1. Manuals
  2. Brands
  3. Fastus Manuals
  4. Thermometer
  5. TI-S Series
  6. User manual

Fastus TI-S Series User Manual

Non-contact thermometer stationary type
Hide thumbs
Table of Contents

Advertisement

Quick Links

Download this manual
*FASTUS is a product brand of OPTEX FA.
OPTEX FA CO., LTD.
Ramco National
For technical and application support
contact Ramco Innovations today!
Our email is nsales@ramcoi.com
Non-contact thermometer stationary type
User's Manual
Before using this product, read this manual carefully.
Keep this manual at hand so that it can be used whenever necessary.
Store the manual in a secure location.
www.optex-ramco.com 800-280-6933
TI-S Series

Advertisement

Table of Contents

Troubleshooting

loading
Need help?

Need help?

Do you have a question about the TI-S Series and is the answer not in the manual?

Questions and answers

Summary of Contents for Fastus TI-S Series

  • Page 1 For technical and application support contact Ramco Innovations today! Our email is nsales@ramcoi.com *FASTUS is a product brand of OPTEX FA. Non-contact thermometer stationary type TI-S Series User’s Manual Before using this product, read this manual carefully. Keep this manual at hand so that it can be used whenever necessary.
  • Page 2 Ramco National www.optex-ramco.com 800-280-6933...

  • Page 3: Introduction

    Introduction Thank you for purchasing Non-contact thermometer stationary type TI-S Series. This manual contains the information necessary for operating and setting up the TI-S series sensor head (TI-S30) and controller (TI-SC(E)). Read this manual thoroughly before using the product to ensure correct use with full understanding of its functions and performance.

  • Page 4: Safety Precautions

    Safety Precautions Safety precautions for ensuring safe operation of this product are displayed as follows with the following symbols. Precautions listed here describe important information about safety. Make sure to follow them accordingly. Safety Symbols „ The safety precaution symbols used and their meanings are listed below. Indicates that any improper operation or handling may result in moderate or minor injury, Warning and in rare cases, serious injury or death.
  • Page 5 Warning Do not use this product in a non-industrial environment. Doing so may cause induction or radiation interference. This product is not intended for use with nuclear power, railways, aviation, vehicles, medical equipment, food-handling equipment, or any application where particular safety measures are required.
  • Page 6 Caution Use the dedicated cable for connecting the sensor head to the controller. Use of anything other than the dedicated cable may cause a malfunction or damage the product. Do not excessively twist or apply stress to the cable. Doing so may damage the cable or the connector. When connecting the cable, make sure to hold it by the connector portion, and do not apply excessive force to the cable.
  • Page 7 • Detection characteristics values may vary depending on the state of the target object and variations among individual products. • Before using this product, fully examine the applicable environmental laws and regulations, and operate the product in conformity to such laws and regulations. OPTEX FA does not assume any responsibility for damages or losses occurring as a result of noncompliance with applicable laws and regulations.

  • Page 8: Expressions Used In This Manual

    Expressions Used in This Manual This section explains the expressions used in this manual. CAUTION Indicates an item that requires special attention during use. MEMO Indicates information that is useful to know during use. Regarding the screen images „ The screen images shown in this user’s manual are subject to change without prior notice for improvement. Ramco National www.optex-ramco.com 800-280-6933...

  • Page 9: Configuration Of This Manual

    Configuration of this Manual This manual is composed of the following contents. This section describes the TI-S (hereinafter referred to as “this 1. Read This First product”) system configuration, features, included items, optional parts, and part names. 2. Installation and This section describes the installation and wiring methods for this Connections product, as well as the alignment using the ring laser marker.

  • Page 10: Table Of Contents

    General Description .................... 1-2 System Configuration ................1-2 1-1-1 Main Features ..................1-3 1-1-2 Checking the Included Items ................1-5 1-2-1 Sensor Head (TI-S Series) ..............1-5 Controller (TI-SC (E)) ................1-5 1-2-2 Options ....................... 1-6 1-3-1 Cables ....................1-6 1-3-2 Mounting Bracket ...................
  • Page 11 2-2-2 Sensor Head Installation ................ 2-7 Connecting the Sensor Head and Controller ............2-9 Alignment Using the Ring Laser Marker ............2-10 2-4-1 Relationship between the Field of View and the Ring Laser Marker ... 2-11 2-4-2 Ring Laser Marker Lighting Methods ........... 2-11 Display Screens and Operating Procedures Display Screens ....................
  • Page 12 Bank ........................5-6 5-2-1 Bank Select .................... 5-7 5-2-2 Initialize Bank ..................5-9 5-2-3 Save Bank ..................... 5-9 Operation Mode ....................5-11 Measurement Mode ..................5-12 5-4-1 Types of Measurement Modes ............5-13 5-4-2 Control of Measurement Values ............5-13 “Normal”...
  • Page 13 Emissivity ......................5-36 5-9-1 Emissivity ..................... 5-36 5-9-2 Auto Calculation ................... 5-37 Laser Settings ....................5-38 5-10 5-10-1 Laser Settings ..................5-39 5-10-2 Lighting Period ..................5-39 5-10-3 Blink on Error ..................5-40 5-11 Display Settings ....................5-41 5-11-1 Language ..................... 5-41 5-11-2 Disp.
  • Page 14 6-1-2 Error/Warning Categories and Order of Priority ........6-3 6-1-3 Causes and Correction Methods for Errors/Warnings ......6-3 6-1-4 Timing of Error/Warning Clear ............... 6-6 Troubleshooting ....................6-7 Maintenance Notification of Maintenance Timing ..............7-2 When Only the Sensor Head or Controller Was Replaced ......... 7-3 Maintenance Procedures ..................

  • Page 15: Using This Product

    Using This Product The following shows the basic setup process for use of this product.  Installation Controller installation “2-2-1 Controller Installation” (page 2-4)  → Related item: “Disp. Direction direction” “5-11-2 Disp. Direction” (page 5-42)  Sensor head installation “2-2-2 Sensor Head Installation”...
  • Page 16 Ramco National www.optex-ramco.com 800-280-6933...

  • Page 17: Read This First

    Read This First This section describes the included items, part names, and system configuration. Ramco National www.optex-ramco.com 800-280-6933...

  • Page 18: General Description

    1-1 General Description 1-1-1 System Configuration The TI-S series is composed of three parts: the sensor head, controller, and various connector cables. When a general-purpose I/O cable is connected, the external input, analog output, and upper/lower limit alarm output can be used. When an IO-Link cable is connected, communication using IO-Link is possible.

  • Page 19: Main Features

    1-1-2 Main Features High performance „ High speed (Refer to page 5-11.) Response time: Achieves 50 ms (high speed) / 90% response. Rapid measurement is possible. High-accuracy measurement Measurement can be performed with an accuracy of ±1°C. (At measurement range: 1 to 200°C) Space-saving design allows installation anywhere „...
  • Page 20 Alarm output (upper/lower limit settings) (Refer to page 5-26.) A designated temperature range can be set as the threshold, and an alarm can be output when the measured temperature is outside of that range. Detection of rapid temperature changes (edge detection) (page 5-21) Edge detection is provided, and detects when rapid temperature changes occurred.

  • Page 21: Checking The Included Items

    Before use, check that all items that are included with this product are present. In the event of a defective or damaged part, contact OPTEX FA (contact information printed at end of manual). 1-2-1 Sensor Head (TI-S Series) Sensor head Instruction manual...

  • Page 22: Options

    1-3 Options 1-3-1 Cables Purchase either the general-purpose I/O cable or the IO-Link connection cable as the optional cable according to the type of connection with the external device. General-purpose I/O cable „ Used when connecting to the external device using a general-purpose I/O cable. Model Cable length Remarks...

  • Page 23: Black Tape

    Controller mounting bracket „ Model Remarks BKT-OPPD Panel mounting bracket 1-3-3 Black Tape Model Remarks HB-250 Heat resistance temperature: 250°C Tape width: 60 mm, Tape length: 2 m Options Ramco National www.optex-ramco.com 800-280-6933...

  • Page 24: Part Names

    1-4 Part Names 1-4-1 Sensor Head Name Description Laser emission Illuminates green when the laser is emitting, and turns off when the laser is OFF. ① indicator Output indicator The lighting color and lighting status change according to the output status and the ②...

  • Page 25: Controller

    Selection keys Change the selected option. (▲ and ▼) ⑦ Sensor head connector Connects the TI-S series sensor head. ⑧ Power and I/O Connects the controller to a power supply, inputs and outputs, and an IO-Link connector Master via an optional cable.
  • Page 26 Part Names 1-10 Ramco National www.optex-ramco.com 800-280-6933...

  • Page 27: Installation And Connections

    Installation and Connections This section describes the installation and wiring methods for this product. Ramco National www.optex-ramco.com 800-280-6933...

  • Page 28: Controller Wiring

    2-1 Controller Wiring The circuit diagram for each connection type is shown below. I/O connection (when using a general-purpose I/O cable) „ NPN setting Brown 24 V Lead wire functions Gray, green, Load Wire color Description purple: input Brown +V (24 VDC) Gray Laser control input Green Hold input/bank select*...
  • Page 29 IO-Link connection (when using an IO-Link cable) „ IO-Link cable lead wire/ IO-Link connection connector pin functions IO-Link Master No. Wire M12 connector Description ① color pin No. ① ① Brown ② − − ③ ③ ④ Black ④ ③ Blue The input wire is replaced with ④...

  • Page 30: Installation

    2-2 Installation 2-2-1 Controller Installation Attaching the controller on a DIN rail „ ① Place the DIN rail mounting hook on the top side (the indicator side) on the DIN rail. ② Press down until the hook locks. Removing the controller from a „...
  • Page 31 Panel installation „ Panel processing Cut the panel to which the controller will be installed. If using multiple controllers, cut the panel as shown below. 75 or more (Unit: mm) +0.6/0 • Mounting panel width: 1 to 4 mm • When using multiple controllers in the same panel, ensure that the ambient temperature does not exceed the ratings.
  • Page 32 ② Pass the screws through the plate nut. Plate nut ③ Insert the controller into the panel. Installable panel thickness : 1 to 4 mm ④ Hook the DIN rail mounting hook on the controller top side (indicator side) into the DIN rail (①), and press it in until the hook locks (②).

  • Page 33: Sensor Head Installation

    2-2-2 Sensor Head Installation The installation method described here uses the optional mounting bracket. Wall mounting bracket (when „ BEF-TISH-A is used) ① Pass the cable through the groove in the mounting bracket. ② Place the mounting bracket in contact with the head.
  • Page 34 2-axis mounting bracket (when BEF-TISH-AB is used) „ BEF-TISH-AB is a mounting bracket consisting of a set of BEF-TISH-A and BEF-TISH-B. Combining the two mounting brackets allows fine adjustment of the measurement point in two axes: the vertical direction and horizontal direction. The typical installation method described here uses BEF-TISH-AB.

  • Page 35: Connecting The Sensor Head And Controller

    2-3 Connecting the Sensor Head and Controller Connecting the sensor head cable „ Connecting the sensor head cable to the controller. ① A lign the connector notch on the sensor head cable with the controller-side groove. ② Insert the socket on the sensor head cable to the back of the controller-side plug. ③...

  • Page 36: Alignment Using The Ring Laser Marker

    2-4 Alignment Using the Ring Laser Marker The sensor head installation position can be easily adjusted by using the ring laser marker that is emitted from the sensor head. The diameter of the ring laser marker indicates the field of view. Therefore adjust the sensor head installation position and the measurement target passage position so that the measurement target is larger than the ring laser marker.

  • Page 37: Ring Laser Marker Lighting Methods

    2-4-1 Relationship between the Field of View and the Ring Laser Marker The relationship between the field of view and the laser is shown in the figure below. • Field of view (TI-S30) Unit: mm Field of view Ring laser diameter Distance 1000 Field of view...
  • Page 38 設定 オ フ Press the keys and select the “Laser バ ン ク オ フ 応 答 時 間 settings” item, and then press L a s e r s e t t i n g s 測 定 モ ー ド The location of the lighting method changes from 出...
  • Page 39 About the ring laser marker lighting methods „ The following types of ring laser marker lighting methods exist.  For the specifications and setting procedures, refer to “5-10-1 Laser Settings” (page 5-39). Lighting method Description Specified period When is pressed, the ring laser marker illuminates and then automatically turns OFF after the specified period elapses.
  • Page 40 Alignment Using the Ring Laser Marker 2-14 Ramco National www.optex-ramco.com 800-280-6933...

  • Page 41: Display Screens And Operating Procedures

    Display Screens and Operating Procedures This section describes the display screens and operating procedures of this product. Ramco National www.optex-ramco.com 800-280-6933...

  • Page 42: Display Screens

    3-1 Display Screens The following two types of display screens exist. Measurement Displays the temperature of the measurement target, internal temperature of the sensor head, bank screen number that is in use, alarm output ON/OFF status, and other information. Settings screen Changes the setting contents on each setting menu.

  • Page 43: Measurement Screen

    3-1-1 Measurement Screen Displays the temperature of the measurement target, bank number that is in use, alarm output ON/OFF status, and other information. WARN Temperature 150.4 °C Internal temp. 29.5 °C Display Displayed icon Description Laser indicator An icon indicates the laser lighting status. ①...
  • Page 44 Displayed icon Description Operation lock icon Displayed when operation lock is activated. ③ 警告 警告 When the operation lock icon (key) is displayed, the setting contents cannot be  changed. For details of operation lock, refer to “3-2 Operation Lock” (page 3-9). Error/warning icon When an error occurs, displays the error type (error/warning) and number.

  • Page 45: Settings Screen

    3-1-2 Settings Screen Used to configure the setting items. WARN 警告 オ フ オ フ Settings 設定 バ ン ク Bank 応 答 時 間 Operation mo 測 定 モ ー ド Measurement 出 力 モ ー ド I / O s e t t i n g s 上...

  • Page 46: Graph

    Operation Operation key Description Cancel setting To cancel the input contents of the current setting, press and hold MODE MODE (Press and hold.) (approx. 5 seconds). The input contents are canceled and the screen returns to the settings menu. Screen change Changes to the measurement screen.
  • Page 47 Operation Operation key Description Check The display changes, and the temperature at the specified position can be temperature at checked. specified position  → Refer to “Checking the temperature at a specified position” (page 3-8). Changing the graph display The ranges of temperatures and time which are displayed in the graph can be changed. ...
  • Page 48 Checking the temperature at a specified position „ The temperature at the specified position in the graph can be checked. When the graph is displayed, press the keys. The cursor (purple line) is displayed. keys to move the cursor (purple line). Press the The measured temperature (highest/lowest) and measurement time for the cursor (purple line) position are displayed.

  • Page 49: Operation Lock

    3-2 Operation Lock Prohibits changes to the setting contents in order to prevent malfunction. When operation lock is activated, it is not possible to change any setting items other than the following. • Manual lighting of the laser marker • Bank select MEMO Even when operation lock is activated, it is possible to change settings via the IO-Link Master.
  • Page 50 オ フ When “Software ver.” is displayed, press オ フ three times. LOCK The operation lock screen is displayed. 　 Pa ssw o rd 0000 　 D e v i c e o p e r a t . Unlock オ...
  • Page 51 and display “Software ver.” on オ フ オ フ the information screen. Software version 　 Sensor head 　 C o n t r o l l e r 0.84 　 L C D 0.19 オ フ When “Software ver.” is displayed, press オ...

  • Page 52: Setup At Initial Start

    Setup at Initial Start When turning ON the power for the first time or after initialization, the following initial settings screen is displayed. MEMO When the power is turned on for the first time or when the power is turned on again during initial start, the URL of the online manual for this product is displayed as a 2D code.

  • Page 53: Emissivity Setting

    Emissivity Setting This section describes the emissivity setting which is required for temperature measurement with this product. Ramco National www.optex-ramco.com 800-280-6933...

  • Page 54: What Is Emissivity

    4-1 What Is Emissivity? Emissivity is the ratio of the infrared ray energy emitted from the surface of the object as a ratio from 0.00 to 1.00. All objects possess a particular emissivity that changes according to the object’s material, surface conditions, and other factors.

  • Page 55: Setting Using The Emissivity (Emissivity Input)

    4-2 Setting Using the Emissivity (Emissivity Input) Set by directly inputting the emissivity of the measurement target. MEMO When the emissivity of the measurement target is not known, it is possible to refer to the emissivity listed in the literature. However be aware that the actual emissivity of the measurement target is not the value listed as the physical constant in the literature.
  • Page 56 MEMO The maximum value of emissivity is fundamentally “1.00,” however for convenience when actually using this product, a value of up to “1.20” can be set. Setting Using the Emissivity (Emissivity Input) Ramco National www.optex-ramco.com 800-280-6933...

  • Page 57: Setting Using Auto Calculation (Temperature Input)

    4-3 Setting Using Auto Calculation (Temperature Input) Input the actual temperature of the measurement target that was measured using a contact-type thermometer or other means. The emissivity will be calculated and set automatically based on the input temperature. MEMO When the temperature of the measurement target cannot be measured, it is possible to perform simplified temperature measurement by affixing the optional black tape to the measurement target.
  • Page 58 オ フ オ フ オ フ オ フ Input the temperature of the measurement E m i s s i v i t y 0 . 9 5 0 　 　 target as a numeric value. A u t o c a l c u l a t i o n 　...

  • Page 59: Setting Using The Black Tape

    4-4 Setting Using the Black Tape When the emissivity and temperature of the measurement target are not known, it is possible to perform simplified temperature measurement of the measurement target using the optional black tape in order to set the emissivity. 4-4-1 About the Black Tape (Option) Affixing the black tape to the measurement target makes it possible to simply measure even objects with unknown emissivity or shiny objects such as metals, since the emissivity will be 0.95.
  • Page 60 Ramco National www.optex-ramco.com 800-280-6933...

  • Page 61: Functions

    Functions This section explains the items that can be set with this product and the setting procedure for each setting menu. Ramco National www.optex-ramco.com 800-280-6933...

  • Page 62: Setting Menu List

    5-1 Setting Menu List Setting Bank Storage Refer Setting items Setting value/description Default value menu select location Bank Bank select*1 1 to 4 Sensor Page Head Initialize bank CANCEL/ EXECUTE Page Operation mode High speed/50 ms/100 ms/ 100 ms Sensor Page 200 ms/500 ms/1 s/2 s/ banks...
  • Page 63 Setting Bank Storage Refer Setting items Setting value/description Default value menu select location Analog Analog output Not use/Current/Voltage Not use Controller Page output*2 banks 5-34 Specify 4mA : Celsius : -40.0 to 500.0 °C, Celsius : -40.0°C Each Sensor Page temp.
  • Page 64 Setting Bank Storage Refer Setting items Setting value/description Default value menu select location Graph Graph Time Auto/ 2 min/10 min/ 30 min/ Auto Controller Page Scale: 1 hour/3 hour/ 6 hour/ 12 banks 5-44 hour/ 24 hour Disp area: Auto/ Specify Auto Controller Page...
  • Page 65 Setting Bank Storage Refer Setting items Setting value/description Default value menu select location Informa- Temp. Upper Celsius : 500.0 °C Page tion range limit Fahrenheit: 932.0 °F 5-51 Lower Celsius : -40.0 °C limit Fahrenheit: -40.0 °F Errs. warnings Displays a list of the errors Page and warnings that have 5-52...

  • Page 66: Bank

    5-2 Bank Up to 4 patterns of settings can be saved in this product. If the settings for each measurement target are saved in a bank, the saved settings can be read back when the measurement target is changed. This function reduces the time and effort required to reconfigure the settings each time the measurement target is changed.

  • Page 67: Bank Select

    5-2-1 Bank Select The bank selection methods are as shown below according to the method of connecting to this product and  the measurement mode ( “5-4 Measurement Mode” (page 5-12)). Connected cable Selection method Key operation External input signal IO-Link (service data) General-purpose I/O Possible...
  • Page 68 Bank selection using the external input signal „ Bank selection is performed according to the hold input wire (green) and trigger input wire (purple) of the general-purpose I/O cable. Green: Hold input wire Purple: Trigger input wire Specify the bank number to use as shown below using the ON/OFF status of the hold input wire and trigger input wire.

  • Page 69: Initialize Bank

    5-2-2 Initialize Bank When is pressed, the setting items of the bank that is currently in use are initialized. MEMO Setting items where bank selection is not possible are not initialized.  “5-2-3 Save Bank” (page 5-9) 5-2-3 Save Bank Saving a bank „...
  • Page 70 Setting items where bank selection is not possible (common settings for all banks) The following setting items are common settings for all banks and therefore the setting cannot be changed by selecting a bank. Change the setting as necessary after selecting the bank. Setting menu Setting items Operation mode...

  • Page 71: Operation Mode

    5-3 Operation Mode Reduces variation in the measured value by applying a moving average process to the measured temperature. A longer set time for the operation mode slows down the response time, but the measured value will be more stable. Changing to the setting menu „...

  • Page 72: Measurement Mode

    5-4 Measurement Mode This configures the basic measurement method and the hold functions. It also can set edge detection which detects only rapid temperature changes. Changing to the setting menu „ ˃˃ “Measurement mode” ˃˃ MODE Setting items „ Measurement mode Normal Setting items Description of function...

  • Page 73: Types Of Measurement Modes

    5-4-1 Types of Measurement Modes The temperature measurement method can be selected by means of the measurement mode. : Possible ×: Not possible Measurement Hold Overview of function Refer to mode display Normal (Default Continually updates the temperature during measurement. ×...
  • Page 74 Update of current value „ When hold display of the measurement value, or the highest value (peak value) or lowest value (valley value) , is displayed, each of these displays is updated to the current value. *1: Only when “Peak hold” or “Valley hold” is set for the measurement mode Current value update can be performed by either of the methods below.

  • Page 75: Normal" Measurement Mode

    5-4-3 “Normal” Measurement Mode Continually updates the temperature during measurement.  When “Alarm” is set (refer to “5-6 Alarm” (page 5-26)), and a temperature exceeding the upper/lower limit settings is measured, an alarm is output during that time. Temperature Upper limit Lower limit Time Alarm output...
  • Page 76 Operation control during sample hold „ When sample hold is selected, the following control is performed. Operation type Trigger Hold display start When the hold input wire turns ON, the current value at the time when the hold input wire turns ON is stored. Hold display cancel When the hold input wire turns OFF, hold display is canceled and the current measure- ment value is displayed.

  • Page 77: Peak Hold" Measurement Mode

    5-4-5 “Peak Hold” Measurement Mode The highest temperature (peak value) is displayed continuously during measurement.  It is also possible to hold the measurement value based on external input (hold display). (Refer to “5-4-2 Control of Measurement Values” (page 5-13).) ...
  • Page 78 Operation control during peak hold „ When peak hold is selected, the following control is performed. Operation type Trigger Hold display start When the hold input wire turns ON, the current value at the time when the hold input wire turns ON is stored. Hold display cancel When the hold input wire turns OFF, hold display is canceled and the current measurement value is displayed.

  • Page 79: Valley Hold" Measurement Mode

    5-4-6 “Valley Hold” Measurement Mode The lowest temperature (valley value) is displayed continuously during measurement.  It is also possible to hold the measurement value based on external input (hold display). (Refer to “5-4-2 Control of Measurement Values” (page 5-13).) ...
  • Page 80 Operation control during valley hold „ When valley hold is selected, the following control is performed. Operation type Trigger Hold display start When the hold input wire turns ON, the current value at the time when the hold input wire turns ON is stored. Hold display cancel When the hold input wire turns OFF, hold display is canceled and the current measurement value is displayed.

  • Page 81: Edge Detection" Measurement Mode

    5-4-7 “Edge Detection” Measurement Mode The temperatures during measurement are compared during a predetermined time period, and if a temperature difference at or above the set value occurs, the alarm output turns ON.  It is also possible to hold the measurement value based on external input (hold display). (Refer to “5-4-2 Control of Measurement Values”...
  • Page 82 MEMO After the power is turned ON or after a bank is selected, measurement data equivalent to the edge detect time has not yet been accumulated. Therefore, edge detection is performed by extracting the highest temperature and lowest temperature within the range of the accumulated measurement data. Relationship between “Edge detect time”...

  • Page 83: I/O Settings

    5-5 I/O Settings Performs a test of general-purpose I/O cable output setting and the input/output status. Changing to the setting menu „ ˃˃ “I/O settings” ˃˃ MODE Setting items „ I / O s e t t i n g s Output mode N .

  • Page 84: Output Mode

    5-5-2 Output Mode Sets the output condition for alarm output to either N.O (normally open) or N.C. (normally closed). Changing the output mode setting selects the alarm output signal status when the measured temperature is outside the specified temperature range (upper/lower limit settings). Selected item Description of function Setting range...

  • Page 85: Test

    5-5-3 Test A test can be performed of the input/output status using the general-purpose I/O cable. This makes it possible to check the external signal input status and check for miswiring or open circuits from the direct output of alarm output. MEMO This setting item is only displayed when this product is connected using a general-purpose I/O cable.

  • Page 86: Alarm

    5-6 Alarm Sets the detection range for the temperature to output as alarm output. Alarm output can be checked from the status display on the controller screen and the output signal of the general-purpose I/O cable. MEMO  The timing for output of the alarm output can be adjusted using the “Timer” setting. ( “5-7 Timer Function”...

  • Page 87: Alarm Output

    5-6-1 Alarm Output This function detects when the temperature deviates from a certain range. The upper limit temperature (Upper limit) and lower limit temperature (Lower limit) can be set individually. Example: Alarm select settings: “Upper & lower” Temperature Upper limit (Hysteresis) (Hysteresis) Lower limit...

  • Page 88: Upper Limit

    5-6-3 Upper Limit Sets the upper limit temperature for alarm output. Setting items Description of function Setting range Upper limit When the measured temperature exceeds the temperate -40°C to 500°C that is set for this setting, the upper limit alarm output turns (Default value: 500°C) This is displayed when the alarm select settings are set to “Upper &...

  • Page 89: Timer Function

    5-7 Timer Function It is possible to apply a timer to alarm output in order to delay the ON or OFF timing, or to turn output ON only for a certain time. Timer mode Overview of function Refer to Not use Timer function is not used.

  • Page 90: Operation When One Shot Is Selected

    Setting items Description of function Setting range 0.00 sec (*1) to 10.00 sec On delay time Displayed when “Delay” is selected. Sets the length of time for delay before turning (Default value: 0.10 sec) alarm output ON. Off delay time Displayed when “Delay”...

  • Page 91: Operation When Delay Is Set

    5-7-2 Operation When Delay Is Set It is possible to delay the alarm output ON/OFF timing when the measured temperature exceeds the upper or lower limit. The time for delaying alarm output ON (On delay time) and time for delaying alarm output OFF (Off delay time) can be set individually.

  • Page 92: Analog Output

    5-8 Analog Output When the measured temperature is within the set analog output range, a voltage/current value is output according to the temperature. Changing to the setting menu „ ˃˃ “Analog output” ˃˃ MODE Setting items „ オ フ オ フ Analog output Not use 　...

  • Page 93: Example Of Setting The Analog Output Range

    5-8-1 Example of Setting the Analog Output Range Sets the temperature range for analog output. When the measured temperature is within the output temperature range, a current/voltage value is output according to the temperature. Shortening the distance between the output range lower limit and upper limit can make it easier to detect finer temperature changes.

  • Page 94: Analog Output

    5-8-2 Analog Output Selects the type of analog output (Current/Voltage). Selected item Description of function Setting range Not use Analog output is not used. (Default value: Not use) Current Output as an analog current of 4 to 20 mA. Voltage Output as an analog voltage of 0 to 10 V.

  • Page 95: Test

    5-8-4 Test It is possible to test the analog output when using a general-purpose I/O cable. It is possible to check for miswiring or open circuits by outputting the specified current value or voltage value. MEMO This setting item is only displayed when this product is connected using a general-purpose I/O cable. オ...

  • Page 96: Emissivity

    5-9 Emissivity Sets the emissivity of the measurement target.  For details of the emissivity setting procedure, refer to “Emissivity Setting” (page 4-1). Changing to the setting menu „ ˃˃ “Emissivity” ˃˃ MODE Setting items „ オ フ オ フ Emissivity 0.950 　...

  • Page 97: Auto Calculation

    5-9-2 Auto Calculation Input the actual temperature of the measurement target. The emissivity will be calculated and set automatically based on the input temperature. Setting items Description of function Setting range Auto calculation Input the temperature of the measurement target. -40.0°C to 500.0°C (Default value: 100.0°C) MEMO...

  • Page 98: Laser Settings

    5-10 Laser Settings Set the lighting method of the ring laser marker that is emitted from the sensor head.  For the relationship between the ring laser marker and the field of view, refer to “2-4-1 Relationship between the Field of View and the Ring Laser Marker” (page 2-11). MEMO •...
  • Page 99 5-10-1 Laser Settings The following types of ring laser marker lighting methods exist. ON/OFF timing Selected item General Description The ring laser marker is not used. Continually OFF Specified period The ring laser marker is turned OFF automatically. Press the SET key Turns OFF auto- Set the time for lighting OFF with “Lighting period.”...
  • Page 100 5-10-3 Blink on Error When an error occurs while the ring laser marker is illuminated, the ring laser marker blinks at high speed to notify the operator of the error. Selected item Description of function Setting range If the ring laser marker is ON when an error oc- - (Default value: OFF) curs, the ring laser marker blinks at high speed.

  • Page 101: Display Settings

    5-11 Display Settings Sets the display direction, display language, and other display settings. Changing to the setting menu „ ˃˃ “Display settings” ˃˃ MODE Setting items „ オ フ オ フ Language English 　 Disp. direction 　 Vertical 　 Brightness 　...

  • Page 102: Disp. Direction

    5-11-2 Disp. Direction The display can be rotated in increments of 90°. Set to match the installation direction of the controller. Selected item Description of function Setting range Vertical This is the normal display. (Default value: Vertical) Horizontal Displayed horizontal, rotated 90° to the right from “Vertical.” VerticalRev.

  • Page 103: Temperature Unit

    5-11-4 Temperature Unit Specify the temperature display units. Setting items Description of function Setting range Temperature unit Select either Fahrenheit or Celsius for the tem- °C, °F perature display units. (Default value: °C) Display Settings 5-43 Ramco National www.optex-ramco.com 800-280-6933...

  • Page 104: Graph

    5-12 Graph Changes in the measured temperature are displayed in a graph at fixed intervals. Changing to the setting menu „ ˃˃ “Graph” ˃˃ MODE Setting items „ オ フ オ フ Graph TimeScale : 2 min Disp area :Specif Min : 10.0 Max :...

  • Page 105: Disp Area

    5-12-2 Disp Area Sets the temperature range for display in the graph. Setting items Description of function Setting range Auto The temperature range for display in the graph is automatically adjusted (-40.0 to 500.0°C) accord- (Default value: Auto) ing to the measured temperature. Specify Specifies the temperature range for display in the graph.

  • Page 106: Application Tag

    5-13 Application Tag Registers a string for identifying this product from the IO-Link Master. The application tag can be read/written via IO-Link.  For the application tag allocation destination, refer to “8-2 Index List” (page 8-9). Changing to the setting menu „...

  • Page 107: Function Tag

    5-14 Function Tag Registers a string for checking the functions and roles of this product from the IO-Link Master. The function tag can be read/written via IO-Link.  For the function tag allocation destination, refer to “8-2 Index List” (page 8-9). Changing to the setting menu „...

  • Page 108: Location Tag

    5-15 Location Tag Registers a string for checking the installation location and other information for this product from the IO-Link Master. The location tag can be read/written via IO-Link.  For the location tag allocation destination, refer to “8-2 Index List” (page 8-9). Changing to the setting menu „...

  • Page 109: Maintenance

    5-16 Maintenance The timing for calibration, cleaning, and other maintenance can be set in advance. When the time set for this item has elapsed, notification can be provided in the form of an alarm display on the screen.  For the maintenance timing notification method, refer to “7-1 Notification of Maintenance Timing”...

  • Page 110: App. Reset

    5-17 App. Reset Reset the all settings of this product to the factory defaults. Changing to the setting menu „ ˃˃ “App. reset” ˃˃ ˃˃ ˃˃ “EXECUTE” ˃˃ MODE When application reset is executed, the setting screen which appears at initial start is displayed. ...

  • Page 111: Information

    5-18 Information Various information for this product can be checked. Use this information as a standard for judgment of replacement timing and other maintenance of this product. Changing to the setting menu „ ˃˃ “Information” ˃˃ ˃˃ MODE Display items „...

  • Page 112: Errors And Warnings (Errs, Warnings)

    5-19 Errors and Warnings (Errs, Warnings) The names of errors and warnings can be displayed, and the warning status can be canceled. Changing to the setting menu „ ˃˃ “Errs, warnings” ˃˃ MODE Display items „ WARN 警告 オ フ オ...

  • Page 113: Clearing The Warning Display

    5-19-1 Clearing the Warning Display This clears the warning display. Check the display contents for the displayed warnings, and if the causes of the warnings have been corrected, use this operation to clear the warning display. Operating procedure WARN 警告 オ...
  • Page 114 5-54 Ramco National www.optex-ramco.com 800-280-6933...

  • Page 115: Troubleshooting

    Troubleshooting This section contains the error/warning display of this product, as well as the correction methods for trouble occurring during product use. Ramco National www.optex-ramco.com 800-280-6933...

  • Page 116: Error/Warning Display

    6-1 Error/Warning Display 6-1-1 Displays When an Error or Warning Occurs When an error or warning occurs with this product, the error/warning is displayed via the output indicator on the sensor head, the output indicator on the controller, and on the display screen. Controller Sensor head ②...

  • Page 117: Error/Warning Categories And Order Of Priority

    6-1-2 Error/Warning Categories and Order of Priority The errors detected by this product are displayed classified into the following categories. When alarms occur at the same time, the alarm with the highest order of priority is displayed. Category Number Order of priority Error 1 to 6 High...
  • Page 118 Error/warning display Error/ Cause Correction Output Display warning indicator screen Blinking Errors 3 Abnl laser Laser error Laser operation may be abnormal as a result of the laser lifetime, use under high- temperature conditions, or other reason. Immediately discontinue use of the sensor head, and contact an OPTEX FA sales representative.
  • Page 119 Error/warning display Error/ Cause Correction Output Display warning indicator screen Blinking Warning 5 Abnl temp_H Sensor head internal Is the product used in an environment with a green temperature error high ambient temperature? (minor Check the guaranteed operation temperature warning) of the product before use.

  • Page 120: Timing Of Error/Warning Clear

    6-1-4 Timing of Error/Warning Clear Canceling an error „ When the cause of an error is corrected, the error is automatically cleared. Canceling a warning „ The warning display continues even after the cause of the warning has been corrected. To clear the warning display, clear it manually on the “Error/warning screen.”...

  • Page 121: Troubleshooting

    6-2 Troubleshooting This section contains the correction methods for trouble occurring during use. During installation and setup „ Trouble Check Correction Cannot perform Is the power supply voltage not being Check that the lead wire and connector are securely measurement. applied? connected.
  • Page 122 Trouble Check Correction Did you use the default password? If you have not changed the password for operation lock, I have forgotten the operation lock enter the default value ("0000") to unlock. password. If you have changed the password for the operation lock but have forgotten the password, please use the service data of IO-Link (index number 12 ) to unlock.
  • Page 123 Trouble Check Correction The measured Is the sensor head moving due to Install in a location that is free of vibration, or install value is not stable. vibration? vibration damping countermeasures. Is the sensor head subjected to Leave the sensor head with the power on for a while to sudden temperature changes? stabilize the internal temperature.
  • Page 124 6-10 Ramco National www.optex-ramco.com 800-280-6933...

  • Page 125: Maintenance

    Maintenance This section describes the maintenance procedures for this product. Ramco National www.optex-ramco.com 800-280-6933...

  • Page 126: Notification Of Maintenance Timing

    7-1 Notification of Maintenance Timing With this product, notification of the preset calibration or cleaning timing is provided as an error or warning display on the screen.  For details of the maintenance timing settings, refer to “5-16 Maintenance” (page 5-49). TI-S Info Info...

  • Page 127: When Only The Sensor Head Or Controller Was Replaced

    7-2 When Only the Sensor Head or Controller Was Replaced Because the sensor head and controller are calibrated individually, it is possible to replace and use either the sensor head or controller separately. When only the sensor head or controller was replaced, reconfigure the following setting items. MEMO When an IO-Link connection is used, it is possible to use the IO-Link restore function to restore the conditions prior to replacement at both the sensor head and controller side.
  • Page 128 Items that must be reconfigured when the controller was replaced Setting items I/O settings I/O settings Output mode Analog output*1 Analog output Laser control Laser settings Lighting period Blink on error Display settings Language Disp. direction Brightness Temperature unit Graph TimeScale: Disp area: Application tag...

  • Page 129: Maintenance Procedures

    7-3 Maintenance Procedures This section describes the cleaning and calibration procedures for this product. Cleaning procedures „ Subject part Procedure Lens Dust, dirt, and scratches on the lens can cause incorrect measurements. In case of dirty lenses, remove the dust on the lens with a lens cleaning blower or other means. If the dust or dirt cannot be removed with a blower, lightly wipe the lens with a cotton swab or special lens cleaning cloth using a small quantity of ethyl alcohol.
  • Page 130 Ramco National www.optex-ramco.com 800-280-6933...

  • Page 131: Appendix

    Appendix This section contains the specifications, external dimensions, and IO-Link index list. Ramco National www.optex-ramco.com 800-280-6933...

  • Page 132: Specifications

    8-1 Specifications 8-1-1 Sensor Head Specifications TI-S30 „ Model TI-S30 Measurement range -40 to +500 °C Field of view Ø30 mm at 500 mm Optics Silicon lens Sensing element/spectral response Thermopile/8 to 14 μm High speed response, 50 ms, 100 ms, 200 ms, 500 ms, 1 s, 2 s, 5 s, 10 s, 20 s Response time (operating mode) Output response 90% -40 to 0 °C: ±1.5 °C...

  • Page 133: Controller Specifications

    8-1-2 Controller Specifications TI-SC(E) „ Model TI-SC(E) 24 VDC ±10 % (when using general-purpose I/O cable) Supply voltage 18 to 30 VDC (when using IO-Link cable) Rating 180 mA (when using general-purpose I/O cable) Current consumption 50 mA (when using IO-Link cable) Display resolution 0.1 °C/°F Temperature unit...
  • Page 134 Model TI-SC(E) Applicable EMC Directive (2014/30/EU) regulations UK EMC (The Electromagnetic Compatibility Regulations 2016) FCC Part 15 subpart B Environment RoHS Directive (2011/65/EU) UK RoHS (The Restriction of the Use of Certain Hazardous Substances in Electrical and Electronic Equipment Regulations 2012) China RoHS (MIIT Order No.32)) Applicable standards EN/IEC 61326-1...

  • Page 135: Dimensions

    8-1-3 Dimensions Sensor head „ TI-S30 Unit (mm) 3000 (35.8) 49.5 Ø13 2-M3 depth 4.5 Controller „ TI-SC (E) (Unit: mm) TI-S MODE Specifications Ramco National www.optex-ramco.com 800-280-6933...
  • Page 136 General-purpose I/O cable (Option) „ TI-SCA09-G3K (open-end) (Unit: mm) m Controller side Power supply and I/O side o (43) 3000 ±100 Semi-stripped ø6.8 cable, 9 wires × 0.14 mm IO-Link cable (Option) „ TI-SCA03-G3K (open-end) (Unit: mm) m Controller side Power supply and I/O side o (43) 3000...
  • Page 137 Extension cable connecting the sensor head and controller „ (Option) TI-SSA06-G3K(3m length) (Unit: mm) ← Controller side Sensor head side → (35.8) 3000 (36.3) ±100 ø5 cable TI-SSA06-G10K(10m length) (Unit: mm) Sensor head side → ← Controller side 10000 (36.3) (35.8) ±100 ø5 cable...
  • Page 138 BEF-TISH-A (Wall mounting bracket) (Unit: mm) 34.5 (t=2.5) Ø25 2-Ø3.4 22.5 EF-TISH-AB (2-axis mounting bracket) This is composed of BEF-TISH-A and BEF-TISH-B in the same product. For the outer diameter dimensions, refer to the figures for BEF-TISH-A and BEF-TISH-B. Controller panel mounting bracket (option) „...

  • Page 139: Index List

    8-2 Index List Information on using this product as an IO-Link device. 8-2-1 Communication Specifications Minimum cycle time 0.5 ms COM 3 (230.4 kbps) Baud rate M-Sequence code in Pre-operate mode M-Sequence code in Operate mode ISDU support 1.1.3 IO-Link revision 4 bytes Number of process input data bytes Number of process output data bytes...
  • Page 140 Word allocation „ (Example) When an OPTEX FA IO-Link UR Master is used (Default value: Lower sequence (little-endian)) Word Byte number Upper Lower Process data n+2 Process data n+3 Process data n+0 Process data n+1 Word number n+2 (scale eight bits) Reserved Laser Upper...
  • Page 141 8-2-3 Service Data Index number Setting (monitor) Category Item Remarks [units] value (HEX) Aapplica- Aapplication 2 (0x02) UINT 129: Returns the tion reset reset settings to their initial status. 160: Resets the graph display and displays it again from the beginning.
  • Page 142 Index number Setting (monitor) Category Item Remarks [units] value (HEX) Emissivity Emissivity UINT 100 to 1200 * Emissivity is sent/  (0x46) received as an integer multiplied by 1000. Specify 850 for 0.850. Auto calculation -400 to 5000 Units: °C If the emissivity of the measure- (0x47)
  • Page 143 Index number Setting (monitor) Category Item Remarks [units] value (HEX) I/O settings I/O settings UINT 0:NPN * Setting is only possible  (0x80) 1:PNP when an IO-Link cable connection is used. In Output mode UINT 0:N.O.  order to enable the (0x81) 1:N.C.
  • Page 144 Index number Setting (monitor) Category Item Remarks [units] value (HEX) Mainte- Estimated days UINT 0 to 7305 Units: Days nance until maintenance (0x89) is required Time until UINT 0 to 88000 Units: Hours  maintenance (0xA1) • Set in units of 1 hour. event (Internally converted to units of seconds.)
  • Page 145 Index number Setting (monitor) Category Item Remarks [units] value (HEX) Graph Time Scale UINT 0: Auto  (0xC4) 1: 2 min 2: 10 min 3: 30 min 4: 1 hour 5: 3 hour 6: 6 hour 7: 12 hour 8: 24 hour Disply area: UINT 0: Auto...
  • Page 146 To read/write settings for setting items that have different settings in each bank, use the calculation formula below and calculate the index number of the bank that you want to read from or write to. Index number = Index number in table above + (256 × Bank number (1 to 4)) Example: For index number: 65 (alarm) Specify using the following index number for each bank number.
  • Page 147 *4: Batch reading locations at the time of read-all Data is stored in the following sequence when read-all is performed. (Big-endian) Device Location Description parameter Device Upper eight bits of lowest measurable temperature parameter 2nd digit upper eight bits of lowest measurable temperature 3rd digit upper eight bits of lowest measurable temperature Lower eight bits of lowest measurable temperature Upper eight bits of highest measurable temperature...

  • Page 148: Event Functions

    8-2-4 Event Functions Code Type Event name Description 6144 0x1800 Notice Maintenance timing The referential time for calibration or the user-specified time for cleaning has been reached. 6145 0x1801 Fault Memory rewrite lifetime Setting value memory has exceeded the limit of write cycle. This indicates the end of this product’s service life, so we rec- ommend you replace it as soon as possible.
  • Page 149 Ramco National www.optex-ramco.com 800-280-6933...
  • Page 150 Attention: Not to be Used for Personnel Protection. Never use these products as sensing devices for personnel protection. Doing so could lead to serious injury or death. These sensors do not include the self-checking redundant circuitry necessary to allow their use in personnel safety applications. A sensor failure or malfunction can cause either an energized or de-energized sensor output condition.

Table of Contents