Siemens 6DP1210-8CA Binary Module

Siemens 6DP1210-8CA Binary Module Description:

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AUTOMOTIVE COMPONENTS

Capricious consumer trends require manufacturing lines that are particularly flexible and able to create a variety of parts, or assemble several product lines without much alteration. As a result of this need for flexibility, manufacturing automotive components and assembling them is often the area in which robot-based automation can be seen at its best.

Intelligent manufacturing in the body shop aims to improve efficiency in casting parts. Forging a vehicle’s exterior parts like the fascia, bumpers and fuel tank, and producing interior parts like instrument panels, seats and air bags requiring very broad know-how and solutions based on robotics. Manufacturing the powertrain, chassis and the body of the vehicle also demands a great deal of precision.

Moore Automation Limited understands these requirements and works with car manufacturers to obtain the spare parts they need, as soon as possible. We specialise in identifying parts for machining, assembly, test, materials handling, safety and robot-based automation. We also offer a comprehensive and straightforward supply and repair service which can significantly reduce costs for your company.

Siemens 6DP1210-8CA Binary Module

Siemens 6DP1210-8CA Binary Module

Siemens 6DP1210-8CA Binary Module

Application
The LAG1ST function is used as a delay element for the process variable. This
can be used to suppress disturbances.
The LAG1ST Function
By incorporating a time delay, higher frequency fluctuations in the process variable
signal can be damped so that they are excluded from the processing in the control
algorithm in particular to avoid affecting the derivative action. The amount of signal
damping is determined by the time constant PV_TMLAG.
The damping effect is achieved by a first order time lag algorithm.

Conditions for Parameter Assignment
If PV_TMLAG ≤0.5 * CYCLE, there is no lag in effect.
A sampling time (CYCLE) of less than a fifth of the time lag is necessary to
achieve a time lag approaching the analog response.
Parameters of the LAG1ST Function
The outv output value is an implicit parameter and can only be monitored with the
configuration tool at measuring point MP5 (Figure 2-13).
If LAG1STON = FALSE, the peripheral input PV_PER or the internal input PV_IN
is switched to the process variable branch without a time lag (default).

Application
If the process variable supplied by a sensor is a physical value that is in a
quadratic relationship to the measured process variable, the changes in the
process variable must first be linearized before they can be processed further in
the controller. This task is performed by the SQRT function in the process variable
branch of the Standard PID Control. The measured signal must always be
linearized by extracting the square root when flow measurements are performed
with orifice plates or venturi tubes. The measured differential pressure (effective
pressure) is then proportional to the square of the flow.
If the SQRT_ON input signal is set to TRUE, the square root function is activated
in the process variable branch. The algorithm for the square root function is as
follows:
outv = SQRT (MP5) x (SQRT_HR – SQRT_LR) / 10.0 + SQRT_LR
This formula requires that the input value of the square-root be normalized to the
numerical range of 0 .. 100. The parameters NM_PVHR and NM_PVLR of the
normalization in the process-variable branch must therefore be configured to 100.0
and 0.0.
The square root from this value results in a numerical range of 0 ... 10. The
normalization values SQRT_HR and SQRT_LR are used to normalize this
numerical range to the physical measuring range (SQRT_LR to SQRT_HR).
HESG447449R0003     Relay Mod. for Protect 2 NO 2NC    70LR01A    
KT 5191a    KT 5191a Module    HEIA 100323 R1    
KT 7386a    KT 7386a Module    HEIE 210050 R1, HEIE210050R0001    
KT 8991a    KT 8991a Module    HESG 446869 R1    
LA 370a-E    LA370a-E Voltage/Current Converter Module    HEIE 421267 R1, HEIE421267R0001    
LR 379a-E    LR379a-E Relay Module    GJR2 242000 R1, GJR2242000R0001    
LR317b-E R1    LR370a-E Relay Module    GJR2 242000 R1, GJR2242000R0001    
LR370A-E    LR370a-E Relay Module    GJR2 242000 R1, GJR2242000R0001    
LT 370c     LT 370c Module    GJR2 336500 R1    
LT 371a     LT 371a Buffer Module    GJR2 240200 R1    
LT 9673a    LT 9673a Module    HESG 446076 R1    4
LT5410B-E    Positioner Controller F BBC-EH    HEIA201026R0002, HEIA201026R2    
PT 5504a    PT5504a Module    HEIA 404656 R1, HEIA40656R0001    
PT 5505a    PT5505a Module    HEIA 404678 R1, HEIA404678R0001    
PT5409A     Voltage-Current Insulated Converter    HEIA302753R0001    
PT8153B-E    Programmable Compact Controller    HESG223044R0001    
QT 370a-E    QT 370a-E Summation and Amplification Module    GJR2311200R1, GJR2311200R0001    
RT 370a-E R1    Single Value Step Controller    HEIE 210 157 R1, HEIE210157R0001    
RT 372a-E    RT372a-E Single Value PI Controller Module    HEIE210162R0001, HEIE210162R1    
RT 374a-E R1    RT374 Module    GJR2 313 100 R1, GJR2313100R0001    
RT 374B-E    RT374 Module    GJR2348600 R1    
RT 5509c    RT5509c Timing Element    HESG446318R1,HESG446318R0001    
RT 5533a    RT5533a Module    HEIE420759R1, HEIE420759R0001    
RT480       RT480 Module    GNT7081401R    
RT481       RT481 Module    GNT7081299R1    
ST 370B-ER1    ST370b-ER1 Analog Memory Module    GJR2310500R0001, GJR 2310500 R1    
ST 370c-E    ST370c-E Analog Memory Module    GJR 2310500 R1, GJR2310500R0001    
ST 370d-E    ST370d-E Analog Memory Module    GJR 338100 R1, GJR338100R0001    
ST701E      ST701E Module    HITR402804R0001    
UA 372b-E    UA372b-E Module    HEIE 420870 R1, HEIE420870R0001    
UA 372c-E    UA372c-E Module    HESG 446000 R1, HESG446000R0001    
UA 373c-E    UA373c-E Signal Distribution Module    HESG 446063 R1, HESG446063R1    
UA 375c-E    UA375c-E Signal Distrubution Module    HESG 446000 R2, HESG446000R0002    
UA 377a-E    UA377a-E Module    HEIE 421204 R1, HEIE421204R0001    
UA 377b-E    UA377b-E Module    HESG 446429 R1, HESG446429R0001    
UA 380a-E    UA 380a-E Module    HEIE 421392 R1, HEIE421392R0001    
UA 382a-E    Transmitter Module    HESG446081R0001, HESG446081R1    
UA 383a-E    UA383a-E Expansion Module    HESG446039R0001, HESG446039R1    
UA374 B-E    UA374 B-E Signal Distribution Module    GJR2318500R2    
UA379A-E    UA 379 a-E Speed Transducer Module    HSEG332084R0001, HSEG 332084 R1    
UB 371a-E    UB371a-E Module    HEIE 420800 R1, HEIE420800R0001    
UB 7391b-E    UB7391b-E Module    HEIE 421004 R1, HEIE421004R0001    
UT 370a     UT370a Module    GJR2 212600 R1, GJR2212600R001    
UT 370a V2    UT370a V2 Module    GJR2 212600 R2, GJR2212600R002    
UT 371a V2    UT371a V2 Interrogation Module    GJR2 212700 R2, GJR2212700R0002    
UT 372c     UT 372c-sR1 Module    GKWN000070R1, UT 372c-sR1    
UT 373a     UT373a Module    GJR2 237300 R1    
UT 374c-E    UT374c-E Module    HEIE4221331R1, HEIE4221331R0001    
UT 375b-E    UT375b-E Module    HEIE 421101 R1, HEIE421101R0001    
UT 376a-E    UT376a-E Module    GJR2 308200 R1, GJR2308200R0001    
UT 377a-E    UT377a-E Module    HEIE 421304 R1, HEIE421304R1    
UT 378a-E    UT378a-E Module    HEIE 420632R1, HEIE420632R0001    
UT 378B-E    UT378B-E Module    HEIE 420632R1, HEIE420632R0001    
UT 5507a    UT5507a Module    HEIA404926R1, HEIA404926R0001    
UT386B      Monitoring module    HESG447475R0002    
UT735E      UT735E Module    GJR2328100R0001    
UV 7379a-E    UV 7379a-E Module         
UV5627B-E    Vibration Monitor Unit Analyzer    HEIE420007R0001    
VT 314c     VT 314c Module    GJR2157600R1, GJR2157600R0001    
VT 374a-E    Simple Drive Control Unit 2-Fold    GJR2240400R1, GJR2240400R0001    
XB 370a     XB370a Binary Transmitter    HEIE 421443 R1, HEIE421443R0001    
XB 381a     XB381a Module    WDIB771217R0001    
XB 8970a    XB8970a Binary Simulation Module    HESG 216563 R1, HESG216563R0001    
XB 8971b    XB8970a Analog Simulation Module    HESG 446097 R1, HESG446097R0001    
XP8670A     Compensation Resistor    HEIE420696R0001    
XS 310c-E R1    XS 310 Module    GJR2206300R1    
XS 311a     XS311 Insulating Converter Module    GJR5105300R1    
XT 375a-E    XT 375a-E Module    HEIE 420142 R1    
XT 377 e-E    XT 377 e-E Supervisoy Module    HESG 446624R1    
XT 377D-S    XT377D Module    GJR2 3205 00 R10, GJR2320500R0010    
XT 378d-E    XT378D-E Module    GJR2330300R0010    
XT 378E-E    XT378E-E Module    HESG446626R0001,HESG446626R1    
XT 383a     XT383a Module    HEIE 421011 R1, HEIE421011R0001    
XT 5522b    XT5522b Module    HEIE421286R1, HEIE421286R0001    
XT 5532a    XT5532a    HEIE 420780 R1, HEIE420780R0001    11
XT-376a     XT 376a Buffer Module    HEIE 420158 R1, HEIE420158R0001    
XT-382b      XT-382b Power Supply Rack    GKWE 001450 R9    
XT382D      Single Phase Power Control Unit    GKWE001450R0013    
XT480       XT480 Module    GNT7081395R1    
XT481       XT481 Module    GNT7081338R1    
XT8160C-E V1400     Proximity sensor    HESG332182R1400    
XT8160C-E V2250     Proximity Sensor    HESG332182R2250    
XT8160C-E-V0900     Proximity sensor    HESG332182R0900    
XV 325a-E R1    XV 325a-E R1 Module    GJR2157600R1, GJR2157600R0001    
XV 370a-E    XV370a-E Power Distribution Module    GJR2 240900 R1, GJR2 240900 R0001    
XV 371a     XV371a Signal Distribution Module         
XV 77135    XV 77135 Module    HESG 223040 R1    
XV 7715b    XV 7715b Module    HESG 446108 R1    
XV 7717b    XV 7717b Module    HESG 446144 R1    
XV 7718b    XV 7718b Module    HESG 446139 R1    
XV 8152a-E    XV8152a-E Indicating Module    HEIE 210183 R1, HEIE210183R0001    
XV 8972a    XV8972a Connector Module    HEIE 421385 R1, HEIE421385R0001    
XV5628A     Vibration main unit    HEIA404919R0001    
XV7713b     ProControl Unit         6
XV7717C      Procontol Module    HESG447027R0001    
XV7723      Procontol Module    HESG447027R0001    
XZ480       XZ480 Module    GNT7081358R1    
XZ727E      XZ727E Module    GJR2323300R0001    
ZT 320b-E    ZT320b-E Module    GJR2158200    
ZT 320b-E R1    ZT320b-E R1 Module    GJR2158200R1    
ZT 370b-E    ZT370b-E Module    GJR2236600R1    
ZT 372a-E    ZT 372a-E Module    GJR2 237800 R1, GJR2237800R0001    
ZT 373a-E    ZT373a-E Time Module    GJR2240100R1, GJR2240100R0001    
ZT 374a-E    ZT374a-E One Shot Module    HEIA 406630 R1, HEIA406630R0001    
ZT 374b-E    ZT374b-E One-Shot Module    HEIE 421189 R1    
ZT 5537a    ZT5537a Module    HEIE420605R1, HEIE420605R0001    
ZT 5538a    ZT5538a Module    HEIE 420607 R1, HEIE420607R0001    
ZT 5539A 2/Y1    ZT5539A 2/Y1 Module    HEIE 420789 R1, HEIE420789R0001