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R7ML-LC2

EM-7805-AX 

P. 10 / 10

5-2-55, Minamitsumori, Nishinari-ku, Osaka 557-0063 JAPAN
Phone: +81(6)6659-8201   Fax: +81(6)6659-8510   E-mail: [email protected]

 

 AUTOMATIC ZERO CORRECTION

Set the offset input value.  Perform automatic zero correction setting after Zero/Span adjustments.  

The procedures are as follows.

  1) Apply desired offset input value to the sensor. 
  2) Set “1” to Automatic zero correction bit.  When the offset is completed, LED0 for Input 0 or LED8 for Input 1 turns on.
  3) After checking the LED, set “0” to Automatic zero correction bit.

 

 ZERO ADJUSTMENT

Adjust input zero point.  The procedures are as follows.
  1) Apply 0% load to the sensor. 
  2) Set “1” to Zero adjustment bit.  When the adjustment is completed, LED1 for Input 0 or LED9 for Input 1 turns on.
  3) After checking the LED, set “0” to Zero adjustment bit.

 

 SPAN ADJUSTMENT (with actual load)

Adjust input span point with the actual load.  The procedures are as follows.
  1) Apply actual 100% load to the sensor. 
  2) Set “1” to Span adjustment bit.  When the adjustment is completed, LED2 for Input 0 or LED10 for Input 1 turns on.
  3) After checking the LED, set “0” to Span adjustment bit.

 

 LOAD COEFFICIENT 

Adjust input Span point by setting load coefficient without applying 100% actual load.  The followings are an example of 
adjustment with 20 % load.
  1) Apply 20% load of the actual load to the sensor. 

  2) Set 2000 (decimal) to Input set data area.

  3) Set “1” to Span adjustment bit.  When the adjustment is completed, LED2 for Input 0 or LED10 for Input 1 turns on.
  4) After checking the LED, set “0” to Span adjustment bit.

 

 MODE SETTING

Select measuring mode or monitor output mode. 

•  Measuring mode

 

Set “0” to Mode setting bit to enter measuring mode.  In measuring mode, monitor output is linked with input data.

•  Monitor output mode 

 

Set “1” to Mode setting bit to enter monitor output mode.  In monitor output mode, values at set data area of each input 
are outputted.  Set values at set data area are displayed in Input data area and inputs are disabled.  The followings are 
setting procedures of 20% monitor output for Input 1.

  1) Set 2000 (decimal) to Input 1 set data area.

  2) Set “1” to Mode setting bit.  When the setting is completed, LED7 turns on and 20% of Input 1 is outputted from moni

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tor output terminal .

  3) After checking the output, set “0” to Mode setting bit to return to measuring mode.

 

 RESET OFFSET

Reset the offset value set by Automatic zero correction to zero.  The procedures are as follows.
  1) Set “1” to Reset offset bit.  When the reset is completed, LED4 for Input 0 or LED12 for Input 1 turns on.
  2) After checking the LED, set “0” to Reset offset bit.

 

 INPUT BELOW RANGE (Input only)

“1” is to be set when input is -1.0% or less.

 

 INPUT WITHIN RANGE (Input only)

“1” is to be set when input is within the range between -1.0% and 101.0%.

 

 INPUT OVER RANGE (Input only)

“1” is to be set when input is 101.0% or more.

Summary of Contents for R7ML-LC2

Page 1: ...the protection level of this unit when it is integrated in a panel system The user may have to review the CE requirements in regard to the whole system and employ additional protective measures to ens...

Page 2: ...1 2 3 4 5 6 7 8 0 1 2 3 4 5 6 7 8 9 A B C D E F 4 5 6 7 1 2 3 10 11 12 13 2 3 4 1 15 16 17 18 7 8 9 6 14 5 MECHATROLINK Setting Rotary SW MECHATROLINK Connector Station Address Setting Rotary SW Statu...

Page 3: ...1 7 SW1 4 SW1 5 SW1 6 SW1 7 Averaging OFF OFF OFF OFF 2 samples ON OFF OFF OFF 4 samples OFF ON OFF OFF 8 samples ON ON OFF OFF 16 samples OFF OFF ON OFF 32 samples ON OFF ON OFF 64 samples OFF ON ON...

Page 4: ...V 3 FG SLD0 INPUT 0 EXCITATION 0 V0 C0 C1 V1 Strain Gauge INPUT 0 OUTPUT 0 SLD1 INPUT 1 EXCITATION 1 INPUT 1 OUTPUT 1 MECHATROLINK CONNECTOR MECHATROLINK CONNECTOR MECHATROLINK connectors are internal...

Page 5: ...nating resistors Consult the instruction manual for the Master SRD SRD SLD SRD SRD SLD Slave SRD SRD SLD SRD SRD SLD Slave SRD SRD SLD MECHATROLINK Cable MECHATROLINK Cable MECHATROLINK COMMUNICATION...

Page 6: ...H 00H 3 17 bytes at 17 bytes mode CDRW 03H Command Data Format Data transmission command is located in upper layer of Application Layer Command Byte COMMAND hexadecimal RESPONSE hexadecimal REMARKS 0...

Page 7: ...es 8 15 00H ID Product information data 16 31 00H 00H Unused CONNECT 0EH Command Data Format Starts communication with the master Byte COMMAND hexadecimal RESPONSE hexadecimal REMARKS 5 VER VER MODE S...

Page 8: ...11 00H Input 3 low 8 bit 12 00H Input 3 high 8 bit 13 Discrete output data of extension module low 8 bit Discrete input data of extension module low 8 bit or echo back of set value at command area 14...

Page 9: ...Unused 13 Discrete output data of extension module low 8 bit Discrete input data of extension module low 8 bit or echo back of set value at command area 14 Discrete output data of extension module hi...

Page 10: ...the actual load to the sensor 2 Set 2000 decimal to Input set data area 3 Set 1 to Span adjustment bit When the adjustment is completed LED2 for Input 0 or LED10 for Input 1 turns on 4 After checking...

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