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SECTION 3

Operating Modes

This section provides information on the basic functions of each operating mode.

3-1

Rotational/Circumferential Speed:

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3-2

Absolute Ratio:

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3-3

Error Ratio:

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3-4

Rotational Difference:

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3-5

Flow Rate Ratio:

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3-6

Passing Time:

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3-7

Pulse Counting:

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Summary of Contents for K3NR

Page 1: ...Cat No N093 E1 1A Frequency Rate Meter K3NR ...

Page 2: ...K3NR Frequency Rate Meter Operation Manual Revised February 2001 ...

Page 3: ...iv ...

Page 4: ...ns word and is abbreviated Wd in documentation in this sense The abbreviation PC means Programmable Controller and is not used as an abbreviation for any thing else Visual Aids The following headings appear in the left column of the manual to help you locate different types of information Note Indicates information of particular interest for efficient and convenient operation of the product 1 2 3 ...

Page 5: ...vi ...

Page 6: ...Rotational Circumferential Speed F1 22 3 2 Absolute Ratio F2 25 3 3 Error Ratio F3 28 3 4 Rotational Difference F4 31 3 5 Flow Rate Ratio F5 34 3 6 Passing Time F6 37 3 7 Pulse Counting F7 40 SECTION 4 Parameter Setting 45 4 1 Overview 46 4 2 Setting Mode 47 4 3 Protect Mode 88 SECTION 5 Operations in RUN Mode 99 5 1 Displaying and Changing Setting Values 100 5 2 Displaying and Resetting of Maximu...

Page 7: ...ts 119 SECTION 8 Troubleshooting 121 8 1 Items to Be Checked First 122 8 2 Display 122 Appendices A Specifications 125 B Estimated Frequency Calculation 129 C List of Settings 131 D Available Models 133 E Available Parameters 135 F Setting Examples 139 Index 141 Revision History 145 ...

Page 8: ...tructions for operating the K3NR in RUN mode Section 5 provides information on the teaching function output test and maintenance mode Section 6 provides information on the use of the K3NR with the BCD Output Board Section 7 provides information for troubleshooting the K3NR The Appendices provide specifications a list of settings a list of standard models and a list of available menu items WARNING ...

Page 9: ...ormation contained in this section is important for the safe and reliable application of the K3NR You must read this section and understand the information contained before attempting to set up or operate the K3NR 1 General Precautions xii 2 Safety Precautions xii 3 Application Precautions xii 4 Noise Prevention xiii ...

Page 10: ...f the terminals while power is being supplied Doing so may result in serious electrical shock or electrocution 3 Application Precautions Observe the following precautions when using the product Always use the power supply voltage specified in the specifications Do not use the product in locations subject to flammable gases or combustible objects Be sure to confirm terminal names when wiring Be sur...

Page 11: ...ct is exposed to noise Countermeasures for protecting the product against high frequency noise or abnormal voltages Line filter Frequency Rate Meter Power input Power input Signal input Frequency Rate Meter Countermeasures for protecting the product against inductive noise produced from the input line 2 conductor shield wire Frequency Rate Meter ...

Page 12: ...ns of the K3NR The main components are also described Refer to the remaining sections of this manual for the operation of the K3NR and its menus in detail 1 1 Features 2 1 2 Front of the Meter 4 1 3 Rear of the Meter 7 1 4 Modes 8 1 5 Communications Function 9 ...

Page 13: ...ling The number of input pulses is converted into a desired value Enables the K3NR to display the revolutions or rotational speed It is necessary to multiply the number of pulses per revolution or circumference by a certain fac tor This factor is called the prescaling value Example Proximity Sensor K3NR rpm f x 60 x a f Input pulse frequency number of pulses per second a Prescale value If there ar...

Page 14: ... is starts to become smaller than the HH and H setting values and larger than the LL and L setting values Refer to Hysteresis page 78 Startup Compensation Time The startup compensation time parameter keeps the measurement operation from sending an unnecessary output corresponding to instantaneous fluctuat ing input from the moment the K3NR is turned ON until the end of the preset peri od Refer to ...

Page 15: ...cator is lit When changing a value all digits other than those that can be set be come dimmer Setting Mode Displays the menu parameter or setting value When chang ing a value all digits other than those that can be set become dimmer K3NR jjjC Set Value LED Display Model RUN Mode Displays the process maximum and minimum values Setting Mode Displays the menu and parameters RUN Mode Displays comparat...

Page 16: ...ance mode to the RUN mode This key is also used to return to the previous operation during the setting pro tect or maintenance mode Displays a setting value out of HH H L and LL setting values in this order on the PV display in RUN mode when this key is pressed Unless another operation key is pressed within five seconds after this key has been pressed the display automatically changes to the one f...

Page 17: ...if the value is set to 1 or The value will be set to 0 if this key is pressed when 9 or is displayed Used to change the parameter displayed in setting mode Used to scroll the digit to the right of the presently displayed digit Used to reset the maximum value minimum value or counting value in RUN mode Used to select the teaching function Refer to 6 1 Teaching Function for details Up Key Shift Key ...

Page 18: ...1 C1 C2 C5 K3NR with Transistor Output Board K31 T1 T2 K3NR with Linear Output Board K31 L1 L2 L3 L4 L5 L6 L7 L8 L9 L10 K3NR with RS 485 Output Board K31 FLK2 FLK5 Output Board Input Board K3NR with BCD Output Board K31 B2 B4 Output Board Input Board K3NR with RS 232C Output Board K31 FLK1 Communications Output Board Input Board Rear of the Meter Section 1 3 ...

Page 19: ...arameter input see Section 4 Parameter Setting Protect mode for lock out configuration see 4 1 Protect Mode Maintenance mode for initialization see 6 3 2 Initialization Refer to the following for the relationship among these modes and selection of the modes RUN mode Press the Mode and Shift Keys while turning on the K3NR Power on Press the Escape and up Keys for 1 second Maintenance mode RUN mode ...

Page 20: ...ode The setting values are reset to factory set values in this mode Refer to 6 3 2 Initialization for details 1 5 Communications Function The communications function of the K3NR makes it possible for the host com puter to perform the following operations Confirmation and change of setting values Communications conditions can not be changed Reading and resetting the maximum and minimum values Confi...

Page 21: ...3NR 2 1 Mounting 12 2 2 Input Block 13 2 2 1 Terminal Arrangement 13 2 2 2 Wiring Precautions 14 2 2 3 Wiring 14 2 3 Output Board 16 2 3 1 Terminal Arrangement 16 2 3 2 Relay Output Board 18 2 3 3 Transistor and Combination Output Board 19 2 3 4 Linear Output Board 19 2 3 5 BCD Output Board 19 ...

Page 22: ...8 2 mm PV LED Indicator Size Panel Cutouts 45 0 8 0 92 0 8 0 120 min 75 min Recommended panel thickness is 1 to 3 2 mm Do not mount more than one Unit closely in the horizontal or vertical direction Be sure to keep the distance between adjacent Units Mounting Section 2 1 ...

Page 23: ...t and left sides as shown above and while keeping them in balance alternately tighten each screw until the ratchet be comes idle 2 2 Input Block 2 2 1 Terminal Arrangement Sensor power supply 80 mA max at 12 VDC Open collector input Voltage pulse input 100 to 240 to VAC 12 to 24 VDC Note Voltage pulse input is available for the K3NR NBjj jj Input Block Section 2 2 ...

Page 24: ...s Sensor with NPN output Sensor with PNP output 12 V 12 V Residual voltage with sensor turned on 3 V max Current leakage with sensor turned off 1 5 mA max Switching load current 20 mA or greater Must be able to dependably switch a load current of 5 mA max Photoelectric sensors proximity sensors rotary encoders and relays can be connected as sensors to the K3NR Voltage Pulse Input Connect the pulse...

Page 25: ...t BANK inputs to terminals 14 and 15 for BANK1 and BANK2 If open collector input is used as external signal input the transistor must satisfy the following conditions Residual voltage with transistor turned on 3 V max Current leakage with transistor turned off 1 5 mA max Switching load current 20 mA or greater Approximately 5 V is imposed between COM and terminals 5 to 7 with a current flow of app...

Page 26: ...K31 C1 C2 C5 K3NR with Transistor Output Board K31 T1 T2 K3NR with Linear Output Board K31 L1 L2 L3 L4 L5 L6 L7 L8 L9 L10 K3NR with RS 485 Output Board K31 FLK2 FLK5 K3NR with BCD Output Board K31 B2 B4 K3NR with RS232C Transistor Output Board K31 FLK4 Output Board Section 2 3 ...

Page 27: ...17 K3NR with RS 422 Transistor Output Board K31 FLK6 K3NR with RS 232C Output Board K31 FLK1 K3NR with RS 422 Output Board K31 FLK3 Output Board Section 2 3 ...

Page 28: ...put PASS output PASS output L comparative output L comparative output LL comparative output HH comparative output PASS output LL comparative output H comparative output L comparative output K3NR with 5 Relay Output Boards K31 C5 The following contact output conditions are required 5 A resistive load at 250 VAC 1 5 A inductive load at 250 VAC 5 A resistive load at 30 VDC 1 5 A inductive load at 30 ...

Page 29: ... Boards K31 FLK6 1 2 3 4 5 6 21 22 23 24 25 26 COM COM COM 32 33 34 35 36 37 The following transistor output conditions are required Maximum rated voltage 24 VDC Load current 50 mA Current leakage with transistor turned off 100 µA 2 3 4 Linear Output Board The following figures show connections for linear output K3NR with Linear Output Board K31 L1 or K31 L4 K3NR with Linear Output Board K31 L2 or...

Page 30: ...information on the basic functions of each operating mode 3 1 Rotational Circumferential Speed f1 22 3 2 Absolute Ratio f2 25 3 3 Error Ratio f3 28 3 4 Rotational Difference f4 31 3 5 Flow Rate Ratio f5 34 3 6 Passing Time f6 37 3 7 Pulse Counting f7 40 ...

Page 31: ... be ignored Item Unit of display Prescale value Rotations rpm 1 N rps 1 60N Frequency of input pulse Hz 1 60 kHz 1 60000 Rotational speed mm s 1000πd 60N cm s 100πd 60N m s πd 60N m min πd N km h 0 06πd N Where N Number of pulses per rotation πD Length m of one rotation Example Displaying rotations rpm on condition that there are two pulses per revolu tion Prescaling value α 1 2 0 5 5 0000 x 10 1 ...

Page 32: ...obtained Performance Characteristics Accuracy of measurement 0 006 rdg 1 digit ambient temperature 23 C 5 C Measurement range Sensor with transistor output 0 5 mHz to 50 kHz Sensor with relay output 0 5 mHz to 30 Hz ON OFF pulse width Sensor with transistor output 9 µs min Sensor with relay output 15 ms min Response time Output configuration Relay output Transistor output BCD and transistor output...

Page 33: ...input A X mantissa Y exponent ro ax ro ay Yes 62 Auto zero time of input B X mantissa Y exponent ro bx ro by No Display time unit time No 65 Communications unit no See note 1 uĆno Yes 67 Baud rate See note 1 bps Yes Word length See note 1 len Yes 69 Stop bits See note 1 sbit Yes Parity bits See note 1 prty Yes opt Process time for averaging measured value aUg Yes 72 Startup compensation time stime...

Page 34: ...ber of pulses per revolution from A input Nb Number of pulses per revolution from B input πda Circumference m per revolution for A input πdb Circumference m per revolution for B input Example Displaying absolute revolution rate using two rotary encoders each with 1 000 output pulses per revolution Prescale value of INA α 1 1000 0 001 1 0000 x 10 3 Prescale value of INB β 1 1000 0 001 1 0000 x 10 3...

Page 35: ...r can be obtained Performance Characteristics Accuracy of measurement 0 02 rdg 1 digit ambient temperature 23 C 5 C Measurement range Sensor with transistor output 0 5 mHz to 50 kHz Sensor with relay output 0 5 mHz to 30 Hz ON OFF pulse width Sensor with transistor output 9 µs min Sensor with relay output 15 ms min Response time Output configuration Relay output Transistor output BCD and transisto...

Page 36: ...ero timer of input A X mantissa Y exponent ro ax ro ay Yes 62 Auto zero timer of input B X mantissa Y exponent ro bx ro by Yes Display time unit time No 65 Communications unit no See note 1 uĆno Yes 67 Baud rate See note 1 bps Yes Word length See note 1 len Yes 69 Stop bits See note 1 sbit Yes Parity bits See note 1 prty Yes opt Process time for averaging measured value aUg Yes 72 Startup compensa...

Page 37: ...mber of pulses per revolution from A input Nb Number of pulses per revolution from B input πda Circumference m per revolution for A input πdb Circumference m per revolution for B input Example Displaying error ratio of two conveyor speeds m min using two rotary en coders each with 100 output pulses per revolution and a circumference of 0 125 m Prescale value of INA α 0 125 100 0 00125 1 2500 x 10 ...

Page 38: ...ror can be obtained Performance Characteristics Accuracy of measurement 0 02 rdg 1 digit ambient temperature 23 C 5 C Measurement range Sensor with transistor output 0 5 mHz to 50 kHz Sensor with relay output 0 5 mHz to 30 Hz ON OFF pulse width Sensor with transistor output 9 µs min Sensor with relay output 15 ms min Response time Output configuration Relay output Transistor output BCD and transis...

Page 39: ...ro time of input A X mantissa Y exponent ro ax ro ay Yes 62 Auto zero time of input B X mantissa Y exponent ro bx ro by Yes Display time unit time No 65 Communications unit no See note 1 uĆno Yes 67 Baud rate See note 1 bps Yes Word length See note 1 len Yes 69 Stop bits See note 1 sbit Yes Parity bits See note 1 prty Yes opt Process time for averaging measured value aUg Yes 72 Startup compensatio...

Page 40: ...Na INB 1000πdb 60Nb m sec INA πda 60Na INB πdb 60Nb m min INA πda Na INB πdb Nb Where Na Number of pulses per revolution from A input Nb Number of pulses per revolution from B input πda Circumference m per revolution for A input πdb Circumference m per revolution for B input Example Displaying error in frequency Hz using two rotary encoders each with 100 output pulses per revolution Prescale value...

Page 41: ... error can be obtained Performance Characteristics Accuracy of measurement 0 02 rdg 1 digit ambient temperature 23 C 5 C Measurement range Sensor with transistor output 0 5 mHz to 50 kHz Sensor with relay output 0 5 mHz to 30 Hz ON OFF pulse width Sensor with transistor output 9 µs min Sensor with relay output 15 ms min Response time Output configuration Relay output Transistor output BCD and tran...

Page 42: ...me of input A X mantissa Y exponent ro ax ro ay Yes 62 Auto zero time of input B X mantissa Y exponent ro bx ro by Yes Display time unit time No 65 Communications unit no See note 1 uĆno Yes 67 Baud rate See note 1 bps Yes Word length See note 1 len Yes 69 Stop bits See note 1 sbit Yes Parity bits See note 1 prty Yes opt Process time for averaging measured value aUg Yes 72 Startup compensation tim...

Page 43: ...ow rate ratio INA Na INB Nb Where Na Number of pulses for specific quantity of A input Nb Number of pulses for specific quantity of B input Example Displaying mixed liquid concentration calculated from the flow rate ratio of two flow sensors each with a capacity of 10 ȏ 400 rpm Prescale value of INA α 10 400 0 025 2 5000 x 10 2 Prescale value of INB β 10 400 0 025 2 5000 x 10 2 Prescale value X x ...

Page 44: ...r can be obtained Performance Characteristics Accuracy of measurement 0 02 rdg 1 digit ambient temperature 23 C 5 C Measurement range Sensor with transistor output 0 5 mHz to 50 kHz Sensor with relay output 0 5 mHz to 30 Hz ON OFF pulse width Sensor with transistor output 9 µs min Sensor with relay output 15 ms min Response time Output configuration Relay output Transistor output BCD and transisto...

Page 45: ...time of input A X mantissa Y exponent ro ax ro ay Yes 62 Auto zero time of input B X mantissa Y exponent ro bx ro by Yes Display time unit time No 65 Communications unit no See note 1 uĆno Yes 67 Baud rate See note 1 bps Yes Word length See note 1 len Yes 69 Stop bits See note 1 sbit Yes Parity bits See note 1 prty Yes opt Process time for averaging measured value aUg Yes 72 Startup compensation t...

Page 46: ...s measured in this mode Therefore if the K3NR does not receive any pulses for a certain period the K3NR estimates passing time using the esti mated frequency calculation function and increases the displayed value Mode Unit of display value Prescale value Passing time sec L πd N N No of pulses per 1 cycle from input A πd Circumferential length m per 1 cycle L Processing length m Note The K3NR can d...

Page 47: ...or can be obtained Performance Characteristics Accuracy of measurement 0 006 rdg 1 digit ambient temperature 23 C 5 C Measurement range Sensor with transistor output 0 5 mHz to 50 KHz Sensor with relay output 0 5 mHz to 30 Hz ON OFF pulse width Sensor with transistor output 9 µs min Sensor with relay output 15 ms min Response time Output configuration Relay output Transistor output BCD and transis...

Page 48: ...o time of input A X mantissa Y exponent ro ax ro ay Yes 62 Auto zero time of input B X mantissa Y exponent ro bx ro by No Display time unit time No 65 Communications unit no See note 1 uĆno Yes 67 Baud rate See note 1 bps Yes Word length See note 1 len Yes 69 Stop bits See note 1 sbit Yes Parity bits See note 1 prty Yes opt Process time for averaging measured value aUg Yes 72 Startup compensation ...

Page 49: ...with a stopwatch Interruption of Pulse Counting With INB input ON the pulse counting operation is interrupted and the mea sured value comparative outputs and BCD output are on HOLD Pulse count ing will not begin while INB input is ON Clearing Accumulated Value When the RESET input turns ON the accumulated value is cleared to zero Pulse counting will not start while the RESET input is ON The accumu...

Page 50: ...ounts Count n n pulses 1 count Count 1 n Example Counting four pulses as a single unit to be displayed Prescaling value α 1 4 0 25 0 25 x 100 Prescale value X x 10Y X mantissa Y exponent X mantissa of input A 0 25 Y exponent of input A 0 4 2 Setting Mode Performance Characteristics Maximum counting speed Sensor with transistor output 50 kcps Sensor with relay output 30 cps Counting range 0 to 4 G ...

Page 51: ...nting speed cps 1 Delay in comparative outputs sec If comparative output is directly connected to RESET input the maximum pulse counting speed can be obtained as follows Maximum counting speed cps 1 Delay in comparative outputs sec Re sponse time of RESET input sec The response time of the HOLD or RESET input is the time required for the K3TR to accept HOLD or RESET input after the HOLD or RESET i...

Page 52: ...ro time of input A X mantissa Y exponent ro ax ro ay No 62 Auto zero time of input B X mantissa Y exponent ro bx ro by No Display time unit time No 65 Communications unit no See note 1 uĆno Yes 67 Baud rate See note 1 bps Yes Word length See note 1 len Yes 69 Stop bits See note 1 sbit Yes Parity bits See note 1 prty Yes opt Process time for averaging measured value aUg No 72 Startup compensation t...

Page 53: ...f Input B 54 Decimal Point Position 54 4 2 5 Setup Menu setup 58 Operating Mode 58 Sensor Type 60 Auto Zero Time of Input A X Mantissa 62 Auto Zero Time of Input A Y Exponent 62 Auto Zero Time of Input B X Mantissa 62 Auto Zero Time of Input B Y Exponent 62 Time Unit 65 Communications Unit Number 67 Baud Rate 67 Word Length 69 Stop Bits 69 Parity Bits 69 4 2 6 Option Menu opt 72 Process Time for A...

Page 54: ...modes RUN mode for normal operations Setting mode for initial parameter input Protect mode for lock out configuration and Mainte nance mode for initializing set values The parameters that are accessible on any individual K3NR will vary depending on the Output Board installed Refer to Appendix D Available Parameters The K3NR is in RUN mode when the K3NR is turned on Parameter settings in protect or...

Page 55: ...an one second while a menu is dis played a parameter will be displayed The parameter changes whenever the Mode Key is pressed If the Shift Key is pressed while a parameter is displayed the parameter will be ready to change Press the Up Key to change parameters The digit of a set value is selected with the Shift Key and changed with the Up Key The PROG indicator is lit while a menu or parameter is ...

Page 56: ...ling value of input A X mantissa Decimal point position Press the Mode Key for 1 second see note 1 Press the Mode Key for 1 second Prescaling value of input A Y exponent Prescaling value of input B X mantissa Prescaling value of input B Y exponent Note 1 When making new settings or changing settings of each parameter press the Shift Key to shift to the setting state The input will be updated autom...

Page 57: ...ions unit no Baud rate Word length Stop bits Parity bits Option menu Process time for averaging measured value Startup compensa tion time Power failure memory Hysteresis Comparative out put pattern H linear output range L linear output range Remote Local processing Auto zero time of input B X mantissa Auto zero time of input B Y exponent Press the Mode Key for 1 second Setting Mode Section 4 2 ...

Page 58: ...g in Setting mode or by the teaching function Setting Setting range Default Set value bank 1 to 4 1 HH set value 19 999 to 99999 99 999 H set value 99 999 L set value 19999 LL set value 19999 Set the decimal point position in the prescaling menu Refer to 6 1 Teaching Function The menu is only available for the K3NR with Comparative Output Board s bank sU hh sU h sU l sU ll FUNCTION SETTING REFEREN...

Page 59: ...e LED Display Model Basic Model 3 Press the Up Key to set the value to 2 The input will be validated automati cally if no change is made for five seconds The s bank setting value bank setting will be displayed again Note Press the Mode Key to enter the set value immediately The sU2 hh HH setting value of bank 2 setting will be displayed for setting the next parameter Set Value LED Display Model Ba...

Page 60: ...99999 for changing The PROG indicator will flash Set Value LED Display Model Basic Model 9 Press the Up and Shift Keys to set the value to 6000 The input will be vali dated automatically if no change is made for five seconds The sU2 h H set ting value of bank 2 setting will be displayed again Note Press the Mode Key to enter the set value immediately The sU2 l L setting value of bank 2 setting wil...

Page 61: ...asic Model 14 Press the Mode Key to display the set value Ć19999 for changing The PROG indicator will flash Set Value LED Display Model Basic Model 15 Press the Up and Shift Keys to set the value to 2000 The input will be vali dated automatically if no change is made for five seconds The sU2 ll LL setting value setting will be displayed again Note Press the Mode Key to enter the set value immediat...

Page 62: ...Unit rpm Operating Mode 1 Object to be measured Proximity Sensor Two pulses are output per revolution Therefore the prescaling value is calcu lated 0 5 x 100 5 0 x 10 1 p bank off ps ax 5 0000 ps ay 10 Ć1 Note Use prescaling banks 1 through four if more than one prescaling value needs to be set Input type Setting Default p bank Bank no of prescale OFF 1 to 4 OFF ps ax Prescaling value X mantissa o...

Page 63: ...ess the Shift Key to display off for changing The PROG indicator will flash Set Value LED Display Model Basic Model 3 Press the Up Key to change the prescaling bank setting The input will be validated automatically if no change is made for five seconds The p bank prescaling bank setting will be displayed again Note Press the Mode Key to enter the set value immediately The ps ax prescaling value X ...

Page 64: ...l 7 Press the Mode Key to display the ps ay prescaling value Y exponent of input A setting Set Value LED Display Model Basic Model 8 Press the Shift Key to display the set value 10Ć1 for changing Set Value LED Display Model Basic Model 9 Press the Up and Shift Keys to set the value to 10 Ć1 The input will be vali dated automatically if no change is made for five seconds The ps ay pres caling value...

Page 65: ...el 12 Press the Shift Key to set The input will be validated automatically if no change is made for five seconds The decp decimal point position setting will be displayed again Note Press the Mode Key to enter the set value immediately The p bank prescaling bank setting will be displayed for setting the next parame ter Set Value LED Display Model Basic Model 13 Press the Escape Key to display the ...

Page 66: ... the pulse counting of input A Setting Default f1 Rotational circumferential speed f2 Absolute ratio f3 Error ratio f4 Rotational difference f5 Flow rate ratio f6 Passing time f7 Pulse counting f1 Refer to Section 3 Operating Modes Follow the steps described below to select the f4 rotational difference setting Set Value LED Display Model Basic Model 1 2 3 1 Press the Mode Key for more than one sec...

Page 67: ...he func operating mode setting will be displayed again Note Press the Mode Key to enter the displayed setting immediately The next parameter will be displayed for setting Set Value LED Display Model Basic Model 4 Repeatedly press the Escape Key until the setup setup menu is displayed Set Value LED Display Model Basic Model Setting Mode Section 4 2 ...

Page 68: ...ct Voltage Pulse Input Sensor type Active high H Active low L Default Voltage pulse input 10 11 00 Follow the steps described below to set input A to 11 in operating mode f1 rotational cir cumferential speed Set Value LED Display Model Basic Model 1 2 3 1 Press the Mode Key for more than one second while the setup setup menu is displayed The func operating mode setting will appear Set Value LED Di...

Page 69: ...seconds The ina input A sensor type setting will be displayed again Note Press the Mode Key to enter the displayed setting immediately The next parameter will be displayed Set Value LED Display Model Basic Model 5 Press the Escape Key to display the setup setup menu Set Value LED Display Model Basic Model Setting Mode Section 4 2 ...

Page 70: ... time X x 10Y s X mantissa Y exponent Note Auto zero time must be longer than the value obtained by dividing one by the minimum frequency input of the K3NR Auto zero time must not be less than 0 1 s If the operating mode of the K3NR is set to F7 pulse counting this parameter will not be available Input type Setting Default ro ax Auto zero time of input A X mantissa ro ay Auto zero time of input A ...

Page 71: ... is made for five seconds The ro ax auto zero time of input A X mantissa setting will be displayed again Note Press the Mode Key to enter the set value immediately The auto zero time of input A Y exponent setting will be displayed for setting the next parameter Set Value LED Display Model Basic Model 5 Press the Mode Key to display the ro ay auto zero time of input A Y expo nent setting Set Value ...

Page 72: ...ly The auto zero time of input B X mantissa setting will be displayed for setting the next parameter Set Value LED Display Model Basic Model 8 Press the Escape Key to display the setup setup menu Set Value LED Display Model Basic Model Setting Mode Section 4 2 ...

Page 73: ... within a range between 00 min 00 s 0 and 59 min 59 s 9 Follow the steps described below to set sec second unit setting Set Value LED Display Model Basic Model 1 2 3 1 Press the Mode Key for more than one second while the setup setup menu is displayed The func operating mode setting will appear Set Value LED Display Model Basic Model 2 Repeatedly press the Mode Key until time time unit setting is ...

Page 74: ...tting will be dis played again Note Press the Mode Key to enter the set value immediately The next pa rameter will be displayed for setting Set Value LED Display Model Basic Model 5 Press the Escape Key to display the setup setup menu Set Value LED Display Model Basic Model Set Value LED Display Model Basic Model Setting Mode Section 4 2 ...

Page 75: ...bps 9600 9 600 bps 19200 19 2 Kbps 38400 38 4 Kbps 9600 This setting is available for the K3NR with the Communications Output Board Follow the steps described below to set the communications unit number to 15 and the baud rate to 19 200 bps Set Value LED Display Model Basic Model 1 2 3 1 Press the Mode Key for more than one second while the setup setup menu is displayed The func operating mode set...

Page 76: ...Display Model Basic Model 6 Press the Shift Key to display the prior set value 9600 for changing The PROG indicator will flash Set Value LED Display Model Basic Model 7 Press the Up Key to set the value to 19200 The input will be validated auto matically if no change is made for five seconds The bps baud rate setting will be displayed again Note Press the Mode Key to enter the set value immediatel...

Page 77: ...lt none None eUen Even odd Odd eUen This setting is available for the K3NR with the Communications Output Board Follow the steps described below to set the following Word length 8 bits Number of stop bits 1 Parity bits none Set Value LED Display Model Basic Model 1 2 3 1 Press the Mode Key for more than one second while the setup setup menu is displayed The func operating mode setting will appear ...

Page 78: ...er will be displayed for setting Set Value LED Display Model Basic Model 5 Press the Mode Key to display the sbit stop bit setting Set Value LED Display Model Basic Model 6 Press the Shift Key to display the set value 2 for changing Set Value LED Display Model Basic Model 7 Press the Up Key to set the value to 1 The input will be validated automati cally if no change is made for five seconds The s...

Page 79: ...utomatically if no change is made for five seconds The prty parity bit setting will be dis played again Note Press the Mode Key to enter the setting immediately The next pa rameter will be displayed for setting Set Value LED Display Model Basic Model When no operation is executed for five seconds Set Value LED Display Model Basic Model Setting Mode Section 4 2 ...

Page 80: ...pulse intervals or the rotation of the machine If the input pulse intervals are larger than the preset regular intervals the K3NR calculates the rpm using the input pulse intervals Setting Default fast Averaged every 60 ms 0 5 Averaged every 500 ms 1 Averaged every 1 s 2 Averaged every 2 s 4 Averaged every 4 s 8 Averaged every 8 s 16 Averaged every 16 s fast Input value Display value Without avera...

Page 81: ... value fast for changing The PROG indicator will flash Set Value LED Display Model Basic Model 3 Repeatedly press the Up Key until 4 is displayed The setting will be vali dated automatically if no change is made for five seconds The aUg process time for averaging measured value setting will be displayed again Note Press the Mode Key to enter the displayed setting immediately The next parameter wil...

Page 82: ... 0 to 99 9 S 0 0 The K3NR will display 00000 with all outputs turned OFF until the K3NR is in measurement operation L set value L comparative output Power ON Display 00000 measurement interrupted Setting time Display Time Follow the steps described below to set the startup compensation time to 2 seconds Set Value LED Display Model Basic Model 1 2 3 1 Press the Mode Key for more than one second whi...

Page 83: ...ress the Up and Shift Keys to set the value to 02 0 The setting will be vali dated automatically if no change is made for five seconds The stine start up compensation time setting will be displayed again Note Press the Mode Key to enter the set value immediately The next pa rameter will be displayed for setting Set Value LED Display Model Basic Model When no operation is executed for five seconds ...

Page 84: ...asic Model 2 Repeatedly press the Mode Key until the memo power failure memory setting is displayed Set Value LED Display Model Basic Model 3 Press the Shift Key to display the set data off for changing The PROG indi cator will flash Set Value LED Display Model Basic Model 4 Press the Up Key to display on The setting will be validated automatically if no change is made for five seconds The memo po...

Page 85: ...When no operation is executed for five seconds Set Value LED Display Model Basic Model 5 Press the Escape Key to display the opt option menu Set Value LED Display Model Basic Model Setting Mode Section 4 2 ...

Page 86: ... is a level output however the hysteresis will be en abled when the measured value starts to become smaller than the HH H LL and L setting values Measured value H setting value L setting value H comparative output L comparative output Hysteresis Hysteresis This setting is only available for the K3NR with the Comparative Output Unit Follow the steps described below to set the hysteresis to 30 Set V...

Page 87: ... Model 4 Press the Up and Shift Keys to set the value to 0030 The setting will be vali dated automatically if no change is made for five seconds The hys hystere sis setting will be displayed again Note Press the Mode Key to enter the set value immediately The next pa rameter will be displayed for setting Set Value LED Display Model Basic Model When no operation is executed for five seconds Set Val...

Page 88: ...tive Output Turns ON when the measured value is larger than the H or HH setting value PASS Output Turns ON when LL L H and HH comparative outputs are all OFF L or LL Comparative Output Turns ON when the measured value is smaller than the L or LL setting value HH setting value H setting value L setting value LL setting value Measured value HH comparative output H comparative output PASS L comparati...

Page 89: ... setting value H Comparative Output Turns ON when the measured value is between the H and HH setting values PASS Output Turns ON when the measured value is between the L and H setting values L Comparative Output Turns ON when the measured value is between the LL and L setting values LL Comparative Output Turns ON when the measured value falls below the LL setting value Be sure to set the setting v...

Page 90: ...ern setting is displayed Set Value LED Display Model Basic Model 3 Press the Shift Key to display the prior setting nomal for changing The PROG indicator will flash Set Value LED Display Model Basic Model 4 Press the Up Key twice to display leUel The setting will be validated auto matically if no change is made for five seconds The cĆout comparative out put pattern setting will be displayed again ...

Page 91: ...tput 20 mA or 5 V Display value 4 mA or 1 V L can be greater or less than H L cannot be the same as H otherwise H will be automatically set to a value obtained by adding 1 to L The teaching function can be used for setting linear output ranges Setting range Default 19999 to 99999 H linear output range 99999 L linear output range 19999 Refer to 6 1 Teaching Function This setting is available for th...

Page 92: ... displayed Set Value LED Display Model Basic Model 3 Press the Shift Key to display the prior set value 999 99 for changing The PROG indicator will flash Set Value LED Display Model Basic Model 4 Press the Up and Shift Keys to set the value to 100 00 The setting will be validated automatically if no change is made for five seconds The lset h H linear output range setting will be displayed again No...

Page 93: ...he setting will be validated automatically if no change is made for five seconds The lset l L linear output range setting will be displayed again Note Press the Mode Key to enter the set value immediately The next pa rameter will be displayed for setting Set Value LED Display Model Basic Model When no operation is executed for five seconds Set Value LED Display Model Basic Model Setting Mode Secti...

Page 94: ...ramming Set Value LED Display Model Basic Model 1 2 3 1 Press the Mode Key for more than one second while the opt option menu is displayed The aUg setting will appear Set Value LED Display Model Basic Model 2 Repeatedly press the Mode Key until the rĆl remote local setting is dis played Set Value LED Display Model Basic Model 3 Press the Shift Key to display the prior setting lcl for changing The ...

Page 95: ...r five se conds The aUg process time for averaging measured value setting will be displayed again Note Press the Mode Key to enter the setting immediately The rĆl re mote local setting will be displayed again Set Value LED Display Model Basic Model Setting Mode Section 4 2 ...

Page 96: ...s while turning the K3NR on Power On Press the Escape and Up Keys for 1 second Maintenance mode RUN mode Setting mode Protect mode 1 second If the Mode Key is pressed for more than one second while a menu is dis played a parameter will be displayed The parameter changes whenever the Mode Key is pressed If the Shift Key is pressed while a parameter is displayed the parameter will be ready to change...

Page 97: ...ON Key protect OFF Setting value change prohibit Key protect ON Key protect OFF Key protect ON Key protect OFF Key protect ON Key protect OFF Counting value reset prohibit Max Min value clear prohibit Security No key input for 5 seconds No key input for 5 seconds No key input for 5 seconds No key input for 5 seconds No key input for 5 seconds All menus prohibited 2 Setup menu prohibited 1 All menu...

Page 98: ...r Set Value LED Display Model Basic Model 2 Press the Shift Key to display the prior setting kpoff for changing The PROG indicator will flash Set Value LED Display Model Basic Model 3 Press the Up Key to display kpon The setting will be validated automatically if no change is made for five seconds The all all key protect setting will be displayed again Note Press the Mode Key to enter the setting ...

Page 99: ... setting value change prohibit to ON Set Value LED Display Model Basic Model 1 2 3 1 Press the Mode Key for more than one second while the prot protect menu is displayed The all all key protect setting will appear Set Value LED Display Model Basic Model 2 Press the Mode Key to display the sUset setting value prohibit setting Set Value LED Display Model Basic Model 3 Press the Shift Key to display ...

Page 100: ...e for five seconds The sUset setting value prohibit set ting will be displayed again Note Press the Mode Key to enter the setting immediately The next pa rameter will be displayed for setting Set Value LED Display Model Basic Model When no operation is executed for five seconds Protect Mode Section 4 3 ...

Page 101: ...ribed below to set key protect ON Set Value LED Display Model Basic Model 1 2 3 1 Press the Mode Key for more than one second while the prot protect menu is displayed The all all key protect setting will appear Set Value LED Display Model Basic Model 2 Press the Mode Key to display reset Counting Value Reset Prohibit setting Set Value LED Display Model Basic Model 3 Press the Shift Key to display ...

Page 102: ...eset counting value reset pro hibit setting will be displayed again Note Press the Mode Key to enter the setting immediately The next pa rameter will be displayed for setting Set Value LED Display Model Basic Model When no operation is executed for five seconds Set Value LED Display Model Basic Model Protect Mode Section 4 3 ...

Page 103: ...minimum value clear prohibit to ON Set Value LED Display Model Basic Model 1 2 3 1 Press the Mode Key for more than one second while the prot protect menu is displayed The all all key protect setting will appear Set Value LED Display Model Basic Model 2 Repeatedly press the Mode Key until the mm rst maximum minimum value clear prohibit setting is displayed Set Value LED Display Model Basic Model 3...

Page 104: ...ive seconds The mm rst maximum minimum value clear prohibit setting will be displayed again Note Press the Mode Key to enter the setting immediately The next pa rameter will be displayed for setting Set Value LED Display Model Basic Model When no operation is executed for five seconds Protect Mode Section 4 3 ...

Page 105: ...below to set the security setting to 1 Set Value LED Display Model Basic Model 1 2 3 1 Press the Mode Key for more than one second while the prot protect menu is displayed The all all key protect setting will appear Set Value LED Display Model Basic Model 2 Repeatedly press the Mode Key until the secr security setting is displayed Set Value LED Display Model Basic Model 3 Press the Shift Key to di...

Page 106: ...is made for five seconds The secr security setting will be dis played again Note Press the Mode Key to enter the setting immediately The next pa rameter will be displayed for setting Set Value LED Display Model Basic Model When no operation is executed for five seconds Protect Mode Section 4 3 ...

Page 107: ...Setting Values 100 5 2 Displaying and Resetting of Maximum and Minimum Values Operating Modes F1 to F6 103 5 2 1 Displaying Maximum and Minimum Values 103 5 2 2 Resetting Maximum and Minimum Values 103 5 3 External Input Signals 104 5 3 1 Bank Selection 104 5 3 2 RESET Operating Modes F1 to F6 104 5 3 3 RESET Operating Mode F7 105 5 3 4 HOLD Operating Modes F1 to F6 105 5 3 5 HOLD Operating Mode F...

Page 108: ...ile the process maximum or minimum value is dis played on the PV display When the Mode Key is pressed the K3NR displays a setting value in the order of HH H L and LL on the SV display 5 1 2 Changing Setting Values Setting values can be prohibited against change when key protect or setting value change prohibit is ON in protect mode Select the setting value to be changed with the Mode Key All digit...

Page 109: ... the digits of the prior setting value 600 for changing 4 Press the Up and Shift Keys to set the value to 00700 5 The input will be entered if nothing else is input within five seconds or Press the Mode Key to display the L setting value for changing The H set ting value will appear again if nothing else is input within five seconds 6 To return to the process value display perform one of the follo...

Page 110: ... SV display status indicators 2 Press the Shift Key to display all the digits of the setting value 600 for chang ing 3 Press the Up and Shift Keys to set the value to 00700 4 The input will be entered if nothing else is input within five seconds or Press the Mode Key to display the L setting value for changing The H set ting value will appear again if nothing else is input within five seconds SETT...

Page 111: ...t when the K3NR is turned on set to RUN mode or reset The K3NR will be reset when one of the following is performed The RESET TEACH Key is pressed for more than one second while the maximum or minimum value is displayed The external RESET input signal is turned ON The K3NR receives the reset command through communications When the K3NR is reset the maximum and minimum values are set to the pro ces...

Page 112: ... 1 BANK 2 p g 1 OFF OFF sU1 ps1 2 ON OFF sU2 ps2 3 OFF ON sU3 ps3 4 ON ON sU4 ps4 Note If the prescaling bank is set to OFF the pscl prescaling value for each bank will be fixed When a bank is selected the corresponding BANK indicator 1 2 3 or 4 will be lit It takes up to 100 ms for a bank switching after BANK1 and BANK2 signals are input Bank 1 Bank 2 100 ms max The bank number can be displayed o...

Page 113: ...e reset to zero after a RESET signal is input Counting value Reset 16 ms max It is possible to reset the counting value by pressing the RESET TEACH Key 5 3 4 HOLD Operating Modes F1 to F6 The K3NR will stop the measurement if the HOLD input is ON When the HOLD input is ON the K3NR will retain the process value output and BCD data effective immediately before the HOLD input The HOLD indicator is li...

Page 114: ...alue is on hold The K3NR is in counting operation continuously while HOLD input is ON and comparative output and BCD data are available regardless of the HOLD input The HOLD indicator is lit while HOLD input is ON Input pulse Display External Input Signals Section 5 3 ...

Page 115: ...on on the output test and maintenance mode functions of the K3NR 6 1 Teaching Function 108 6 1 1 Set Value 108 6 1 2 Prescaling Value 109 6 1 3 Linear Output Range 111 6 2 Output Test 112 6 3 Maintenance Mode 113 6 3 1 Maintenance Mode 113 6 3 2 Initialization 113 ...

Page 116: ...l be displayed and the teaching indica tor will flash 2 Press the RESET TEACH Key again to retrieve the process value immedi ately before the key was pressed as a set value The teaching indicator will be lit and the parameter will be displayed Press the Escape Key to interrupt teaching Follow the steps described below to set the HH set value of bank 1 by using the teaching function Set Value LED D...

Page 117: ...process value will be displayed and the teaching indica tor will flash 2 Press the RESET TEACH Key again to change the present setting Press the Up and Shift Keys to set the value to be displayed Press the Escape Key to interrupt teaching 3 Press the RESET TEACH Key again to set the prescaling value Follow the steps described below to use the teaching function to make the K3NR display 60 as 100 00...

Page 118: ...ecimal point position setting Set Value LED Display Model Basic Model 6 Press the Shift Key to set The displayed setting will be validated au tomatically if no change is made for five seconds The decp decimal point position setting will be displayed again Set Value LED Display Model Basic Model 7 Press the Escape Key to display the pscl prescaling menu Set Value LED Display Model Basic Model Teach...

Page 119: ...ue The teaching indicator will be lit and the parameter will be displayed Press the Escape Key to interrupt teaching Follow the steps described below to set the H linear output range by using the teaching function Set Value LED Display Model Basic Model 1 2 3 1 Press the RESET TEACH Key for more than one second while the parame ter is displayed The process value will be displayed and the teaching ...

Page 120: ...s the Mode Key until the test output test setting is dis played RUN mode Setting Mode 1 second Setting values menu Prescaling menu Output test Option menu Setup menu sUset test opt setup pscl 3 Press the Mode Key for more than one second to display 0 which is a simu lated input value 4 The simulated input value increases when the Up Key is pressed Compara tive outputs are output according to the o...

Page 121: ...on Power On Press the Escape and Up Keys for 1 second Maintenance mode RUN mode 1 second Setting mode Protect mode 6 3 2 Initialization Follow the steps described below to reset the set values of the K3NR to factory set values 1 2 3 1 Press the Mode and Shift Keys simultaneously while turning the K3NR on The mant maintenance mode setting will be displayed Set Value LED Display Model Basic Model 2 ...

Page 122: ...114 4 Press the Up Key to display yes Press the Mode Key to initialize all set val ues The K3NR will go into RUN mode Set Value LED Display Model Basic Model RUN mode Maintenance Mode Section 6 3 ...

Page 123: ...115 SECTION 7 BCD Output This section provides information on the use of the K3NR with the BCD Output Board 7 1 Connectors 116 7 2 Timing Charts 119 ...

Page 124: ... 2 Output 2 Read data 103 digit 16 RD4 4 Output 4 Read data 103 digit 17 RD4 8 Output 8 Read data 103 digit 18 RD5 1 Output 1 Read data 104 digit 19 RD5 2 Output 2 Read data 104 digit 20 RD5 4 Output 4 Read data 104 digit 21 RD5 8 Output 8 Read data 104 digit 22 OVER Output Output when input value is not within the display range 23 D V Output Data confirmation signal 24 RUN Output Operation signal...

Page 125: ... following connectors are provided with the K3NR Plug XM2A 3701 OMRON Hood XM2S 3711 OMRON The depth required for the installation of the K3NR is 200 mm min in consider ation of the space required by the cable Connecting Conditions Refer to the following for the connecting conditions of each I O Refer to 2 3 Out put Block for output signals HH through LL Input Input current with no voltage input 1...

Page 126: ...4 and RD5 1 through RD5 4 in the same way as RD1 1 through RD1 4 2 Connect the RUN and OVER signals if they are used as status data Signals When the HOLD signal is ON the measurement operation stops and the pro cess value input effective immediately before the HOLD signal is retained When the RESET signal is ON the maximum and minimum values are set to the process value The OVER signal is ON when ...

Page 127: ... Pulse of 20 to 50 ms duration All data H DATA All data H Approx 30 ms 40 ms 16 ms DSV The REQ signal must be kept ON as shown below if the K3NR has continuous data output All data H DATA 1 DATA 2 Approx 30 ms 40 ms 40 ms 24 ms 24 ms 64 ms 64 ms DSV The polarity of the data must be checked with a POLARITY signal The polarity is positive when the POLARITY signal is OFF and negative when the POLARIT...

Page 128: ...121 SECTION 8 Troubleshooting This section provides information for troubleshooting the K3NR 8 1 Items to Be Checked First 122 8 2 Display 122 8 2 1 Flashing 122 8 2 2 Error Message 122 ...

Page 129: ...nals will be retained The display will flash for three seconds if an attempt is made to change a set ting on the K3NR Set to remote programming to accept key input 8 2 2 Error Message The error condition can be checked with the error message The K3NR will have the following output statuses when an error message is dis played HH H PASS L and LL will all be OFF Linear output will be limited to the m...

Page 130: ...Meaning of Message This message will be displayed when the power is turned ON and either an in compatible Output Unit has been mounted on the K3Nj or an Output Unit has not been mounted on the K3Nj with set value LED display It is also displayed when there is an error in the internal circuitry Remedy Check that the Output Unit is compatible and if it is not turn OFF the power and replace it with a...

Page 131: ...ing Storage 20 C to 65 C with no icing Ambient humidity Operating 25 to 85 with no condensation Ambient atmosphere Must be free of corrosive gas EMC Emission Enclosure EN55011 Group 1 class A Emission AC Mains EN55011 Group 1 class A Immunity ESD EN61000 4 2 4 kV contact discharge level 2 8 kV air discharge level 3 Immunity RF interference ENV50140 10 V m amplitude modulated 80 MHz to 1 GHz level ...

Page 132: ...ge input 10 mA Signal level ON voltage 1 5 V max OFF voltage 3 V min Outputs DATA POLARITY OVERFLOW DATA VALID RUN Rated load voltage 24 VDC max DATA VALID RUN Max load current 10 mA Leakage current 100 µA max Note Logic method negative logic Linear Output Item 4 to 20 mA 1 to 5 V 1 mV 10 digits see note Resolution 4 096 Output error 0 5 FS 1 5 FS Permissible load resistance 600 Ω max 500 Ω min 1 ...

Page 133: ... teaching HOLD functions see note 2 Max value peak hold Min value bottom hold External control HOLD Process value held RESET Maximum minimum data reset counting value reset BANK Selection of one bank out of 4 banks of set values Selection of one bank out of 4 banks of prescale values Comparative output hysteresis setting Programmable with front panel key inputs 1 to 9999 Other functions Variable l...

Page 134: ...ns 0 With pulse P1 T1 from P0 to P1 is measured as one cycle and the input frequency is calculated from 1 T1 With pulse P2 if T1 is larger than T2 if the input frequency increases i e the cycle is shorter 1 T2 is adopted as the input frequency at that moment If no pulse is detected for the T2 period after P2 the new input frequency cannot be known until the next pulse is detected The estimated val...

Page 135: ...0 0001 to 9 9999 ro ay Auto zero time Y exponent of input A Ć9 to 09 ro bx Auto zero time X mantissa of input B 0 0001 to 9 9999 ro by Auto zero time Y exponent of input B Ć9 to 09 time Time unit scal 19999 to 99999 sec 0 to 99999 s min 0 to 99999 min h mm ss hours minutes seconds mm ss d minutes seconds 1 100 s uĆno Communications unit no 00 to 99 bps Baud rate 1200 2400 4800 9600 19200 38400 len...

Page 136: ...puts NPN open collector K31 T1 Yes Yes 5 outputs PNP open collector K31 T2 Yes Yes BCD see note 5 digit output NPN open collector K31 B2 Yes Linear 4 to 20 mA DC K31 L1 Yes 1 to 5 VDC K31 L2 Yes 1 mV 10 digits K31 L3 Yes 0 to 5 VDC K31 L7 Yes 0 to 10 VDC K31 L8 Yes Communication boards see RS 232C K31 FLK1 Yes boards see note RS 485 K31 FLK2 Yes RS 422 K31 FLK3 Yes Combination t t d BCD output 5 t...

Page 137: ...BCD output NPN open collector see note B4 BCD output 5 transistor outputs NPN open collector L1 Linear output 4 to 20 mA see note L2 Linear output 1 to 5 VDC see note L3 Linear output 1 mV 10 digits see note L4 Linear output 4 to 20 mA 5 transistor outputs NPN open collector L5 Linear output 1 to 5 V 5 transistor outputs NPN open collector L6 Linear output 1 mV 10 digits 5 transistor outputs NPN o...

Page 138: ...S YES YES decp Decimal point position YES YES YES YES YES YES YES YES setup S func Operating mode YES YES YES YES YES YES YES YES Setup menu ina inb Sensor type YES YES YES YES YES YES YES YES menu ro ax Auto zero time X mantissa of input A YES YES YES YES YES YES YES YES ro ay Auto zero time Y exponent of input A YES YES YES YES YES YES YES YES ro bx Auto zero time X mantissa of input B YES YES Y...

Page 139: ... i l s bank Bank no of set value YES YES YES YES Setting value menu sU hh HH set value YES YES YES YES sU h H set value YES YES YES YES sU l L set value YES YES YES YES sU ll LL set value YES YES YES YES pscl P li p bank Bank no of prescale YES YES YES YES Prescaling menu ps ax Prescaling value X mantissa of input A YES YES YES YES ps ay Prescaling value Y exponent of input A YES YES YES YES ps bx...

Page 140: ...YES YES lset h H linear output range YES note 1 lset l L linear output range YES note 1 rĆl Remote Local programming YES prot P all All key protect YES YES YES YES Protect menu sUset Set value change prohibit YES YES YES YES reset Counting value reset prohibit YES YES YES YES mm rst Maximum Minimum value clear prohibit YES YES YES YES secr Security YES YES YES YES Note 1 The linear output range ca...

Page 141: ...u Operating mode Input A sensor type Set with the Up Key Set with Shift and Up Keys Set with the Up Key Set with Shift and Up Keys Set with Shift and Up Keys Set with the Up Key Prescaling menu Option menu Output test Set value menu Note 1 If the operating mode setting is changed all the other parameters are set to default values except those for the communications and settings in protect mode The...

Page 142: ...ing 80 comparative output selection description 2 comparative outputs setting 81 counting value reset prohibit setting 93 D default values initializing set values 113 dimensions 12 display description 4 troubleshooting 122 E F error messages 122 error ratio 28 operating mode setting 58 estimated frequency calculation 129 examples setting examples 139 external control inputs 15 external input signa...

Page 143: ...ut board 16 Output Boards available models 133 available parameters 135 output error 122 output test operation 112 output test function description 3 P panel cutouts 12 parameter settings 45 procedures 46 parameters available in each Output Board 135 list 131 parity bits setting 69 PASS output 80 passing speed operating mode setting 58 passing time 37 power failure memory setting 76 Power Supply w...

Page 144: ... 125 standard models 133 standard output 80 startup compensation time description 3 setting 74 stop bits setting 69 T teaching description 3 teaching function operation 108 terminal arrangement BCD Output Boards 116 terminal arrangement input block 13 output board 16 terminal arrangement 7 time units setting 65 timing charts for BCD Output Boards 119 transistor input setting 60 transistor output r...

Page 145: ...rmation under Notice was moved from the inner front cover to page 123 and the address used in the inner back cover was updated In addition the follow ing changes were made Pages 7 and 8 Shading added to graphics Pages 16 and 17 Changes made to graphics Page 112 Escape corrected to Mode in first line of procedure Page 118 Minor additions made to graphic Page 123 Note directing the reader to Notice ...

Page 146: ...dorp The Netherlands Tel 31 2356 81 300 Fax 31 2356 81 388 OMRON ELECTRONICS LLC 1 East Commerce Drive Schaumburg IL 60173 U S A Tel 1 847 843 7900 Fax 1 847 843 8568 OMRON ASIA PACIFIC PTE LTD 83 Clemenceau Avenue 11 01 UE Square 239920 Singapore Tel 65 835 3011 Fax 65 835 2711 OMRON CHINA CO LTD BEIJING OFFICE Room 1028 Office Building Beijing Capital Times Square No 88 West Chang an Road Beijin...

Page 147: ...Cat No N093 E1 1A Note Specifications subject to change without notice Printed in Japan 0201 0 5M 0198 A Authorized Distributor ...

Page 148: ...Cat No N093 E1 1A K3NR Frequency Rate Meter OPERATION MANUAL ...

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