Teac TD-260T Instruction Manual Download Page 12 | Manualshive

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Teac TD-260T Instruction Manual Download Page 12

12

3. Connections

3-2. Connecting strain gage sensor

3-2-1. About sensor connection terminals

Sensor connection terminals (1, 2) can be used as either
remote sensing terminals or TEDS sensor data terminals. Before
connecting a sensor, you need to set Remote Sense/TEDS (F2-6)
to match the function you are going to use.
The initial setting is 0.Aut: TEDS auto-calibration (disable
remote sense). For detailed information, see the section 6-1-2.
“Remote Sense/TEDS.”

CAUTION

If you want to use a sensor with a 6-wire connection (for
remote sensing), set Remote Sense/TEDS (F2-6) to 2.rSE
(disable TEDS) before connecting the sensor.

3-2-2. About remote sense

The TD-260T uses a 6-wire connection (for remote sensing)
when calibrated at the factory.
Be aware that, if you connect a sensor by using 4 wires, and
then perform an equivalent input calibration, an error may
occur in a reading, resulting from the bridge voltage drop that
is proportionate to the length of the cable extended.
A 6-wire connection (for remote sensing) is excellent for
compensating for a voltage drop caused by the extension
of the cable length or voltage change due to changes in
temperature.
For applications of the TD-260T that may be exposed to
varying temperatures including the use of the device in an
outdoor installation system, or applications of the TD-260T
that require overall accuracy, we recommend the 6-wire
connection that includes remote sensing.

3-2-3. About bridge voltage (excitation voltage)

When you set the bridge voltage, make sure that the output
voltage from the sensor is relatively high, but that it does not
exceed the maximum excitation voltage specified on the
sensor test report at the same time.
Setting a voltage that exceeds the sensor's maximum
excitation voltage may cause the sensor to malfunction.

CAUTION

<

If the sensor's maximum excitation voltage is lower than 10 V,

be sure to set Bridge Voltage (F2-5) to 2.5 before connecting
the sensor.

<

For TEDS calibration, if the bridge voltage setting is higher

than the maximum excitation voltage recorded in the TEDS
memory when TEDS data is loaded, the bridge voltage
setting is automatically changed to a setting equal to or
lower than the maximum excitation voltage..

NOTE

<

The initial setting is 2.5 V.

TEDS sensor & 4-wire connection

A

B

C

D

1

2

4

3

5

6

TD-260T

(-EXC)

(+EXC)

(-SIG)

(+SIG)

(SHIELD)

(TEDS/+SENS)
(GND/-SENS)

7

Teds Data

Memory

Strain Gage Sensor

If you do not use the TEDS function, you do not need to
connect any device to the terminal 1 or 2.

6-wire connection

1

2

4

3

5

6

TD-260T

(-EXC)

(+EXC)

(-SIG)

(+SIG)

(SHIELD)

(TEDS/+SENS)
(GND/-SENS)

7

A

B

C

D

Strain Gage Sensor

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Summary of Contents for TD-260T

Page 1: ...Digital Transducer Indicator Z TD 260T D01156700E Instruction Manual ...

Page 2: ...rmation and not as the specifications for such data and or information TEAC CORPORATION disclaims any warranty that any use of such data and or information shall be free from infringement of any third party s intellectual property rights or other proprietary rights and further assumes no liability of whatsoever nature in the event of any such infringement or arising from or connected with or relat...

Page 3: ...rnal device and its power source Caution Follow the instructions below to avoid risk of personal injury or property damage Disconnect the power cord when performing the following Attaching or detaching optional connectors Wiring or connecting cables to terminal blocks Connecting the ground line Wait for at least five seconds between turning on and off Never touch the rear panel or connectors while...

Page 4: ...1 4 Minimum scale 24 6 1 5 Display Refresh Rate 25 6 2 Equivalent input calibration 25 6 3 Actual load calibration 27 6 4 TEDS calibration 28 6 4 1 Displayed digits of rated capacity for TEDS calibration 29 6 5 Zero point calibration 29 7 Setting Functions 30 7 1 Setting HI LO HH and LL values 30 7 1 1 Statuses of decision output LEDs 30 7 1 2 HI value 30 7 1 3 LO value 31 7 1 4 HH value 31 7 1 5 ...

Page 5: ... 5 4 Control 60 11 6 Transmission Mode 61 11 6 1 Transmission mode 0 61 11 6 2 Transmission mode 1 61 11 7 Format for transmission mode 0 61 11 7 1 Read displayed reading command RA 61 11 7 2 Read status command RS 61 11 8 Set commands 62 11 9 Set value retrieval command 64 11 10 Control Commands 65 11 11 Format for transmission mode 1 65 12 D A Converter TD 260T AC D A TD 260T DC D A 66 12 1 Pane...

Page 6: ...sponding set value Red shows that the LL decision output is ON Displayed reading LL value Orange shows that the LO decision output is ON Displayed reading LO value Note that this LED displays solid red when the setting for Enable HH and LL F1 5 is OFF NOTE The operations of decision outputs vary depending on the settings for Comparative Output Pattern F1 15 and Hysteresis F1 6 In the above example...

Page 7: ...ing this key saves the item or value you have set Pressing and holding the key while a reading is displayed disables or enables all the keys on the TD 260T While all the keys are disabled the key input is disabled except the ENTER key that can enable all the keys again by being pressed and held 5b Pressing these keys selects an item you want to set or changes a set value gt Pressing these keys sel...

Page 8: ...ion installed model see Chapter 16 Specifications 6Control I O terminal block Connects control signals decision outputs etc 1 Controls and Functions 7DC power input terminals Connects DC power The voltage range is 10 to 28 V DC 8Frame ground FG FG terminal for DC power supply The protective ground terminal and the FG terminal are electrically connected 1 2 1 Signal I O terminal block 1 7 1 2 3 4 5...

Page 9: ...Enable CLEAR Signal F2 8 to OFF B5 HH HH decision output a contact A6 JUDGE This is the control signal for decision outputs Only while the control signal is ON decision outputs are enabled To disable the signal set Enable JUDGE Signal F3 8 to OFF B6 HI HI decision output a contact A7 HOLD This is the start signal for a hold mode While the signal is ON a hold operation is performed To disable the s...

Page 10: ...D 260T inside a control panel 1 Cut out the panel according to the dimensions in the panel cut out drawing 92 0 8 0 92 0 8 0 2 Remove the two screws and then remove the guide rails on the right and left sides DO NOT use screws other than those installed in the TD 260T screws Guide rail Guide rail 3 Push the TD 260T into the panel cut out area from the front side of the panel Panel cut out dimensio...

Page 11: ...then secure the connector plug to the terminal block with screws 3 1 2 Connecting to control I O terminal block The TD 260T uses a 2 piece control input output terminal block To connect wires to the provided connector B2L 3 50 18 180F SN BK BX and then the connector to the terminal block use the provided flathead micro screwdriver If you want to use a screwdriver other than the provided screwdrive...

Page 12: ...xposed to varying temperatures including the use of the device in an outdoor installation system or applications of the TD 260T that require overall accuracy we recommend the 6 wire connection that includes remote sensing 3 2 3 About bridge voltage excitation voltage When you set the bridge voltage make sure that the output voltage from the sensor is relatively high but that it does not exceed the...

Page 13: ...specified voltage or overseas be sure to use another AC power cord that is more appropriate for your operating The FG terminal is internally connected to the protective ground The frequency is 50 60 Hz CAUTION For the TD 260T to warm up wait for more than 5 minutes after it is turned on Be sure to install the cover over the power input terminal block 3 3 2 DC power supply The DC power input voltag...

Page 14: ... Power Supply Diode Relays are used for decision outputs The relay contact rating is 1 A and 30 V DC Be sure to use relays within the specified current and voltage ratings Install a spark killer for noise reduction as close to the load circuit such as relay coil you use as possible Use a rectifying diode The common terminal for control output terminals B5 HH and B6 HI is B7 COM The common terminal...

Page 15: ...d the display switches to the setup mode screen shown in Step 5 of this section before the setup item name and set value appear If you do not enter any key for 0 5 seconds the setup item name appears followed by the set value 4 To switch to the setup mode press ENTER For detailed information about operating each setup screen see the next chapters 5 To change a setting in the setup mode do the foll...

Page 16: ...are to generate decision output when stabilized 2 no0 Always compare to generate decision outputs except near zero 3 n0S Compare to generate decision outputs when stabilized except near zero 4 HLd Compare to generate decision outputs when in hold mode 5 OFF Do not compare F1 8 Near Zero 001 00 00000 to 09999 36 x F1 9 MotionDetectionTime 1 5 0 0 to 9 9 37 x Sec F1 10 Motion Detection Bandwidth 000...

Page 17: ...hold F2 2 Digital Offset 00000 19999 to 19999 52 x F2 3 Digital Filter OFF Moving average OFF 4 8 16 32 64 128 256 39 x of times F2 4 Analog Filter 100 3 10 30 100 300 39 x Hz F2 5 Bridge Voltage 2 5 10 2 5 24 x V F2 6 Remote Sense TEDS 0 Aut 0 Aut TEDS auto calibration 23 x 1 tEd Enable TEDS disable remote sense 2 rSE Enable remote sense disable TEDS F2 7 External Hold Mode 0 LEv 0 LEv Level 1 PL...

Page 18: ... Displayed text F3 1 Enable Digital Zero ON OFF ON 51 x F3 2 Enable Block Setting OFF OFF ON 44 x F3 3 Minimum Scale 1 1 2 5 10 24 x F3 4 Display Refresh Rate 4 4 6 10 20 25 x of times F3 5 CAL Lock OFF OFF ON 22 F3 6 SET Lock OFF OFF ON 40 F3 7 Static Strain Mode OFF OFF ON 40 x F3 8 Enable JUDGE Signal OFF OFF ON 45 x 4 Setup Mode ...

Page 19: ...19200bps c Data bits 0 7bits 1 8bits d Parity bits 0 None 1 Odd 2 Even e Stop bits 0 1bit 1 2bits 58 x F4 4 DA Zero 000 00 19999 to 99999 67 x F4 5 DA Full Scale 100 00 19999 to 99999 67 x F4 6 Save TEDS Data 2 000 70 x F4 7 Restore TEDS Data 00000 71 x F4 8 Decision Output Check C Out Turn on the decision outputs for HH HI OK LO and LL one by one 41 F4 9 Control Input Check C IN Show the ON OFF s...

Page 20: ... 28 mV V Negative sensor output during actual load calibration TEDS supported sensor not connected Wrong password for TEDS save operation Invalid set value Rated output outside setting range lower than 0 28 mV V or higher than 3 2 mV V Sensor mismatch different from the sensor used for TEDS calibration BV10V unsupported sensor used BV auto set to 2 5 V Invalid operation Digital zero limit error Er...

Page 21: ...in gage sensor both stored in the TEDS memory The TEDS memory is available in 1 kilobit and 4 kilobit sizes Note that the TD 260T supports the 4 kilobit memory only 6 Calibration Checking a sensor before calibration Calibration cannot be done if the TD 260T displays an unstable reading or error when you connect a sensor to the TD 260T and then turn it on In that case set the TD 260T to the static ...

Page 22: ...ing and disabling CAL lock Normally the TD 260T is used with the calibration lock set to ON Be sure to set the calibration lock to OFF before calibration and then set it to ON again after calibration 1 Enter the setup screen number F3 5 Press 3 times Press 4 times 2 To select ON or OFF press 5 or b or 3 To save the selection press ENTER and then to exit the setup mode press ESC To save press CAUTI...

Page 23: ...ibration calibration is automatically performed when you turn the TD 260T on 1 tEd Enable TEDS disable remote sense You need to manually perform TEDS calibration 2 rSE Enable remote sense disable TEDS You need to connect a 6 wire sensor 3 To save the selection press ENTER and then to exit the setup mode press ESC To save press CAUTION If you want to use a 6 wire connection for remote sensing be su...

Page 24: ... that exceeds the sensor s maximum excitation voltage may cause the sensor to malfunction NOTE The initial setting is 2 5 V For TEDS calibration if the bridge voltage setting is higher than the maximum excitation voltage recorded in the TEDS memory when TEDS data is loaded the bridge voltage setting is changed to a setting equal to or lower than the maximum excitation voltage 6 1 4 Minimum scale Y...

Page 25: ...ted output and rated capacity shown on the test report Using this calibration method you can easily perform a calibration without applying an actual load Set rated output Set rated capacity Zero point calibration 1 Press CAL and then press ENTER The rated output mV V appears on the display with the least significant digit blinking 2 To set the rated output changetheblinkingdigitofthevaluebypressin...

Page 26: ...osition of the decimal point you set in this step is used for readings on the TD 260T 5 To save the rated capacity you entered press ENTER CAUTION If you use the D A option the rated capacity is set as the D A full scale value 6 To perform zero point calibration with no load on the sensor press ZERO and then press ENTER The display shows 0 CAL followed by zero for a reading showing that the zero p...

Page 27: ...least significant digit blinking 3 To set the rated capacity Now you need to enter the value of the load that is applied to the sensor To do so change the blinking digit of the value by pressing 5 or b To move to the previous or next digit press g or t To change the digit press To move to the previous or next digit press To change the decimal point position blink the digit you want to the left of ...

Page 28: ...hen TEDS data is loaded the bridge voltage setting is automatically changed to a setting equal to or lower than the maximum excitation voltage 2 To save the rated output or the change you made press ENTER The rated capacity appears with the least significant digit blinking 3 To set the rated capacity If you want to change the displayed data you can change the blinking digit of the value by pressin...

Page 29: ...ing 6 4 1 Displayed digits of rated capacity for TEDS calibration Rated capacity for TEDS sensor Unit Reading 1 N kN 01 000 2 N kN 02 000 3 N kN 03 000 4 N kN 04 000 5 N kN 005 00 10 N kN 010 00 20 N kN 020 00 30 N kN 030 00 40 N kN 040 00 50 N kN 0050 0 100 N kN 0100 0 200 N kN 0200 0 300 N kN 0300 0 400 N kN 0400 0 500 N kN 00500 6 Calibration 6 5 Zero point calibration Using the analog circuit ...

Page 30: ...L value reading LO value with the setting for Enable HH and LL F1 5 ON JUDGE Green Lights if JUDGE signal is ON with the Enable Block Setting F3 2 ON Always lit with the Enable Block Setting F3 2 OFF D L O H PEAK Green Peak hold is set Red Operating in the Peak hold mode Orange Operating in the Peak hold mode with block setting BOTTOM Green Bottom hold is set Red Operating in the Bottom hold mode ...

Page 31: ...d 3 To save the setting press ENTER and then to exit the setup mode press ESC To save press 7 1 4 HH value 1 Enter the setup screen number F1 3 Press once Press twice 2 To change the blinking digit of the value press 5 or b To move to the previous or next digit press g or t To change the digit press To move to the previous or next digit press To put a minus sign in front of the set value press FNC...

Page 32: ... is added or removed 3 To save the setting press ENTER and then to exit the setup mode press ESC To save press 7 1 6 Enable HH and LL You can enable or disable HH and LL decision outputs If you select OFF the HH or LL or Low Low limit decision output is not generated anymore and the HH HI or LL LO LED display solid red instead to show that the HI or LO decision output is generated 1 Enter the setu...

Page 33: ...on output Disable hysteresis HI HH OFF ON HH HI OFF ON Hysteresis Enable hysteresis Decision output Conditions for generating decision outputs with standard output selected for Comparative Output Pattern Decision output State Condition HH OFF w ON HH value reading ON w OFF Reading HH value hysteresis value HI OFF w ON HI value reading ON w OFF Reading HI value hysteresis value LO OFF w ON Reading ...

Page 34: ...tting is 0 hysteresis is disabled 7 3 Comparative Output Pattern The following two operating settings for decision outputs are available standard output and area output 7 3 1 Standard output Each decision output switches on when the following conditions are met with hysteresis set to 0 HH HH value reading HI HI value reading LO Reading LO value LL Reading LL value Time Reading Decision output HH H...

Page 35: ...cision output HH HI LO LL NOTE The operations of decision outputs vary depending on the setting for Hysteresis F1 6 For detailed information see the section 7 2 Hysteresis 1 Enter the setup screen number F1 15 Press once Press once 2 To select a comparative output pattern press 5 or b or The following two settings are available 0 nor Standard output 1 ArE Area output 3 To save the selection press ...

Page 36: ...tings For detailed information about the near zero and motion detection settings see the sections 7 5 Near Zero and 7 6 Motion Detection 3 To save the selection press ENTER and then to exit the setup mode press ESC To save press 7 5 Near Zero You can set a range to be considered near zero 1 Enter the setup screen number F1 8 Press once Press 7 times 2 To change the blinking digit of the value pres...

Page 37: ...me 100mSec Determine as unstable Stable Stable Unstable Motion detection bandwidth Motion Detect time 100mSec Motion Detect time 100mSec Determine as stable Determine as stable 7 6 1 Motion Detection Time 1 Enter the setup screen number F1 9 Press once Press 7 times 2 To change the blinking digit of the value press 5 or b To move to the previous or next digit press g or t To change the digit press...

Page 38: ...e setup screen number F1 11 Press once Press 5 times 2 To change the blinking digit of the value press 5 or b To move to the previous or next digit press g or t To change the digit press To move to the previous or next digit press 3 To save the setting press ENTER and then to exit the setup mode press ESC To save press 7 7 2 Zero Tracking Bandwidth You can set a zero tracking bandwidth for the lea...

Page 39: ...ss 5 or b or 3 To save the selection press ENTER and then to exit the setup mode press ESC To save press 7 9 Analog Filter You can select a cutoff frequency Hz of the low pass filter 1 Enter the setup screen number F2 4 Press twice Press 3 times 2 To Select 3 10 30 100 or 300 by pressing 5 or b or 3 To save the selection press ENTER and then to exit the setup mode press ESC To save press 7 Setting...

Page 40: ...ting this mode you can check for sensor output or fluctuations in the reading and other erroneous phenomena caused by parts including sensor and cable 1 Enter the setup screen number F3 7 Press 3 times Press twice 2 To select OFF or ON press 5 or b or 3 To save the selection press ENTER and then to exit the setup mode press ESC With ON selected the input signal is displayed in microstrains To save...

Page 41: ...sion output ON OK LED lights solid green With Low decision output ON LL LO LED lights solid orange With Low Low decision output ON LL LO LED lights solid red 3 To finish checking the wiring press ENTER or ESC or 4 To exit the setup mode press ESC 7 13 Control Input Check Using the alphanumeric display on the TD 260T you can check the ON or OFF state of the following signals D Z HOLD JUDGE and CLEA...

Page 42: ...e data to be sent from the BCD parallel data output the RS 232C serial data output or the D A converter which can be installed in the option space 1 Enter the setup screen number F4 11 Press 4 times Press once 2 To change the data output setting press 5 or b or The following two data output settings are available 0 diSP Reference the display hold value is sent in hold mode 1 InP Reference the inpu...

Page 43: ...lection press ENTER and then to exit the setup mode press ESC To save press NOTE You can specify a block to be held for Peak Bottom or Peak to Peak hold 8 2 External Hold Mode You can select a signal type for the HOLD signal from the control input output terminal A7 1 Enter the setup screen number F2 7 Press twice Press twice 2 To select an external hold mode setting press 5 or b or The following ...

Page 44: ...twice Press once 2 To select ON or OFF press 5 or b or 3 To save the selection press ENTER and then to exit the setup mode press ESC To save press 8 4 Enable Block Setting 1 Enter the setup screen number F3 2 Press 3 times Press once 2 To select OFF or ON press 5 or b or 3 To save the selection press ENTER and then to exit the setup mode press ESC To save press 8 Hold function ...

Page 45: ... 1 Enter the setup screen number F3 8 Press 3 times Press once 2 To select OFF or ON press 5 or b or OFF Always enable decision outputs ON Enable decision outputs while the JUDGE signal is ON 3 To save the selection press ENTER and then to exit the setup mode press ESC To save press 8 Hold function ...

Page 46: ...ut output terminal A7 by changing the setting for External Hold Mode F2 7 The operations of decision outputs vary depending on the setting for Comparison Mode F1 7 The mode 4 HLd is selected in the above example The operations of decision outputs vary depending on the setting for Enable JUDGE Signal F3 8 With the setting OFF selected a decision output can always be generated depending on the input...

Page 47: ...R Enable Reading level response HOLD key or pulse response A7 HOLD OFF ON OFF ON OFF ON HOLD A6 JUDGE OFF ON OFF ON Decision output with JUDGE signal ON 8 7 2 Operation with block setting The TD 260T continues to display the reading that has been displayed when a Peak hold operation is terminated If the CLEAR key is pressed or the CLEAR signal from the control input output terminal A5 is set to ON...

Page 48: ...me OFF ON OFF ON OFF ON HOLD OFF ON OFF ON A5 CLEAR level response HOLD key or pulse response A7 HOLD A6 JUDGE Decision output with JUDGE signal ON Enable 8 8 2 Operation with block setting The TD 260T continues to display the reading that has been displayed when a Bottom hold operation is terminated If the CLEAR key is pressed or the CLEAR signal from the control input output terminal A5 is set t...

Page 49: ...value Reading Sensor Input Time Reading OFF ON OFF ON OFF ON HOLD OFF ON OFF ON P Peak value B Bottom value 0 Enable A5 CLEAR level response HOLD key or pulse response A7 HOLD A6 JUDGE Decision output with JUDGE signal ON P B B P P 8 9 2 Operation with block setting The TD 260T continues to display the reading that has been displayed when a hold operation is terminated If the CLEAR key is pressed ...

Page 50: ...imit does not use mV V as the unit of measure 1 Enter the setup screen number F1 13 Press once Press 3 times 2 To change the blinking digit of the value press 5 or b To move to the previous or next digit press g or t To change the digit press To move to the previous or next digit press 3 To save the value you set press ENTER and then to exit the setup mode press ESC To save press CAUTION If the cu...

Page 51: ...en number F1 14 Press once Press twice 2 To clear the digitally set zero press ENTER To exit the setup mode press ESC 9 4 Enable Digital Zero With Enable Digital Zero set to OFF a reading cannot be digitally set to zero if you press ZERO or short circuit the control input output terminals A8 for D Z and A9 for COM 1 Enter the setup screen number F3 1 Press 3 times 2 To select ON or OFF press 5 or ...

Page 52: ...inking digit of the value press 5 or b To move to the previous or next digit press g or t To change the digit press To move to the previous or next digit press NOTE If you press FNC regardless of the position of the blinking digit a minus sign is added or removed 3 To save the vale you set press ENTER and then to exit the setup mode press ESC To save press 9 Digital Zero Function ...

Page 53: ... isolated with a photocoupler 10 1 Panel 1 1BCD connector No I O Signal name No I O Signal name 1 COM 19 COM 2 Output 1 20 NC 3 2 21 4 4 22 Output Near Zero 5 8 23 Negative polarity 6 10 24 OVER 7 20 25 P C stable 8 40 26 STROBE 9 80 27 Input Hold BCD Data 10 100 28 Switch Data Logic 11 200 29 NC 12 400 30 13 800 31 14 1000 32 15 2000 33 16 4000 34 Output 80000 17 8000 35 40000 18 10000 36 20000 A...

Page 54: ...260T DC BCD 10 3 Equivalent circuit Output equivalent circuit TD 260T 5V Vcc COM Vext Output data Negative logic Positive logic 0 Output transistor Output pin level OFF H ON L 1 Output transistor Output pin level ON L OFF H Vce 30V max Ic 50mA max Input equivalent circuit When open collector is connected IN When transistor is connected TD 260T Approx 10mA 12V Vcc COM Push Switch ON when IN is high...

Page 55: ...l or Full is displayed STROBE The STROBE pulse is generated in synchronization with the BCD data To load the data use the leading edge of the pulse Using BCD Data Refresh Rate F4 1 you can change the BCD data refresh rate BCD data OVER STROBE 0 1 Strobe pulse width 7 msec min CAUTION If you have set the data refresh rate to 100 times per second be sure to load the data within 5 milliseconds NOTE F...

Page 56: ...n number F4 2 Press 4 times Press once 2 The TD 260T goes into check mode with AAAAA being both displayed on the TD 260T and sent from the BCD data output To display 55555 and send it from the BCD output press ENTER Then to put the TD 260T into setup mode press ENTER again The display shows F4 2 AAAAA is displayed if you press ENTER the display changes to 55555 3 To exit the setup mode press ESC N...

Page 57: ...ated with a photocoupler 11 1 Panel 1 1RS 232C connector No I O Signal name No I O Signal name 1 FG 14 2 Output TxD 15 3 Input RxD 16 4 Output RTS 17 5 Input CTS 18 6 19 7 SG 20 Output DTR 8 21 9 22 10 23 11 24 12 25 13 Applicable plug 25 pin D SUB connector JAE s DB 25P NR or equivalent 11 2 Standard Signal level RS 232C Transmission distance Approx 15 m Transfer method Full duplex asynchronous c...

Page 58: ...to the previous or next digit press g or t To change the digit press To move to the previous or next digit press The number for each digit represents a transmission setting as shown below 1 3 1 0 0 2 2 2 2 2 a b c d e a Transmission mode 0 Transmission mode 0 1 Transmission mode 1 b Baud rate 0 1200 bps 1 2400 bps 2 4800 bps 3 9600 bps 4 19200 bps c Data bits 0 7 bits 1 8 bits d Parity bits 0 None...

Page 59: ...Hysteresis 61 x W05 Digital Offset 61 x W06 Near Zero 61 x W07 HH value 61 x W08 LL value 61 x W09 Enable HH and LL 61 x W11 Digital Filter 61 x of times W12 Analog Filter 61 x Hz W13 Motion Detection Time 61 x Sec W14 Motion Detection Bandwidth 61 x W15 Zero Tracking Time Interval 61 x Sec W16 Zero Tracking Bandwidth 62 x W17 Hold Mode 62 x W18 Digital Zero Limit 62 x W19 Comparative Output Patte...

Page 60: ...W31 BCD Data Refresh Rate 62 x of times Sec W32 RS 232C Interface Setting 62 x W33 D A Zero 63 x W34 D A Full Scale 63 x W35 Beep 63 x W36 Select Data Output 63 x x Applicable 11 5 3 Set value retrieving set value Command Function Page Wxx Set value for set command Wxx 63 11 5 4 Control Command Function Page CE Hold ON 64 CF Hold OFF 64 CG Digital zero 64 CH Reset digital zero 64 CI Reset hold 64 ...

Page 61: ... host computer Request and Response use ASCII characters except for CR and LF CR Carriage Return 0x0D LF Line Field 0x0A 11 7 1 Read displayed reading command RA Request R A CR Response R A 1 0 0 0 0 CR LF Sign bit Plus Minus Reading 11 7 2 Read status command RS Request R S CR Response R S 0 0 0 0 0 0 0 0 CR LF Hold output 0 OFF 1 ON Stable output 0 OFF 1 ON Near zero output 0 OFF 1 ON HI decisio...

Page 62: ...0 0 0 CR LF sign bit Plus 0 Minus Set value without decimal point 5 digits max Near Zero W06 W 0 6 0 0 0 0 0 0 CR LF Set value without decimal point 4 digits max HH Value W07 W 0 7 0 0 0 0 0 0 CR LF sign bit Plus 0 Minus Set value without decimal point 5 digits max LL Value W08 W 0 8 0 0 0 0 0 0 CR LF sign bit Plus 0 Minus Set value without decimal point 5 digits max Enable HH and LL W09 W 0 9 0 0...

Page 63: ...ly W 2 4 0 0 0 0 0 0 CR LF 0 10V 1 2 5V External Hold Mode W25 W 2 5 0 0 0 0 0 0 CR LF 0 Level 1 Pulse Remote Sense TEDS W26 Write protected read only W 2 6 0 0 0 0 0 0 CR LF 0 TEDS auto calibration 1 Enable TEDS disable remote sense 2 Enable remote sense disable TEDS Enable CLEAR Signal W27 W 2 7 0 0 0 0 0 0 CR LF 0 Disable 1 Enable Enable Block Setting W28 W 2 8 0 0 0 0 0 0 CR LF 0 Disable 1 Ena...

Page 64: ...5 digits max BEEP W35 W 3 5 0 0 0 0 0 0 CR LF 0 OFF 1 ON Select Data Output W36 W 3 6 0 0 0 0 0 0 CR LF 0 Reference the display hold value is sent in hold mode 1 Reference the input input value is sent in hold mode 11 9 Set value retrieval command You can retrieve a set value by using the following command Request W CR Response W CR LF Setup value No Setup value No Same as data in set command 11 R...

Page 65: ... for transmission mode 1 The TD 260T continuously transmits 20 byte data in the following format G S 1 2 3 4 0 0 0 0 0 0 CR LF sign bit Plus 0 Minus Reading 1Displayed status O Overflow LOAD Full S Stable M Unstable H Hold Status notification priority if more than one status observed H O S or M 2Zero tracking A OFF T ON 3Decision output H Hi decision output ON L LO decision output ON O HH decision...

Page 66: ...ons Connect an external device with a load resistance of 2 kΩ or more to the voltage outputs V and V Connect an external device with a load resistance of 350 Ω or less including a cable resistance to the current outputs I and I TD 260T 2kΩ or more of load resistance External device I V GND GND shield shield External device 350Ω or less of load resistance 12 2 1 Connecting to screwless terminal blo...

Page 67: ... To save press 12 4 D A Full Scale You can set a value so that the TD 260T generates a D A full scale output voltage 10 V and current 20 mA when it displays the same reading as the value you set 1 Enter the setup screen number F4 5 Press 4 times Press 4 times 2 To change the blinking digit of the value press 5 or b To move to the previous or next digit press g or t To change the digit press To mov...

Page 68: ...le 3 D A Zero 020 00 D A Full Scale 100 00 Reading D A Output 120 00 10V 20mA 020 00 0V 4mA 80 00 10V mA Setting example 4 D A Zero 10 00 D A Full Scale 20 00 Reading D A Output 100 00 10V 20mA 000 00 5V 4mA 10 00 0V mA 12 5 D A output error Below are the messages that are displayed when errors are caused by the D A option dErr the D A output is higher than 10 9 V dErr the D A output is lower than...

Page 69: ...by Tajimi Electronics Co Ltd 13 NDIS Panel PN 260ND CAUTION The terminals F and G are used as either remote sense terminals or TEDS sensor data terminals Before connecting a sensor you need to set Remote Sense TEDS F2 6 to match the function you are going to use The initial setting is 0 Aut TEDS auto calibration disable remote sense If you use a 4 wire connection but you do not connect a TEDS sens...

Page 70: ...ss 5 times 2 To enter 00015 change the blinking digit of the value press 5 or b To move to the previous or next digit press g or t To change the digit press To move to the previous or next digit press NOTE Be sure to enter this value to prevent the original TEDS data from being overwritten by mistake If you press ESC while tEdS is not displayed the setting is interrupted and then the TD 260T exits...

Page 71: ... and then the TD 260T exits the setup mode 3 Press ENTER The TD 260T displays tEdS and starts loading the oritinal TEDS data from the TEDS memory 4 The TD 260T displays the rated output mV V showing that the load operation is completed Check the values and then press ENTER NOTE If you press ESC while tEdS is not displayed the setting is interrupted and then the TD 260T exits the setup mode 5 The r...

Page 72: ...uring the EEPROM check process 6 The TD 260T displays the following message during the TEDS check process 7 The TD 260T displays a reading after all the check processes are completed NOTE The TD 260T displays one of the following messages when an error is detected cErr0 cErr1 cErr2 and cErr3 If you encounter any one of the errors shut off the power to the TD 260T and then while pressing and holdin...

Page 73: ...uiv input CAL Function settings HI value LO value HH value LL value Comparison mode Hysteresis Near zero Digital filter Analog filter Motion detection Zero tracking Static strain Digital zero Zero offset Hold mode Key lock Minimum scale Refresh rate Bridge voltage B C D data refresh rate RS232C D A converter Hold functions Sample hold Peak hold Bottom hold Peak to Peak hold block specified hold Pe...

Page 74: ... 2002 Dimensional drawing of panel cut out recommended panel thickness 1 6 3 0 mm 96 12 121 13 96 91 96 91 Specifications and appearance are subject to change for improvement without notice Some of the images shown in this document may differ from the actual product for product improvement ...

Page 75: ...ircuit Gain regulator circuit Reference voltage line Filter circuit Voltage shift circuit A D conversion CPU SRAM 128kByte LED indicator EEPROM 4kbit RS232C I F BCD I F D A I F TEDS I F Power supply unit TEDS memory I O signal control connector A B C D 12V 5V 3 3V AC power type 12V DC IN F G FRAME Power supply unit 12V 5V 3 3V DC power type ...

Page 76: ...206 8530 Japan Sales Section Measurement Products Department Information Products Division Phone 81 042 356 9161 Fax 81 042 356 9185 Website http www teac co jp industry measurement index html Addresses and telephone numbers are subject to change without notice ...

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