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E16521D-Manual_EN_Rev12     2021_JAN_14

 

Page 19 of 26 

 

Parameter Group P07.xx 
Speed Setpoint SP4 and Alarm Output OR4 

Parameter No. 
Meaning of Parameter 

Setting Range of Parameter 

Description of Parameters and their Settings 

P07.00  
Speed setpoint SP4 

Range: 00001 .. 99999  

Speed setpoint SP4 is set in RPM. 

P07.01  
Hysteresis bandwidth SP4 

Range: 00.1 .. 99.9  

The hysteresis is the margin between condition "excess" (>) and "no excess" 
(<), defined by its bandwidth. The hysteresis bandwidth is set as a 
percentage of the setpoint in steps of 0.1%. 

P07.02  
Hysteresis position SP4 

Range: 0 .. 1 

Setting: 

0 :  hysteresis above SP4 (recommended when monitoring   n < SP4) 
1 :  hysteresis below SP4 (recommended when monitoring   n > SP4) 

P07.03 
De-energized state OR4 at   
' n > SP4 ' or ' n < SP4 ' 

Range: 0 .. 3 

Without power supply the relays are de-energized (alarm condition). To 
consider safety aspects of the application, this No-Power condition can be 
assigned to alarm state n > SP4 or n < SP4 condition. 
Setting: 

0 :  OR4 de-energized at  ' n < SP4 ' 
1 :  OR4 de-energized at  ' n > SP4 ' 
2 :  OR4 de-energized and latched at  ' n < SP4 ' 
3 :  OR4 de-energized and latched at  ' n > SP4 ' 

P07.04 
Starter effective for SP4 

Range: 0 .. 1 

The starter function may be effective for each setpoint individually.  Thereby 
it is possible, for instance, to disable a low-speed alarm during the starter 
phase, whereas a high-speed alarm remains active all the time. 
Setting: 

0 :  starter not effective for setpoint SP4 
1 :  starter effective for setpoint SP4 

P07.05 
OR4 state at starter condition 

Range: 0 .. 1 

At starter condition, the relay may be forced to state energized or  
de-energized (if starter function is effective for the alarm). 
Setting: 

0 :  OR4 de-energized 
1 :  OR4 energized 

P07.06 
OR4 in forced de-energized 
state at  
sensor fault condition  

Range: 0 .. 2 

At sensor fault, OR2 may be forced to de-energized state.  
Setting: 

0 :  no forced state, state acc. to measured speed 
1 :  OR4 in de-energized state as if n > SP4 (if P07.03 is 1 or 3) 
2 :  OR4 in de-energized state as if n < SP4 (if P07.03 is 0 or 2) 

Summary of Contents for E16521D Series

Page 1: ...e 1 of 26 Manual Series E16521D Revision 12 Original Instructions valid for E16521D 1 E16521D 4 and E16521D 2 and E16521D 3 E16521D Front View version E16521D 1 is shown Single Channel Speed Monitor f...

Page 2: ...nd their default values as set on delivery 9 3 2 Setting the Parameters via Interface 10 3 2 1 Setting the Parameters via USB 2 0 Interface from serial number 2011250001 10 3 2 2 Setting the Parameter...

Page 3: ...r Trigger hysteresis 0 07 to 2 5 V pp EC Sensor Sensor supply approx 24 V max 40 mA for model E16521D 2U1 approx 24 V max 120 mA E16521D 3 Max input frequency 50 kHz Signal input for Max signal voltag...

Page 4: ...rature stability 0 02 C within a range of 0 60 C Display 5 digits LED red 10 mm with adjustable decimal point not with E16521D 4 Programming Interface with interface software IS RS232 S and RS232 up t...

Page 5: ...6 1 1 Dimensions Dimensions mm of snap on track standard version Dimensions of Field Mounting Enclosure Option G 3 cable conduits PG 9 160 mm 88 mm 120 mm 148 mm 4 bore holes of 4 2 mm 70 95 75 35 110...

Page 6: ...SB2 0 data interface 2 2 Display and Operating Elements Note E16521D 4 does not have LEDs keys and display 2 3 Display During normal operation the speed will be displayed 2 4 Status LEDs LEDs 1 to 4 a...

Page 7: ...he programmed application data relation between machine speed and signal frequency 2 9 Performance at Signal Break In normal operation the function closely tracks the input sequence with the programme...

Page 8: ...of conversion programmable 2 15 Pulse Repeating Output Push pull with approx 20 volts level isolated versus signal input and versus power supply Repeating the input pulse signals by the same sequence...

Page 9: ...yes 1 no 08 1 Sensor monitoring 0 off 1 on 2 on latched 09 0 Mode of sensor monitoring see parameter description 10 001 Fix value 001 P02 xx Display P02 00 0 Fix value 0 01 0 3 Display updating sequen...

Page 10: ...sis bandwidth SP4 00 1 99 9 02 0 Hysteresis position 0 above SP4 1 below SP4 03 1 De energized state OR4 at n SP4 or n SP4 see parameter description 04 1 Starter effective for SP4 0 no 1 yes 05 1 OR4...

Page 11: ...and Step Fields with the key Current value of the Parameters is displayed with key Select active position with the key Adjust the number in the active field with keys Acknowledge and set with key Dis...

Page 12: ...front side change of parameter values possible P00 03 Minimum Measuring Period in milliseconds Range 0005 9999 The measurement is based on a time interval measurement over a variable number of input s...

Page 13: ...operation however it may be overrun without error Example A rotating shaft to be measured carries 36 slots At a shaft speed of 1500 RPM this produces a signal frequency of 1500 36 pulses per minute 54...

Page 14: ...on latched Note If P01 08 set to 0 Step P01 09 is meaningless P01 09 Mode of sensor monitoring Range 0 7 Setting 0 Without monitoring see Note 3 1 Checks sensor current drain 2 Checks signal voltage...

Page 15: ...Range of Parameter Description of Parameters and their Settings P03 00 High end of analog output at speed Range 00001 99999 The high end defines at which speed RPM the output delivers 20 mamps P03 01...

Page 16: ...tion To consider safety aspects of the application this No Power condition can be assigned to alarm state n SP1 or n SP1 condition Setting 0 OR1 de energized at n SP1 1 OR1 de energized at n SP1 2 OR1...

Page 17: ...on can be assigned to alarm state n SP2 or n SP2 condition Setting 0 OR2 de energized at n SP2 1 OR2 de energized at n SP2 2 OR2 de energized and latched at n SP2 3 OR2 de energized and latched at n S...

Page 18: ...on can be assigned to alarm state n SP3 or n SP3 condition Setting 0 OR3 de energized at n SP3 1 OR3 de energized at n SP3 2 OR3 de energized and latched at n SP3 3 OR3 de energized and latched at n S...

Page 19: ...on can be assigned to alarm state n SP4 or n SP4 condition Setting 0 OR4 de energized at n SP4 1 OR4 de energized at n SP4 2 OR4 de energized and latched at n SP4 3 OR4 de energized and latched at n S...

Page 20: ...upper limit in xxx mA P08 03 Current drain lower limit Range 000 to 999 current drain lower limit in xxx mA P08 04 EC and MPU signal input hysteresis Range 0 0 to 2 5 Signal input hysteresis sensitivi...

Page 21: ...European Committee for Electrotechnical Standardization CENELEC for the Electromagnetic Compatibility 2014 30 EU Testing and inspection have been performed according to Standards EN 61326 3 2 Thereby...

Page 22: ...operation the measured speed must be above SP2 If analog output is used for plausibility check With machine in operation the value of the analog output must be checked by a system capable of diagnosis...

Page 23: ...on Rating see specifications of relay outputs 5 4 High Starter active 12 24 V Reference to Starter Reset input 3 Positive edge Reset of Latched Alarms 12 24 V 8 Safety Output OR1 Measurement and signa...

Page 24: ...eed signal EC Input reference 0 volts Speed signal A5S0 1 3 4 17 18 14 brown green white Cable screen must be connected to screen bar Lead colors of BRAUN cables L3A or L3T or A5S with fixed cables Pi...

Page 25: ...E16521D Manual_EN_Rev12 2021_JAN_14 Page 25 of 26 6 3 Example for 2oo3 Wiring of Safety Outputs OR1 Other versions of 2oo3 wiring are also possible...

Page 26: ...eding 170630000 30 01 2019 06 Editorial Chapter 5 2 1 modified 14 01 2020 07 Editorial Parameter P01 06 now 0 instead of 1 No functional change 25 01 2020 08 Editorial Parameter P01 00 and P01 02 fix...

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