Sensopart FT 50 RLA 100-L8 Mounting And Operating Instructions Download Page 1

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安装使用说明书

FT 50 RLA

70-L8

70-S1L8

70-S1L8-X02

100-L8

100-S1L8

220-L8

220-S1L8

220-S1L8-X01

测距传感器

Distance sensor

Summary of Contents for FT 50 RLA 100-L8

Page 1: ...FT 50 RLA 70 L8 70 S1L8 70 S1L8 X02 100 L8 100 S1L8 220 L8 220 S1L8 220 S1L8 X01 Distance sensor...

Page 2: ...manner whatsoever nor may illustrations drawings and the layout be copied without prior written permis sion from SensoPart Industriesensorik GmbH We accept no responsibility for printing errors and m...

Page 3: ...mmutation 2 21 Q I C 1 2 Q OK FA Q1 Differenz Hold Eingang Difference hold input Entr e de Hold Diff rence 8 Q I C 1 2 Q OK FA Q2 N O oder N C N O or N C N O ou N C 22 Q I C 1 2 Q OK FA Werkseinstellu...

Page 4: ...T 50 RLA 220 32 5 Abb 1 Illustr 1 Fig 1 15300716 Wiring Type Pin 1 Pin 5 FT 50 RLA S1L8 RS485 Data Y A RS485 Data Z B FT 50 RLA S1L8 X01 FT 50 RLA S1L8 X02 FT 50 RLA L8 Abb 2 Illustr 2 Fig 2 15400127...

Page 5: ...3 8 3 23 8 4 25 8 5 26 8 5 1 Q1 26 8 5 2 Q2 27 8 5 3 Q2 Good Target 28 8 5 4 Q1 29 8 5 5 Q1 29 8 5 6 30 8 5 7 4mA 30 8 5 8 20mA 31 8 5 9 Q1 31 8 5 10 Q1 32 8 5 11 Q1 32 8 5 12 Q1 33 8 5 13 Q1 33 8 5 1...

Page 6: ...FT 50 RLA D 068 14566 16 07 2014 09 6 1 2 DIN EN 60825 1 Status 2008 05 FT 50 RLA 2 EN 60947 5 5 2000 CFR 1040 10 1040 11 2007 6 24...

Page 7: ...014 09 7 3 FT 50 RLA FT 50 RLA S1 4 30 100 mm 70 170 mm 80 300 mm 4 20 mA 2 50 50 17 mm3 S1 S1 PC FT 50 RLA 3 15500271 20 mA OK LED Good Target 4 mA FT 50 RLA 70 FT 50 RLA 100 FT 50 RLA 220 30 mm 70 m...

Page 8: ...66 16 07 2014 09 8 FT 50 RLA 70 100 220 A 30 70 80 B 100 170 300 C 1 5 3 1 5 3 5 1 5 3 5 D 1 5 3 25 1 7 3 9 2 4 5 X 29 4 32 5 32 5 mm A B C D 11 8 5 X 4 15500269 5 5 1 5 15300716 6 15300065 5 2 MS F 5...

Page 9: ...N1 PIN5 RS485 7 15500270 9 15500274 Typ Type Ref 1 5 FT 50 RLA S1L8 RS485 Data Y A RS485 Data Z B FT 50 RLA S1L8 X01 FT 50 RLA S1L8 X02 FT 50 RLA L8 2 UB 1 5 QA 4 20 mA Q2 Q1 IN UB BN 1 WH 5 GY 6 PK 8...

Page 10: ...T 50 RLA D 068 14566 16 07 2014 09 10 1 WH RS485 Data Y A S1 2 BN UB 3 GN Q1 4 YE Q2 Good Target 5 GY RS485 Data Z B S1 6 PK QA 7 BU UB 8 RD QA FT 50 RLA 300 7 FT 50 RLA S1 RS485 7 1 FT 50 RLA SET SET...

Page 11: ...FT 50 RLA D 068 14566 16 07 2014 09 11 SET 3 s BA FT 50 RLA 11 LED 1 LED FT 50 RLA BA SET ZA LED LED 10 LED FT 50 RLA ZA LED LED 10 LED ZA SET SET SET SET SET SET...

Page 12: ...BA ZA SET LED BA LED LED ZA Q1 Q1 LED 7 2 2 Q1 Q2 I OK C FA LED Q2 Q2 LED I Q1 Q1 LED OK Good Target C FA Q1 LED 7 2 SET 3 LED BA LED 7 2 2 7 2 2 SET 7 2 1 068 14566 7 2 2 ZA 1 Q1 Q I C 1 2 Q OK FA SE...

Page 13: ...10 Good Target ZA 6 Q2 5 Q I C 1 2 Q OK FA SET SET Q2 7 Q2 6 Q I C 1 2 Q OK FA SET SET Q2 8 Q2 N O N C 7 Q I C 1 2 Q OK FA SET N C N O N O ZA 9 Q1 Q2 Q1 Q2 50 8 Q I C 1 2 Q OK FA SET ZA 10 Q2 Good Tar...

Page 14: ...2 Q I C 1 2 Q OK FA SET ZA 14 15 0 4ms 0 4ms 40 ms 12 15500273 0 4ms 1 13 4ms 10 14 40ms 100 15 14 4ms 13 Q I C 1 2 Q OK FA SET 4ms ZA 10 13 15 40ms 14 Q I C 1 2 Q OK FA SET 40ms ZA 100 13 16 4 mA 15...

Page 15: ...68 14566 16 07 2014 09 15 ZA 17 20 mA 16 Q I C 1 2 Q OK FA SET 20 mA SET 20mA 4mA 20mA 17 18 Q1 17 Q I C 1 2 Q OK FA SET ZA Q1 UB 4mA 20 mA UB UB Q1 t s 4 mA 13 15500148 14 15500858 20 mA 4 mA 80 300...

Page 16: ...FA SET ZA 4 20 mA Q1 UB 12mA 20 mA 12 mA UB UB Q1 t s 4 mA 15 15500146 120mm 20 mA 12 mA 4 mA 80 120 300 mm 190 16 15500859 20 Q1 19 Q I C 1 2 Q OK FA SET ZA Q1 UB Q1 UB 16 17 Q1 UB Q1 UB A B A B A B...

Page 17: ...07 2014 09 17 ZA 21 Q1 20 Q I C 1 2 Q OK FA SET ZA Q1 UB Q1 UB 18 15500149 Q1 UB Q1 UB B A 20 mA 4 mA 4 mA 12 mA 2 mA 1 1 2 2 1 2 20 mA UB UB Q1 A B B A B 22 21 Q I C 1 2 Q OK FA SET ZA SET 23 22 Q I...

Page 18: ...A 24 23 Q I C 1 2 Q OK FA SET ZA OK LED OK LED 19 15500275 20 mA 4 mA 4 mA 20 mA Good Target Q2 ON OFF 25 27 FT 50 RLA S1 PLC RS485 PC 25 24 Q I C 1 2 Q OK FA SET ZA 7 2 3 26 25 Q I C 1 2 Q OK FA SET...

Page 19: ...0 100 220 PLC RS485 PC PC FT50RLA 26 27 1 2 3 20 20 15500268 1 2 3 A 22 7 2 2 2 1 20 22 2 21 Master Slave PNP PNP UB RS485 Data Y A RS485 Data Z B UB UB BN WH GY PK RT YE GN BU 2 1 5 6 8 4 3 7 BN WH G...

Page 20: ...3 25 26 Q I C 1 2 Q OK FA 26 27 7 2 2 OK LED Good Target Q I C 1 2 Q OK FA 4 24 Q I C 1 2 Q OK FA FT50RLA S1 25 12mA 12mA B 1 4 mA 15 Q I C 1 2 Q OK FA 16 4mA 4mA SET SET 4mA 2 20 mA 16 Q I C 1 2 Q O...

Page 21: ...FT 50 RLA D 068 14566 16 07 2014 09 21 FT 50RLA 70 100 220mm 20 22 15500280 FT50 RLA 70 100 220 27 2 3 23 15500857 23 24 22 25 2 3...

Page 22: ...FT 50 RLA D 068 14566 16 07 2014 09 22 S1 www sensopart de Progsensor RS485 RS485 120 Ohm PC 24 15500860 25 15500267 8 FT 50RLA S1 RS485 8 1 RS485 Pin1 Data Y A Pin5 Data Z B 38400 1 8 1 127...

Page 23: ...14566 16 07 2014 09 23 8 2 1 127 1 PC PLC 400 800 8 3 D7 7 D0 D6 D7 D6 D5 D4 D3 D2 D1 D0 7 4 1 1 127 129 255 1 1 2 4 127 D7 0 3 D7 0 D7 0 4 n 1 D7 0 n 1 n 1 D7 0 1 D7 1 128 D7 0 1 129 1 3 8 5 3 ASCII...

Page 24: ...1 6 0 0 5 0 0 11 0 4095 0 4095 12 2 i i 1 D7 D6 D5 D4 D3 D2 D1 D0 D7 D6 D5 D4 D3 D2 D1 D0 0 14 8 0 6 0 12 3 Q1 D6 i 1 Good Target GT D6 i i i 1 D7 D6 D5 D4 D3 D2 D1 D0 D7 D6 D5 D4 D3 D2 D1 D0 0 GT 11...

Page 25: ...Good Target 8 5 3 Q1 84 54 T Q1 Q1 8 5 4 Q1 69 45 E Q1 UB Q1 UB 8 5 5 66 42 B 1 10 100 8 5 6 4mA 78 4E N 4mA 8 5 7 20mA 72 48 H 20mA 8 5 8 Q1 90 5A Z 4 20 mA Q1 UB 4mA 8 5 9 Q1 67 43 C 4 20 mA Q1 UB 1...

Page 26: ...6 ASCII 83 53 S 8 5 16 Q1 81 51 Q Q1 Q1 8 5 17 65 41 A 4 mA 20 mA 8 5 18 73 49 I 4 mA 20 mA 8 5 19 70 46 F PIN 3 Q1 UB 16 2 1 0 4 ms 8 5 20 76 4C L 8 5 21 63 3F 8 5 22 82 52 R OK LED OK LED 8 5 23 8 5...

Page 27: ...x31 D0 0 N O 1 N C D1 1 0 7 2 12 1 3 89 16 0x59 Q1 1 2 1 N O 1 2049 2 0 1 129 81 1 129 81 2 9 09 2 4 04 3 49 31 3 89 59 4 1 33 21 4 92 5C 5 0 00 6 0 00 7 2 0 0 8 0 00 9 24 18 8 5 2 Q2 3 50 0x32 1 12 1...

Page 28: ...8 Q2 1 2 1 Q2 N O 1 2 0 1 129 81 1 129 81 2 9 09 2 4 04 3 50 32 3 89 59 4 1 63 3F 4 92 5C 5 61 3D 6 0 00 7 2 0 0 8 0 00 9 56 38 8 5 3 Q2 Good Target 3 71 0x47 3 89 0x59 Q2 1 1 129 81 1 129 81 2 4 04 2...

Page 29: ...6 07 2014 09 29 8 5 4 Q1 3 84 0x54 3 89 0x59 Q1 Q1 1 1 129 81 1 129 81 2 4 04 2 4 04 3 84 54 3 89 59 4 81 51 4 92 5C 8 5 5 Q1 3 69 0x45 3 89 0x59 Q1 UB Q1 UB 1 1 129 81 1 129 81 2 4 04 2 4 04 3 69 45...

Page 30: ...x42 D0 1 0 4 ms D1 1 4 ms 10 D2 1 40 ms 100 7 3 89 16 0x59 1 4ms 1 129 81 1 129 81 2 5 05 2 4 04 3 66 42 3 89 59 4 1 01 4 92 5C 5 71 47 8 5 7 4mA 3 78 0x4E 12 1 3 89 16 0x59 4mA 1 1 129 81 1 129 81 2...

Page 31: ...LA D 068 14566 16 07 2014 09 31 6 73 49 8 5 8 20mA 3 72 0x48 12 1 3 89 16 0x59 20mA 1 1 129 81 1 129 81 2 6 06 2 4 04 3 72 48 3 89 59 4 63 3F 4 92 5C 5 63 3F 6 79 4F 8 5 9 Q1 3 90 0x5A 3 89 0x59 Q1 UB...

Page 32: ...4 09 32 1 129 81 1 129 81 2 4 04 2 4 04 3 90 5A 3 89 59 4 95 5F 4 92 5C 8 5 10 Q1 3 67 0x43 3 89 0x59 4 20 mA Q1 UB 12mA 1 1 129 81 1 129 81 2 4 04 2 4 04 3 67 43 3 89 59 4 70 46 4 92 5C 8 5 11 Q1 3 8...

Page 33: ...2014 09 33 1 129 81 1 129 81 2 4 04 2 4 04 3 88 58 3 89 59 4 93 5D 4 92 5C 8 5 12 Q1 3 77 0x4D 3 89 0x59 Q1 UB Q1 UB 1 1 129 81 1 129 81 2 4 04 2 4 04 3 77 4D 3 89 59 4 72 48 4 92 5C 8 5 13 Q1 3 68 0...

Page 34: ...1 2 4 04 2 4 04 3 68 44 3 89 59 4 65 41 4 92 5C 8 5 14 3 87 0x57 3 89 0x59 1 1 129 81 1 129 81 2 4 04 2 4 04 3 87 57 3 89 59 4 82 52 4 92 5C 8 5 15 3 86 0x56 D0 0 D0 1 7 3 89 16 0x59 1 1 129 81 1 129...

Page 35: ...9 0x59 EEPROM 1 1 129 81 1 129 81 2 4 04 2 4 04 3 83 53 3 89 59 4 86 56 4 92 5C 8 5 17 Q1 3 81 0x51 D0 0 Q1 D0 1 Q1 7 3 89 16 0x59 Q1 Q1 1 Q1 1 129 81 1 129 81 2 5 05 2 4 04 3 81 51 3 89 59 4 1 01 4 9...

Page 36: ...36 1 1 129 81 1 129 81 2 4 04 2 6 06 3 65 41 3 89 59 4 68 44 4 64 40 5 0 00 6 30 1E 8 5 19 3 73 0x49 3 89 16 0x59 12 3 4 mA 20 mA 1 1 129 81 1 129 81 2 4 04 2 6 06 3 73 49 3 89 59 4 76 4C 4 0 00 5 0 0...

Page 37: ...14566 16 07 2014 09 37 1 1 129 81 1 129 81 2 4 04 2 4 04 3 70 46 3 89 59 4 67 43 4 92 5C Q1 4 8 5 21 3 76 0x4C 7 3 89 0x59 1 2 1 129 81 1 129 81 2 5 05 2 4 04 3 76 4C 3 89 59 4 2 02 4 92 5C 5 74 4A 8...

Page 38: ...12 2 D0 Q1 D1 Q1 D2 Q1 1 N C D3 Q1 D4 D5 D6 2 D8 D14 12 2 D0 Q1 D1 Q1 D2 Q1 1 N C D3 Q1 D4 Q2 Good Target D5 D6 X 3 D8 D11 D9 D10 X D12 D14 X 12 2 D0 0 4 ms D2 40 ms D1 4 ms D3 D6 X 4mA 12 1 20mA 12...

Page 39: ...8 3 55 37 9 1 01 10 4mA 0 00 11 0 00 12 20mA 63 3F 13 63 3F 14 Q1 0 00 15 0 00 16 Q1 0 00 17 0 00 18 Q2 0 00 19 63 3F 20 Q2 63 3F 21 63 3F 21 101 65 8 5 23 3 82 0x52 D0 0 D0 1 7 3 89 16 0x59 OK LED O...

Page 40: ...FT 50 RLA D 068 14566 16 07 2014 09 40 9 9 1 9 2 9 3 10 LED FT 50RLA 7 1 7 1 Com 7 1 LED C 27 27 PIN 3 Q1 UB Q1 Q1...

Page 41: ...00 h 2 4 EN 60947 5 2 5000 lux 2 EN 60825 1 UB 18 30 V DC 3 IO 40 mA 24 V DC Q1 Q2 PNP N O N C Ie Q1 Q2 100 mA ti tp 1 1 Q1 Q2 1 kHz Q1 Q2 QA 0 4 ms 4 ms 40 ms Q1 Q2 100 nF Q1 Q2 50 ms QA 4 20 mA 4 RS...

Page 42: ...N C 4 20mA M12 8 1 574 41015 FT 50 RLA 220 S1L8 80 300 mm 0 1 2 PNP N O N C 4 20 mA RS485 M12 8 1 574 41036 FT 50 RLA 220 S1L8 X01 80 300 mm 0 1 2 PNP N O N C 4 20 mA RS485 M12 8 1 1 FT 50 RLA S1 068...

Page 43: ...5 4 Set Q1 as Trigger input 71 8 5 5 Set Q1 as control input for laser ON OFF 72 8 5 6 Averaging 72 8 5 7 Scaling analogue output set 4 mA point 73 8 5 8 Scaling analogue output set 20 mA point 73 8...

Page 44: ...roved for the protection of personnel no safety component according to Machinery Directive All the safety and handling instructions indicated in these mounting and operating instructions must be obser...

Page 45: ...50 RLA type S1 only WARNING The product is not approved for the protection of personnel no safety component according to Machinery Directive 4 Performance Operating range 30 100 mm 70 170 mm or 80 300...

Page 46: ...RLA 220 30 mm 70 mm 80 mm 100 mm 170 mm 300 mm Dimensions of light spot Receiver Transmitter A B C D 11 8 5 X Illustr 4 15500269 FT 50 RLA 70 100 220 A 30 70 80 B 100 170 300 C 1 5 x 3 1 5 x 3 5 1 5...

Page 47: ...UTION In the case of strong vibrations shocks oscillations the sensor must be given constructive protection from damage WARNING Never look into the path of the laser Do not suppress the reflex to clos...

Page 48: ...nection cable for example with cable retainer Connect sensor according to IIlustr 10 Typ Type R f Pin 1 Pin 5 FT 50 RLA S1L8 RS485 Data Y A RS485 Data Z B FT 50 RLA S1L8 X01 FT 50 RLA S1L8 X02 FT 50 R...

Page 49: ...dy for operation after a short stand by delay 300 ms INFORMATION For maximum precision please allow for a heating period approx 15 minutes 7 Use and configuration The sensor has different operating mo...

Page 50: ...n or activates storage and confirmation of the set values The function status is indicated by the status indicator ZA LED ON active LED OFF not active Activate factory setting during Power ON Keep SET...

Page 51: ...on is active 7 2 Setting functions with the control panel First activate set up mode push SET and simultaneously for 3 s or longer until LED BA green flashes When green LED flashes select function acc...

Page 52: ...range and function no 10 is activated Good Target ZA OFF 6 Q2 Teach in of 1st switching point push 5x Q I C 1 2 Q OK FA Save measured value with SET ON if measured value valid OFF if measured value in...

Page 53: ...put for sample and hold push 10x Q I C 1 2 Q OK FA Switch with SET ON if Q1 trigger input OFF if Q1 not a trigger input Q1 no trigger input ZA OFF With rising edge on Q1 measured value is held until t...

Page 54: ...he number of measurements 10 or 100 to be used for averaging With a scanning rate of 0 4 ms per measurement the response time lies between 0 4 ms without averaging and 40 ms Illustr 12 Output characte...

Page 55: ...measured value corresponds with the 4 mA point of the analogue output The incline of the output characteristics results from this point and the 20 mA point function no 17 Should no object be present...

Page 56: ...re simultaneously displaced with this function When this function is activated and Q1 UB the current measured value is set as the output value of 4 mA The incline of the characteristic curve is mainta...

Page 57: ...laced with this function When the auto matic centre function is activated and Q1 UB the current measured value is equated with the output value of 12 mA The incline of the characteristic curve is main...

Page 58: ...d values A B A B A B 20 mA UB UB Q1 4 mA 20 mA 4 mA 14 mA 8 mA 1 1 2 2 1 2 Illustr 17 15500153 Q1 UB Display last maximum of analogue signal at analogue output 21 Difference hold function with Q1 as c...

Page 59: ...er 7 1 paragraph Keys and their functions 24 Measured value hold function push 23x Q I C 1 2 Q OK FA Switch with SET ON if measured value hold active OFF if measurement hold inactive Inactive ZA OFF I...

Page 60: ...ent mode slave on off push 26x Q I C 1 2 Q OK FA Switch with SET ON parallel differential measurement mode slave active OFF parallel differential measurement mode slave inactive ZA OFF Description of...

Page 61: ...5 6 8 4 3 7 UB PNP PNP Q1 IN Q1 IN Q2 Q2 Illustr 21 15400172 No Action Picture follows Action Reaction 3 Set up of the slave push 25 or 26x Q I C 1 2 Q OK FA First of all configure one of the sensors...

Page 62: ...nction n 17 set 20 mA point Position object at desired 20 mA point Push SET Once the SET key has been activated the current measured value corre sponds with the 20 mA point of the analogue output C Ex...

Page 63: ...lds on the master function no 2 and 3 Illustr 23 15500857 Double layer measurement Reliable detection of double layers in sheet metal processing industry The problems caused by an uneven feeding of sh...

Page 64: ...lation mode it indicates the relevant correct bus commands If several sensors are connected via the RS485 bus reflections can occur which may impair transmission At the end of the RS485 bus the cable...

Page 65: ...legram structure A complete telegram from both the master and the slave consists of at least 4 bytes and has the following structure Master Reply sensor 1 Byte Address 1 to 127 corresponds with 129 to...

Page 66: ...eter bytes 4th byte to n 1 byte The following formats are used Possible parameter format 7 bit data byte D7 D6 D5 D4 D3 D2 D1 D0 0 Data byte bit 6 0 12 bit data item data 1 Byte i Byte i 1 D7 D6 D5 D4...

Page 67: ...Used to switch laser beam on and off Q1 UB laser beam ON Q1 UB laser beam OFF Last measured value remains When reactivated the response time is prolonged according to the set mean value 8 5 5 Averagin...

Page 68: ...ter mined value is transmitted at the analogue output or can be called up via Measured operating values 8 5 13 Activate factory setting 87 57 W The sensor resets all settings to the factory setting in...

Page 69: ...o maintains its status if set The current value is only displayed again when an object is within the measuring range OK LED ON 8 5 23 8 5 Examples for master commands INFORMATION Most command protocol...

Page 70: ...onfiguration D0 0 N O 1 N C D1 1 pulse stretching 0 OFF 7 bit data byte Switching point 2 12 bit data item data 1 Reply Byte 3 decimal 89 hexadecimal 0x59 Parameter no Switching output Q2 is defined s...

Page 71: ...e sensor has the address 1 Master telegram Sensor s reply telegram Designation Decimal Hex Designation Decimal Hex 1 Byte Address 129 81 1 Byte Address 129 81 2 Byte Length 4 04 2 Byte Length 4 04 3 B...

Page 72: ...the example the sensor has the address 1 Master telegram Sensor s reply telegram Designation Decimal Hex Designation Decimal Hex 1 Byte Address 129 81 1 Byte Address 129 81 2 Byte Length 4 04 2 Byte...

Page 73: ...mA value of the analogue output Example telegram in the example the sensor has the address 1 Master telegram Sensor s reply telegram Designation Decimal Hex Designation Decimal Hex 1 Byte Address 129...

Page 74: ...maintained The max value of the characteristics is limited by the measuring range Example telegram in the example the sensor has the address 1 Master telegram Sensor s reply telegram Designation Decim...

Page 75: ...alue is transmitted at the analogue output or can be called up via Operating measured values Example telegram in the example the sensor has the address 1 Master telegram Sensor s reply telegram Design...

Page 76: ...mple telegram in the example the sensor has the address 1 Master telegram Sensor s reply telegram Designation Decimal Hex Designation Decimal Hex 1 Byte Address 129 81 1 Byte Address 129 81 2 Byte Len...

Page 77: ...signation Decimal Hex 1 Byte Address 129 81 1 Byte Address 129 81 2 Byte Length 5 05 2 Byte Length 4 04 3 Byte Command 86 56 3 Byte Reply 89 59 4 Byte Data 1 01 4 Byte Check sum 92 5C 5 Byte Check sum...

Page 78: ...to high Master telegram Sensor s reply telegram Designation Decimal Hex Designation Decimal Hex 1 Byte Address 129 81 1 Byte Address 129 81 2 Byte Length 5 05 2 Byte Length 4 04 3 Byte Command 81 51 3...

Page 79: ...sum 30 1E 8 5 19 Measured operating values Command Byte 3 decimal 73 hexadecimal 0x49 Parameter no Reply Byte 3 decimal 89 hexadecimal 0x59 Parameter format Parameter Data 12 bit data item Data 3 wit...

Page 80: ...legram Designation Decimal Hex Designation Decimal Hex 1 Byte Address 129 81 1 Byte Address 129 81 2 Byte Length 4 04 2 Byte Length 4 04 3 Byte Command 70 46 3 Byte Reply 89 59 4 Byte Check sum 67 43...

Page 81: ...data item data 2 D0 Q1 is signal output D1 Q1 is scanning zone D2 Q1 is signal output inversion 1 N C D3 Q1 is signal output pulse stretching D4 Minimum hold D5 Autom zero D6 Autom centre Function 2 D...

Page 82: ...89 59 4 Byte Check sum 58 3A 4 Byte Function 1 32 20 5 Byte 1 01 6 Byte Function 2 48 30 7 Byte 48 30 8 Byte Function 3 55 37 9 Byte 1 01 10 Byte Characteristic curve 4 mA point 0 00 11 Byte 0 00 12 B...

Page 83: ...telegram Designation Decimal Hex Designation Decimal Hex 1 Byte Address 129 81 1 Byte Address 129 81 2 Byte Length 5 05 2 Byte Length 4 04 3 Byte Command 82 52 3 Byte Reply 89 59 4 Byte Data 1 01 4 B...

Page 84: ...l panel see chapter 7 1 Activate factory setting Master slave mode does not function LED C is only alight on one sensor One sensor is not in correct mode Reprogram the sensor whose LED is not alight O...

Page 85: ...25 mm 0 42 mm 0 75 mm Temperature drift 0 02 of end value of operating range K Repeatability 0 25 of measuring range Protective circuits reverse battery protection short circuit protection not RS485 V...

Page 86: ...nclude mounting and operating instructions FT 50 RLA part no 068 14566 12 1 Accessories Part no Part name Description 902 51646 L8FS 5m G PUR Connection cable M12 8 pin length 5 m straight PUR 902 516...

Page 87: ......

Page 88: ...60 69017668 Fax 86 21 69516058 china sensopart com www sensopart com Contacts Deutschland Sensopart Industriesensorik GmbH N gelseestra e 16 D 79288 Gottenheim Tel 49 0 7665 94769 0 Fax 49 0 7665 9476...

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