Table of Contents
Advertisement
Quick Links
Technical and User's instruction manual
You can download the latest version of this manual by visiting the SDT International website: www.sdt.eu
SDT International sa‐nv • Bd de l'Humanité 415 • B‐1190 Brussels (Belgium) • Tel: +32(0)2 332 32 25 • info@sdtultrasound.com • www.sdtultrasound.com
File name: MAN.MAS.EN‐‐02X‐‐Sherlog‐Master‐user‐manual‐Eng.docx
Sherlog Master Kit
SDT270 receiver and
SDT 8 MS transmitter
1/60
Advertisement
Table of Contents
Subscribe to Our Youtube Channel
Related Manuals for SDT Sherlog Kit Master Series
Summary of Contents for SDT Sherlog Kit Master Series
- Page 1 File name: MAN.MAS.EN‐‐02X‐‐Sherlog‐Master‐user‐manual‐Eng.docx Sherlog Master Kit SDT270 receiver and SDT 8 MS transmitter Technical and User’s instruction manual You can download the latest version of this manual by visiting the SDT International website: www.sdt.eu SDT International sa‐nv • Bd de l’Humanité 415 • B‐1190 Brussels (Belgium) • Tel: +32(0)2 332 32 25 • info@sdtultrasound.com • www.sdtultrasound.com 1/60...
- Page 2 Copyright © 2014 by SDT International n.v. s.a., October 2014. All rights reserved: No one is permitted to reproduce or duplicate, in any form, the whole or part of this document without the written permission of SDT International n.v. s.a. The information herein is believed to be accurate to the best of our knowledge. Due to continued research and development, specifications of this product can change without prior notice. In this manual, SDT International n.v. s.a. is named SDT. SDT International n.v. s.a. Bd. de l’Humanité 415, B – 1190 Brussels (BELGIUM) Tel: ++32.2.332.32.25 Fax: ++32.2.376.27.07 e‐mail: info@sdt.be web page: http://www.sdt.eu ...
-
Page 3: Table Of Contents
Table of contents First and foremost Foreword .................... 7 1.1 Purpose of the manual ......................... 7 1.2 Operator safety .......................... 7 1.3 End of life destruction of the equipment .................. 7 Description of the Sherlog Kit Master ............ 8 Certificates .................... 9 3.1 Class Type Approval ........................ 9 3.2 The calibration certificate ...................... 9 3.3 The certificate of qualification ...................... 9 3.4 The certificate of origin ......................... 9 The SDT270 receiver SDT270 receiver .................. 11 4.1 Operating principle of the SDT270 .................... 11 ... - Page 4 Using the start new survey menu .................... 26 Browse survey / resume Menu .............. 27 10.1 Access to the functions ....................... 27 10.2 Using the browse survey / resume menu .................. 27 10.2.1 Browse survey data ............................ 27 10.2.2 Resume a survey ............................. 28 The SDT8 MS transmitter SDT 8 MS transmitter ................ 30 11.1 Package ............................ 30 11.2 Presentation .......................... 30 11.3 SDT 8 MS transmitter description .................... 31 Using the multi‐setting transmitter ............. 32 12.1 Recommendations ........................ 32 12.2 Working position ........................ 32 ...
- Page 5 Erasing the data .......................... 49 Technical specifications SDT270 receiver .................. 51 17.1 Measurement instrument ...................... 51 17.2 Internal ultrasonic sensor ...................... 51 17.3 Flexible sensor .......................... 52 17.4 Battery charger ........................... 52 SDT 8 MS transmitter ................ 53 18.1 Transmission characteristics ....................... 53 18.2 Supply ............................ 53 18.3 On / Off switch ........................... 53 18.4 Others ............................ 53 Appendixes SDT270 Declaration of conformity in the European Union ...... 55 SDT 8 MS Declaration of conformity in the European Union ....... 56 ...
-
Page 6: First And Foremost
First and foremost 6/60 File name: MAN.MAS.EN‐‐02X‐‐Sherlog‐Master‐user‐manual‐Eng.docx... -
Page 7: Foreword
This User’s Manual is designed as an educational guide and reference tool for anyone who wishes to use the Sherlog Kit Master for its intended purposes. Inside you will find information pertaining to: • The description and functionality of the equipment. • Its many uses. • How to care for and maintain the equipment. Recommendations relative to the declaration of compliance to the European Community’s regulations, the guarantee and the different areas of application are included into this User’s Manual. SDT produces this User’s Manual with the sole purpose of supplying simple and accurate information to the user. SDT shall not be held responsible for any misinterpretation of this User’s Manual. Despite our efforts to provide an accurate manual, it may contain technical errors. If in doubt, contact your local SDT distributor for clarification. While every effort was made to present a true and accurate text, modifications and/or improvements to the product described herein can be made at any time without corresponding changes being made to this User’s Manual. Please read this User’s Manual carefully, and file it in a safe place for future reference. All requests and warnings of this User’s Manual must be followed in order to maximize the value of your investment. This User’s Manual and its contents remain the inalienable property of SDT. The information herein is believed to be accurate to the best of our knowledge. All rights reserved. No one is permitted to reproduce or duplicate, in any form, the whole or part of this document without the written permission of SDT. 1.2 Operator safety The operator must take all necessary precautions when using the equipment in high risk areas (under high noise levels, high light and radiation levels, extreme temperature conditions, chemical corrosive elements, etc.). The user must be particularly vigilant when entering enclosed zones (holds, silos) where a risk of asphyxiation or lack of ... -
Page 8: Description Of The Sherlog Kit Master
1 x SDT270 receiver with rubber protection. • 1 x Battery loader for SDT270 receiver. • 1 x Flexible sensor 820 mm for SDT270 receiver (tube + flex). • 1 x extension accessories for SDT270 receiver (threaded tip and rubber tip). • 1 x Headphones, noise isolating. • 1 x Y plug connector for headphones. • 1 x USB flash drive for data transfer from SDT270 receiver to PC. • 1 x Cable USB Length 1.5 m. SDT 8 MS transmitter • 1 x SDT 8 MS transmitter, multi‐setting, with battery. • 1 x Leather case for SDT 8 MS. • 1 x Spare battery pack for SDT 8 MS. • 1 x Battery loader for SDT 8 MS. • 1 x Battery loader adapter for SDT 8 MS. • 1 x Screw driver for the SDT 8 MS battery cover. Others • 1 x Technical and instruction manual. ... -
Page 9: Certificates
Certificates 3.1 Class Type Approval According to IACS UR‐Z17, the ultrasonic tightness testing equipment used by Class Service Suppliers for testing the weathertight integrity of hatch covers should be class type approved. Like its predecessor – the SDT Sherlog TA – both the Sherlog Kit Cadet (with SDT200 receiver) and Sherlog Kit Master (with SDT270 receiver) have been developed in order to meet with Class criteria for Type Approval. Both equipments have the necessary features on board to comply with, and exceed, Class type approval requirements. The high quality of SDT equipment reassures ship owners and their managers that their ships have been inspected with state of the art equipment that meets with the highest industry standards. 3.2 The calibration certificate SDT recommends annual recalibration of SDT instruments and sensors. This periodicity is coherent with the observed long‐term stability of SDT electronic equipment’s. However The first SDT certificate is valid for a period of 15 months (to avoid penalizing a customer receiving an instrument that stayed in stock for 3 months). SDT recognizes that each customer may have their own Quality Assurance Standards and internal requirements. If a customer has established a Quality Assurance Program that includes a documented procedure for measurement deviations, and if an instrument and the relevant sensor show acceptable deviations and do not show signs of physical damage, then calibration periodicity could be extended to two years. Third party organizations having more authority (Class, or State Administrations) may have defined their own regulations for example 6 months, or 2 years calibration interval: by evidence, local legally applicable regulations supersede SDT rules. For these reasons, SDT Calibration Certificates do no more mention a “calibration due date”, but simply the “last ... -
Page 10: The Sdt270 Receiver
The SDT270 receiver 10/60 File name: MAN.MAS.EN‐‐02X‐‐Sherlog‐Master‐user‐manual‐Eng.docx... -
Page 11: Sdt270 Receiver
Ultrasonic waves are sound waves beyond the range of human hearing (>20 kHz). To be detected, we need to use an instrument like the SDT270, with the capability to receive ultrasonic frequencies and convert them to corresponding audible sounds. Ultrasonic waves travel through gases (air), liquids (water, fuel) and solids (bearing housings) in a very directional nature; unlike audible sounds which disperse in all directions. Ultrasounds are low energy sound waves, therefore they are quickly absorbed by the medium through which they travel. Ultrasonic waves are generated by: Naturally occurring mechanical phenomena (friction of rotating equipment), pressure or vacuum leaks (pneumatic, gas, steam) or arcing and corona (electrical problems). Artificially by means of a transmitter (like the SDT 200 mW or the SDT 8 MS ‐ 8 x 125 mW) for tightness testing. 4.1.2 Applying ultrasonic waves on the Sherlog The SDT270 detects ultrasonic signals, converts them to audible frequencies, and amplifies them. The challenge is to transpose the received signal, using the heterodyne technology, into an interpretable audible signal. This solution extends the ability of the human ear beyond the simple audible range and into the ultrasonic one. ... -
Page 12: The Keyboard
4.2 The keyboard The keys correspond to the following functions: Key Function Remarks Function of the key is related to the displayed symbol or text above Function keys (on LCD screen). There are 3 function keys provided which are referred to as “F1” – “F2” – “F3”. Save Stores the measurement data. Freeze/Measure Freezes the displayed value or take measurement in static mode Start recording Only used when measuring ultrasound and noise levels (dBµV) in dynamic mode. Navigation keys Moving the cursor up and down within menus. ... -
Page 13: The Display
Enter. Used to validate and confirm a shown selection. Activate backlighting. Press the key to switch on the backlight Pressing the key again switches off the backlight. The backlighting switches off automatically if no buttons are used within a pre‐defined period of time set by the user. To set this pre‐defined period, the operator has to access the “Settings” menu. On/Off switch. First key press: switch on the unit. Second key press: switch off the unit. The unit switches off automatically if no buttons are touched on the keypad within pre‐defined period of time set by the user. The function keys The function of a function key is related to the displayed symbol or text above (on LCD screen). There are 3 function keys provided which are referred to as “F1” – “F2” – “F3”. Escape Button Function key F1 is considered as the general escape key. If no icons or text are shown on the screen, press function key F1 to return to the previous menu. 4.3 The display 4.3.1 Startup / PowerDown screen At startup, depending on the selected working mode, one of the following screens is displayed. Icon menu Text menu To switch between text and icon menus, see 7.2.3 LCD settings . Icon menu Text menu Function Power Down ... -
Page 14: Measurement Screen
For more detailed information on all different menus, see: Chapter 6 : The Sherlog main Menu Chapter 7 : Settings Menu Chapter 8 : System Info Menu Chapter 9 : Start new survey Menu Chapter 10 : Browse survey / resume Menu Chapter 15 : The Class required hatch cover ultrasonic tightness test 4.3.2 Measurement screen The following table summarizes the visible information areas within the measurement screens. Typical screen for taking an OHV N° Function Remarks 1 Selected sensor Display alternates between selected sensor and hold/hatch number. 2 Selected Input Top row: U : Internal US sensor T : Internal Temperature sensor R : Internal RPM sensor Bottom row: B : Black external input connector R : Red external input connector 3 ... -
Page 15: Type Of Sensor Used
4.3.3 Type of sensor used The selected input (rep. 1) is displayed at the upper left corner of the display. The system auto recognizes externally connected sensors (rep. 2) and switches automatically to the corresponding measurement unit. 1 ‐ Top row: U : Internal US sensor T : Internal Temperature sensor R : Internal RMP sensor 2 ‐ Bottom row: B : Black external input connector R : Red external input connector Primary icon locations on the display of the SDT270 receiver 4.3.4 Date / Battery autonomy / Time These functions/info only shows up when you have started a survey. This information (rep. 1) is cycling on the upper right corner of the screen. The remaining capacity in the battery is expressed by an icon (the amount of blackening corresponds to the remaining capacity of the battery). The following table shows the icons used. Icon Signification 1. 02/07/12 Date in the specified format. 2. 12:23 Time in the specified format. ... -
Page 16: The Front View
Due to logarithmic characteristics, each and every time the A l evel is increased (decreased) by 10 (next or previous step), the gain is multiplied (divided) by approximately 3. For example: A = 40 ‐> Gain = 100. A = 50 ‐> Gain = 300. Understandably, when the ultrasonic level is high, little amplification is needed. When the ultrasonic level is very low (small leaks), the amplification required will be high. When, in presence of a source of ultrasounds, the SDT270 receiver must be adjusted to an optimal A l evel. The SDT270 receiver assists ... -
Page 17: The Rear View
Lemo connector for external sensors These are used to connect external sensors. When an external sensor is plugged in, the device automatically selects the corresponding input. The type of lemo connector selected by the operator is displayed in the bottom row of the selected inputs as “R” (red connector) or “B” (black connector) 4.5 The rear view This figure represents the location of the connectors at the rear plate. 1. Access to the reset button. 4. Network connector. 2. Mini USB connector. 5. Battery loader connector. 3. Headphones connector. Rear view of the SDT270 receiver Reset button The reset button forces an immediate shutdown and restart of the SDT270 receiver. Perform this reset for troubleshooting and resolving problems with an unresponsive SDT270 receiver. Mini USB connector Used to connect the SDT270 to your computer via the provided mini USB/USB cable. This is used to download measurements to a PC. This port is also used to update new software to the SDT270 receiver. The headphones set connector The supplied headphones are connected to the SDT270 receiver in order to listen to the converted ultrasounds. The Y plug is used to connect a second set of headphones. The network connector Allows an Ethernet connection to the device. This connection gives the same functionalities than the USB connection but ensures a faster communication. The battery charger connector This 3‐pin connector is used to make the connection with the battery charger provided with the SDT270 receiver. Due to the active interaction between the charger and the battery/equipment, only this charger can be used to charge the batteries. Connecting another charger may cause serious damage to the equipment and void the warranty. ... -
Page 18: The Battery Autonomy
Like most batteries these days, leaving the SDT270 charging after the charger says it is charged does not hurt the battery – in fact it very slowly tops the charge up a little more. During the charging process, a status led on the charger will be blinking. For more info on the charger status see 17.4 Battery charger. You can charge the SDT270 receiver switched off. You can also trickle charge the SDT270 receiver switched on, so you can be using it to load and unload data, for example, and charge it at the same time. 4.7 The battery autonomy A fully charged battery will give you about 8 hours of continuous use. This will vary of course depending upon your need to use the backlight and the power drain of certain external sensors that you might be using. You can increase the autonomy by more than 20% by disabling the LAN. (see 0 Connecting the device on a computer network) You are also able to set an Auto Power Down and a time before Power Down switching off the backlight. -
Page 19: Icons Overview
Icons overview The device has two navigation options. - Navigation based on text menu’s - Navigation based on icons (for unsupported device languages) See 7.2.3 LCD menu to switch between Text and Icons The SDT270 receiver can be used for two applications: Tightness testing of hatch covers (Sherlog mode) and On board predictive maintenance applications. For predictive maintenance applications, please consult the SDT270 SB, SS, SD, SU, DD, or DU user manuals (depending of you SDT270 version) 5.1 Menu icons Power up / down menu Icon menu Text menu Function Power Down Power down the device. Enter the Sherlog mode of the device. Sherlog Mode (used for hatch cover tightness testing survey) Measure Mode Enter the Measurement mode (used for predictive maintenance applications) Settings menu Icon menu Text menu Function Return Return to the previous screen. Language Set the device language. ... -
Page 20: Information Icons
Static Enter the Static measurement mode. Variable Mixer Enter the Variable Mixer mode. Sherlog main menu (only in Sherlog Mode) Icon menu Text menu Function Settings Enter the Settings menu. System Info Displays the system information. Start new Start a new Hatch Cover Test survey. survey Browse and display completed surveys. Browse survey Resume surveys. / resume Survey menu (only in Sherlog Mode) Icon menu Text menu Function Return Return to the previous screen. Go To Hold Continue the survey to the next hold / hatch. ... -
Page 21: Function Key Icons
5.3 Function key icons Icon Description Back (return to the previous screen) Skip (go to next screen) Switch between sensors (Internal and External sensors) Switch between Static / Dynamic / Variable Mixer measurement mode. Display and/or set sensor options. Save options. Undo all changes. Put laser on. Put laser off. Increase value. Decrease value. Activate editing mode. Activate displaying mode (allows to see survey data, no editing allowed) Delete. Erase a character Ok / Continue ... -
Page 22: The Sherlog Main Menu
The Sherlog main Menu 6.1 Access to the main menu Switch on the equipment by pressing the key. Once the equipment switched on, the self‐test is started. If no problem or fault is detected during this test, a startup screen (Power Down Menu) is shown. Select / Sherlog to access the Sherlog mode. The startup menu (icon mode and text mode). The Sherlog main menu screen is displayed as follows. The SDT270 main menu (icon mode and text mode). 6.2 The Sherlog main menu screen Presentation When the startup screen is shown, select ... - Page 23 The Sherlog main menu Icon menu Text menu Function Settings Use this menu to select : • ‘Language’: change device interface language (English, Nederlands, Français, Deutsch,Italiano or Español). • ‘Time/Date’: set date, time and their format. • ‘Lcd’: adjust the screen contrast and the operating time of the backlight • ‘Auto Power Down’: adjust the time before device auto power down when it is unused. • ‘Network’: set network settings. • ‘Factory Restore’: force a factory reset of the SDT270 device. Note that this does not erase saved measurements. Displays the device information as follows: System Info • Licence information (screen 1) • Calibration information (screen 2) • Battery information (screen 3) • Hardware information (screen 4) •...
-
Page 24: Settings Menu
Settings Menu 7.1 Access to the functions From the Sherlog Main menu, select / Settings. The settings menu screen is displayed as follows. The settings menu (icon mode and text mode). Leave the Settings menu to go back to the Sherlog menu by selecting / Return and press the “Enter” button ‐or‐ Press function key F1. 7.2 Using the Settings menu Use the Settings menu to modify the general device parameters. 7.2.1 Set the device language From the Settings menu, select / Language and confirm your choice by pressing the enter button. The available languages are: English, Dutch, French, German, Italian and Spanish. Leave this menu by pressing the F1 escape button. 7.2.2 Set Date and Time From the Settings menu, select / Time/Date. Enter the local Date and Time. Changing the time zone will change the date and time setting. Use the up or down arrow buttons to resp. increase/decrease. Confirm your choice by pressing the enter button. To move from time to date – format – time zone, press the left or right buttons. Leave this menu by pressing the F1 escape button. The available date and time formats are: 24h yyyy/mm/dd 12h yyyy/mm/dd ... -
Page 25: Set The Auto Power Down Time
7.2.4 Set the Auto Power Down time From the Settings menu, select / Auto Power Down This function sets the time for the instrument to switch off power automatically to save the battery power. This function is activated when the instrument is not in use and that no key is hit during the pre‐programmed time. The timer is adjustable between 1 and 100 minutes. The default is set to 10 minutes. Use up and down arrow keys to change the value. Use the left arrow key to set the value to zero and so deactivate the auto power down. Leave this menu by pressing the F1 escape button. 7.2.5 Network settings From the Settings menu, select / Network Enter the IP address and Default gateway. Your system administrator and/or the network administrator will have this information. (See 0 Connecting the device on a computer network) Leave this menu by pressing the F1 escape button. When your device is not connected to a Network, it is advised to parameter the LAN to disable. This setting permits to increase the battery autonomy of more than 20%. Use the Right Arrow to highlight the LAN enabled field, then using the Up Arrow set the field to NO. 7.2.6 Factory Restore From the Settings menu, select / Factory Restore This function force a factory reset of the device. Note that this does not erase saved measurements. Leave this menu by pressing the F1 escape button. 25/60 File name: MAN.MAS.EN‐‐02X‐‐Sherlog‐Master‐user‐manual‐Eng.docx... -
Page 26: System Info Menu
System Info Menu From the Main menu, select / System Info. The device information is displayed on five screens. Use the Up and down arrow buttons to switch between the different screens. Push the F1 button to go back to the main menu and push once again the F1 button to go back to the measurements screen. Licence information The level and the enabled options depend on the device key. Additional information on all possible levels, options and available licenses can be found on our website www.sdt.eu Press the “Arrow Down” key. Calibration Info Shows the last calibration date, the due date and the remaining days before your device needs to be recalibrated. Press the “Arrow Down” key. Battery Information Shows the serial number of the battery pack and the battery capacity when it is fully loaded. Press the “Arrow Down” key. Hardware Information Shows the equipment number, the PCB number and the version of the device. Leave these information screens by pressing the F1 escape button. Start new survey Menu This function allows to start a new hatch cover (HCO) survey 9.1 Access to the functions Select / Start new survey from the Sherlog menu. The “Start new survey” menu (icon mode and text mode). 9.2 Using the start new survey menu ... -
Page 27: Browse Survey / Resume Menu
10 Browse survey / resume Menu This function allows browsing previously completed hatch cover (HCO) surveys and resuming surveys which are in progress. This screen is accessible at any time even during a survey and allows to check recorded data for a given ship number and date, during or after a survey session. As long as a survey is not finished (End survey), new hold/hatch data can be added. Survey data of unfinished surveys cannot be modified anymore. Unfinished surveys cannot be downloaded. 10.1 Access to the functions Select / browse survey/resume from the Sherlog Menu. The “Browse survey / resume” menu (icon mode and text mode) 10.2 Using the browse survey / resume menu The browse survey / resume menu opens an ordered list of all taken surveys. The surveys are ordered by date descending. Use up and down arrow keys to navigate through the list. No existing data can be deleted or changed. Only an in‐progress "hatch cover test procedure" can be completed or a new hatch test section can be added. Icon Function Function key F1 Returns to the main menu. Function key F2 Resume the selected survey. -
Page 28: Resume A Survey
Symbol Function Open hatch Start measurement Open hatch End measurement Spot leak Linear leak Drain Ventilator Loading port The position of the symbol in the drawing is a reference to the location of the item and it’s measurement on the hatch. The information bar at the bottom of the screen gives more details about the selected measurement: Hold number Hatch number (sub‐hatch number) Measured value Used Amplification When a hatch is too large to be tested at one time, it can be virtually divided into 2 or 3 equal parts/volumes. For every hatch part, the hatch cover test procedure is followed (this means that every part is to be considered as a new hold/hatch and that the complete procedure as for a new hatch has to be followed) The active keys are: Key Function Scroll up and down through all holds and hatches of the survey. ... -
Page 29: The Sdt8 Ms Transmitter
The SDT8 MS transmitter 29/60 File name: MAN.MAS.EN‐‐02X‐‐Sherlog‐Master‐user‐manual‐Eng.docx... -
Page 30: Sdt 8 Ms Transmitter
11 SDT 8 MS transmitter This section is directed to anyone who needs to use an ultrasonic transmitter for tightness inspections (e.g. hatch covers, water tight doors, ramp covers, windows, bulkhead openings, etc.). The SDT 8 MS transmitter is to be operated in combination with the SDT270 receiver, but can also be used with the Sherlog Kit Cadet and the Sherlog Kit Mate (see www.sdt.eu). This section contains information on how to operate the equipment, how to solve and overcome problems and the characteristics of the equipment. 11.1 Package The SDT 8 MS transmitter and its related components are included in the Sherlog Kit Master: 1. Multi‐setting transmitter, a leather bag and a shoulder strap 2. 220 V ‐ 0.3 Ah charger 3. Two sealed lead‐acid gel 12V ‐ 1.2 Ah batteries 4. Adapter for battery charging and screwdriver (not shown). The multi‐transmitter with its main dedicated components. 11.2 Presentation ... -
Page 31: Sdt 8 Ms Transmitter Description
11.3 SDT 8 MS transmitter description The on‐off switch Located at the base, this switch (3) enables the equipment to be switched on (ON position) or off (OFF position). The 6 position multi‐setting potentiometer It regulates the total output power of the ultrasonic signal; level 1 provides the minimum level and 6 the maximum. The charge connector Marked LOAD, the charge connector enables to re‐load the internal battery without removing it. Overcharging is not possible when used with the SDT charger provided. Batteries can be charged during use. (Batteries will charge slower when the equipment is in use) The charge connector is located on the side of the multi‐transmitter. The battery The sealed lead‐acid gel type battery is accessible after having removed the bottom protection plate. The rated ... -
Page 32: Using The Multi-Setting Transmitter
12 Using the multi‐setting transmitter 12.1 Recommendations The multi‐transmitter must be used: In combination with a SDT270 receiver; Outside any classified zone requiring intrinsic and fireproof safety. Away from discharge of water and must never be immersed. It is important to prevent any foreign bodies entering the ultrasonic transducers, such as grease, dust, etc. Within hygrometric and temperature limits stipulated in the technical characteristics. Note: If necessary, the transmitter can be protected / covered by thin / fine mesh cloth (e.g. nylon stockings) to prevent dust from entering into the transducers when working in a dusty atmosphere. 12.2 Working position When preparing for testing the weathertightness of hatch covers and determining the OHV (Open Hatch Value), the multi‐transmitter should be placed, ideally, in the center of the tank top. The multi‐transmitter covers an operational spherical volume of 20 meters (60 ft) around its position. For larger volumes, the multi‐transmitter should be moved several times; it is then necessary to take a new OHV (Open Hatch Value) measurement after having repositioned the transmitter. The volume covered by one multi‐transmitter. The zone covered by the multi‐transmitter when set to various points. If the hold is not empty, the multi‐transmitter can be placed on top of the cargo. ... -
Page 33: Setting The Transmitting Power
The 8 transducers of the multi‐transmitter work in t h e bi‐sonic mode on frequencies stabilized at 39.2 and 39.6 kHz, with total transmission power also stabilized at 8 x 125 mW. The measurements will be carried out by the SDT270 receiver (see chapter 15 for the use of the equipment). 12.6 Powering Off To power off the transmitter, set the switch to the Off position (1). The red operating status light should switch off. 13 Charging the SDT 8 MS transmitter battery pack The battery packs are charged in our factory for test purposes but the battery packs are discharged before being dispatched, because of international air transport regulations. Upon reception, the battery packs should be recharged. Recommendations The battery is a sealed lead‐acid gel battery. Therefore: ... - Page 34 Leave it on charge for 6 hours for a completely flat battery. There is no maximum charge indicator. Recharging a battery via the transmitter (without removing it). When removing the battery Proceed as follows: • Remove the lid at the base of the multi‐transmitter by means of the screwdriver provided with the SDT Sherlog Kit Master and remove the battery. Before every recharging operation, unplug the battery charger from the mains and re‐plug it, in order to reset the internal timer. • Connect the plug to the battery’s support socket. • Place the battery in the support ( contacts inside). There is no preferential direction for the battery. ...
-
Page 35: The Multi-Transmitter Operational Problems
14 The multi‐transmitter operational problems 14.1 Ultrasonic transducer Decreasing ultrasonic signal The main reason, when an unstable signal is read/displayed on the SDT270 receiver, is that the battery is not fully charged. The discharge curve of the battery is constant over a long period. Any variation in power will immediate stop the transmitter in order to prevent incorrect measurements. Curve illustrating a decreasing ultrasonic signal. Low but constant level ultrasonic signal If the signal measured from a transducer during the function test (when the Amplification level is set at 10 and the transmitter selector switch position in position 1) is significantly lower than 95 dBµV and however remains constant, this indicates that the functioning of the transducer is impaired by some clogging/damage . In this case, clean the transducer(s) or protective grid . Do not used compressed air to clean/blow out any impurities. Defective transducers Transducers may become damaged due to: • A mechanical shock/impact: return the equipment to your distributor in order to change one or more transducers as necessary. • Water in the transducers: leave to dry and check that there is no water left, etc. • Dust, debris and grease: try to clean gently, do not used compressed air to clean/blow out any impurities. Above damages/problems will reduce the transmission power significantly which may result in incorrect measurements so that corrective action is required. ... -
Page 36: Using The Sdt270 Receiver For An Ultrasonic Hatch Cover
Using the SDT270 receiver for an ultrasonic hatch cover tightness test Complies with the DNV Approval Program n°403, survey procedure approved by IACS in July 1997 36/60 File name: MAN.MAS.EN‐‐02X‐‐Sherlog‐Master‐user‐manual‐Eng.docx... -
Page 37: The Class Required Hatch Cover Ultrasonic Tightness Test
Select / Time/Date Press the enter key. 5 Check and/or set date and time to the local date and time (LT) Use arrow up and down keys to change to values Use arrow left and right keys to move to the next position. Press enter key to confirm and leave this screen. 15.2 Positioning the SDT 8 MS transmitter The multi‐transmitter should be placed according to paragraph 12.2 Working position. 15.3 Starting a survey procedure Note: Prior to starting a new survey, ensure that all settings are adjusted to the specific survey and personal requirements. 15.3.1 Entering the survey information data Proceed as follows: Step Screen ( Icon / Text mode) Key Action 1 Switch on the SDT270 receiver Enter the Sherlog Mode: 2 ... -
Page 38: Carrying Out An On-Site Functional Test
Step Screen ( Icon / Text mode) Key Action 4 Select an operator: Use arrow up / down keys to select an operator. Press the enter key. To add a new operator, see 15.3.5 Adding a new operator. 5 Confirm operator certificate details by pressing the enter key. Press function key F1 ( ) to go back to the previous screen. Press function key F2 ( ) to edit the certificate data. Press function key F3 ( ) to delete the operator (only possible when there are no surveys linked to the selected operator) 6 Enter the local time and date by using the arrow keys. Press the enter button to confirm the displayed date and time. Press function key F2 ( ) to edit the local date and time. ... -
Page 39: Selecting The Hold Number, The Hatch Number And The Bow Direction
Press the enter key to continue. 12 Enter the position of the SDT8 MS transmitter in the hold. Use the arrow keys the move the cursor around. Press the enter key to confirm the location Press function key F1 (Exit) to go back to the previous screen. 15.3.4 Storing the Open Hatch Value Prior to testing the tightness of hatch covers the operator is requested to measure the OHV (Open Hatch Value) for the hold to be tested. Therefore the multi‐ transmitter is to be placed (switched on) in the center of either the tank top or tween deck of the hold in question or on top of the cargo in the open uncovered hold. The OHV measurement is then to be made at hatch coaming level pointing down the receiver’s sensor to the multi‐transmitter. Alternatively, and depending on the hold design, the OHV can be taken from an access hatch (provided there are no obstructions between the transmitter and the operator’s SDT 270 (e.g. trunks, …) Important note: operators should always carry out the test with the same sensor (internal or flex) with which they have taken the OVH. Switching of sensor during the test will result in non‐conforming test readings/measurements. Whilst taking the OHV, the operator will have the possibility to adjust the headphone sound level of the OHV so that the max sound of the OHV is not too loud for comfort. However, once the OHV has been taken and confirmed, this sound level cannot be changed anymore until the next OHV for another hold is taken. 39/60 File name: MAN.MAS.EN‐‐02X‐‐Sherlog‐Master‐user‐manual‐Eng.docx... -
Page 40: Storing A Measurement
Step Screen Key Action 13 Use the up and down keys to adjust the receiver’s amplification level until the amplification indicator disappears from the screen. Press the M key to freeze the measured value. This value will be displayed in bold on the screen The small sized revolving number under the bold measurement displays the continuous measured value. Press function key F1 ( ) to go back to the Sherlog main menu (see step 3 of this procedure) 14 Freeze on a representative Open Hatch Value. Press the save key (diskette icon) to store the measurement. 15 Enter the location, where the Open Hatch Value was measured, on the display. (By default, the OHV is positioned in the left hand side upper corner). Use the arrow keys the move the cursor around. Press the enter key to confirm. ... - Page 41 Step Screen ( Icon / Text mode) Key Action 19 When you hear a sound, press the M key to freeze the measured value. Press the M key repeatedly to refresh the frozen measured value. 20 Press the save key to store the measurement. 21 Select the leak type (see icon codes below) Use the arrow keys to switch between the different types. Press the enter key to confirm. Symbol Text Symbol Text Open Hatch Open Hatch END ...
-
Page 42: Storing The Open Hatch End Value
15.3.6 Storing the Open Hatch End Value End the tightness test of each hatch of the hold in question by measuring the OHV End (Open Hatch End Value). Doing so will confirm proper functioning of the equipment since the start up to completion of the test on the hatch in question. Moreover, and without making this OHV End measurement, the operator will not be allowed to continue his survey and start a test on the next hatch. Proceed as follows: Step Screen ( Icon / Text mode) Key Action Use the up and down keys to adjust the receiver’s amplification 26 level. Press the M key (repeatedly) to freeze a representative Open Hatch End Value. 27 Press the save key to store the measurement. 28 Select / Open Hatch END Press the enter key to confirm. 29 Enter the location of the measured Open Hatch End Value on the screen. ... -
Page 43: Ending / Interrupting / Resuming A Survey
15.4 Ending / Interrupting / resuming a survey It is possible, at any time, to interrupt the survey in progress. Once interrupted, the survey can then be resumed without losing the stored data. However, once the “OHV End” has been taken and confirmed, no changes of measurements can be made for that specific hatch anymore. Once the operator has selected the “END SURVEY” function, the survey will be “locked” (padlock icon on the “browse/resume survey menu will be closed/locked) and no changes whatsoever can be made for that specific survey anymore. Proceed as follows: Step Screen ( Icon / Text mode) Key Action 1 Press function key F1 ( ) to enter the survey menu. 2 Select / End survey Press the enter key to confirm. To resume the survey, proceed as follows: Step Screen ( Icon / Text mode) Key Action 1 Switch on the SDT270 receiver Enter the Sherlog Mode: 2 ... -
Page 44: Adding A New Operator
(internal sensor, flex,…). If necessary to switch from sensor (due to breakdown of the sensor in use), the sensor’s ID will appear on the download. It is therefore recommended to have a spare flexible sensor in the kit. 15.5 Adding a new operator To add a new operator, proceed as follows: Step Screen Key Action 1 Select “New operator?” and press the enter button. Enter the operator’s name by using the arrow keys. 2 Press the enter button to confirm. Enter the operator’s Certificate number and the certificate expiration 3 date. Press the enter button to confirm. A certificate renewal status can only be entered after you have entered the original details of the certificate. Afterwards you can edit the certificate again and add the renewal status. eg: SDT20120591‐1 Press the enter button to confirm. 4 ... -
Page 45: The Sherlog Report Software
The Sherlog report software 45/60 File name: MAN.MAS.EN‐‐02X‐‐Sherlog‐Master‐user‐manual‐Eng.docx... -
Page 46: Using The Report Software
16.1 Installation of the software Installation from the USB flash drive: • Plug the USB flash drive delivered with your equipment in a USB port of your computer and run the file "starMe.exe". • After choosing “Sherlog” and then “Sherlog Master”, select “Install Reporter Software” Online installation: • Download the file “SDT270‐SherlogReporter.msi” on your computer and run this file when download is complete. Starting up the installation: You should now see the following screen: • Click ''Next''. Then, the following screen appears: By default, the SDT270 SherlogReporter software will be installed in the folder: C:\Program Files\SDT\SDT270 SherlogReporter. You can specify a different location at your convenience by clicking on ''Browse''. • Click ''Next''. The following screen appears: • Click ''Next''. A new screen confirms the software is installed. Click ''Close'' to complete the setup. 46/60 File name: MAN.MAS.EN‐‐02X‐‐Sherlog‐Master‐user‐manual‐Eng.docx... -
Page 47: Connecting The Device
16.2 Connecting the device Connecting the device by USB Proceed as follows: Connection of the device to a computer. • Connect the first end (mini USB connector) of t he US B cable to the device. • Connected the other end (USB connector) of the US B cable to a USB port of the PC. Connection of the device to a computer. • Switch on the device. Connecting the device on a computer network A special optional cable is required to connect the device on a computer network. Proceed as follows: ... - Page 48 You will see the following screen: Check the correct option depending on how the device is connected to the computer. • Click “Transfer” If a connection error message is shown, please check if the device is connected and swithed on. If the download was successful, you will see the following screen: • Only finished surveys can be downloaded. • Select a survey and click the “Hatch Cover report” button. You will see the following screen: Browse to the desired report location and click “Save”. A MS Word 2010 report (.docx) is generated at the specified location. ...
-
Page 49: Erasing The Data
16.4 Erasing the data It is not possible to manually erase or alter the logged data on the device. To clear the data from the device, proceed as follows: • Connect the device to the computer. • Switch on the device. • Launch the software “SDT270 ‐ Sherlog Reporter”. The screen displays the main page. • Click “Clear Device Data”. You will see the following screen: Check the correct option depending on how the device is connected to the computer. • Click “Transfer” An additional confirmation is required. • Click “OK” After this operation all taken “Hatch cover test” surveys are erased from the device. Please notice that the list of operators remains on the device. Erased data will remain on the device in a hidden memory. ... -
Page 50: Technical Specifications
Technical specifications 50/60 File name: MAN.MAS.EN‐‐02X‐‐Sherlog‐Master‐user‐manual‐Eng.docx... -
Page 51: Sdt270 Receiver
17 SDT270 receiver 17.1 Measurement instrument Function Multifunction receiver. Display Graphic LCD with backlighting (128 x 64) Keyboard 12 function keys Built‐in sensors Ultrasonic sensor Infrared temperature sensor (according to the version) Tachometer (according to the version) External sensors Through specific connector (Lemo 7 pins). Data storing For SDT270 SB: Data storing is possible in Sherlog mode No data storing is possible in Measurement mode More info on all other SDT270 versions can be found on www.sdt.eu Communication USB interface Software’s for transferring DataDump Application (versions SD & DD) data from the device to the Ultranalysis Suite (UAS) (versions SU & DU) PC Sherlog Reporter (only for Sherlog) Battery pack (*) Rechargeable battery type: 8 cell, 4.8 V, 4400 mAh, NiMH (Nickel Metal Hydride) Nominal Capacity: 4.4 Ah Life span 500 to 1,000 charge/discharge cycles Autonomy 8 hours without backlighting Recharge time 6 to 7 hours ... -
Page 52: Flexible Sensor
17.3 Flexible sensor Bandwidth (‐6 dB) 2 kHz at ‐6 dB Frequency 40 kHz ± 1 kHz Sensitivity (40 kHz) -65 dB/V/µbar at 40 kHz Length 550 mm or 820 mm (without cable) Diameter 13 mm external, 10 mm internal Cable length Coiled 0.5 to 2.0 m 17.4 Battery charger For optimum performance, this charger is microprocessor controlled. Charger type ... -
Page 53: Sdt 8 Ms Transmitter
18 SDT 8 MS transmitter 18.1 Transmission characteristics Function Ultrasonic multi‐transmitter Frequencies Stabilized at 39.2 and 39.6 kHz (bi‐sonic mode). Nbr of transducers 8 Transmission power Power control in 6 levels Typical values form 1 to 6 : ‐20dB, ‐15dB, ‐9dB, ‐6dB, ‐2dB, max. Maw trans. Power 8 x 125 mW Dispersion 240 ° 18.2 Supply Voltage/capacity 12V DC/1,2 Ah. Battery Sealed lead‐acid gel type rechargeable. Recharge By means of an external charger and integrated connector (without removing the battery) or by using a charge adapter (removing the battery). Autonomy 2.5 to 3.5 hours at 20 °C. (depends on the selected level) Charging time 6 hours. Safety Chemical control fuse with automatic reset. 18.3 On / Off switch Command By On/Off switch Visual indication On/Off/Battery charge control indicator. Flashes when undercharged. 18.4 Others ... -
Page 54: Appendixes
Appendixes 54/60 File name: MAN.MAS.EN‐‐02X‐‐Sherlog‐Master‐user‐manual‐Eng.docx... -
Page 55: Sdt270 Declaration Of Conformity In The European Union
19 SDT270 Declaration of conformity in the European Union Manufacturer SDT International n.v. s.a. Boulevard de l’Humanité 415 B ‐ 1190 BRUSSELS BELGIUM declares that, under the generic name “SDT 270 Multifunction Receiver”, the SDT270 making the object of this declaration, is conform to the fundamental description concerning security stipulated in de EMC 89/336/CEE directive. The equipment contains the logo of being compliant to the current CE regulations. To be able to operate by state of the art rules, as stipulated in the directive, it has been designed by the following rules: The SDT270 does not radiate electromagnetic waves (EMC); The SDT270 is immunized against external electromagnetic radiation (EMI); The SDT270 is protected against electrostatic discharges (ESD). Note: the owner is obliged to preserve the present user’s manual with the obligation to pass it on to future users, or been resold to another user. Brussels, January 2003. The Manager. 55/60 File name: MAN.MAS.EN‐‐02X‐‐Sherlog‐Master‐user‐manual‐Eng.docx... -
Page 56: Sdt 8 Ms Declaration Of Conformity In The European Union
20 SDT 8 MS Declaration of conformity in the European Union Manufacturer SDT International n.v. s.a. Boulevard de l’Humanité 415 B ‐ 1190 BRUSSELS BELGIUM declares that, under the generic name “SDT 8 Ultrasone multi‐transmitter”, the SDT 8 MS transmitter being the object of the declaration, conforms to the fundamental descriptions with regard to safety stipulated in the CEM 89/336/EEC directive. The equipment carries the conformity label . To implement the safety prescriptions stipulated in the Directive as well as possible, the following standards were taken into consideration. So, the transmitter: Does not emit any electromagnetic waves (EMC) ; Is immunised against transmissions of external electromagnetic waves (EMI) ; Is protected against electrostatic discharges (ESD). Note: the owner of the equipment is obliged to keep this manual throughout the entire life of the device and to pass it on to the new buyer if it is resold. Brussels, March 2003. The Manager 56/60 File name: MAN.MAS.EN‐‐02X‐‐Sherlog‐Master‐user‐manual‐Eng.docx... -
Page 57: Copies Of Certificates
21 Copies of certificates Copy of a Functional Test Report 57/60 File name: MAN.MAS.EN‐‐02X‐‐Sherlog‐Master‐user‐manual‐Eng.docx... - Page 58 Copy of a Report Calibration 58/60 File name: MAN.MAS.EN‐‐02X‐‐Sherlog‐Master‐user‐manual‐Eng.docx...
- Page 59 Copy of a Certificate of Qualification 59/60 File name: MAN.MAS.EN‐‐02X‐‐Sherlog‐Master‐user‐manual‐Eng.docx...
-
Page 60: Warranty And Responsibility Limits
22 Warranty and responsibility limits 22.1 Warranty 22.1.1 Guarantee Subject as hereinafter set out, SDT undertakes to remedy any defect of the equipment resulting from faulty materials or workmanship. The guarantee undertaking includes measures for repairing or replacing the equipment. This liability is limited to defects, which appear: For the battery and accessories (such as charger, headphones, sensors, …) within six (6) months from the delivery of the equipment to the customer, For the SDT270 receiver and multi‐transmitter within twenty‐four (24) months from the delivery of the equipment to the customer. On receipt of the customer’s written notification falling within this guarantee SDT shall remedy the defect forthwith and at its own expense. The customer shall return to SDT the equipment, in which a defect covered by this guarantee has appeared, for repair or replacement by SDT, and the delivery to the customer of the equipment properly repaired or replaced shall be deemed to be a fulfillment by SDT of its obligations and a sole and exclusive remedy under this guarantee in respect of such defective equipment. The customer shall bear the cost and risk of packing and transport of the defective equipment and of the repaired or replaced equipment between the place where the equipment is situated and SDT closest office. SDT’s liability shall apply only to defects that appear under the conditions of operation provided for by this User Manual and in proper use. It does not cover defects due to causes arising after delivery. In particular it does not cover defects arising from the customer’s faulty maintenance, installation, handling, service or inspection or non‐compliance with SDT’s instructions in this User Manual, in SDT’s Technical Specifications or given otherwise or from repairs, alterations or adjustments carried out without SDT prior written consent or from repairs, alterations or adjustments carried out improperly by the customer or arising from an accident, nor does it cover normal deterioration, wear and tear. 22.1.2 Limitation of liability If the customer fails to give notice of a defect that falls within this guarantee during the above stated guarantee period, SDT shall be under no liability even in respect of defects due to causes existing before the expiry of the above stated guarantee period. SDT liability under this guarantee shall in all cases be limited to fifteen per cent (15%) of the purchase price of the equipment. In addition, it is expressly agreed that the customer shall have no claim in respect of personal injury or of damage to property arising before, during or after the above stated guarantee period nor for loss of profit, loss of use or any other indirect, consequential, punitive, special or incidental damages of any kind, whether or not SDT has been advised of the possibility of such loss or damage. 22.2 Responsibility limits ... - Page 61 Revision table: Modif. section 3.2 (calibration periodicity) 02 BDK 2014‐10‐30 Removed section concerning USB driver installation GEL Lay‐out adaptations 01 SBT Original version Revision Writer Nature of modification Approved MAN.MAS.EN‐‐02X‐‐Sherlog‐Master‐user‐manual‐Eng.docx Addendum ...
Need help?
Do you have a question about the Sherlog Kit Master Series and is the answer not in the manual?
Questions and answers