To Next PageTo Next Page
Need help?Do you have a question about the Siemens SIPART PS2 6DR52 Series and is the answer not in the manual?
General| Category | Valve Positioners |
|---|---|
| Output Signal | Pneumatic |
| Rotary Angle | Up to 90° |
| Communication | HART, PROFIBUS PA, Foundation Fieldbus |
| Explosion Protection | ATEX, IECEx |
| Power Supply | 24 V DC |
| Type | Electropneumatic |
| Input Signal | 4-20 mA |
| Supply Air Pressure | 1.4 to 7 bar |
| Enclosure | Aluminum, Stainless Steel |
| Mounting | Direct mounting on actuator |
| Temperature Range | -40 to +80 °C |
| Certifications | FM, CSA |
Discusses Siemens' industrial security functions and customer responsibilities for plant security.
Warns about risks from modifications and states warranty cancellation if not followed.
Warns against loosening terminal plate screws due to explosion risk in flameproof enclosures.
Specifies qualifications for personnel and warnings for use in hazardous areas.
Explains the electropneumatic positioner's function as a control loop with an actuator.
Explains the control loop functionality and the adaptive five-point controller algorithm.
Warns about freezing of exhaust air outlets and provides a notice about torque for NPT screwed glands.
Warns about explosion risk if the device is open or not properly closed.
Details requirements and procedure for mounting to linear actuators according to IEC 60534.
Outlines requirements and procedure for mounting to part-turn actuators using VDI/VDE 3845 mounts.
Explains the function of the friction clutch and transmission ratio selector for adapting to different actuators.
Provides general information and warnings for installing option modules in hazardous areas.
Presents a DANGER warning regarding risk of explosion before supplying power in hazardous areas.
Explains the function of the Digital I/O Module (DIO) for fault messages and alarms.
Describes the function of the Analog Output Module (AOM) for indicating actuator position.
Explains the mode of operation and equipment features of Inductive Limit Switches (ILS).
Details the step-by-step procedure for installing Inductive Limit Switches (ILS).
Explains the mode of operation and features of Mechanic Limit Switches (MLS).
Details the step-by-step procedure for installing Mechanic Limit Switches (MLS).
Provides procedures for setting limits L1 and L2 for Mechanic Limit Switches (MLS).
Shows device versions 2-/3-/4-wire with wiring configurations for 4-wire connections.
Covers supply pressure (PZ) safety reasons and air quality specifications.
Explains failure behavior and shows a table of pneumatic connection versions for different actuator types.
Explains "Configuration and initialization" mode, "Manual mode (MAN)", and "Automatic (AUT)" mode.
Details the "Diagnostics" mode and the "Optimization of controller data" procedure.
Details the phases of automatic initialization (Start, RUN 1-5, End) and illustrates actuator sequences.
Details the process for determining actuator travel checks and trimming lower/upper endstops for linear actuators.
Describes the process for checking actuator travel and trimming endstops for part-turn actuators.
Covers establishing travel time/leakage (RUN 3), minimizing controller increments (RUN 4), and optimizing transient response (RUN 5).
Explains the use of the friction clutch for adjusting the position detection area and locking options.
Covers conditions and setting the transmission ratio selector for linear actuator commissioning.
Explains checking mechanical unit movement, setting the lever position, and adjusting the friction clutch.
Lists requirements for automatic initialization and explains the process, including tight-closing valve parameter.
Continues manual initialization steps, including applying settings and handling fault messages like "RANGE".
Covers setting the adjustment angle and conditions for preparing part-turn actuators.
Continues the automatic initialization procedure for part-turn actuators, showing parameter calls and completion display.
Continues manual initialization steps for part-turn actuators, including parameter settings and fault message handling.
Lists related topics for device replacement, such as automatic initialization sequences.
Introduces parameter assignment, its division into categories, and advantages of HART communication.
Provides an overview of initialization parameters 1-5, including type of actuator and rated angle of rotation.
Explains digital input functions (BIN1, BIN2), alarm function (AFCT), and fault message output (FCT).
Introduces advanced diagnostic parameters and factory settings for activation of extended diagnostics.
Explains '4.INITA' (automatic initialization) and '5.INITM' (manual initialization) parameters.
Explains the purpose of 'PNEUM' parameter for different pneumatic blocks and boosters.
Explains how to activate extended diagnostics and defines modes (On1, On2, On3) for fault message output.
Explains 'FLBH' response after failed PST, 'INTRV' test interval, and 'PSTIN' reference stroke time.
Details factors (FACT1, FACT2, FACT3) for forming thresholds in the partial stroke test.
Details parameters for monitoring dynamic control valve behavior: Limit (b2.LIMIT), Factor 1 (b3.FACT1), and Factor 2 (b4.FACT2).
Explains factors (FACT1, FACT2, FACT3) for forming thresholds in pneumatic leakage monitoring.
Explains factors (FACT1, FACT2, FACT3) for forming thresholds in stiction detection.
Details monitoring of deadband adaptation and setting the threshold (E1.LEVL3).
Explains monitoring of the lower endstop, including fault detection and setting thresholds (F1.LEVL1).
Continues details on upper endstop monitoring thresholds (G1.LEVL1, G2.LEVL2, G3.LEVL3).
Explains monitoring of lower limit temperature and setting temperature units (H1.TUNIT) and thresholds (H2.LEVL1).
Details monitoring of upper limit temperature and setting temperature units (J1.TUNIT) and thresholds (J2.LEVL1).
Details factors (FACT1, FACT2, FACT3) for forming thresholds in total stroke monitoring.
Explains monitoring the number of changes in direction and setting limits and factors for thresholds.
Details thresholds (LEVL1, LEVL2, LEVL3) for monitoring the position average value deviation.
Explains activating pressure monitoring and setting pressure units, low limit, and hysteresis.
Specifies suitability for valves meeting SIL 2 requirements and the positioner's safety function for safe venting.
Explains the safety function of depressurizing the actuator and its triggering mechanisms. Includes warnings about disregarding conditions and freezing exhaust air outlets.
Defines Safety Integrity Levels (SIL) according to IEC 61508 and their relationship to failure probability.
Outlines prerequisites and procedures for checking the safety function under operating conditions.
Lists safety characteristics necessary for system use under low demand rate and other specific conditions.
Provides safety instructions for maintenance, including periodic inspections and warnings about dust layers and button lock release.
Instructs to send defective devices for repair to authorized personnel, providing malfunction information.
Details the procedure for removing and installing the basic electronics, including parameter adjustment for "Fail in Place".
Outlines the procedure for removing and installing the pneumatic block, including cord seal and centering elements.
Continues the installation procedure for the pressure sensor module, including closing the positioner and parameter adjustment.
Summarizes system messages during operation, including CPU, HW/ERROR, NOINI, AUTnn, MANnn, and various test running messages.
Explains the structure of the diagnostics display, general procedure to access values, and how to set values to zero.
Details diagnostics values for operating hours, determined travel, and travel times (UP/DOWN).
Explains how to read leakage test results or start an offline test to detect actuator or pipe installation leakages.
Describes the diagnostic parameter for monitoring partial stroke test, including indications and status messages.
Explains the diagnostic value showing elapsed time in days since the last partial stroke test.
Details the diagnostic parameter showing time in days until the next partial stroke test.
Explains how this value provides information about current dynamic deviation from the model response.
Describes this parameter as showing the current leakage indicator.
Details this parameter showing the filtered value of slip jumps resulting from stiction.
Explains indication of how much the lower endstop has changed compared to initialization value.
Indicates the current shift of the upper endstop compared to its initialization value.
Shows the last calculated comparison average value of position and meaning of display indications.
Explains reading values for lower (0%) and upper (100%) endstops determined during initialization.
Describes changing lower/upper endstop values and the procedure for manual and automatic mode.
Indicates the length of a compensation pulse when pneumatic leakage monitoring is active.
Shows the period of leakage compensation pulses when pneumatic leakage monitoring is active.
Shows the current supply pressure PZ and how to reset the value.
Continues listing error codes related to partial stroke test, dynamic behavior, leakage, stiction, temperature, and supply pressure.
Explains online diagnostics during operation and information on fault message triggers.
Describes the XDIAG parameter for displaying error messages in stages and its settings.
Lists error codes related to pneumatic leakage, stiction, temperature limits, position average value, and pressure sensor module.
Covers faults related to zero point displacement, device failure, pressure sensor module issues, and supply pressure deviations.
Describes the controller unit, including control unit type, analog-to-digital converter specifications, and connections.
Provides electrical data for explosion protection types Ex "ia", "db ia", "ic", "ec", "tb", 3-/4-wire connection, and galvanic isolation.
Lists spare parts for magnet clamps, pressure gauges, sound absorbers, and flameproof enclosures.
Explains the principle of operation of Non-Contacting Sensors (NCS) using magnetic field sensors.
Continues mounting procedures for part-turn actuators, differentiating between VDI/VDE 3845 and manufacturer-specific interfaces.
Shows example assemblies and the procedure for aligning the sensor to the stroke center.
Continues mounting instructions for NCS assembly kit, including bracket preparation and height observation.
Shows wiring diagrams for connecting NCS sensors to Analog Input Module (AIM) for different versions.
Explains prerequisites and default settings for NCS commissioning, including magnet alignment and display monitoring.
Details procedure for initializing part-turn actuators based on control direction.
Outlines requirements for initializing linear actuators with stroke up to 14 mm.
Lists requirements for initializing linear actuators with stroke > 14 mm, including parameter settings.
Covers warnings for incorrect assembly, improper modifications, loss of enclosure type of protection, and unsuitable fluids.
Lists requirements and booster article numbers for single-acting and double-acting positioners.
Continues the procedure for mounting the booster via threaded bolts and fastening it with lock washers and nuts.
Lists requirements for booster commissioning, including operating the positioner and setting the 'PNEUM' parameter.
Shows the schematic of RUN 3 and 4 sequences for booster commissioning and notes on optimizing controller data.
Details the procedure for connecting wires, cable shield, and the positioner to the slide-in module and control system.
Refers to general installation procedures for positioners in non-flameproof enclosures.
Refers to automatic, manual, and interrupting commissioning.
Refers to diagnostics overview, ongoing operation, extended, and error codes.
Refers to automatic, manual, and interrupting initialization.
Refers to installation of AOM, DIO, and MLS modules.
Refers to online diagnostics overview.
Refers to overview of advanced diagnostic parameters.
Refers to automatic commissioning and mounting.
