741 VP40 or the equivalent pipe with a diameter of 48 mm to the desired length Remove
19. tated in the pre purchase quotation Yokogawa shall conduct defined warranty service based on its standard When the customer site is located outside of the service area a fee for dispatching the maintenance engineer will be charged to the customer In the following cases customer will be charged repair fee regardless of war ranty period Failure of components which are out of scope of warranty stated in instruction manual Failure caused by usage of software hardware or auxiliary equipment which Yokogawa Electric did not supply e Failure due to improper or insufficient maintenance by user e Failure due to modification misuse or outside of specifications operation which Yokogawa does not authorize Failure due to power supply voltage frequency being outside specifications or abnormal Failure caused by any usage out of scope of recommended usage Any damage from fire earthquake storms and floods lightning disturbances riots warfare radiation and other natural changes Yokogawa does not warrant conformance with the specific application at the user site Yokogawa will not bear direct indirect responsibility for damage due to a specific application Yokogawa Electric will not bear responsibility when the user configures the product into systems or resells the product Maintenance service and supplying repair parts will be covered for five years after the production ends For repair for this product
20. te manual for information on how to assemble the sensor JUN NOTE Be sure not to damage the front end of the sensor Note that the conditions of installation of some sensors may be restricted for example orientation relative to solution liquid flow Check the user s manual supplied with the sensor Install the sensor according to the instructions given below 1 Make sure that there is an O ring to secure the sensor on the inner diameter of the sensor holder 2 Thread the sensor cable through the holder assembly When there is dirt or water drops inside the holder cover the sensor cable ends with a polyvinyl bag to make sure that the insulation resistance does not drop This will also protect it from damages during installation 3 Press the sensor into the arm assembly until the connector lock nut is flush with the sensor holder 4 Mount the float on the arm assembly Insert the float into the sensor holder and properly tighten the float securing nut Arm assembly Sensor cable Sensor holder Float securing nut Sensor Flange Float Figure 3 2 Sensor Installation IM 19H1E1 01E lt 4 Installation gt 4 1 4 Installation 4 1 Selecting a Place of Installation 4 1 1 Selecting Measurement Point Install the PB350G angled floating ball holder so that the float assembly in the sensor assembly is located at the designated measurement point Under normal conditions select a m
21. verely weakened and Figure 5 1 Sensor O ring Replacement IM 19H1E1 01E Customer Model PB350G Maintenance Angled Floating Ball Holder Parts List 2 x 5 7 3 4 Item Part No Qty Description 1 K9433AE 1 Ball Assembly 2 1 Arm Assembly for PVC 1 Arm Assembly for SUS 3 1 Holder Assembly 4 K9433AJ 1 O Ring 5 1 Arm for PVC 6 1 CAP Assembly for PVC 7 K9433CA 1 Mounting Bracket Assembly for PVC K9433CE 1 Mounting Bracket Assembly for SUS All Rights Reserved Copyright O 1997 Yokogawa Electric Corporation CMPL 19H01E01 01E YOKOGAWA 4 SUDIEGEISICHANGE withoubnollce 1st Edition Dec 1997 YK Yokogawa Electric Corporation 3rd Edition May 2007 KP Revision Information e Title PB350G Angled Floating Ball Holder e Manual No IM 19H1E1 01E Oct 2015 4th Edition Introduction 2 Contents Table Add DO70G FLXA202 and delete PH400G PH100 OR100 Section1 2 1 Standard Specifications Applicable sensors Add DO70G Nov 2011 3rd Edition Page layout changed by InDesign Insertion of Figure 4 2 and following Figure No changed May 2007 2nd Edition Revised and corrected all over and IM style amp format renewed Dec 1998 1st Edition Newly published IM 19H1E1 01E
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