ParTech M8936 RFID Reader User Manual EverServ TMD 2 0 User Guide
ParTech Inc. RFID Reader EverServ TMD 2 0 User Guide
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Contents
- 1. User Manual
- 2. Users Manual
Users Manual
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| Document ID | 2403162 |
| Application ID | cc3ecGgRWexDKiNz4pLd4w== |
| Document Description | Users Manual |
| Short Term Confidential | No |
| Permanent Confidential | No |
| Supercede | No |
| Document Type | User Manual |
| Display Format | Adobe Acrobat PDF - pdf |
| Filesize | 96.76kB (1209504 bits) |
| Date Submitted | 2014-09-26 00:00:00 |
| Date Available | 2014-09-26 00:00:00 |
| Creation Date | 2014-07-09 10:41:52 |
| Producing Software | Microsoft® Word 2010 |
| Document Lastmod | 2014-08-12 11:18:38 |
| Document Title | EverServ TMD 2.0 User Guide |
| Document Creator | Microsoft® Word 2010 |
| Document Author: | ParTech;Inc. |
ParTech, Inc. 8383 Seneca Turnpike New Hartford, NY 13413 | p.800.458.6898 | www.partech.com Temperature Measuring Device 2.0 User Guide PN 770505201 This material has been created in order to accommodate a wide range of restaurant operations and your specific business practices and system configuration may differ slightly from what is represented in this material. While ParTech, Inc. (“PAR”) takes great care to ensure the accuracy of these materials, all material is provided “as is” without warranty of any kind, either express or implied, including, but not limited to, warranties of merchantability or fitness for a particular purpose. PAR does not make any warranties or representations that the materials will meet your requirements or that the operations of the hardware will be uninterrupted or error free. Trademark Notices: The PAR logo, Boundless Hospitality by PAR logo, PAR EverServ®, the PAR EverServ logo and PixelPoint® are all trademarks of PAR Technology Corporation, the parent company of ParTech, Inc. or its affiliates. All other product names used throughout this material are trademarks of the respective companies. No such use of any trademark is intended to convey endorsement or other affiliation with these companies. Reproduction: Copyright © 2014 ParTech, Inc. All rights reserved. This publication, or any part thereof, may not be reproduced or transmitted in any form or by any means, electronic or mechanical, including photocopying, recording, storage in an information retrieval system, or otherwise, without the prior written permission of ParTech, Inc., PAR Technology Park, 8383 Seneca Turnpike, New Hartford, NY 13413-4991; Phone: (315) 738-0600. is a registered trademark of PAR Technology Corporation in the United States of America. ii | Page TMD 2.0 User Guide Table of Contents Overview ...................................................................................................... 1 TMD 2.0 LCD Screen .................................................................................... 2 TMD 2.0 Buttons ......................................................................................... 2 TMD 2.0 Labels ........................................................................................... 3 Serial Number Label.................................................................................. 3 Rating Label ............................................................................................ 3 Operations .................................................................................................... 4 TMD 2.0 LCD Screen .................................................................................... 4 HACCP LEDs ............................................................................................... 5 Audio Alerts ................................................................................................ 5 TMD 2.0 Buttons ......................................................................................... 6 Power Functions .......................................................................................... 7 Power On ................................................................................................ 7 Power On with USB Cable to Charge TMD 2.0 ............................................... 7 Power Off ................................................................................................ 8 Standby Mode .......................................................................................... 8 Sleep Mode .............................................................................................. 8 Measuring Temperatures with the Insertion Probe ............................................ 9 Automatic Measurement ............................................................................ 9 Manual Measurement ...............................................................................10 Measuring Temperatures with the IR Sensor ..................................................11 Automatic Measurement ...........................................................................11 Manual Measurement ...............................................................................12 Measuring Temperatures with the RFID Sensor ................................................12 Bluetooth Usage .........................................................................................13 Bluetooth Status......................................................................................13 Bluetooth Button .....................................................................................14 Timer Usage ..............................................................................................15 Stopwatch ..............................................................................................15 Countdown Timer ....................................................................................16 Additional TMD 2.0 Functions ..........................................................................17 TMD 2.0 Reboot .........................................................................................17 TMD 2.0 Hardware Reset .............................................................................17 Service and Maintenance................................................................................17 Cleaning the TMD 2.0 and Charging Cradle ....................................................17 MAC Address Location .................................................................................18 TMD 2.0 Battery Removal and Installation .....................................................18 Battery Removal......................................................................................18 Battery Installation ..................................................................................19 TMD 2.0 Charging Cradle Overview ...............................................................20 TMD 2.0 Charging Cradle Wall Mount Installation ............................................21 Charging Cradle Bracket Installation ...........................................................21 Charging Cradle Installation ......................................................................22 Replacement Parts ........................................................................................24 Troubleshooting with Cradle ...........................................................................24 TMD 2.0 Specifications ...................................................................................24 Temperature Measuring Device (TMD 2.0) Dimensions.....................................24 Thermo Couple Type T Based Insertion Probe .................................................25 Infrared Temperature Probe .........................................................................25 RFID ........................................................................................................25 TMD 2.0 User Guide iii | Page Bluetooth Connectivity ................................................................................25 Micro USB Port ...........................................................................................25 Power Options ...........................................................................................25 LCD Screen ...............................................................................................25 Platform and Driver Support ........................................................................26 Industry Canada Statement ............................................................................26 FCC Statements ............................................................................................27 Appendix A: Probe Verification & Baseline Adjustment ........................................28 Introduction .................................................................................................28 Offset Ranges ............................................................................................28 Verification & Offset Procedures ......................................................................29 Verification Preparation ...............................................................................29 Ice Point (Water Bath) .............................................................................29 Boiling Point (Boiling Water Bath) ..............................................................29 Temperature Verification .............................................................................30 Ice Point Verification ................................................................................30 Boiling Point Verification ...........................................................................30 Outside of Ranges Information ..................................................................31 Temperature Offset Adjustment....................................................................31 Expected Freezing Temperature Acceptance ................................................31 Expected Boiling Temperature Acceptance/Adjustment..................................32 TMD Display Messages .............................................................................32 Change History Revision Reason for Change Initial draft 05/19/2014 Review changes 06/25/2014 Initial release 07/08/2014 iv | Page Changes Date TMD 2.0 User Guide WARNING: TMD 2.0 should only be used with the accessories provided by PAR. Using chargers, power adapters and/or battery packs not specified by PAR could be hazardous. WARNING: If the equipment is used in a manner not specified by the manufacturer, the protection provided by the equipment may be impaired. IMPORTANT: Always dispose of battery packs according to federal, state, and local regulations. Contact a recycling agency in your area for recycling instructions and locations. WARNING: Incorrect handling may cause hazardous conditions, resulting in death or severe injury. Overview The PAR EverServ® SureCheck® Temperature Measuring Device (TMD 2.0) M8936 is a handheld multifunction temperature probe used for capturing temperatures in three (3) measurement modes. Infrared, RFID and insertion temperature probes are selectable from the front of the unit. (The TMD 2.0 unit can be used as a standalone device.) Small diameter tip LCD Screen HACCP LED Indicator Insertion Probe Micro USB port Battery Cover Front View TMD 2.0 User Guide Side View 1 | Page The TMD 2.0 is used in conjunction with a PDA running the EverServ SureCheck PDA software. A SureCheck TMD 2.0 integrates the following into a single handheld device. Integrated RFID reader for passive and temperature logging tags (located on the top of the unit) Non-contact Infrared temperature probe with targeting beam (located on the top of the unit) Insertion probe that folds outward to approximately 180 degrees Bluetooth connectivity Rechargeable, replaceable Lithium-ion battery. (Calibration parameters are retained during power loss or battery replacement) HACCP LED’s for process monitoring Touch button membrane (aka, Keypad) Micro USB port K8935 provides a charging cradle, AC-DC adapter and USB to right-angle micro USB cable. Reference the Battery Installation section on page 18. TMD 2.0 LCD Screen The screen consists of User Interface (UI) elements shown as LCD segments. These segments are lit according to specific conditions (discussed in Operations on page 4). LCD segments Temperature The UI provides information on the mode being used and additional information needed. For example, the sample above shows a temperature of 165.5°F. TMD 2.0 Buttons The physical buttons on the TMD 2.0 control the operations and interact with a connected PDA (discussed in Operations on page 6). The built-in Bluetooth connection is discussed later in this document. 2 | Page TMD 2.0 User Guide TMD 2.0 Labels A TMD 2.0 has several labels as outlined below. Serial Number Label The serial number label is shown below. Rating Label The TMD 2.0 rating label (shown below) is located on the back of the unit. It includes the device Bluetooth MAC address. TMD 2.0 User Guide 3 | Page Operations The following provides operating procedures for your TMD 2.0. TMD 2.0 LCD Screen The screen consists of UI elements that are shown using LCD segments. The segments are lit according to conditions outlined below. Element Description Blinks to indicate that a temperature measurement is in progress. Indicates the temperature sensing mode. Tap the Mode/Power button to select a sensing mode. Only one mode is shown after it is selected. Left to right the elements are: insertion probe, infrared (IR) or RFID. Indicates the current or final temperature and the unit of measure. Fahrenheit (F) or Celsius (C) can be selected using the OK/Units button. Labels for the two range values. Indicates the range of values for the measured temperature. Indicates the status of the Bluetooth connection to the device. Indicates that the timer mode is set and running. Indicates the charge level of the built-in battery. HACCP LED Indicators for Cold (green), Alert (red) and Hot (green). 4 | Page TMD 2.0 User Guide HACCP LEDs The chart below identifies the temperature guidelines for illuminating the HACCP LEDs. The LEDs appear on the TMD 2.0 below the screen. LED Description Cold indicator. Green LED lights for temperatures < 40ºF (< 4ºC). Alert indicator. Red LED lights for temperatures between 40º to 140 º F (4º to 60º C). Hot indicator. Green LED lights for temperatures >140ºF (> 60ºC). Audio Alerts The TMD 2.0 is capable of producing single-frequency tones of varying duration. Audio feedback is defined as: Beep: A short tone of ½ second duration. Beeeep: A long tone of 1 second duration. Pause: A duration of 1 second with no audio used to separate consecutive sounds. Event Sound Pattern Self Check OK Beep Beep Self Check- Error Beep Beeeeep Low Battery Beeeep Beeeep Countdown Timer at “0” Beep Beep Beep Pause Beep Beep Beep Start Automatic Temp Scan Beep Start Manual Temp Scan Beep Beep Aborted or Timed-Out Scan Beeeep Beep TMD 2.0 User Guide 5 | Page TMD 2.0 Buttons The physical buttons on the TMD 2.0 control its operation and interact with a connected PDA. The buttons are outlined below. Button Description Starts the temperature scan if not in Timer mode. In timer mode it increments the set value for the countdown timer. Used to toggle between °F and °C when not in Timer mode. In timer mode it decrements the set value for the countdown timer. This button turns the TMD 2.0 On or Off. It also changes the data collection modes between: Insertion Probe → IR → RFID. Each time you touch the button the mode changes. Used to enter Timer mode, plus starts or stops the timer. Used to turn the Bluetooth radio on or off, or to initiate Bluetooth pairing. 6 | Page TMD 2.0 User Guide Power Functions Power On You can power the TMD 2.0 as follows. 1. Press and hold (Mode / Power) button for approximately two (2) seconds. 2. The LCD Backlight and all LCD segments turn on for two (2) seconds. 3. The TMD 2.0 performs a self-check. If no errors are detected the device emits an audible beep and is ready for use. 4. It displays an error code halting usage of the device if appropriate. 5. The LCD shows the current firmware revision for two (2) seconds, and then clears the display. Default settings at power on are: Insertion probe mode is active/on. Bluetooth/IR/RFID all inactive/off. Temperature setting is in Fahrenheit (ºF). Current battery charge level is shown. Power On with USB Cable to Charge TMD 2.0 You can power the TMD 2.0 to charge as follows. 1. Connect the smaller end of the USB cable to the Micro USB port on the TMD 2.0. 2. Connect the USB into the device used for charging (Power Adapter, PDA or PC). The TMD 2.0 turns on. The LCD Backlight and all LCD segments turn on for two (2) seconds. The TMD 2.0 performs a self-check. If no errors are detected the device emits an audible beep and is ready for use. It displays an error code halting usage of the device if appropriate. The LCD shows the current firmware revision for two (2) seconds, and then clears the display. While device is charging the battery icon will flash and display current charge level. Default settings on power on: Insertion probe mode is active/on. Bluetooth/IR/RFID all inactive/off. Temperature setting is in Fahrenheit (ºF). TMD 2.0 User Guide 7 | Page Power Off You can power off TMD 2.0 as follows. 1. Press and hold the Mode/Power button for approximately five (5) seconds. The TMD 2.0 turns off. IMPORTANT: When the TMD 2.0 is powered off, current temperature measurements on the display will be lost but all settings will be retained. Standby Mode This mode allows a TMD to conserve energy when not in use. It is a passive mode and is not selectable. The mode works as follows. 1. The TMD 2.0 enters Standby Mode after being inactive for 20 (twenty) seconds. 2. To exit Standby Mode, press any key or provide USB/Bluetooth input. 3. The TMD 2.0 transitions from Standby Mode to Sleep Mode after sixty (60) seconds of inactivity. Sleep Mode This mode "pauses" the state of the unit. When restored, the operation continues from a retained state. It is a passive mode and is not selectable. The mode works as follows. 1. The TMD 2.0 enters Sleep Mode after being inactive for sixty (60) seconds in Standby Model. 2. To exit Sleep Mode, press any key or provide USB/Bluetooth input. 3. The TMD 2.0 transitions from Sleep Mode to Power off after ten (10) minutes of inactivity. The TMD 2.0 will beep once fifteen (15) seconds before powering off. Default Settings in Sleep Mode: The screen is cleared with the exception of the Bluetooth status indicator, the Timer indicator if running and the battery status indicator. Last measured value and TMD 2.0 state are retained. IMPORTANT: When the TMD 2.0 transitions to Sleep Mode, all display data will be lost. Default settings on Standby: LCD Backlight turns off. Last measured value and TMD 2.0 state are retained. 8 | Page TMD 2.0 User Guide Measuring Temperatures with the Insertion Probe The following outlines using the insertion probe. It assumes the TMD 2.0 is on and the probe is inserted into the item being measured. A temperature probe verification and baseline adjustment process is provided in Appendix A (page 28). WARNING: When a measured object is above 212F (100C), do not leave the temperature probe inserted for more than two (2) minutes. Remove the food from the heat source before attempting to perform a measurement. Automatic Measurement This measurement method samples temperatures and automatically holds the value once it is stable. 1. Press the button until the icon illuminates to indicate the Insertion Probe sensing mode. 2. The upper value display and lower value displays should have no value. 3. Press the button to start a measurement session. If any HACCP icons were illuminated from a prior measurement session, they are cleared. 4. A measurement session is started and flashes. 5. The current measurement value is shown in the top-most display example above. . Refer to the 6. The maximum and minimum values for all measurements thus far in this session are displayed in the range display and the label is also illuminated. 7. Measurement samples continue until one of the following conditions occurs: Stable: 5 consecutive measurements are within 0.4F/0.2C of each other. Once a stable temperature is reached, is lit and 2 short beeps are sounded. is displayed, the alert indicator Aborted: User terminates measurement by pressing before a stable temperature is measured. When the measurement is aborted, a long and short beep are sounded and is displayed flashing. Timed-Out: The session times out after 40 seconds of measurements without a stable temperature. When the session is timed-out, a long and short beep are sounded and is displayed flashing. WARNING: The temperature probe may be HOT following a measurement. Do not touch the probe until it cools down. TMD 2.0 User Guide 9 | Page Manual Measurement This measurement method continuously samples temperatures until the user ends the session. 1. Press the button until the Probe sensing mode. icon illuminates to indicate the Temperature 2. The upper value display and lower value displays should be clear (no value). 3. Press and hold the button for 2 seconds and then release to start a manual measurement session. If any HACCP icons were illuminated from a prior measurement session, they are cleared. 4. A measurement session is started and (not flashing). illuminates 5. The current measurement value is shown in the top-most display 6. The maximum and minimum values for all measurements thus far in this session are displayed in the range display and the label is also illuminated. 7. Measurement samples continue until one of the following conditions occurs: Ended: User terminates manual measurement by pressing before the session times out. Once terminated, a long and short beep sounds and is displayed flashing Timed-Out: The session times out after 50 seconds of measurements. When the session is timed-out, a long and short beep are sounded and displayed flashing is WARNING: The Temperature Probe may be HOT following a measurement. Do not touch the probe until it cools down. 10 | Page TMD 2.0 User Guide Measuring Temperatures with the IR Sensor The following outlines using the IR sensor. It assumes the TMD 2.0 is on. WARNING: When a measured object is above 150C (302F), keep the TMD 2.0 at least 5cm (2 inches) away from the measured object. Automatic Measurement This measurement method samples temperatures and automatically holds the value once it is stable. 1. Press the button until the icon illuminates to indicate the IR sensing mode. (Refer to the example on the right.) 2. The upper value display and lower value displays should have no value. 3. Press the button to start a measurement session. If any HACCP icons were illuminated from a prior measurement session, they are cleared. 4. A measurement session is started and flashes. 5. The IR targeting LED illuminates on the front of the TMD 2.0 to assist in aiming. 6. The current measurement value is shown in the top-most display Refer to the example above. 7. The maximum and minimum values for all measurements thus far in this session are displayed in the range display and the label is also illuminated. 8. Measurement samples continue until one of the following conditions occurs: Stable: 5 consecutive measurements are within 4F/0.2C of each other. Aborted: User terminates measurement by pressing temperature is measured. before a stable Timed-Out: The session times out after 10 seconds of measurements without a stable temperature. TMD 2.0 User Guide 11 | Page Manual Measurement This measurement method continuously samples temperatures until the user ends the session. 1. Press the button until the icon illuminates to indicate the IR sensing mode. (Refer to the example on the right.) 2. The upper value display and lower value displays should have no value. 3. Press and hold the button for 2 seconds and then release to start a measurement session. If any HACCP icons were illuminated from a prior measurement session, they are cleared. 4. A measurement session is started and illuminates (not flashing). 5. The IR targeting LED illuminates on the front of the TMD 2.0 to assist in aiming. 6. The current measurement value is shown in the top-most display 7. The maximum and minimum values for all measurements thus far in this session are displayed in the range display and the label is also illuminated. 8. Measurement samples continue until one of the following conditions occurs: Ended: User terminates measurement by pressing session times out. before the Timed-Out: The session times out after 10 seconds of measurements without a stable temperature. Measuring Temperatures with the RFID Sensor The RFID sensor can scan RFID tags which do not return a temperature and ones that do. For non-temperature RFID tags, a unique identifier is returned to the TMD 2.0 and “rFID” is displayed on the screen. A temperature RFID tag returns the temperature to the TMD 2.0 and it is displayed on the screen. The following outlines using the RFID sensor. It assumes the TMD is on. 1. Press the button until the indicate the RFID sensing mode. icon illuminates to 2. The upper value display and lower value displays should have no value. 3. Press the button to start a scanning session. If any HACCP icons were illuminated from a prior measurement session, they are cleared. 4. A scanning session is started and 12 | Page flashes. TMD 2.0 User Guide 5. The TMD 2.0 searches for a suitable PAR approved RFID tag that has temperature sensing capability. The search continues until one of the following conditions occurs: Suitable Tag Found: A temperature-sensing tag has been found. Once a temperature is received by the TMD 2.0 the temperature is displayed, is displayed and 2 short beeps are sounded. A non-temperature sensing RFID tag has been found. Once the TMD 2.0 tag is found, “rFID” is displayed and 2 short beeps are sounded. Aborted: User terminates scanning for a tag by pressing before a suitable tag has been found and before the session times out. from the display and a long and short beep are sounded. is cleared Timed-Out: The session times out after 30 seconds of searching without a suitable tag being found. short beep are sounded. is cleared from the display and a long and Bluetooth Usage The TMD 2.0 features a Bluetooth status icon and button. Each is outlined below. Bluetooth Status The status of the TMD 2.0’s Bluetooth radio can be viewed using the Bluetooth status icon. Bluetooth status icon The Bluetooth icon indicates the radio’s connectivity and power state as shown in the following table. Icon State Description (none) Off BT radio is off. On BT radio is on, but not connected. Connected BT radio is on and connected, but not actively TMD 2.0 User Guide 13 | Page communicating. Pairing BT radio is on and not connected and is available for pairing requests. Communicating BT radio is on, connected and actively communicating. (blinking) (blinking ring) Bluetooth Button The Bluetooth radio’s state is controlled using the Bluetooth (BT) button. Bluetooth button The Bluetooth radio’s various states are controlled using the BT button following table. as shown in the Current State Action Final State Any except Off Hold for 2 seconds Off Off Hold for 2 seconds On Any except Pairing, Communicating Hold for 5 seconds Pairing Pairing Hold for 5 seconds Prior state (aborts Pairing) NOTES: If the BT radio is already connected and the user requests the Pairing mode, the current connection is broken in favor of finding a new connection. The TMD 2.0 automatically exits Pairing mode if no suitable connection is made within 60 seconds. It then reverts to the prior mode and is available to reconnect to the last-paired device. If the TMD 2.0 enters the Off power state, the state of the Bluetooth radio is retained (except for Pairing mode) and resumed once the TMD 2.0 enters any other power state. 14 | Page TMD 2.0 User Guide Timer Usage The Timer button supports two functions: Stopwatch, count up from zero Countdown Timer, counts down from a defined value. If a timer (count down or count up) is in-progress, the timer and measurement modes. icon blinks. This applies to all When in the timer mode, the upper (large) display is not used and remains blank. The middle display is used to count minutes from 0-999 and the lower display is used to count seconds from 00 to 59. An example is provides below. 1. The middle display starts at 000 and the lower display starts at 00. 2. The lower display counts from 00 seconds to 59 seconds. Then it resets to 00 and the middle display increments to 1 to represent 1 minute. 3. The current time is read by combining the integer value in minutes from the middle display and the decimal value in seconds from the lower display. For example, 23 in the middle display and 34 in the lower display equal 23:34 or 23 minutes and 34 seconds. 4. The stopwatch function stops at 16 hours, 39 minutes and 59 seconds. Once the middle display reaches 999 minutes and the lower display reaches 59 seconds, the stopwatch function stops and remains at that value. NOTES: Either timer mode can be viewed or initiated when the TMD 2.0 is not actively measuring a temperature; when is not displayed. If a timer is in-progress, a temperature measurement may be started and the timer will continue to run in the background. The blinking still running in the background. icon indicates that a timer is An in-progress timer is ended when the TMD 2.0 enters the Off power state, but can continue to run when in all other power states. The TMD 2.0 provides an audio alert before automatically entering the Off power state and thus canceling any active timer. Stopwatch The stopwatch function starts at zero and counts elapsed time in minutes and seconds until the user stops the function. The stopwatch is capable of counting elapsed time up to 16 hours, 39 minutes and 59 seconds. 1. Ensure the TMD 2.0 is on and not actively measuring a temperature. 2. Press . The timer icon except for the Bluetooth is displayed and all other display elements are cleared and battery status icons which remain. If a timer is currently in-progress (count up or countdown), its current value is shown while the timer icon blinks. (Continue with step 3.) If a timer is not currently in-progress, the display shows their initial values. TMD 2.0 User Guide 15 | Page 3. Press to start the stopwatch. 4. The timer icon Press blinks and the displays update. No units are shown. to stop the timer. The timer icon has been stopped, pressing Hold stops blinking. If the timer again resumes the timer. for 2 seconds to clear the timer, reset the displays and stop the timer icon from blinking, if applicable. Countdown Timer The countdown timer function starts at a user-specified value and counts down to zero. When the counter reaches zero (0), the timer stops and the TMD 2.0 beeps. The countdown timer is capable of being set in whole minute increments from 1-999; from 1 minute to 16 hours and 39 minutes. 1. Ensure the TMD 2.0 is on and not actively measuring a temperature. 2. Press . The timer icon except for the Bluetooth is displayed and all other display elements are cleared and battery status icons which remain. If a timer is currently in-progress (count up or countdown), its current value is shown while the timer icon blinks. (Continue with step 4.) If a timer is not currently in-progress, the display shows their initial values. 3. Press or to set the middle display to the desired countdown start time in minutes from 1 to 999. If either or is held for more than 2 seconds, the middle display increments (or decrements) in five (5) minute increments until released. If 4. Press is held for 2 seconds, any set time is cleared. to start the count down from the set value. 5. The timer icon Press blinks and the displays update. No units are shown. to stop the current timer. The timer icon timer has been stopped, pressing Hold again resumes the timer. for 2 seconds to clear the timer, reset the displays and stop the timer icon 16 | Page stops blinking. If the from blinking, if applicable. TMD 2.0 User Guide Additional TMD 2.0 Functions TMD 2.0 Reboot Pressing the button for 5 seconds causes the TMD 2.0 to reboot. TMD 2.0 Hardware Reset Pressing the and buttons simultaneously for 8 seconds causes the TMD 2.0 to perform a hardware reset where certain selected parameters used in measuring temperatures are reset to their default values. When these 2 buttons have been pressed for 8 seconds, the parameters are reset “rSt” is displayed on the screen of the TMD 2.0. The following is a list of the parameters that are reset and their default values: Parameter Default Value Temperature Unit Fahrenheit Probe Scan Stable Temperature Range 0.2C/0.36F Probe Scan Stable Measurements 5 Measurements Probe Scan Auto Timeout 40 Seconds Probe Scan Manual Timeout 50 Seconds IR Scan Stable Temperature Range 0.2C/0.36F IR Scan Stable Measurements 10 Seconds IR Scan Manual Timeout 10 Seconds IR Emissivity 95 Service and Maintenance The following provides service and maintenance information. Contact PAR Parts for battery reorder information and the TMD 2.0 service process. Cleaning the TMD 2.0 and Charging Cradle The outside surfaces of the TMD 2.0 and its charging cradle unit can be wiped using a household product such as a multi-surface cleaner. The cleaning product CANNOT contain more than 70% isopropyl alcohol. IMPORTANT: DO NOT submerge the outside surfaces of the TMD 2.0 or the TMD charging cradle in liquid. TMD 2.0 User Guide 17 | Page MAC Address Location The MAC address is located on the rating label (back side near lower pivot end). TMD 2.0 Battery Removal and Installation Battery removal and replacement is outlined below. Battery Removal 1. Place the TMD 2.0 unit face up on a suitable surface to ensure you do not damage the unit. 2. Remove the “plug” (shown below). Remove “plug” 3. Unscrew the cover retaining screw. 4. Remove the battery cover. 5. Carefully remove the battery from the base. You will need to lift the battery gently to remove it from the base. Lift here IMPORTANT: Always dispose of battery packs according to federal, state, and local regulations. Contact a recycling agency in your area for recycling instructions and locations. 18 | Page TMD 2.0 User Guide Battery Installation A new battery requires an initial charging period of approximately 4 hours before being used. 1. The “ears” on the battery must be placed in front of the three tabs on each side of the base as shown below. “Ears” 3 tabs 2. Place the battery in the base at an angle to ensure the label side of battery is facing up; make sure the ears on battery line up with the inside of the base (shown below). 3. Once you slide the battery in it will drop down into base. Press firmly to ensure it is in the base as shown below. TMD 2.0 User Guide 19 | Page 4. Place the battery cover of TMD 2.0 on the base and secure it with screw. Maximum torque of 2.0-2.5 kg-cm. 5. Replace the plug over the screw and push it down. TMD 2.0 Charging Cradle Overview There are three charging cradle kits available. K8935: TMD 2.0 Cradle Kit K8935A: TMD 2.0 Charging Cradle and power supply K8935A-01: International TMD 2.0 Charging Cradle and power supply 20 | Page TMD 2.0 User Guide TMD 2.0 Charging Cradle Wall Mount Installation The following provides instructions for wall mounting of the charging cradle. Charging Cradle Bracket Installation The following provides information to mount the wall bracket. 1. Locate the place where the charging cradle will reside. HINT: It is recommended you mount the bracket with the cable connections on the bottom. 2. Place the supplied template on the wall in the desired location. (A sample template is shown below.) 3. Mark the mounting holes at the plus sign (+) as shown above. TMD 2.0 User Guide 21 | Page 4. Drill holes as needed: If you are mounting on wood, drill holes for the screws. If you are mounting on drywall, drill holes to accept drywall anchors. A 3/16” drill bit is recommended for the plastic anchors. 0.078~0.098” 5. Use a Phillips screwdriver to insert screws into the wall. Make sure to that screws extend 0.2 inches from the wall. 6. Locate the charging cradle bracket over the screw heads, and then gently push down to lock the bracket onto the screws. Charging Cradle Installation The following assumes the charging cradle bracket is attached to wall. 1. Attach the micro USB end of cable to the charging cradle and bend wire down to allow for attachment to the bracket (as shown below). 22 | Page TMD 2.0 User Guide 2. Slide the cradle onto the wall mount bracket over the top of wire (as shown below). 3. Plug the AC/DC adapter into the USB type A cable as shown below. Two AC/DC adapters are provided and shown below. 4. Plug the AC/DC adapter into an outlet to verify the charging cradle is functioning. The charging cradle LEDs show as: Green indicates Standby Red indicates Charging TMD 2.0 User Guide 23 | Page Replacement Parts The table below shows replacement parts. Replacement Part PAR Part Number TMD 2.0 M8936 TMD 2.0 Battery 980017901 TMD 2.0 Cradle Kit K8935 TMD 2.0 charger & power supply K8935A TMD 2.0 International charger & power supply K8935A-01 Troubleshooting with Cradle Not powering up Verify that the battery is fully charged (takes at least 4 hours) Battery runs out of power in a short time (<2 Hours) Verify that the battery is fully charged (takes at least 4 hours). No battery icon Clean the battery terminals with a soft cloth Slow Charger Clean the battery terminals with a soft cloth TMD 2.0 Specifications Operating Temperature: 0ºC to 50ºC (32°F to 122°F) Storage Temperature: -40ºC to 60ºC (-40°F to 140°F) Input Voltage: 5V Input Current: 0.5A max. Temperature Measuring Device (TMD 2.0) Dimensions Height: 182.5 mm (7.19 inches) Width: 51.0 mm (2.01 inches) Depth: 47.5 mm (1.87 inches) Weight: 196 grams (6.9 oz. without battery) 24 | Page TMD 2.0 User Guide Thermo Couple Type T Based Insertion Probe Temperature range: -40°C to 300°C (-40°F to 572°F) Accuracy: -40°C to 300°C (-40°F to 572°F) = Measured Temp ± 0.5°C or 0.4% Probe: approximate 4” usable insertion depth. Folds back into hand grip for storage when not in use Infrared Temperature Probe Temperature range: -40°C to 300°C (-40°F to 572°F) Accuracy: 0°C to 65°C (32°F - 150°F) = Measured Temp ±1 °C (± 2 °F) < 0°C (32°F) = Measured Temp ± 1°C (± 2°F) + 0.1 degree per degree Formula:[=Measured Temp ± │(1°C or 2°F) +(Measured Temp * 0.1)│] >65°C (150 °F) = Measured Temp ± (Measured Temp *1.5%) Optimal scanning distance: 2 inches or less IR sensor: detects surface temperatures and target beam visible on surfaces within approximately five (5) inches RFID 13.56 MHz operating frequency 10 mm typical range for passive tags, 30 mm for self-energized tags Compliant to NFCIP-1 (ISP 18092) and NFCIP-2 Bluetooth Connectivity Ability to interface with outside devices via Bluetooth Supports Bluetooth low energy 4.0 capability Micro USB Port Used for charging the battery pack. Micro USB charging cable required, PAR P/N 980017903 Power Options Lithium Ion Battery, requires initial charging of approximately 4 hours Rechargeable battery pack, PN980017903 LCD Screen Backlight: White LED TMD 2.0 User Guide 25 | Page Platform and Driver Support Windows CE6 Windows Mobile 6.1 and 6.5 Windows Vista Windows 7 Industry Canada Statement This device complies with RSS-210 of the Industry Canada Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. Ce dispositif est conforme à la norme CNR-210 d'Industrie Canada applicable aux appareils radio exempts de licence. Son fonctionnement est sujet aux deux conditions suivantes: (1) le dispositif ne doit pas produire de brouillage préjudiciable, et (2) ce dispositif doit accepter tout brouillage reçu, y compris un brouillage susceptible de provoquer un fonctionnement indésirable. Radiation Exposure Statement: This equipment complies with IC radiation exposure limits set forth for an uncontrolled environment. This equipment should be installed and operated with minimum distance 20cm between the radiator & your body. Déclaration d'exposition aux radiations: Cet équipement est conforme aux limites d'exposition aux rayonnements IC établies pour un environnement non contrôlé. Cet équipement doit être installé et utilisé avec un minimum de 20 cm de distance entre la source de rayonnement et votre corps. 26 | Page TMD 2.0 User Guide FCC Statements This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one of the following measures: — Reorient or relocate the receiving antenna. — Increase the separation between the equipment and receiver. — Connect the equipment into an outlet on a circuit different from that to which the receiver is connected. — Consult the dealer or an experienced radio/TV technician for help. FCC Caution: Any changes or modifications not expressly approved by the party responsible for compliance could void the user’s authority to operate this equipment. This transmitter must not be co-located or operating in conjunction with any other antenna or transmitter. This device complies with part 15 of the FCC rules. Operation is subject to the following conditions: 1. This device may not cause harmful interferences, and 2. This device must accept any interference received, including interference that may cause undesired operation. TMD 2.0 User Guide 27 | Page APPENDIX A: PROBE VERIFICATION & BASELINE ADJUSTMENT Introduction The TMD 2.0 probe is calibrated at the factory. Periodically, you may need to adjust the reported temperature with an offset from this factory setting. In order to verify and adjust the offset of the probe we must use temperature reference points. These points are: Freezing (32°F or 0°C) — freezing can be simulated by an ice bath method (ice point) Boiling at sea level, (212°F or 100°C) — altitude affects the “boiling point” as shown in the table below. At sea level, water boils at 212°F, but at 5,000 feet above sea level it boils at only 202.4°F Table A: Approximate Boiling Point of Water at Altitude Feet °F °C Feet °F °C 212.0 100.0 3000 206.2 96.8 250 211.5 99.7 3250 205.7 96.5 500 211.0 99.5 3500 205.3 96.3 750 210.5 99.2 3750 204.8 96.0 1000 210.1 98.9 4000 204.3 95.7 1250 209.6 98.6 4250 203.8 95.5 1500 209.1 98.4 4500 203.4 95.2 1750 208.6 98.1 4750 202.9 94.9 2000 208.1 97.8 5000 202.4 94.7 2250 207.6 97.6 10000 193.2 89.6 2500 207.2 97.3 15000 184.4 84.7 2750 206.7 97.1 20000 175.9 79.9 Offset Ranges If the probe is outside the ranges below, you will not be able to adjust the baseline. Freezing (Ice Bath) Fahrenheit — 32°F is the expected temperature. ± 10 of the expected temperature is the allowed adjusted temperature range, which is (22°F to 42°F) Celsius — 0°C is the expected temperature. ± 5.5 of the expected temperature is the allowed adjusted temperature range, which is (-5.5°C to 5.5°C) 28 | Page TMD 2.0 User Guide Boiling (the boiling point range covers from sea level to 20000 feet above sea level) Fahrenheit — 212°F is the expected temperature. The allowed range is defined by taking +10 of the expected temperature and -10 of the boiling point at 20000 feet above sea level, which is 175.9°F. The allowed adjusted temperature range is (165.9°F - 222 °F) Celsius — 100° C is the expected temperature. The allowed range is defined by taking +5.5 of the expected temperature and -5.5 of the boiling point at 20000 feet above sea level, which is 79.9°C. The allowed adjusted temperature range is (74.4°C – 105.5°C) Verification & Offset Procedures You must perform temperature preparation and temperature verification procedures prior to adjusting the baseline. If the TMD does not pass a temperature verification you may have to: Send the TMD 2.0 in for repair or service, it may be damaged or needs to be reset to factory calibration Check the temperature reference point being used: ice water bath or boiling water (see page 28) Verification Preparation The following outlines basic temperature point preparation. You should use distilled water for both verifications. Ice Point (Water Bath) 1. Fill an insulated container with crushed or chipped ice. The container should be at least 4 inches deep and 4 inches wide. 2. Add cold water slowly until it overflows and then add more ice until it is packed tightly, allowing excess to overflow. The water should be 1 inch below the top of the ice in the container. 3. Allow time for the mixture to come to 32°F or 0°C (about 3-5 minutes). 4. Insert the probe into the center of the container so that the sensing area is completely submerged. At least 2 inches of the probe should be submerged. 5. Make sure the probe is not on the bottom and sides of the container. Boiling Point (Boiling Water Bath) 1. Fill a deep pan with water and bring to a boil. Boiling water at sea level is 212°F or 100°C. See Table A on page 28 different altitudes. 2. Insert the probe into the pan of boiling water so that the sensing area is completely submerged. At least 2 inches of the probe should be submerged. 3. Make sure the probe is not on the bottom and sides of the pan. TMD 2.0 User Guide 29 | Page Temperature Verification The following outlines temperature verification. You can use a separately calibrated “reference” thermometer immersed in the identical temperature reference point to verify your reading as needed. It is recommended that you: Perform both verifications for the probe Use distilled water for both verifications Ice Point Verification You must have your “ice point” preparation ready (see page 29). 1. Set the mode on the TMD to “Probe.” 2. Immerse the probe into the ice water bath. 3. Press “Measure” and wait for a stabilized temperature. 4. Verify that the temperature as expected: Fahrenheit — 32°F is the expected temperature. ± 10 of the expected temperature is the allowed adjusted temperature range, which is (22°F to 42°F) Celsius — 0°C is the expected temperature. ± 5.5 of the expected temperature is the allowed adjusted temperature range, which is (-5.5°C to 5.5°C) 5. If the probe is outside the offset ranges), you will not be able to adjust the baseline. See “outside of ranges information” below. Boiling Point Verification You must have your “boiling point” preparation ready (see page 29). 1. Set the mode on the TMD to “Probe.” 2. Immerse the probe into the boiling water. 3. Press “Measure” and wait for a stabilized temperature. 4. Verify that the temperature is the “altitude adjusted” temperature (the boiling point range covers from sea level to 20000 feet above sea level) as expected: Fahrenheit — 212°F is the expected temperature. The allowed range is defined by taking +10 of the expected temperature and -10 of the boiling point at 20000 feet above sea level, which is 175.9°F. The allowed adjusted temperature range is (165.9°F - 222 °F) Celsius — 100° C is the expected temperature. The allowed range is defined by taking +5.5 of the expected temperature and -5.5 of the boiling point at 20000 feet above sea level, which is 79.9°C. The allowed adjusted temperature range is (74.4°C – 105.5°C) 5. If the probe is outside the offset ranges, you will not be able to adjust the baseline. See “outside of ranges information” below. 30 | Page TMD 2.0 User Guide Outside of Ranges Information If the probe is outside the offset ranges, you should consider if: Using a separately calibrated “reference” thermometer immersed in the identical temperature reference point to verify your reading If there is visible damage to the device or the device has been dropped. The TMD would need to be sent in for repair and/or factory calibration reset If the TMD is consistently out of range from the cold and hot temperature ranges. The device will need to be sent back for factory calibration reset If the TMD is ± 10 for Fahrenheit or ±5 for Celsius for the temperature reference points. The device needs to be sent back for factory calibration reset Temperature Offset Adjustment You can use the adjustments outlined below as needed. Expected Freezing Temperature Acceptance You must have your “ice point” preparation ready (see page 29). The following shows a Fahrenheit adjustment example, but could be done in Celsius. 1. Set the mode on the TMD to “Probe.” 2. Immerse the probe into the ice water bath. 3. Press “Measure” and wait for a stabilized temperature. For example, the display shows 34°F. NOTE: If two out of three measurements are in range of +/- 2°F or 1.1°C, no adjustment is needed. If two or more measurements are not in range an adjustment is needed. 4. Remove the probe from the ice water bath. 5. Simultaneously press and hold the “+/Measure” and “-/OK/Units” buttons for 4 seconds to enter “Adjustment” mode. The TMD validates that the measured temperature is within the acceptable range to allow adjustments. In our example, the measured temperature of 34°F is between the acceptable adjustment range of 22°F – 42°F 6. The TMD blinks the expected temperature in the main display (32°F), and then emits two short beeps (1 second each) to signify the start of adjustment mode. 7. In our example, you can press and hold the “–” button until 32°F shows. The adjusted temperature decrements by 1 with every second you hold the button. Note that if you press and hold the “+” button you increment the temperature. You could also tap the “+” button, which increments the temperature by 0.1 with each tap If needed you could use the “–” button, decrements the temperature by 0.1 with each tap 8. Press the “Mode” button, within 30 seconds. The TMD stores the displayed temperature. It displays “good” on the main display, “LO” on the top lower display, “set” on the lower most display and emits one short beep (1 second). TMD 2.0 User Guide 31 | Page 9. You need to wait two 2 seconds for the TMD to return to “Ready” state. Expected Boiling Temperature Acceptance/Adjustment Prior to performing the following, you’ll need to use Table A (page 28) to find your approximate water boiling point. In our example we are at 500 feet, so boiling is at 211°F. You must have your “boiling point” preparation ready (see page 29). The following shows a Fahrenheit adjustment example, but could be done in Celsius. 1. Set the mode on the TMD to “Probe.” 2. Immerse the probe into the boiling water. 3. Press “Measure” and wait for a stabilized temperature. For example, the display shows 210°F. NOTE: If two out of three measurements are in range of +/- 2°F or 1.1°C, no adjustment is needed. If two or more measurements are not in range an adjustment is needed. 4. Remove the probe from the boiling water. 5. Simultaneously press and hold the “+/Measure” and “-/OK/Units” buttons for 4 seconds to enter “Adjustment” mode. The TMD validates that the measured temperature is within the acceptable range to allow adjustments. In our example, the measured temperature of 210°F is between the acceptable adjustment range of 165.9°F – 222°F 6. The TMD blinks the expected temperature in the main display (212°F) and emits two short beeps (1 second each) to signify the start of adjustment mode. 7. In our example, you can press and hold the “+” button until 211°F shows because at 500 feet above sea level the boiling point is 211°F. The adjusted temperature increments by 1 with every second you hold the button. Note that if you press and hold the “–” button you decrement the temperature. You could also tap the “+” button, which increments the temperature by 0.1 with each tap If needed you could use the “–” button, decrements the temperature by 0.1 with each tap 8. Press the “Mode” button, within 30 seconds. The TMD stores the displayed temperature. It now display “good” on the main display, “high” on the top lower display, “set” on the lower most display and emit one short beep (1 second) 9. You need to wait two 2 seconds for the TMD to return to “Ready” state. TMD Display Messages You may see the following messages on a TMD: good high set, good LO set, bAd high set or bAd LO set. Their meaning and placement of the messages are: good or bAd — shows on the main display. A “Good” is for a successful stored adjustment. A “bAd” is where a bad state is reached high or LO — shows on top lower display. A “high” shows that the good or bad adjustment was for the high temperature range (boiling/hot). A “LO” shows that the good or adjustment was for the low temperature range (freezing/cold) 32 | Page TMD 2.0 User Guide PAR Phone Numbers For Service USA: Canada: 800.382.6200 905.264.4700 For Parts USA: Canada: 800.PAR.PART 905.264.4700 For Sales Continental USA except New York: Outside Continental USA: 800.448.6505 315.738.0600
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