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KYOWA UCAM-60C Instruction Manual

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Windows 7,8 and 10 are trademarks of Microsoft Corporation, U.S.A. and other countries.
Generally, company names and trade names described in this Instruction Manual are trademarks or registered
trademarks of the companies.
This Instruction Manual may not be copied or reproduced, in whole or part, without consent of KYOWA.
Copyright © Kyowa Electronic Instruments Co., Ltd. All rights reserved.
The contents of the Instruction Manual is subject to change without prior notice.
DATA LOGGER
UCAM-60C
INSTRUCTION MANUAL
Thank you for purchasing KYOWA's product UCAM-60C Data Logger.
Read this Instruction Manual carefully in order to make full use of the high
performance of the product.
Do not use the product in methods other than described in this Manual.
IM-A-1184E
September
2021

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  • Page 1 Generally, company names and trade names described in this Instruction Manual are trademarks or registered trademarks of the companies. This Instruction Manual may not be copied or reproduced, in whole or part, without consent of KYOWA. Copyright © Kyowa Electronic Instruments Co., Ltd. All rights reserved.

  • Page 2: Table Of Contents

    CONTENTS TYPES STANDARD ACCESSORIES OPTIONAL PRODUCTS SAFETY PRECAUTIONS BERORE USE SAFETY SYMBOLS NOTES ON RESTORING FACTORY DEFAULTS ⅵ NOTATIONS USED IN THE INSTRUCTION MANUAL 1. PRODUCT OUTLINE 1-1 PRODUCT OUTLINE 1-2 SYSTEM CONFIGURATION 2. CONTROLS AND INDICATORS 2-1 FRONT PANEL 2-2 REAR PANEL 2-3 TOP 2-4 DESCRIPTION OF DISPLAY WINDOW...
  • Page 3 4. HOW TO OPERATE UCAM-60C 4-1 OPERATIONAL FLOW 4-2 SETTING VARIOUS ITEMS FOR MEASUREMENT 4-3 HOW TO SET 4-4 MENU LIST 5. BASIC SETTING FOR MEASUREMENT 5-1 SYSTEM CONTROL 5-1-1 Setting Internal Scanners 5-1-2 Setting Scanning Speed 5-1-3 Setting Cold Junction Compensation...
  • Page 4 7. MONITOR AND REAL-TIME CH MEASUREMENT 7-1 SETTING MEASURING FUNCTION 7-1-1 Setting Operation Other Than Initial Value 7-1-2 Setting Initial Value (Measurement) 7-1-3 Auto-ZERO 7-2 MONITORING 7-2-1 Setting Monitor CH 7-2-2 Starting/Stopping Monitoring 7-3 REAL-TIME MEASUREMENT 7-3-1 Starting/Stopping Realtime Measurement 7-3-2 Printing Measured Data 7-3-3 Saving Measured Data 7-3-4 Confirming Measured Data...
  • Page 5 11. OTHER SETTINGS 11-1 11-1 SETTING TIME 11-1 11-2 SETTING BUZZER 11-1 11-3 SETTING LANGUAGE 11-2 11-4 SETTING MONITOR DISPLAY 11-3 11-5 SETTING MONITOR FONT 11-4 11-6 SAVE CHECK WINDOW 11-5 11-7 REAL TIME 11-6 11-8 SETTING MAINTENANCE 11-7 11-9 SETTING PRINTER 11-7 11-9-1 Setting Feed Line 11-8...

  • Page 6: Standard Accessories I

    UCAM -60C-DC For DC power suppl y DC 10 ~ 16 V STANDARD ACCESSORIES The following accessories are enclosed with the UCAM-60C. Check that there are no missing accessories after opening the package. • Instruction Manual (CD-R) 1 set • Simplified Instruction Manual 1 booklet •...

  • Page 7: Safety Precautions

    BEFORE USE Be sure to comply with the following safety precautions during use. Kyowa Electronic Instruments Co., Ltd. shall not be liable for any damage suffered as a result of using the product not in compliance with these safety instructions.
  • Page 8 WARNING ● Fuse To prevent fire, use only fuses with the specified ratings (current, voltage, type) in this device. Do not use fuses that are not specified, and do not short-circuit the fuse holder. Pull out the power supply cable first before replacing the fuse. ●...
  • Page 9 To prevent malfunction and accidents due to erroneous handling and installation, and to allow the UCAM-60C for a safe and well performance, understand the handling method and condition by reading the following instructions CAUTION 1) Do not turn off the power supply when reading/writing a data file and do not take out the USB memory.

  • Page 10: Notes On Restoring Factory Defaults

    NOTES ON RESTORING FACTORY DEFAULTS The following error message is displayed and printed when the UCAM-60C is turned on and started up after executing the procedure described in section 15-4 "HOW TO RESET TO FACTORY DEFAULT SETTING" of the UCAM-60C Operation Manual (IM-A1184E).

  • Page 11: Notations Used In The Instruction Manual Ⅵ

    Other items are expressed in double quotation marks “ ”. Ex.) “First CH,” etc. • Precautions Precautions for safe operation and reference information for correct handling are expressed as follows. Example: NOTE Describes essential instructions for handling the UCAM-60C. MEMO Describes reference information for handling the UCAM-60C. ⅵ...

  • Page 12: Product Outline

    1000 CHs by connecting the external scanners such as USB-70 series scanners. Measured data is able to be stored into built-in memory. A standard type UCAM-60C is equipped with a printer so that the measured results are able to be printed out on-site immediately for confirmation after the measurement.

  • Page 13: Controls And Indicators

    2. CONTROLS AND INDICATORS 2-1 FRONT PANEL 13) 15) Printer USB Port : ..........Insertion Port for USB Flash Memory. Display key: ..........When measuring function is set to “EASY MEAS,” press ZERO key for more than 3 seconds to measure the “ZERO” value. ZERO FUNC key: ..........
  • Page 14 ∧ ∨ ＜ ＞ 13) Cursor keys ( ): ....Moves the cursor up, down, right, and left. ∨ In the standby mode, if pressing key for approximately more than 3 seconds, the window will light out, indicating that it is in the key- locked state.

  • Page 15: Rear Panel

    Option slot 2: ......... External input/output unit UIO-60A inserting slot. “RS-232C” connector: ....RS-232C interface connector “Ethernet” connector: ....Ethernet interface connector “GND” terminal: ......UCAM-60C’s ground terminal “POWER” switch: ......Power switch “LINE IN” connector: ....Power cable connecting inlet socket “FUSE”...
  • Page 16 Option slot 2: ......... External input/output unit UIO-60A inserting slot. “RS-232C” connector: ....RS-232C interface connector “Ethernet” connector: ..... Ethernet interface connector “GND” terminal: ......UCAM-60C’s ground terminal “POWER” switch: ......Power switch “DC IN” connector: ....... DC power cable connecting connector “FUSE”...

  • Page 17: Top

    2-3 TOP * To remove the top cover, hold the rear side of the cover of UCAM-60C and lift it up according to the direction of arrow. CH020 to 029 CH010 to 019 CH000 to 009 Top cover Input terminal board NDIS connector (Installed only in USS-62B dedicated scanning unit) Ventilating hole (Do not seal this hole during operation.)
  • Page 18 The recommended tightening torque for the screws is 0.49Nm When using the solderless terminal, the outside dimensions should be 6.5m or less ② Sensor connector For connecting the strain gage transducer Note Do not connect the FV-1A and FV-2A sold by KYOWA to the UCAM-60C.

  • Page 19: Description Of Display Window

    2-4 DESCRIPTION OF DISPLAY WINDOW 2-4-1 Display Window When the Power ON Switch ON the power of UCAM-60C and the display window changes as shown in the following. Title display DATA LOGGER UCAM-60C At this moment,All LEDs light up. Power ON time display...

  • Page 20: Ready State

    2-4-2 Ready State The following types of icons are displayed in the ready state to indicate the current setting state of the UCAM-60C Ready State DATE 2018/01/18 Current date and time TIME 10:00:00 CH. 000-009 01 When internal memory has storage capacity.
  • Page 21 The main screen to be displayed in a ready state can be switched with the cursor keys ＜ , ＞. The following information appears in each main screen, indicating the current setting status of the UCAM-60C, respectively. Main screen 2 (data storage)

  • Page 22: Connecting Devices & Preparing For Measurement

    3-1-1 Grounding Always ground the GND terminal to prevent the UCAM-60C from being affected by noise as well as receiving electric shock due to leaks of the electric current. For wire rods, it is recommended to use green color vinyl coated wire having a section area of more than 0.75 mm...
  • Page 23 (1) Connect the measuring target to the “GND” terminal of scanner such as USB-70 series, etc. (2) If no scanner is used, connect the measuring target to the “GND” terminal of the UCAM-60C. (3) Ground either the scanner’s “GND” terminal of USB-70 series, etc., or the “GND” terminal of UCAM-60C.
  • Page 24 3-1-1-5 When Connecting to an External Device Which Has Connection between Digital Common (or Chassis) and GND Terminal (1) Connect the “GND” terminal of the UCAM-60C to the GND terminal of the external device. (2) Ground the GND terminal of the external device.

  • Page 25: Grounding For Lightning Surge Protection

    3-1-2 Grounding for Lightning Surge Protection To protect the UCAM-60C or scanners from lightning surge, connect “E” terminals of each of the input terminals to the “GND” terminal. For lightning surge protection, conduct grounding independently. The effect of the lightning surge protection depends on how well of the connection of grounding and wiring.

  • Page 26: Connecting Power Cable

    Tester Tester Ground (3) If the UCAM-60C is operated in environment where interfering devices such as induction motor, welding machine, etc. are used, power supply may be deteriorated due to noise. It is recommended to use KYOWA’s Insulation Transformer UPT-300B.

  • Page 27: Connecting Dc Power Supply

    Before connecting the power cable, confirm the following. (1) Ensure that the DC power supply voltage has 10 to 16 VDC. If the UCAM-60C is used with DC power voltage other than stated above, it may cause low performance and malfunction of UCAM-60C.

  • Page 28: Connecting External Devices

    3-2 CONNECTING EXTERNAL DEVICES 3-2-1 Connecting USB-70 Series Scanners For connecting USB-70 series external scanners to the UCAM-60C, it is required to use a scanner interface USI-67A (optional goods). UCAM-60C (1) Install the scanner interface USI-67A to optional slot 1 at the rear panel.

  • Page 29: Connecting Rs-232C Interface

    3-2-2 Connecting RS-232C Interface RS-232C interface connector is provided at the rear panel of the UCAM-60C. Refer to the following figure for connecting the UCAM-60C to the PC. UCAM-60C １ １ ２ ２ ３ ３ ４ ４ ５ ５ ６...

  • Page 30: Connecting Ethernet

    3-2-3 Connecting Ethernet Ethernet interface connector (LAN connector) is provided at the rear panel of the UCAM-60C. Cables connecting the UCAM-60C to the PC, etc. vary with the connection method. (1) When directly connecting the UCAM-60C to the PC LAN cable (cross-wired, conforming to category 5) ●...
  • Page 31 INTERFACE” for setting interface. ● For details of setting IP address, etc., confirm the relevant ‘Network Administrator’, etc. of the connected network. ● Note that the UCAM-60C is not provided with functions such as ‘Fire Wall’. Be careful when connecting to the network.

  • Page 32: Setting The Ip Address

    Connection is not possible when the IP addresses of UCAM-60C and your PC are not set. This section describes how to set the IP address of the UCAM-60C together with the IP address of your PC. 3-3-1 Setting confirmation on the PC side First, confirm the IP address setting on the PC side.

  • Page 33: Ucam Setting

    In addition, even when other PCs and devices are connected in the same LAN environment, enter a different number so that the number *** is not duplicated. 2) Set the IP address of the UCAM-60C. See "10-4 Ethernet Setting" for details.
  • Page 34 There are 2 LEDs at the LAN connector of the UCAM-60C, indicating whether the current connection of hardware is correct or not. Turn ON the UCAM-60C and launch the UCS-60B of PC. If LAN connection is correct, one of the LEDs lights up while the other flickers (irregularly). If not, check the LAN cable connection .
  • Page 35 (3) If correct connection of hardware and software had been confirmed but controlling of UCAM-60C in practical application cannot be conducted, 1) Check setting condition of the current application. 2) Check with the security software’s Firewall removed. 3) Ethernet communication is not available if the communications port (9001) is set to a state where it is always closed.

  • Page 36: Connecting Sensors

    ● For 1-gage connection, it is recommended to adopt a “3-wire system” connection method that has less error factors such as temperature influence based on gage lead wire used, error of the initial value, etc. ● When measurement is conducted in environment with excessive noise, use KYOWA’s low-noise lead wire (L-13/14/15/16).
  • Page 37 Bridge Circuit Connection Method : Strain gage : Built-in fixed resistor Ａ Ａ Measuring Method CH Mode : Active gage : Active gage Ｄ Ｄ : Dummy gage : Dummy gage Ｅ : Bridge Exciter ｅ : Bridge output 2-gage method (Active-dummy method) 2G/A-D (BV 2 V)
  • Page 38 Bridge Circuit Connecting Method : Strain gage : Built-in fixed resistor Ａ Ａ : Active gage Measuring Method CH Mode : Active gage Ｄ Ｄ : Dummy gage : Dummy gage Ｅ : Bridge exciter ｅ : Bridge output 4-gage method (Opposite side active method) Gage resistance...

  • Page 39: Connecting Potentiometer Sensors

    3-4-2 Connecting Potentiometer Sensors Measuring Method Connection Method CH Mode Potentiometer sensor Potentiometer resistance POT. 1kΩ to 10 kΩ Shield 3-4-3 Connecting Voltage and Current Output Type Transducers. Measuring Method Connection Method CH Mode Power voltage V/500 mV Voltage measurement source V/50 V Shield...

  • Page 40: Connecting Thermocouple

    3-4-4 Connecting Thermocouple Measuring Method Connecting Method CH Mode Thermocouple TC/K temperature TC/T measurement TC/E TC/J TC/R Shield MEMO ● When measuring, enclose the terminal part with terminal cover so that the terminal part can be adapted to be equivalent with room temperature. Do not expose terminal part to wind of air-conditioner or direct sunlight.

  • Page 41: Replacing Recording Sheet

    ・The model of the recording sheet is UCAM-60A-RP (with 10 rolls per box, spec: heat sensitivity type, wide: 58 mm, length: 25mm per roll) 3-6 ABOUT INTERNAL BACKUP BATTERY When power of the UCAM-60C is off, internal backup battery is used for maintaining the contents for the clock function NOTE ・The internal backup battery has an expiration date of approximately 7 years.

  • Page 42: How To Operate Ucam-60C

    This section describes basic procedures for operating the UCAM-60C. (1) Installation of the UCAM-60C and connection of scanners Connect the UCAM-60C to scanners and connect the GND terminal to the ground. For details, refer to “3. CONNECTING DEVICES & PREPARING FOR MEASUREMENT.”...

  • Page 43: Setting Various Items For Measurement

    Reference resistance value when 5-3-8 Setting resistance value temperature platinum Reference resistance thermometer sensor or Resistance Value → → KYOWA’s transducer with temperature measuring function is set to 0 °C. * 1: Able to be set afterwards.

  • Page 44: How To Set

    4-3 HOW TO SET 4-3-1 Indicating Menu Items FUNC． When the UCAM-60C is in ready state, press the key. Menu items on measuring function will be displayed. Set the required measuring function and the indication returns to the ready state.

  • Page 45: Menu List

    4-4 MENU LIST By pressing the key, the following tree structure indicates the setting items. To return to the previous menu, press the key. MEAS CH MEAS Condition Repeat Times Interval Trigger Trig Interval Stroke Change Alarm (Displayed only when UIO-60A is installed) CH Condition Manual CH Mode Auto CH Mode (Enabled only for internal scanners)
  • Page 46 File Manage Specif Dr File List Convert File Reproduce File Delete File Copy File Change Name All File Delete System Control Environment Time Buzzer Japanese/Eng Monitor Disp Monitor Font Save Check Real time Maintenance Power Control (Displayed only when operated on DC power unit) Measurement Int Scanner Scan Speed (Specified for all CHs in bulk)

  • Page 47: Basic Setting For Measurement

    5. BASIC SETTING FOR MEASUREMENT This Chapter is related to basic settings required for the measurement. 5-1 SYSTEM CONTROL Set items included in [1: Measurement] of [7: System Control] of the main menu. Procedures are described consecutively. ∧ Press the key on the main menu or the move the cursor key ( 4: Condition file 5: Check ∨...

  • Page 48: Setting Scanning Speed

    (A scanner unit with its CH switch set to 03 is allotted with CHs from 030 to 039.) 5-1-2 Setting Scanning Speed The UCAM-60C is capable of various measurements while switching the CHs. The time required for measuring 1 CH is called the scanning speed (or time) which is expressed with time/CH.

  • Page 49: Setting Cold Junction Compensation

    0: Internal (Internal cold junction compensation is conducted by the UCAM-60C.) 1: External ( Cold junction compensation is conducted by measuring instrument other than the UCAM-60C and the output results are input into the scanner.) No internal cold junction compensation is conducted by the UCAM-60C.

  • Page 50: Setting Power Frequency

    5-1-4 Setting Power Frequency Power frequency required for operating the UCAM-60C is described as follows. MEMO ● For AC power supply device 1. Not required to set the power frequency if the “MEAS Timing” is set to “Synchronous.” The required power frequency is automatically detected and set.

  • Page 51: Setting Measuring Conditions

    3: Trigger 5-2-1 Setting MEAS CH Set the “First CH” and the “Last CH” of the measuring CHs (MEAS CH). The UCAM-60C conducts measurement of CHs between the above first and last CHs. Operation of measurement from 000 to 009 CHs are described in the following.

  • Page 52: Setting Repeat Times

    5-2-2 Setting Repeat Times With one times operation of starting measurement, set the number of times of measurement between the “First CH” and “Last CH.” If N times (1 to 99) are set, CHs preset between the “First CH” and “Last CH” will be measured for N times. In addition, if ‘00’...

  • Page 53: Setting Ch Conditions

    5-3 SETTING CH CONDITIONS This section describes various items included in [1: CH Condition] of the main menu. Procedures for indication the above items are described in the following. 0: MEAS Condition ∧ ∨ Press the key in the main menu or press the cursor key ( 1: CH Condition to have the cursor on the [1: CH Condition] and then, press the 2: TEDS Information...
  • Page 54 (2) Selecting and setting an arbitrary CH It is possible to select and set an arbitrary CH. CH Mode ＜ Press the cursor key to move the cursor to the [CH]. Input an 007 12 4G arbitrary CH No. of the measuring CH. 008 12 4G to ) and Next, input the desired numeric with the numeric keys (...
  • Page 55 ■ List of CH Modes Mode No. CH Mode Skip 00(SKIP) 1-gage (120 Ω, BV 2V) 01(1G120) 1-gage (240 Ω, BV 2 V) 02(1G240) 1-gage 350 Ω, BV 2 V） 03(1G350) 1-gage 120 Ω, Dummy, BV 2 V） 04(1G120/D) 1-gage (120 Ω, Active, BV 2 V) 05(1G120/A) 1-gage (350 Ω, Dummy, BV 2 V) 06(1G350/D)
  • Page 56 ● USB-70A (When scanner “MODE SET” switch is set to “SCANNER.”) Set the CH No. to ‘42’ and set the desired mode with the digital switch on the scanner side. NOTE For CH mode No. after “29”, UCAM-60C is different to UCAM-60A. 5-10...

  • Page 57: Automatically Setting Ch Mode

    5-3-2 Automatically Setting CH Mode CH modes corresponding to connected sensors (strain) are automatically detected and set for every CH. Press the key in the [CH Condition] setting menu or press the cursor key 0: Manual CH Mode 1: Auto CH Mode ∧...

  • Page 58: Setting Scanning Speed

    5-3-3 Setting Scanning Speed There are 2 ways to set the scanning speed, that is, by collectively setting the scanning speed for all CHs as described in “5-1-2” and by setting in the same way for every CH as described in this section. In either ways, the set items can be confirmed only in the window described in this section.
  • Page 59 In addition, channel mode 4G/T is not corresponding to the “High Speed” mode. ● Scanning speed and scanner “High speed” scanning speed is effective only for UCAM-60C’s built-in internal scanners. Do not set the “High speed” to external scanners. If the scanning sped is set to “Normal,” scanners will be as follows.

  • Page 60: Setting Calibration Coefficient

    5-3-4 Setting Calibration Coefficient Coefficient used for converting a measured value into physical quantity is called a calibration coefficient. The calibration coefficient is set for every CH. The calibration coefficient is set in a range from 1.0000E-9 to 9.9999E+9 and from -1.0000E-9 to -9.9999E+9. There are 2 ways to input the calibration coefficient.
  • Page 61 MEMO ● Calibration coefficient is enabled (when the measured value is converted into physical quantity) when measuring function is set to “MEAS.,” “EASY MEAS,” and “ORIG.,” and when the COEF. key LED is lighted up. ● The COEF. key LED turns ON and OFF when the COEF.

  • Page 62: Setting Digits After Decimal Point

    5-3-5 Setting Digits After Decimal Point When measured value is displayed in physical quantity, a decimal point position can be set by referring to the following. No decimal point ( ######) Displays 1 digit after decimal point (#####.#) Displays 2 digits after decimal point (####.##) Displays 3 digits after decimal point (###.###)

  • Page 63: Setting Unit

    5-3-6 Setting Unit Units of measured values in physical quantity are described as follows. Required unit is entered with the unit No. (Refer to “List of Unit Nos.” below) 1: Auto CH Mode Press the key in the [CH Condition] setting menu or press the 2: CAL Coef ∧...

  • Page 64: Setting Offset

    MEMO The setting operation of unit can be operated as same as the CH mode setting operation by the following operation keys. ＜ ● Press the cursor key and move the cursor to the desired [CH]. Input the CH No. and press the ENTER key to display the set value of the selected CH.

  • Page 65: Setting Reference Resistance Value

    5-3-8 Setting Reference Resistance Value When a resistance thermometer sensor or KYOWA’s civil transducer with temperature measuring function is used, input the resistance value of 0°C of a sensor in use. Press the key in the [CH Condition] setting menu or press the...

  • Page 66: Setting Required Conditions By Teds Information

    5-4 SETTING REQUIRED CONDITIONS BY TEDS INFORMATION The UCAM-60C is designed to read TEDS (Transducer Electronic Data Sheet) information and automatically set the appropriate CH mode, CAL coefficient, decimal point, and unit. 5-4-1 Corresponding Sensors NOTE ● Reading all the TEDS sensor information is not available.
  • Page 67 5-4-2-1 Setting Set CH Set for every CH whether to read the connected TEDS sensor information or not. Press the key in the [TEDS Information] menu or press the cursor key 0: Set CH 1:Auto-set Items ∧ ∨ ) to have the cursor on the [0: Set CH] and then, press the 2: Read Information ENTER key.
  • Page 68 5-4-2-3 Reading TEDS Information After reading TEDS sensor information, the set CH conditions will be read as well. ∧ Press the key in the [TED Information] menu or press the cursor key ( 0: Set CH 1: Auto-set Items ∨ ) to have the cursor on the [2: Read Information] and then, press the 2: Read Information 3: Print Information...
  • Page 69 5-4-2-4 Printing TEDS Information TEDS sensor information of the correctly read CH is printed out. ∧ 0: Set CH Press the key in the [TED Information] menu or press the cursor key ( 1: Auto-set Items ∨ 2: Read Information ) to have the cursor on the [3: Print Information] and then, press the 3: Print Information ENTER...
  • Page 70 5-4-2-5 Printing Detailed TEDS Information TEDS sensor information of the correctly read CH is printed out in details. Press the key in the [TEDS Information] menu or press the cursor key 1: Auto-set Items 2: Read Information ∧ ∨ ) to have the cursor on the [4: Print Details] and then, press the 3: Print Information ENTER key.
  • Page 71 ● Printing Example MEMO ● TEDS sensor information of the incorrectly read CH cannot be printed out. ● For details of the TEDS sensor information, refer to TEDS sensor manufacturing company. 5-25...

  • Page 72: File Operation

    6. FILE OPERATION This Chapter describes details of saving measuring conditions and measured data in internal memory with the following extensions. In addition, This Chapter describes details of Copying measuring conditions and measured data in USB Flash Drive. Extension Description of Files Measuring condition file.

  • Page 73: Saving And Reading Condition File

    6-1 SAVING AND READING CONDITION FILE 6-1-1 Saving Condition File Measuring conditions can be saved as a file. Set the file name within 1 to 8 characters and with extension ‘prm.’ Following is an example for saving the file into the internal memory with a name ‘test.’ Press the key on the main menu or press the ENTER...

  • Page 74: Reading Condition File

    ∨ Suppose a “test” is entered as a file name. Move the cursor key File Name indicate characters from ‘k’ to ‘t’ and press . Move the cursor with test ∧ (abcdefghij) key to indicate characters from ‘a’ to ‘j’ and press .

  • Page 75: Saving Measured Data

    6-2 SAVING MEASURED DATA 6-2-1 Setting and Saving File Name Set file name for saving measured data. The file name is set in 7 characters. Press the key on the main menu or press the SAVE ENTER 6: File Manage with the cursor on the [Save: File Name].

  • Page 76: Data File Format

    6-2-3 Data File Format Data of the UCAM-60C is saved in KYOWA’s data file format. This section describes the data file format used for saving the UCAM-60C acquired data. Data that is filed by this data file format is saved in additional form.
  • Page 77 Terminal temperature of thermocouple measurement is faulty Skip CH Disconnected Scanner transmission error A-D converter faulty CH mode between the UCAM-60C and USB-70A does not match Scanner not installed 2) CH No.: Measurement CH Nos. (from 000 to 999) 3) Measured data:...
  • Page 78 4) Unit No. Unit Unit Unit με Cm/s μm/m m/min km/h N・m Ω kN・m kΩ N・cm MΩ N/mm mmHg °C Kgf/cm ° rad/s (Blank） cm/s 5) Number of digits below decimal point 6) Incidental data discrimination code 0: Data other than the following item ‘1.’ 1: Incidental data (Temperature data of transducer with temperature measuring function) 7) End code 0: CH other than the last CH...

  • Page 79: File Management

    6-3 FILE MANAGEMENT The following operations are allowed for measuring condition file (condition file) and measured data file (data file) in the internal memory and PC card. 1: File List Lists up file names in the selected drive. 2: Convert File Converts the selected data file into CSV format file.

  • Page 80: List Of Files

    6-3-2 List of Files Press the key on the [File Manage] menu or press the ENTER 0: Specif Dr with the cursor on the [1: File List]. 1: File List 2: Convert File 3: Reproduce File Files in the selected drive are listed up. File List Press the ENTER...

  • Page 81: Reproducing File

    6-3-4 Reproducing File Press the on the [File Manage] menu or press the ENTER 0: Specif Dr with the cursor on the [3: Reproduce File]. 1: File List 2: Convert File 3: Reproduce File Data files on the selected drive are displayed. Move the cursor to the Reproduce File reproducing file and press the ENTER key.

  • Page 82: Changing File Name

    Files on the selected drives are displayed. Move the cursor to the Copy File ey to indicate ‘*’ in front of the desired file and press the ENTER k test001.prm file name. Every time the ENTER key is pressed, the indication *test001.rtm switches from ‘Select’...

  • Page 83: All File Delete

    6-3-8 All File Delete Press the key on the file manage menu or press the ENTER 4: Delete File with the cursor on the [7: Format]. 5: Copy File 6: Change Name 7: All File Del A message appears to confirm the delete. Press the ENTER key to All File Delete...

  • Page 84: Monitor And Real-Time Ch Measurement

    7. MONITOR AND REAL-TIME CH MEASUREMENT 7-1 SETTING MEASURING FUNCTION Measuring function is classified into 4 types. (1) Initial value measurement (Initial value) When measurement is conducted by using strain gages and strain gage transducers, the output in no-load state (Initial Unbalance Value) is measured and saved as an initial value.
  • Page 85 (3) EASY MEAS measurement The base operation of the EASY MEAS measurement is as same as the item (2) MEAS measurement. Press the ZERO key on the front panel for approximately 3 seconds. Then, instead of measuring the initial value, the output of strain gages or strain gage transducers at this time is measured as ZERO value.

  • Page 86: Setting Operation Other Than Initial Value

    7-1-1 Setting Operation Other Than Initial Value When it is in the ready state, press the FUNC key to indicate 0: MEAS Value measuring function menu. Move the numeric key or the cursor to 1: Original Value the required measuring function and press the ENTER key.

  • Page 87: Monitoring

    7-2 MONITORING Monitor measurement is conducted for maximum 40 CHs. 7-2-1 Setting Monitor CH Set CHs for monitor measurement. ∧ Press the MONI. key on the main menu or press the cursor key ( 5: Check 6: File Manage ∨ ) to locate the cursor on the [MONI.

  • Page 88: Real-Time Measurement

    7-3 REAL-TIME MEASUREMENT 7-3-1 Starting/Stopping Realtime Measurement Press the key to start the realtime measurement. 01/18 14:00:00 START/STOP Then, the current measuring CH No., measured value, and unit are CH. 000 Measuring 15 με indicated. In addition, the START/STOP key LED lights up during the measurement.

  • Page 89: Saving Measured Data

    Disconnected Scanner transmission error A-D converter faulty CH mode between the UCAM-60C and USB-70 series does not match Scanner is not installed 7-3-3 Saving Measured Data Measured data are filed and saved into an internal memory with an extension “rtm.”...

  • Page 90: Auto-Measurement

    (2) Interval table An interval table consists of more than 1 steps which are called in Nos. Fifteen steps from 0 to 14 are available in the UCAM-60C. Set measurement time interval and measuring times as well as status for every step.

  • Page 91: Setting Interval Conditions

    NOTE ● Measuring times set by selecting [1: Repeat Times] from [0: MAS Condition] main menu is reflected to the number of measuring times set in measurement for interval start measurement (From start CH to end CH). ● When[1: Repeat Times] selected from [0: MEAS Condition] is set to “00,” interval ON (interval measurement) is not available.

  • Page 92: Other Key Operations

    Set step 00 conditions. Input time interval and measuring times with STEP Day H M S 00 00:01:00:00 numeric keys. Input - key for the status. After entering the status, Times ST press the ENTER key. 0024 Set step 01 conditions. Input time interval and measuring times with STEP Day H M S 01 00 12:00:00 numeric keys.

  • Page 93: Starting And Canceling Interval Measurement

    8-1-3 Starting and Canceling Interval Measurement (1) ● Start: Press the 0 key for approximately more than 3 seconds in ready state to have the interval measurement state. Ready state Interval measurement state 01/18 10:00:00 DATE 2018/01/18 01/18 12:00:00 TIME 10:00:00 STEP 0 000001 CH.
  • Page 94 ● Cancel 01/18 10:00:00 01/18 12:00:00 INTERVAL MEAREMENT WINDOW STEP 0 0000 When the UCAM-60C is waiting for measurement start, press 0: MEAS Condition START/STOP key while pressing the SHIFT key. 1: CH Condition Or, press the 3 key on the main menu with the cursor on the [3: Auto-...

  • Page 95: Trigger Measurement

    Setting ‘0000’ means trigger measurement is repeated infinitely. It is repeated until it is stopped. Therefore, you cannot go to the next step. ● The status shows the operation of the UCAM-60C after the step and select from the following 3 types. End of the trigger table. Input with the . key.
  • Page 96 ■ Example of Measurement in Relative Value Mode (Reference value: 0, Trigger value: 100) measurement measurement Trigger value Trigger value Trigger value Reference value Trigger value measurement Example of Trigger Measurement in Relative Value Mode Trigger measurement Start ■ Example of Measurement in Absolute Value Mode (Trigger value: 100) measurement measurement -100...

  • Page 97: Setting Trigger Mode

    8-2-1 Setting Trigger Mode Press the key on the main menu or press the ENTER key with the 4: Condition File cursor on the [7: System Control]. 5: Check 6: File Manage 7: System Control Press the key on the system control menu or press the ENTER 0: Environment key with the cursor on the [1: Measurement].

  • Page 98: Setting Trigger Conditions

    8-2-2 Setting Trigger Conditions Press the key on the main menu or press the key with the ENTER 0: MEAS Condition cursor on the [0: MEAS Condition]. 1: CH Condition 2: TEDS Information 3: Auto-MEAS Press the key on the left [MEAS condition] menu or press the 0: MEAS CH ENTER key with the cursor on the [3: Trigger].

  • Page 99: Starting And Cancelling Trigger Measurement

    (3) Correct ＜ ＞ Move the cursor to the desired portion with key. After correcting, press the ENTER key. (4) Return Press the key to return to the1 step previous operating state. However, items during editing and entering are not determined. 8-2-4 Starting and Cancelling Trigger Measurement (1) ●...
  • Page 100 ● Cancel: -500 μ ε STEP 0 000000 TRIGGER MEASUREMENT WINDOW Press the START/STOP key while pressing the SHIFT key. 0: MEAS Condition Or, press the key on the main menu or pre ss the ENTER key with the 1: CH Condition cursor on the [3: Auto-MEAS].

  • Page 101: Trigger Interval Measurement

    Setting ‘0000’ means interval measurement is repeated infinitely. It is repeated until it is stopped. Therefore, you cannot go to the next step. ● The status shows the operation of the UCAM-60C after the step. Select from the following 3 types. End of the trigger table. Input with the . key.

  • Page 102: Setting Trigger Interval

    8-3-1 Setting Trigger Interval Press the key on the main menu or press the ENTER key with the 0: MEAS Condition cursor on the [0: MEAS Condition]. 1: CH Condition 2: TEDS Information 3: Auto-MEAS Press the on the left menu (MEAS condition menu) or press the 1: Repeat Times ENTER key with the cursor on the [4: Trigger Interval].

  • Page 103: Starting And Cancelling Trigger Interval Measurement

    (3) Correct ＜ ＞ Move the cursor to the desired portion with key. After correcting, press the ENTER key. (4) Return Press the key to return to the1 step previous operating state. However, items during editing and entering are not determined. 8-3-3 Starting and Cancelling Trigger Interval Measurement (1) ●...
  • Page 104 ● Cancel: -500 μ ε STEP 0 0000 TRIGGER INTERVAL MEASUREMENT WINDOW 100.000000 When it is in ready state, press the START/STOP key while pressing the 0: MEAS Condition SHIFT key. 1: CH Condition Press the key or press the ENTER key with the cursor located on the 2: TEDS Information [3:Auto-MEAS] menu.

  • Page 105: Check Function

    9. CHECK FUNCTION The UCAM-60C is provided with the following check functions. (1) BV2V Measures bridge excitation voltage (2V) supplied to strain gages and strain gage transducers at the terminal board to which these sensors are connected, outputs the measured results on the display or printer, and checks any abnormality on the bridge power supply.
  • Page 106 (8) Insulation Simply measures insulation resistance of transducer and outputs the result. This function is provided since strain gage transducers such as civil engineering transducers which are used in the field for a long period of time, may have the insulation resistance lowered due to water intrusion, etc., thereby making measurement unstable. (9) Display Display check function checks the indicator.

  • Page 107: Bv 2V

    Select the desired check menu to carry out the check function. Press the key on the main menu or press the ENTER key with the 2: TEDS Information cursor on the [5: Check] menu. 3: Auto-MEAS 4: Condition File 5: Check Select the desired check item on the left [Check] menu.

  • Page 108: Bv 5V

    9-2 BV 5V Press the key on the check menu or press the ENTER key with 0: BV2V the cursor on the [1: BV5V]. 1: BV5V 2: In/Out Resistance 3: Detect Mode The selected check item and executing key are indicated. BV 5V Check Start：...

  • Page 109: Mode Detection

    9-4 MODE DETECTION Press the key on the check menu or press the ENTER key with 0: BV2V the cursor on the [3: Detect Mode]. 1: BV5VC 2: In/Out Resistance 3: Detect Mode The selected check item and executing key are indicated. Mode Check Start：...

  • Page 110: Disconnection

    9-6 DISCONNECTION Press the key on the check menu or press the ENTER key with 2: In/Out Resistance the cursor on the [5: Disconnection]. 3: Detect Mode 4: Terminal Temp 5: Disconnection The selected check item and executing keys are indicated. Disconnection Check Start：START/STOP Pressing the...

  • Page 111: Insulation

    9-8 INSULATION Press the key on the check menu or press the ENTER key with 4: Terminal Temp the cursor on the [7: Insulation]. 5: Disconnection 6: Burnout 7: Insulation The selected check item and executing key are indicated. Insulation Check Start：START/STOP Pressing the START/STOP...

  • Page 112: Display

    9-9 DISPLAY Press the key on the check menu or press the ENTER key with 5 Disconnection the cursor on the [8: Display]. 6: Burnout 7: Insulation 8: Display Display Check The selected check item and executing key are indicated. Start：ENTER Press the ENTER...

  • Page 113: Setting Interface

    10. SETTING INTERFACE This Chapter is related to RS-232C interface and Ethernet interface. Select and set the desired interface. (Note that using 2 interfaces at the same time is not allowed.) 10-1 SELECTING INTERFACE Select the desired interface. Press the key on the main menu or press the ENTER key with the...

  • Page 114: Data Output Type

    10-2 DATA OUTPUT TYPE (1) Header Press the key on the left [Interface] menu or press the ENTER 0:Interface key with the cursor on the [1: Data Type]. 1: Data Type 2: RE-232C 3: ETHERNET Press the key or press the ENTER key with the cursor on the [0: 0: Header...

  • Page 115: Setting Rs-232C

    10-3 SETTING RS-232C This section is related to setting of RS-232C interface. Press the key on the [Interface] menu or press the ENTER 0: Interface with the cursor on the [2: RS-232C]. 1: Data type 2: RS-232C 3: ETHERNET The left RS-232C setting menu appears. 0: Baud Rate 1: Terminat Code 2: Timeout Time...

  • Page 116: Setting Ethernet

    (2) Termination code Select and set the desired termination code from CR and CRLF. Press the key on the [RS-232C] setting menu or press the ENTER 0: Baud rate key with the cursor on the [1: Terminat Code]. 1: Terminat Code 2: Timeout Time key to indicate “CR”...
  • Page 117 (1) IP address Press the key on the [ETHERNET] menu or press the ENTER 0: IP Address key with the cursor on the [0: IP Address]. 1: Subnet Mask 2: Default Gateway Input the “IP Address” with numeric keys. IP Address Pressing the ENTER key determines the entered item and the...

  • Page 118: Other Settings

    11. OTHER SETTINGS 11-1 SETTING TIME Press the key on the main menu or press the ENTER key with the 4: Condition File cursor on the [7: System Control] 5: Check 6: File Manage 7: System Control Press the 0 key on the left [System Control] menu or press the 0: Environment ENTER key with the on the [0: Environment].

  • Page 119: Setting Language

    Press the key on the left [Environment] setting menu or press the 0: Time ENTER key with the cursor on the [1: Buzzer]. 1: Buzzer 2: Japanese/Eng 3: Monitor ey to indicate “ON” and key to indicate “OFF.” Press ess the 1 k Buzzer ENTER key to determine the selected item and the indication...

  • Page 120: Setting Monitor Display

    11-4 SETTING MONITOR DISPLAY Press the key on the main menu or press the ENTER key with the 4: Condition File cursor on the [7: System Control]. 5: Check 6: File Manage 7: System Control Press the key on the left [System Control] menu or press the 0: Environment ENTER key with the cursor on the [0: Environment].

  • Page 121: Setting Monitor Font

    11-5 SETTING MONITOR FONT Press the key on the main menu or press the ENTER key with the cursor 4: Condition File on the [7: System Control]. 5: Check 6: File Manage 7: System Control Press the key on the left [System Control] menu or press the ENTER 0: Environment with the cursor on the [0: Environment].

  • Page 122: Save Check Window

    11-6 SAVE CHECK WINDOW ● When saving the measured data is set to “OFF” (with the SAVE key LED turned OFF), whether or not to display alarm is set when starting the real-time CH measurement. ● When saving the measured data is set to “ON” (with the SAVE key LED turned ON), no alarm is displayed.

  • Page 123: Real Time

    11-7 REAL TIME When measuring real time mode, set whether or not to display the measured data. 4: Condition File Press the key on the main menu or press the ENTER key with the cursor on the [7: System Control]. 5: Check 6: File Manage 7: System Control...

  • Page 124: Setting Maintenance

    11-8 SETTING MAINTENANCE ● Setting Maintenance Function is a maintenance function. NOTE ● Basically, it is used in “Maintenance 1.” MEMO Maintenance setting 1 and maintenance setting 2 differ in the following ways. Maintenance setting 1: ACOM (analog common) and GND are shared inside the main body Maintenance setting 2: ACOM and GND are not shared inside the main body Default setting when shipped from the factory is maintenance setting 1.

  • Page 125: Setting Feed Line

    11-9-1 Setting Feed Line Set whether or not feed line is inserted when printing out data. If no feed line is inserted, print by moving every line to the front. Press the key on the [Printer] setting menu or press the ENTER 0: Feed Line key with the cursor on the [0: Feed Line].

  • Page 126: Printing Title

    key to indicate “Not print” and, Press the key to indicate Header “Print.” Press the ENTER key to determine the selected item and Print the indication returns to the [Printer] setting menu. (1: Print) (0: Not print) [Printing with Header set to “Not print”] [Printing with Header set to “Print”] 2017/07/07 10:00:00 ** REALTIME (ORIG) **...

  • Page 127: Printing Received Data

    11-9-4 Printing Received Data Set required items on character string received from the PC. Press the key on the [Printer] setting menu or press the ENTER 0: Feed Line key with the cursor on the [3: Received Data]. 1: Header 2: Title 3: Received Data key to indicate “Not print”...

  • Page 128: Setting Initial Value

    MEMO Offset value is enabled (when the measured value is indicated in physical value) when measuring function is “MEAS Value,” “EASY MEAS,” or “ORIG. and when the COEF. key LED on the front panel is turned COEFF. key LED turns ON/OFF every time it is pressed for approximately more than 3 seconds.. MEMO The offset setting operation is capable of the following key operations as same as the CH mode setting operation.

  • Page 129: Setting Ch Name

    Input the desired initial value with numeric keys. Press the CH Initial Value ENTER key to determine the entered initial value. 0.00000 Press the key to blank out the selected CH data. 0.00000 Press the key to return the indication to the [CH Condition] 0.00000 setting menu.

  • Page 130: Other Functions

    12-1 AUTOMATIC COLLECTION OF MEASUREMENT DATA WHEN USB MEMORY IS INSERTED n the UCAM-60C, it is possible to collect the data in the built-in memory automatically by inserting a USB memory containing the specified folder. (1) Preparations in a Windows PC Create the folder “_ucam_backup_sddata”...

  • Page 131: Stroke Change

    12-2 STROKE CHANGE Stroke change function is a function used for measuring displacement when it exceeds the capacity of a displacement sensor. Every time when the displacement reaches the capacity of the displacement sensor, the stroke change function is activated to measure the output of the displacement sensor before and after it is moved. That is, measured value before the move is added to the output after the move enabling continuous measurement.
  • Page 132 Conduct measurement before moving the sensor. Press the ENTER MEAS Before Move key to start the measurement. CH: 000 (Execute: ENTER) (Stop: ESC) MEAS After Move Conduct measurement after moving the sensor. Press the ENTER CH: 000 key to start the measurement. (Execute: ENTER) (Stop: ESC) Stroke change function is reflected to the measured value.

  • Page 133: Measurement Timing

    12-3 MEASUREMENT TIMING Measurement timing is only displayed to AC power supply dedicated unit. Generally, it is set to [Synchronous] and measurement is conducted by synchronizing with the power supply. When DC power supply dedicated unit is used, it is set to [Asynchronous]. Press the key on the main menu or press the ENTER...

  • Page 134: Delta

    12-4 DELTA V When it is in MEAS value or in EASY MEAS measurement mode, “Delta V” function determines the value obtained by subtracting the initial value of CH preset for voltage measurement or Zero value from the original value as the measured value.

  • Page 135: Delta T

    12-5 DELTA T When it is in MEAS value or in EASY MEAS measurement mode, “Delta T” function determines the value that is obtained by subtracting the initial value of CH preset for temperature measurement using thermocouple or Zero value from the original value as the measured value. Measured results = Measured value (Original value) –...

  • Page 136: Setting Printing Items

    12-6 SETTING PRINTING ITEMS Press the LIST key with preset menu items displayed to print out the selected contents. Printing items are described in the following table. Printing Items Key Operation Printing Contents SET→０→０→LIST MEAS CH Start CH and End CH SET→０→１→LIST Repeat Times Repeat times...

  • Page 137: Power Control

    12-7 POWER CONTROL Note that this item is not displayed on AC power supply dedicated unit. To save consumption of external battery, the DC power supply dedicated unit is provided with power ON/OFF function in interval measurement. The power control function is enabled when measurement is conducted at more than 1 hour intervals and when the [Power Control] is set to “Use.”...

  • Page 138: Updata

    12-8 UPDATE "Main CPU", "Sub CPU" and "FPGA” exist as update targets in UCAM-60C. An explanation for the update of each target is given here. MEMO Never turn the UCAM-60C off until the update is completed. If the power is turned off, a off-side repair is needed.

  • Page 139: Update To Fpga

    USBmemory power off -> on UCAM-60C (7) Please unplug the USB memory and turn the power off and then on again. If the buzzer sounds off during the operation in (4), unplug the USB memory, insert the USB memory again and operate from (4).

  • Page 140: Trouble Shooting

    If troubles are not solved despite countermeasures, contact Kyowa or our representatives. Repairs may be rejected if the product is damaged as a result of not following the instructions given in this instruction manual, or if the product is disassembled or modified by the customer.
  • Page 141 ⇒If the bridge excitation voltage is incorrect, it means that the bridge excitation circuit is faulty. Contact Kyowa or our representatives. ・See "9-3 Input & Output Resistances" to conduct an input & output resistance check to see if it is equal to the resistance of the connected sensor and gauge.
  • Page 142 However, by enabling the deltaV or deltaT function, it becomes possible to measure with the measure value where coefficient calculation was performed. ・Is a FV-1A and FV-2A sold by KYOWA used? Can not use the FV-1A and FV-2A to the UCAM-60. ・See "9-5 Terminal Temperature" to conduct a terminal temperature check to see whether the result is almost the same as the surrounding temperature.

  • Page 143: Technical Information Required For Measment

    10,000 μm/m -1.0% 100,000μm/m -9.1% The UCAM-60C automatically conducts compensation calculation for the output voltage to obtain the true strain value. Output voltage ε = 1- e The above nonlinearity also generates when opposite side active measuring method is adopted.
  • Page 144 Compensation equation regarding MEAS CH mode in strain measurement is described in the following table. Compensation Internal External Measuring Method MEAS CH Mode Equation Scanner Scanner 1-gage method (3-wire system 1G 120  connection) 1G 240 compensated Compensated 1 − e (2-wire system 1G 350 (Note 1)

  • Page 145: How To Use Dummy Gage Method

    14-2 HOW TO USE DUMMY GAGE METHOD A true-dummy method is adopted in KYOWA’s Data Logger UCAM series that is designed to exclude in effective manner by the Software, an apparent strain resulted from linear expansion coefficient of measuring target (test piece) caused by change in ambient temperature.

  • Page 146: How To Compensate Temperature Influence On Lead Wire

    14-3 HOW TO COMPENSATE TEMPERATURE INFLUENCE ON LEAD WIRE (3-WIRE SYSTEM CONNECTION) When a lead wire is extended from the gage to a bridge circuit using a SELCOM gage as shown in the following, resistance change of the lead wire caused by temperature is viewed as an apparent strain. With this state, it is not available to fully exert effective features of the SELCOM gage in strain measurement.

  • Page 147: Compensating Gage Factor

    14-4 COMPENSATING GAGE FACTOR The UCAM-60C is designed to conduct measurement with gage factor 2.00. When the gage factor of the current gage is not 2.00, it is required to compensate the strain gage. Compensation can be conducted by the following expression.
  • Page 148 If the length of the cable is extended 4-gage connection method (Full-bridge method, transducers), bridge circuit may be structured with unnecessary cable resistance in series and sensitivity is deteriorated due to decrease in excitation voltage. Bridge resistance + Cable resistance True strain gage = Measured strain gage ×...

  • Page 149: Appendix

    15. APPENDIX 15-1 SETTING SCANNER 15-1-1 When Internal Scanner is set to “Use” When Using One USB-70/65A USB-70/65A CH switch [07] CH.070~079 ↓ ↓ [06] CH.060~069 ↓ ↓ [05] CH.050~059 ↓ ↓ [04] CH.040~049 ↓ ↓ [04] CH.030~039 USS-6*B CH.020~029 Assign CHs even if with no USS USS-6*B CH.010~019...

  • Page 150: Amount Of Data In Internal Memory

    15-2 AMOUNT OF DATA IN INTERNAL MEMORY Amount of data of 1 measurement can be obtained by the following simplified format. (Simplified format) = 29 (Byte) + [CHs] ＋26 (Byte) One measurement (Byte)/[CHs] 26 (Byte) per CH is used. The number of CHs Header information: 29 (Byte) per measurement is used.

  • Page 151: Consumption Current Of Dc Power Supply Device

    (1) After finishing the interval measurement, the UCAM-60C becomes in not measuring state. Turn OFF and turn ON the power switch. Then, the UCAM-60C starts up as usual. (2) To normally return from not measuring state, turn OFF and ON the power switch. Then, the UCAM-60C starts up as usual.
  • Page 152 ● Reference Material for Selecting Battery The following is a reference example. In practice, since battery capacity varies with capacity change and electric current in battery self-discharge and ambient temperature, it is essential up to how much extent we should consider the battery characteristic data and safety factor.

  • Page 153: How To Reset To Factory Default Setting

    [ESC]：CANCEL Then, release the key. (4) Next, press the key. SETUP FINISH (5) The window changes to the left display. UCAM REBOOT (6) Turn OFF and turn ON once again. Then, the UCAM-60C activates with the factory default setting. 15-5...

  • Page 154: How To View The Contents In The Built-In Memory From Your Pc

    15-5 HOW TO VIEW THE CONTENTS IN THE BUILT-IN MEMORY FROM YOUR PC ●The built-in memory of the UCAM-60C can be accessed by using PC connected to the Ethernet. ●This section describes how to access with the IP address. ●The network conditions of the UCAM-60C and PC shall be configured as shown below.
  • Page 155 3-2. Enter a Ping command Enter the IP address of the Ping connected equipment and press the ENTER key. Communication will be carried out 4 times before the results are displayed. *Normal display IP address of UCAM-60C *Error display 15-7...
  • Page 156 4. Start my computer Press the "windows" key and "E" key at the same time to start up Explorer. Enter the IP address of the UCAM-60C in the address field of my computer. *The following screen appears when the UCAM-60C is recognized normally.
  • Page 157 Move "pub" folder⇒”mnt" folder⇒"data" folder to display the MEMORY contents of the UCAM-60C. Note 1) Even when the separately sold "UCS-60B" is in use, you can access the built-in memory if you specify the above-mentioned folder. 2) Files can be copied to the PC from the built-in memory and so on.

  • Page 158: Specifications

    DC voltage-output or DC current-output instruments, potentiometer sensors, thermal sensors(Thermocouples and platinum resistance thermometer bulbs) ・Connectable Scanners USS-61B,62B,63B(Dedicated Scanners,mounted on top of the UCAM-60C) The main unit can connect to the following scanners via the optional scanner interface USB-70B series (via USI-67A) ・Measuring Targets and Connectable Scanners...
  • Page 159 Scanners External Scanners General Civil Dedicated purpose engineering Scanners Measuring Targets USB-70B- USB-70B-30 10/20 ● Constant-current Full bridge 120 Ω Civil excitation engineering ● ● ● Constant-current transducers excitation Full bridge 350 Ω ● ● Transducers with a thermal sensor ●...
  • Page 160 (8) Scanning speed 50 ms/channel(Standard mode) 0.28 s/channel(High-resolution mode) Note: individually switchable for desired channels. 20 ms/channel(High-speed mode) Note: Only collective switching for all channels of dedicated scanners. Line Frequencies 50 Hz Zone 60 Hz Zone Scanners Dedicated scanner(standard mode) 50 ms/channel Dedicated scanner(High-resolution mode) 0.28 s/channel...
  • Page 161 (9) Operating Modes Real-time, monitor, and automatic ・ (10) Measurement Functions Initial Initial values are measured and stored in internal memory. ・ Original Raw values are measured without subtraction of initial values. ・ Measure Initial values are subtracted from original values. ・...
  • Page 162 (15) Strain Measurement(Standard Mode) ・constant voltage excitation Approx. 2 or 5 VDC Approx. 5.7 mA(Bridge resistance 350 Ω) ・constant current excitation Approx. 16.7 mA(Bridge resistance 120 Ω) ・Scanning speed 50 ms/channel ・gage factor 2.00 fixed (Coefficient calculation function enables correction with 2.00/Ks) ・Initial value memory range Same as measuring range ・Measuring range，Resolution and Accuracy...
  • Page 163 (17) Strain Measurement(High-speed Mode) ・constant voltage excitation Approx. 2 VDC Approx. 5.7mA(Bridge resistance 350 Ω) ・constant current excitation Approx. 16.7mA(Bridge resistance 120 Ω) ・Scanning speed 20 ms/channel ・gage factor 2.00 fixed (Coefficient calculation function enables correction with 2.00/Ks) ・Initial value memory range Same as measuring range ・Measuring range，Resolution and Accuracy Measuring Range...
  • Page 164 (19) Voltage Measurement(High-speed Mode) ・Scanning speed 20 ms/channel ・Initial value memory range Same as measuring range ・Measuring range，Resolution and Accuracy Input Range Mode Measuring Range Resolution Accuracy Resistance 1 μV ±(0.08% of reading + 0.006) mV 10 MΩ 0 to ±50.000 mV V/500mV 10 μV ±(0.08% of reading + 0.06) mV...
  • Page 165 (22) Temperature Measurement with Thermocouple (Standard Mode) ・Scanning speed 50 ms/channel ・Measuring range，Resolution and Accuracy Internal Reference Junction Type Measuring range Resolution Accuracy Compensator Accuracy -200.0 to 1230.0 ℃ ±0.7 -200.0 to 400.0 ℃ ±0.7 ℃ ±0.5 ℃ (With input terminal temperature -200.0 to 660.0 ℃...
  • Page 166 (25) Measurement with Potentiometer sensor(Standard Mode) ・Scanning speed 50 ms/channel ・Initial value memory range same as measuring range ・sensor power supply approx. 2VDC ・Potentiometer resistance 1 kΩ to 10 kΩ ・Measuring range，Resolution and Accuracy Channel Mode Measuring range Resolution Accuracy 0 to ±50.00 % 0.01 % ±0.1 %FS...
  • Page 167 (31) File conversion Binary Measurement data can be converted to CSV. Self –diagnosis Function (32) Checks display, printer, bridge excitation, leadwire-off, input/output resistance, insulation resistance, mode, etc. ・Interface (33) TEDS IEEE1451.4 Mixed mode Transducer Interface Class2 ・applicable sensor Should have information written in accordance with IEEE template No.33 Cable length should be 30m or less (with dedicated scanner USS-61B/62B/63B)
  • Page 168 Kyowa Electronic Instruments Co., Ltd. 3-5-1, Chofugaoka, Chofu, Tokyo 182-8520 Japan http://www.kyowa-ei.com/...

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