6ES7315-2AG10-0AB0¦èªù¤lplc¤¤¥¡³B²z¾¹

6ES7315-2AG10-0AB0¹q·½¼Ò¶ô

¦èªù¤lPLC 6ES7315-2AG10-0AB0 ¤u§@¹qÀ£

6ES73152AG100AB0²£«~¸Ô²Ó¤¶²Ð»P¥\¯à¸ÑªR

¦èªù¤lPLC¼Ò¶ô6ES7315-2AG10-0AB0²£«~¸Ô¸Ñ

¦èªù¤lCPU315-2DP¼Ò¶ô6ES7315-2AG10-0AB0

6ES7315-2AG10-0AB0¦èªù¤l315-2DP°Ñ¼Æ¨ÑÀ³

¦èªù¤l¤¤¥¡³B²z³æ¤¸6ES7315-2AG10-0AB0¸Ô¸Ñ

6ES7 315-2AG10-0AB0 CPU§Þ³N³W®æ»P©Ê¯à°Ñ¼Æ

SIEMENS¦èªù¤l¹q·½¼Ò¶ô6ES7315-2AG10-0AB0ÅÜÀW¾¹

¦èªù¤lplc¤¤¥¡³B²z¾¹ 6ES7315-2AG10-0AB0 §Ö³tµo³f¥þ·s¥¿«~

6ES7315-2AG10-0AB0¦èªù¤l¶°¦¨¹q·½ CPU 315-2DP±aMPIªº³B²z¾¹

?315-2AG10-0AB0 ¬O¦èªù¤l«~µPªº CPU ¼Ò¶ô¡A¨ãÅ髬¸¹¬° ?CPU 315-2DP?¡AÄÝ©ó¦èªù¤l S7-300 «Y¦C PLC ªº®Ö¤ß²Õ¥ó

?315-2AG10-0AB0 ¬O¦èªù¤l«~µPªº CPU ¼Ò¶ô?¡A¨ãÅ髬¸¹¬° ?CPU 315-2DP?¡AÄÝ©ó¦èªù¤l S7-300 «Y¦C PLC ªº®Ö¤ß²Õ¥ó¡C¥H¤U¬O¨ä¸Ô²Ó°Ñ¼Æ©M¥\¯à¯SÂI¡G

?¤@¡B®Ö¤ß°Ñ¼Æ?

1. ?¨Ñ¹q­n¨D?

• ÃB©w¹qÀ£¡G24V DC

• ¤¹³\½d³ò¡G20.4V DC ¦Ü 28.8V DC

• ¹q¬y®ø¯Ó¡G¨å«¬­È 0.8A¡]¤j­È 800mA¡^

• ¥\¯Ó¡G¨å«¬­È 2.5W

2. ?¦sÀx°t¸m?

• ¤u§@¤º¦s¡G128KB¡]³¡¤À¸ê®ÆÅã¥Ü¬° 256KB¡A¥i¯à¦]«¬¸¹¤É¯Å©Î°t¸m®t²§¡^

• ¸Ë¸ü¤º¦s¡G¤ä«ù¤j 8MB MMC ¦sÀx¥dÂX®i

3. ?³q«H±µ¤f?

• ?PROFIBUS-DP ¥D/±q¯¸±µ¤f?¡G¤ä«ù³s±µ¦h 124 ­Ó DP ±q¯¸¡A¶Ç¿é³t²v¹F 12Mbps¡C

• ?MPI ±µ¤f?¡G¥Î©ó½sµ{³]³Æ¡]¦p PC¡BHMI¡^³s±µ¡A³t²v 187.5kbps¡C

• ?¥i¿ïÂX®i?¡G³q¹L CP ¼Ò¶ô¡]¦p CP342-5¡^¥i¼W¥[ PROFIBUS¡B¥H¤Óºôµ¥±µ¤f¡C

4. ?I/O ¯à¤O?

• ?¼Æ¦r¶q I/O?¡G¤j¤ä«ù 16,384 ÂI¿é¤J/¿é¥X¡A¥i³s±µ¤À¥¬¦¡ I/O ¯¸¡]¦p ET200 «Y¦C¡^¡C

• ?¼ÒÀÀ¶q I/O?¡G°ª 1,024 ³q¹D¡A¾A¥Î©ó¹Lµ{±±¨î³õ´º¡C

5. ?³B²z©Ê¯à?

• ¦ì¾Þ§@¡G§C¦Ü 0.1£gs

• ¯BÂI¼Æ¹Bºâ¡G¶È»Ý 3£gs

• ?«ü¥O°õ¦æ®É¶¡?¡G

• ?©w®É¾¹/­p¼Æ¾¹?¡G¤ä«ù 256 ­Ó S7 ©w®É¾¹/­p¼Æ¾¹¡A¥iº¡¨¬´_Âø¹Lµ{ÅÞ¿è»Ý¨D¡C

6. ?¨ä¥L¯S©Ê?

• ?¤u§@·Å«×?¡G-40¢J ¦Ü 85¢J¡Aº¡¨¬·¥ºÝÀô¹Ò»Ý¨D¡C

• ?¨¾Å@µ¥¯Å?¡GIP20¡]¼Ð·Ç¡^¡A¥i©w¨î IP65 ¨¾Å@¡C

• ?¶EÂ_¥\¯à?¡G¶°¦¨¦Û§Ú¶EÂ_¥\¯à¡A¥i´£«eÀË´ú¬G»Ù¨Ãµo°e«H¸¹¡C

?¤G¡B¥\¯à¯SÂI?

1. ?³B²z?

• ¤ä«ù°ª³tÅÞ¿è±±¨î»P´_Âøºâªk¡A¾A¥Î©ó¤¤¤j«¬µ{§Ç¦sÀx©M¹ê®É±±¨î³õ´º¡C

2. ?ÆF¬¡ÂX®i?

• ³q¹L DP ±µ¤f©M¥i¿ïÂX®i¼Ò¶ô¡A¥i»´ªQ¹ê²{¤À¥¬¦¡ I/O µ²ºc©M¦h¨óij³q«H¡C

3. ?¤u·~¯Å¥i¾a©Ê?

• ¾AÀ³´_Âø¤u·~Àô¹Ò¡A¨ã³Æµu¸ô«OÅ@©M§Ü·FÂZ¯à¤O¡C

4. ?©ö©óºûÅ@?

• ¤ä«ù¼ö´¡©Þ©Mµ{§Ç¦b½u­×§ï¡A´î¤Ö°±¾÷®É¶¡¡C

?¤T¡B¨å«¬À³¥Î³õ´º?

1. ?¨î³y·~?

• ¨T¨®¥Í²£½u¤¤¡A³q¹L DP ±µ¤f³s±µ¦h­Ó¤À¥¬¦¡ I/O ¯¸¡A¹ê®É±±¨î²k±µ¾÷¾¹¤H¡B¿é°e½uµ¥³]³Æ¡A¦P¨Bºë«×¹F 1ms¡C

2. ?¹Lµ{±±¨î?

• ¤ô³B²z¼t¤¤¡A±Ä¶°¼ÒÀÀ¶q«H¸¹¡]¦p¬y¶q¡BpH ­È¡^¡A³q¹L PID ºâªk½Õ¸`»Öªù¶}«×¡A¹ê²{³¬Àô±±¨î¡C

3. ?´¼¯à¼Ó¦t?

• ¶°¦¨ MPI ±µ¤f»P HMI ³q«H¡A¹ê®ÉºÊ±±ªÅ½Õ¡B·Ó©ú«Y²Î¡A­°§C¯à¯Ó 20%¡C

?¥|¡B¿ïÁÊ«Øij?

1. ?·s¶µ¥Ø³¡¸p?

• Àu¥ý¿ï¾Ü«áÄ~«¬¸¹ ?6ES7315-2AH14-0AB0?¡A¦sÀx®e¶q¤É¯Å¦Ü 256KB¡A©Ê¯à§óÀu¡C

2. ?²{¦³«Y²Î¤É¯Å?

• ?315-2AG10-0AB0? ¤´¥i­Ý®e²{¦³«Y²Î¡A¥B¦¨¥»§ó§C¡C

3. 
   

ÅX°Ê¾¹ªO¥dR911338543

¾¦½ü¬¦ R900932265 PGF2-22/006RE01VE4

REXROTHCDB02.1B-ET-EC-EC-NN-S4-S4-NN-NN-

¦øªA¹q¾÷ R911308684MSK030C-0900-NN-M1-UG1-NN

DBE6X-1X/315G24-8NZ4M

¦øªA¹q¾÷MSK030C-0900-NN-M1-UG0-NN synchronou

ÅX°Ê¼Ò¶ô,3842998038

REXROTHHMD01.1N-W0036-A-07-NNNN

---HMD01.1N-W0036-A-07-NNNN

REXROTHHMD01.1N-W0020-A-07-NNNN.

----HMD01.1N-W0020-A-07-NNNN

RexrothHSZ01.1-D08-D04-NNNN

ª½½u·Æ¶ô R162281420

¦U1

TPC070TD-B    1 

C129A501G01 FT1SW (FT1-C001)    10¥ó

---129A501G01

C774B430G20 FT1SW¡]FT1-C171¡^  20¥ó

ABB

6AG4140-1DL04-0DA0    1­Ó

3BSE008358R1   4

----PM510V16

TB810    2

1VFSK068889V300   76A3N11236EWB41  1VCF752000   14

6RA7018-6DV62-0-Z K11+K01+G95  1

¤u±±¾÷ IPC547J 6AG4104-5DA30-0AA0  1

SSBIET800   1   ABB

SPIET800   1

MVME61006E-0163 ¦ãÀq¥ÍEMERSON¼Ò¶ô

5­Ó

A5E33713857    1­Ó

A5E33032452    1­Ó

V30812-A5020-A6 

3RW4466-2BC44   1

EXECH20D    25

C98043-A7003-L1     2

3HAC046430-002        2

3HAC03021457-001/00   1

3HAC024488-001/03    1

BMECRA31210

BMXDDI3202K

BMXDDO3202K

BMEP584040S

BMXRMS004GPF

TCSESM083F2CS0

BMXSAI0410

BMXAMI0810

¦U1­Ó

GPAR-24 NBAI-A¼Æ¶q1

----GPAR-24NBA1

20BC015A0AYNANC0  40926   2

A20B-2003-0311/02A  1

IC200ALG630     1

IC200PWR102     4

IC200MDL241     2

IC200CPUE05       1

SRD991-BHNS1EA4NY-V01-LEXG-J   1

MX603-0408-613A    2

MVME61006E-0163  5

BCU-22    1

3BSE008546R1    1

2711P-RP2   18300    1­Ó

FSS200 7ME3950-5LF00  Siemens    4¥ó

¥ì¹yUPS/5P1150I ¼Æ¶q¡G1

A5E42836641    2

6SE7023-2ES87-2DA1    2

6ES7951-1KM00-0AA0    1

6GK5204-2BC10-2AA3    10

931N-T221     2164  1­Ó

SGMJV-04ADD6S  1

CF¥d    6FC5851-1XG40-3YA8¡A1­Ó

EMT40024X    1

DSE EH10.21SHZ   1

RJO08451              1

ABL4RSM24200   1

ABB  ÀË´úªO  ACBU-A1                10­Ó

ABB  ÀyºÏªOSDCS-FEX-2-0016    10­Ó

ABB  ÂoªiªOA70B2010ABBA-AAAAAA     5­Ó

FCA731PY-N02    1

GTC5150ND70K    1

SNB172FEGH1T    1

E12F22900    1

PCA505A087AF    1

4LFB-12825-2FC    1

BH00J343B     1

PCB505A041G    1

FDTC50VF/SRC50ZJX-S    1

6SE0102-1AA27-8AA5    2

6SE0102-1AA23-7AA5    2

6SL3210-1KE23-8UF1     

ETM-DPJ05SSFSA1-1SHGM-A12-10~10KPa    2

ETM-DRJ00SSFSA1-1SHGM-SA12~800Pa   2

ETM-CPZ09SS-3SLGM-A12~0.6MPa   2

ETM-CPZ04SS-3SLGM-A12~25KPa    1

AQUASYSTEM-VR24   5¥ó

SB330-50A1/114A9-330A  1¥ó

TPC070TD-B    1 

HARS700/100P   1

HARS700/260P   1

HARS700/310PII   1

POW ER2.180VDC24VA    5

WK-2/CN0504    9

SGM7J-02AFC6E   1

GDS1168-SFP-HCS-NF    1

CP3912-1009-0010   1  ­¿ºÖ

A20B-2101-0392/01A     

LB1LD03M55 2

IC693CPU313LTX ¥ó 15

52418423 MF13XM200-208P85100XRIP55    1

LDSTA-01    1

PLC±±¨î¾¹ 6ES7 226-2BD23-0XB0 ¥ó 1

½s½X¾¹ A-ZKD-13B-50BM/3P-G05L-J ­Ó 3

½s½X¾¹ A-ZKD-13B-50PM/3P-G05L-J ¥ó 2

½s½X¾¹ YH7030-19 ¥u 1

ÅÜÀ£¾¹ JTM150W28S20¡]090621¡^ ¥ó 3

¨®¸ü¨î®ñ¸Ë¸m TZ/Y-10W ¥ó 1

ùڷž¹ 3ST1-1 »O 76

­pºâ¾÷¥DªO MIC-3392MIL ¥ó 5

±±¨î¼Ò¶ô 6ES7 216-2BD23-0XB0 ¥ó 1

ÂX®i¼Ò¶ô 6ES7 232-0KD22-0XA0 ¥ó 1

ÅÞ¿è¼Ò¶ô 6ED1 052-2MD00-0BA6 ­Ó 1

6EP1434-2BA10 1»O

6SN2132-5KW11-1BA1    1

FBM232 1

FBM217 2

FBM242 2

FBM201 1

FBM237 1

FBM230 2

6ES7511-1AK02-0AB0

 CM900HG-130X     1

51196694-904 U1   2­Ó

0~10000psiinRF 15001bDC24V~20mA/HART0-F827-03-01HONEYWELL

0~15000psi.5"FIG 1502DC24V~20mA0-F827-01

LN-5-C-M-FCFP

SUMMIT ELECTRONICSHPH-1300-0800A

SUMMIT ELECTRONICSHPH-1300-0150A  ¼Æ¶q¦U1­Ó

515-2AM02-0AB0   2

516-3FP03-0AB0   2

515-2AM02-0AB0   1

6SL3210-5FE12-0UF0   2

6SL3544-0FB21-1FA0   2

155-6AU01-0BN0   3

134-6JD00-0CA1   10

6GK5208-0BA00-2AC2   4

 6AV2143-6GA00-0SN0   1

¥i½sµ{±±¨î¾¹¡]PLC) 6ES 7214-1AG40-0XB0 39­Ó

¼ÒÀÀ¶qÂX®i¼Ò¶ô ¦èªù¤lPLC/S7-1200,6ES7241-1AH32-0XB0 39­Ó

24V¹q·½¼Ò¶ô 307-1EA01-0AA0,¦èªù¤l 39­Ó

JAMSC-120DAI74300 2

¥[¼ö¾¹255836 2 ­Ó

1794-IB32  6468  1

6ES7155-6A401-0BN0||    2

6ES7222-1HF32-0XB0||    2

MSK040B-0600-NN-S1-UP0-NNNN    1

MSK060C-0300-NN-S1-UP1-NNNN    1

Laetus LLS570-35   1

DigiTronic CamCon DC190   1

6ES7512-1DM03-0AB0    

METEOR2-MC/4   1

E3G-R17-G      5

E3G-ML19T-G     5

6SL3224-0BE17-5UA0    2                     

3HAC062338-004    1

SRB-MS-ILK5    1

HD22010-3   3

6GK7 343-1HX00-0XE0   1   ¦èªù¤l

WF53.40-16      1­Ó

6ES7235-0KD22-0XA8    

CJ1W-SCU41-V1    2 ­n«O¤ºªº³f

 SEW  BGE1.5    1

220T0084-100   1

FG2 AK-1024G-90G-NG    16

6ES7138-7FA00-0AB0     

  SQM48.497A9WH 20 Nm - 2 »O

504S5NRSS4 CAL#004     1

S-240-24     1 

SUCO F10G21-0399 - 3

RM6?NE?IDI 10?kV 630?A  - 4pcs

RM6?NE?IIDI 10?kV 630?A  - 4pcs

BWDK-3208BE/BA  1»O

MD330NT5.5GB-6 5.5KW AC380V    2

T281.72.X ITD 23 A 4 Y 2 128 H BX K10SK4 S 14   2

BH500-G4.0/P5.5T4-D 4.0/5.5KW    2

IS650NT032/UX-B    1

Lenze i950:I95AE240F1AV10Z0Q0 4KW 1

R88M-1M10030T-S2    1

IS650NT032IUX-B    1

Kromschroder Lago Basic 0201R V1 E-Nr 99-777-310  AC 230V 5VA T50,AC 250V 2(2)A II   1

Bl ase 5OL*M5Ox1,5/VG5 IIR44/P460( kompl    1

4¡B¹q·½¼Ò¶ô¡G«¬¸¹¡GIPMO25-B22-5A¡A°Ñ¼Æ¡Gª½¬y¿é¤J:220V/12.8A¡A¥æ¬y¿é¥X¡G220V/50HZ/10.9A¡A¥\²v:2500VA ¡B2250W¡A¥\²v¦]¯À:0.9¡C 1

315-2AG10-0AB0 is a Siemens brand CPU module, with the specific model being CPU 315-2DP, which belongs to the core components of Siemens S7-300 series PLC. The following are its detailed parameters and functional features:

1¡B Core parameters

Power supply requirements

Rated voltage: 24V DC

Allowable range: 20.4V DC to 28.8V DC

Current consumption: Typical value 0.8A (maximum value 800mA)

Power consumption: typical value of 2.5W

Storage configuration

Working memory: 128KB (some data shows 256KB, may be due to model upgrades or configuration differences)

Load memory: Supports up to 8MB MMC memory card expansion

Communication interface

PROFIBUS-DP master/slave interface: supports connecting up to 124 DP slave stations with a transmission rate of up to 12Mbps.

MPI interface: used for connecting programming devices (such as PC, HMI), with a speed of 187.5kbps.

Optional extensions: PROFIBUS, Ethernet, and other interfaces can be added through CP modules (such as CP342-5).

I/O capability

Digital I/O: Supports up to 16384 input/output points and can be connected to distributed I/O stations (such as the ET200 series).

Analog I/O: up to 1024 channels, suitable for process control scenarios.

Processing performance

Bit operation: as low as 0.1 £g s

Floating point operation: only 3 £g s required

Instruction execution time:

Timer/Counter: Supports 256 S7 timers/counters to meet complex process logic requirements.

Other characteristics

Working temperature: -40 ¢J to 85 ¢J, meeting extreme environmental requirements.

Protection level: IP20 (standard), customizable IP65 protection.

Diagnostic function: Integrated self diagnostic function, can detect faults in advance and send signals.

2¡B Functional Features

High performance processing

Supports high-speed logic control and complex algorithms, suitable for medium to large program storage and real-time control scenarios.

Flexible Expansion

Distributed I/O structure and multi protocol communication can be easily achieved through DP interface and optional expansion modules.

Industrial grade reliability

Adapt to complex industrial environments, possess short-circuit protection and anti-interference capabilities.

Easy to maintain

Support hot plugging and online program modification to reduce downtime.

3¡B Typical application scenarios

Manufacturing industry

In the automobile production line, multiple distributed I/O stations are connected through DP interfaces to control welding robots, conveyor lines, and other equipment in real time, with a synchronization accuracy of 1ms.

Process control

In water treatment plants, analog signals such as flow rate and pH value are collected, and the valve opening is adjusted through PID algorithm to achieve closed-loop control.

Intelligent Building

Integrate MPI interface and HMI communication to monitor air conditioning and lighting systems in real-time, reducing energy consumption by 20%.

4¡B Purchase suggestions

New project deployment

Prioritize the successor model 6ES7315-2AH14-0AB0, with upgraded storage capacity to 256KB for better performance.

Existing system upgrade

315-2AG10-0AB0 is still compatible with existing systems and has lower costs.