Festo MSE6-C2M Manual
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Festo MSE6-C2M Manual

Energy efficiency module
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MSE6-C2M
Energy efficiency module
Description | Commis-
sioning, Function, Elec-
tronics
8095305
8095305
2019-03
[8095307]

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Summary of Contents for Festo MSE6-C2M

  • Page 1 MSE6-C2M Energy efficiency module Description | Commis- sioning, Function, Elec- tronics 8095305 8095305 2019-03 [8095307]...
  • Page 2 Translation of the original instructions ® PI PROFIBUS PROFINET is a registered trademark of its respective trademark holder in certain coun- tries. Festo — MSE6-C2M — 2019-03...

  • Page 3: Table Of Contents

    Function structure....................29 Pressure regulation and blocking function..............29 7.5.1 Overview.........................29 7.5.2 User-controlled pressure regulation and blocking function (USER)......30 7.5.3 Automatic pressure regulation and blocking function (AUTO).........31 7.5.4 Functional states....................34 7.5.5 Function structure....................35 Electrical inputs......................37 Festo — MSE6-C2M — 2019-03...
  • Page 4 Overview of module parameters..................55 Modifiable module parameters..................58 Read-only module parameters..................72 Diagnostics........................73 10.1 Error numbers........................74 Commissioning examples of parameterisation............78 11.1 Commissioning example – automatic shut-off function..........78 11.2 Commissioning example – monitoring of pressure drop..........81 Festo — MSE6-C2M — 2019-03...

  • Page 5: Applicable Documents

    Note that, when the input pressure is switched off, depending on the function a residual pressure of < 1 bar (< 0.1 MPa) can remain at the output. Intended use The energy efficiency module MSE6-C2M monitors and optimises the compressed air consumption via an adjustable outlet pressure. Foreseeable misuse The following examples of foreseeable misuse are among those not approved as intended use: –...

  • Page 6: Training Of Qualified Personnel

    Spare parts èwww.festo.com/spareparts. – Information on the CPX field bus node è www.festo.com/sp. – Information on the short documentation for the CPX-Extension è www.festo.com/sp. Service Contact your regional Festo contact person if you have technical questions è www.festo.com. Festo — MSE6-C2M — 2019-03...

  • Page 7: Product Overview

    7 Connection for electrical inputs Input for compressed air 8 Connection for electrical outputs 2 Pneumatic connection 2: 9 Only MSE6-C2M...-M: connection for CPX- Output for compressed air Extension series 1 for connecting devices 3 Shut-off valve with pressure sensor...

  • Page 8: Connecting Components

    Display elements bus node è 6 Commissioning. 5.1.3 Connecting components I/O connections The product has two electrical inputs and two electrical outputs. Plug System supply Function 24 V DC U Supply voltage Input-1 Input 1 0 V U 0 V load Festo — MSE6-C2M — 2019-03...

  • Page 9: Functions

    0 V load Output-0 Output 0 Functional earth Tab. 4 Electrical outputs DO0 and DO1 I/O and CPX-Extension connections for MSE6-C2M-…(-M) The product has two electrical inputs, two electrical outputs and a CPX-Extension series 1 connection. Connection Position Plug Electrical inputs...
  • Page 10 If the parameterised critical limit is exceeded, the product will output a diagnostic message. The status of monitoring to ensure the critical limit is not exceeded is indicated via an input bit and via the P2 LED on the module. Festo — MSE6-C2M — 2019-03...
  • Page 11 – Diagnostic behaviour by enabling maskable diagnostic messages – Specification of the units and the measuring interval – Setting of critical limits The product is delivered with pre-set parameters. Information on parameterisation è 9 Parameter. Festo — MSE6-C2M — 2019-03...

  • Page 12: Electrical System Configuration

    Product overview Electrical system configuration The maximum permissible current load of the system supply for the MSE6-C2M-…-M (with CPX exten- sion) is 6 A. The product is equipped with a field bus node. Input and output data as well as parameters and dia- gnostic information can be transferred to the higher-level controller via the field bus node.
  • Page 13 Product overview 1 Interface module or network-scanner/bus 3 Network-specific configurator master 4 Energy efficiency module MSE6-C2M-...-M 2 User program in the machine controller 5 Energy efficiency module MSE6-D2M Fig. 2 System configuration with MSE6-C2M-...-M and MSE6-D2M Festo — MSE6-C2M — 2019-03...

  • Page 14: Combination With Ms6 Modules

    2 connection 3 Network-specific configurator Fig. 3 System configuration with MSE6-C2M-...-M and 3 CPX I/O modules (maximum configuration) Combination with MS6 modules The product can be extended on the left and right side with service unit components of the MS6 series.

  • Page 15: Commissioning The Product

    4. Check settings of the DIL switches. The characteristics of the product can be adapted to various requirements. You can carry out important settings as follows: – With the DIL switch directly on the bus node – With parameterisation Festo — MSE6-C2M — 2019-03...

  • Page 16: Commissioning With Bus Node Cpx-M-Fb34

    Information about DIL è switches www.festo.com/sp . Commissioning with bus node CPX-M-FB34 This section provides a brief overview of the interfaces of the bus node. Detailed information on the bus è nodes www.festo.com/sp . 6.3.1 Interfaces and display components Interfaces and display components on the bus node CPX-M-FB34...

  • Page 17: Using The Memory Card

    Data stored on the memory card has priority over other configuration data which is stored, e. g. in the bus node memory or in the higher-order controller. 1. Switch off power supply. 2. Unscrew and remove the retaining screws of the cover. 3. Remove cover. 4. Inserting the memory card. Festo — MSE6-C2M — 2019-03...

  • Page 18: Network Interface

    Shield/functional earth Tab. 9 Pin allocation of network interfaces on bus node CPX-M-FB34 (RJ45) Connect the bus node to the network with a Festo plug connector (FBD-RJ45-PP-GS). The plug connector is designed for Ethernet lines with cable diameters 5 … 8 mm.

  • Page 19: Setting The Dil Switches

    6.3.4 Setting the DIL switches You can set the following parameters with the DIL switches: – Operating mode (the MSE6-C2M-…(-M) only supports the Remote I/O operating mode in connec- tion with the bus node CPX-M-FB34) – Diagnostics mode 1. Switch off power supply.
  • Page 20 Commissioning Setting the operating mode (DIL switch 1) The MSE6-C2M-…(-M) with the bus node CPX-M-FB34 only supports the operating mode Remote I/O (factory setting). All switch elements of the DIL switch 1 must be in the OFF position. Setting DIL switch 1 Setting the operating mode DIL 1.1: OFF...

  • Page 21: Commissioning And Configuration

    If the control and network participants have separate power supplies, the devices must be switched in the following sequence: 1. Switch on the power supply of the MSE6-C2M-…(-M). 2. Switch on the power supply for the controller. Addressing the network The controller uses the following for addressing: –...
  • Page 22 5. Right-click on interface, e. g. X2 and [Insert PROFINET IO System]. Insert PROFINET station ("Station") • Drag the status symbol MSE6-C2M-5000-FB34 from the hardware catalogue onto the bus line of the PROFINET-IO system. \PROFINET-IO\Additional Field Devices\Valves\Festo MSE Air Supply –...

  • Page 23: Faultless Commissioning, Normal Operating Status

    Force is active. 1) Only if port used: continuous light (network connection OK). Tab. 12 Normal operating status of the MSE6-C2M-…(-M) with bus node CPX-M-FB34 Measuring and control function The following sections provide an overview of the individual measurement and control functions of the product and present their setting options and their influencing variables.

  • Page 24: Consumption

    User-controlled consumption measurement 2-channel consumption measurement is controlled using two data bits in the output word for module control (Am.0). With the outputs Consumption V0 Run (Am.0.12) or Consumption V1 Run (Am.0.14), Festo — MSE6-C2M — 2019-03...

  • Page 25: Pressure

    Outlet pressure p2 ³ pressure setpoint auto standby - 0.5 bar Condition not applicable if: Lower critical limit pressure P2 < Pressure setpoint Auto Standby - 0.5 bar – LED not illuminated: outlet pressure P2 < pressure setpoint auto standby - 0.5 bar Festo — MSE6-C2M — 2019-03...
  • Page 26 P2 Status LED P2 LED P2 not LED P2 illuminated illuminated Em.3.6: monitoring of lower critical limit pressure P2 Fig. 11 Monitoring of lower pressure critical limit P2 and status indicator (case 2) Festo — MSE6-C2M — 2019-03...

  • Page 27: Pressure Change

    The start of the measuring cycle to calculate the pressure change is automatically synchronised with the activation signal of the shut-off valve. The current pressure change value DP2 remains constant up to the next measuring time. Each time the parameter "Unit" (Pm.8) is written, a re-synchronisation fol- lows. Festo — MSE6-C2M — 2019-03...
  • Page 28 DP2 = - P2(t P2(t - P2(t Amount pressure No ABS(DP2) calculation change: ABS(DP2) DP2_OGR Diagnostics message Upper critical limit exceeded: ABS(DP2) > DP2_OGR Message active Fig. 13 DT synchronisation and DP2 OGR critical limit monitoring Festo — MSE6-C2M — 2019-03...

  • Page 29: Function Structure

    Depending on the setting, the module works in user-controlled or automatic pressure regulation and blocking function. In the user-controlled pressure regulation and blocking function, the shut-off valve is controlled dir- ectly. One of the various fixed values or a variable value can be set as the target pressure. Festo — MSE6-C2M — 2019-03...

  • Page 30: User-Controlled Pressure Regulation And Blocking Function (User)

    With Power-On and any further user-side increase in the target pressure value, the rise slope is limited to the value set with the target pressure rise limitation parameter (Pm.28.4-28.6). The time diagram shows the module behaviour after Power-On and subsequent variable target pres- sure adjustment to 2 different values. Festo — MSE6-C2M — 2019-03...

  • Page 31: Automatic Pressure Regulation And Blocking Function (Auto)

    To switch the target pressure from Auto Normal to Auto Standby in the stateAUTO_HOLD, the output control Auto-Enable (Am.0.5 = 1) must be activated. This can be done permanently or by the user depending on the system, e. g. if automatic switching is not permitted due to the situation. Festo — MSE6-C2M — 2019-03...
  • Page 32 The following figure gives an overview of the relevant measurement, control and status signals of the automatic pressure regulation and blocking function by means of an exemplary flow rate curve. The output Q_low-Timer-Reset(Am.0.2) is set as the signal source for resetting theQ_low-Timers. Festo — MSE6-C2M — 2019-03...
  • Page 33 AUTO_ AUTO_ AUTO_ AUTO_ AUTO_ NORMAL WAIT NORMAL WAIT HOLD NORMAL WAIT HOLD SHUTOFF STANDBY RISE NORMAL Em.3.4-3.5: status of Q_low timer Shutoff Em.3.0: status shut-off valve Fig. 16 Automatic pressure regulation and blocking function Festo — MSE6-C2M — 2019-03...

  • Page 34: Functional States

    AUTO_STANDBY AUTO Pressure regulation at parameterised target pres- sure Auto Standby AUTO_RISE AUTO Pressure increase up to the parameterised target pressure Auto Normal Tab. 13 Possible functional states in all operating modes Festo — MSE6-C2M — 2019-03...

  • Page 35: Function Structure

    Auto-controller delay time (Pm.17-18). The timer status is displayed in the input status Q_low-Timer (Em.3.4-3.5) and can have the following values: – 0 = RES: the timer is reset and not started. Festo — MSE6-C2M — 2019-03...
  • Page 36 (Pm0.7). Actuator supply monitoring This function is used to monitor the actuator supply for undervoltage. In the event of an error, the cor- responding error message is generated with activated monitoring (Pm.0.2). Festo — MSE6-C2M — 2019-03...

  • Page 37: Electrical Inputs

    Signal Signal Status LED DI0 extension Electrical Input Em.3.2: DI0, input 0 Electr. input DI0 DI1, Signal Status LED DI1 extension Electrical Input Em.3.3: input 1 Electr. input DI1 Fig. 18 Block diagram, electrical inputs Festo — MSE6-C2M — 2019-03...

  • Page 38: Electrical Outputs

    1 if at least 1 channel is overloaded. Actuator supply monitoring The actuator supply is monitored for undervoltage. In the event of an error, the corresponding error message is generated with activated monitoring (Pm.0.2). Festo — MSE6-C2M — 2019-03...

  • Page 39: Input/Output Data

    Measured value V0 (16 bit) Em.1 Input address for data selec- tion: Am.1 Measured value V0 (32 bit) Data access via selectable input data: Em.5, Em.6 Measured value V1 (16 bit) Measured value V1 (32 bit) – Measurement impulse VC Em.3.7 Festo — MSE6-C2M — 2019-03...
  • Page 40 Am.0.5 – User pressure setpoint Am.2 Electrical inputs – Monitoring Em.3.1 Sensor supply – Status of electrical input 0 Em.3.2 – Status of electrical input 1 Em.3.3 Electrical outputs – Monitoring Em.3.14 Electrical output 0 Festo — MSE6-C2M — 2019-03...

  • Page 41: Description Of I/O Data

    The input and output words of all I/O data are shown in Motorola format (MSB-LSB). • The output words (2 byte, 16 bit) are transferred to the higher-order controller. • The output words (2 byte, 16 bit) are transmitted from the higher-order controller. Festo — MSE6-C2M — 2019-03...

  • Page 42: Output Word Am.0 "Module Control" [Modul Control]

    0 = operating mode "User-controlled pressure regulation and blocking function" active (default) – 1 = operating mode "Automatic pressure regulation and blocking function" active Data bit B2 has the following values: – 0 = no change in status of the Q_low-Timers (default) – 1 = Resetting the Q_low-Timers Festo — MSE6-C2M — 2019-03...

  • Page 43: Output Word Am.1 "Input Address" [Input Address]

    1 = reset function active: measured consumption value is reset to value 0 8.2.2 Output word Am.1 "Input address" [Input address] The output wordAm .1 belongs to the function Selectable input data and is described in the chapter of the same name. Festo — MSE6-C2M — 2019-03...

  • Page 44: Output Word Am.2 "Pressure Setpoint P2" [Set Point Pressure P2]

    D14 D13 D12 D11 D10 D9 B14 B13 B12 B11 B10 B9 Abbreviations used Sign (for data format Sign + 15  bits always  = 0, i. e. positive value) B0   B14 Flow rate value … D0   D15 16-bit input data field … Festo — MSE6-C2M — 2019-03...

  • Page 45: Input Word Em.1 "Consumption" [Consumption]

    B14 B13 B12 B11 B10 B9 Abbreviations used B0   B15 Consumption value … D0   D15 16-bit input data field … MSB/LSB Most significant bit /least significant bit Tab. 19 Data format of input word Em.1 "Consumption" Festo — MSE6-C2M — 2019-03...

  • Page 46: Input Word Em.2 "Pressure P2" [Pressure P2]

    The value of the pressure change can only be displayed via selectable input data as a signed 16-bit value in the input words Em.5 and/or Em.6 in accordance with the parameterised pressure unit and pressure change measurement time. Festo — MSE6-C2M — 2019-03...

  • Page 47: Input Word Em.3 "Module Status" [Status]

    Monitoring of electrical output 0 Monitoring of electrical output 1 D0   D15 16 bit input data field … MSB/LSB Most significant bit /least significant bit Tab. 23 Data format of the input word Em.3 "Module status" Festo — MSE6-C2M — 2019-03...
  • Page 48 Data bit B7 indicates the measurement impulse of the continuous consumption measurement and has the following values: – 0 = idle signal between consumption measurement impulses – 1 = 100 ms continuous consumption measurement impulse after 200  l with consumption unit l³ – 1 = 100 ms continuous consumption measurement impulse after 10 scf with consumption unit Festo — MSE6-C2M — 2019-03...

  • Page 49: Selectable Input Data Function

    The extended read access must be performed by the user as follows: 1. Set the desired address in the output word Am.1. 2. Compare input word Em.4 (current input address) and output word Am.1 (set address). Festo — MSE6-C2M — 2019-03...

  • Page 50: Output Word Am.1 "Input Address" [Input Address]

    Address of the requested input value … Output bit with fixed value 0 D0   D15 16-bit output data field … MSB/LSB Most significant bit /least significant bit Tab. 24 Data format of output word Am.1 Festo — MSE6-C2M — 2019-03...

  • Page 51: Input Word Em.4 "Selected Input Address" [Selected Input Address]

    B0   B15 Input data word 0 of the currently set address … D0   D15 16-bit input data field … MSB/LSB Most significant bit /least significant bit Tab. 26 Data format of the input word Em.5 Festo — MSE6-C2M — 2019-03...

  • Page 52: Input Word Em.6 Selected Input Data Word 1 [Selected Input Data Word 1]

     B0 32-bit limit … … 10003 0x2713 Shut-off valve Shut-off valve Switching cycles cycles cycles Shut-off valve with B31   B16 B15   B0 32-bit limitation … … Tab. 28 Selectable input data with permanently assigned address Festo — MSE6-C2M — 2019-03...

  • Page 53: Selectable, Freely Combinable 16-Bit Input Data With Address To Be Calculated

    Am.1, Low Byte: Address of data in Em.5 Input in decimal display: – Address value = (address value of data in Em.6) x 256 + (address of data in Em.5) An address value is only valid if the individual address values (low-byte value, high-byte value) are valid. Festo — MSE6-C2M — 2019-03...
  • Page 54 Low byte (8 bit): Error number High Byte (8 bit): Error channel (Em.x, Am.x continuous) 1) Error channel input in a continuous counting method: 0 … 6:Em.0 … Em.6.;7 … 9:Am.0 … Am.2 Tab. 29 Available selectable individual data Festo — MSE6-C2M — 2019-03...

  • Page 55: Parameter

    + m * 64 + 0 – – – – – – Bit 0: SCS (short circuit/over- load in sensor supply) – – – – – – Bit 1: SCS (short circuit/over- load at outputs) Festo — MSE6-C2M — 2019-03...
  • Page 56 Lower critical limit pressure + m * 64 + 25   26 … 4828 Module control (byte 0) + m * 64 + 27 – – – – – – Bit 0: signal extension chan- nel digital input 0 Festo — MSE6-C2M — 2019-03...
  • Page 57 4828 + m * 64 + 29   30 Module time of operation … 4828 + m * 64 + 31   32 Shut-off valve cycles … 1) m = module number (0) Tab. 32 Overview - read-only module parameters Festo — MSE6-C2M — 2019-03...

  • Page 58: Modifiable Module Parameters

    [Active] Comment Monitoring of parameters: Some parameters are checked for non-permitted values during parameterisation, e.g.: – Critical limit monitoring startup – Units – Critical limit values – Pressure set points Tab. 33 Module parameter “Monitor” Festo — MSE6-C2M — 2019-03...
  • Page 59 300 s 8   255 Not permissible … Comment If parameter monitoring is active (Pm.0.7), invalid values will lead to the paramet- erisation error FN29 10.1 Error numbers. è Tab. 34 Module parameter "Monitor critical limits" startup Festo — MSE6-C2M — 2019-03...
  • Page 60 FN29 10.1 Error numbers. è When the module parameter “Unit pressure” is changed, the values of other pres- sure-related module parameters remain unchanged and are not adjusted automat- ically. Tab. 35 Module parameter "Unit pressure" Festo — MSE6-C2M — 2019-03...
  • Page 61 (default) 0 1 ³ 1 0 1 1 Not permissible Comment If parameter monitoring is active (Pm.0.7), invalid values will lead to the paramet- erisation error FN29 10.1 Error numbers. è Tab. 37 Module parameter "Unit consumption" Festo — MSE6-C2M — 2019-03...
  • Page 62 The module parameter “Critical limits” can be used to specify the specific critical limits “Upper critical limit pressure”, “Upper critical limit flow rate” and “Upper critical limit pressure change”. The data width is 16 bits (2 bytes). Festo — MSE6-C2M — 2019-03...
  • Page 63 The monitoring of critical limit violation only becomes active after the expiry of the time set in the parameter “Monitor critical limits”startup. Tab. 41 Module parameter "Upper pressure critical limit" Festo — MSE6-C2M — 2019-03...
  • Page 64 Changes to the parameter value are immediately effective. With an expired Q_low- Timer, i.e. status Q_low-Timer = 2 (UP), extending the delay time no longer affects the status. In other words, there is no status change from UP to RUN. Tab. 43 Module parameter "Auto-controller delay time" Festo — MSE6-C2M — 2019-03...
  • Page 65 – mbar: 2500   10000 … – kPa: 250   1000 … – psi/10: 363   1450 … Tab. 45 Module parameter "Pressure setpoint Auto Normal" Festo — MSE6-C2M — 2019-03...
  • Page 66 The pressure P2 prepared according to the parameterised unit is continuously com- pared with the parameterised lower critical limit. The result is indicated in input Em.3.6 and with the status LED P2. Detailed description 7.3 Pressure. è Tab. 47 Module parameter "Lower pressure critical limit P2" Festo — MSE6-C2M — 2019-03...
  • Page 67 If a higher-order controller has long cycle times, there is the danger that short sig- nals cannot be “detected” by this controller. So that such signals can be taken into consideration in the control sequence, a signal extension time can be set.  CPX è system description. Festo — MSE6-C2M — 2019-03...
  • Page 68 If the setting is left switched off, Power Off/On is required to restore the voltage. – Check which setting is required for the safe operation of the system. Tab. 52 Module parameter "Behaviour after SCS" Festo — MSE6-C2M — 2019-03...
  • Page 69 1 = DI0 Electrical input 0 1 0 2 = DI1 Electrical input 1 1 1 3 = Am.0.2 OR DI0 Logical OR signal: Output Am.0.2 Electrical input 0 (logic 1 if Am.0.2 = 1 or electrical input 0 = 1) Tab. 54 Module parameter Q_low-TimerReset selection Festo — MSE6-C2M — 2019-03...
  • Page 70 Signal source for the electrical output 0 is the output value Am.0.6 1: DO0 = VC_PULSE Signal source for the electrical output 0 is the measuring pulse signal of the con- tinuous consumption measurement VC Tab. 56 Module parameter "Output DO0 selection" Festo — MSE6-C2M — 2019-03...
  • Page 71 The parameter value is permanently stored in the module and is the valid value for the next power-on. A change of the parameter value is effective immediately. Tab. 57 Module parameter "Target pressure rise limitation" Festo — MSE6-C2M — 2019-03...

  • Page 72: Read-Only Module Parameters

    The switching cycles counter is limited to a maximum value of 65535. If the operation takes place more often than 65535 times, the parameter remains at this value. This parameter can only be read. Tab. 59 Module parameter "Shut-off valve cycles" Festo — MSE6-C2M — 2019-03...

  • Page 73: Diagnostics

    Access to the current error message – Access to the diagnostic memory – Read access to internal parameters and data. Network-specific dia- Diagnostic functions or communication ser- gnostic functions vices e. g. DPV1 (PROFIBUS) Tab. 60 Description of diagnostic options Festo — MSE6-C2M — 2019-03...

  • Page 74: Error Numbers

    Monitoring trical outputs on The number of the faulty channel is sig- Short circuit/ at least one nalled in the inputs Em.3.14 (DO0) and Overload electrical output Em.3.15 (DO1). Electrical out- puts Festo — MSE6-C2M — 2019-03...
  • Page 75 – Power off/on necessary cannot defective – If this error occurs again, replace device Can be deactiv- ated Em.2 Pressure sensor – Power off/on necessary P2 defective – If this error occurs again, replace device Festo — MSE6-C2M — 2019-03...
  • Page 76 Am.0 Undervoltage in – Load voltage supply 24 V DC and Pm.0.2: load voltage increase if required Monitoring of supply 24 V DC – Check the cabling of the load voltage Uaus/Uven supply and repair if required. Festo — MSE6-C2M — 2019-03...
  • Page 77 “Pressure change sample time” parameter Em.5 An error has occurred in the setting of the “Monitor critical limits” paramet- er startup Am.0 Error in setting the parameter "Auto-controller flow rate critical limit" Festo — MSE6-C2M — 2019-03...

  • Page 78: Commissioning Examples Of Parameterisation

    4) The parameter values entered will be ignored. The module operates internally with the last valid parameter values. Tab. 61 Module-specific error numbers Commissioning examples of parameterisation 11.1 Commissioning example – automatic shut-off function Each system must be set individually. The sample values are only intended as an orientation. Festo — MSE6-C2M — 2019-03...
  • Page 79 – Actuators not in action Sample values in the “Pressurise” state: – Minimum flow rate in production operation: 250 l/min – Maximum pause time in production operation: 2 min – Maximum flow rate for production downtime: 80 l/min Festo — MSE6-C2M — 2019-03...
  • Page 80 If necessary, check wither the set parameter values are still valid. – The respective current module status can be tracked in input Em.3.8-3.11. The status of the Q_low-Timers in input Em.3.4-3.5 and the switching position of the shut-off valve in input Em.3.0. Festo — MSE6-C2M — 2019-03...

  • Page 81: Commissioning Example - Monitoring Of Pressure Drop

    If you have obtained very low values, it may be wise to increase the value for the parameter “Pres- sure change sample time” (Pm.10). Festo — MSE6-C2M — 2019-03...
  • Page 82 Specified, amount of maximum pressure change value: 160 mbar – Set critical limit including safety tolerance: 200 mbar The monitoring of the pressure change only takes place in the blocking state and with activated critical limit monitoring (Pm.0.6 = 1). Festo — MSE6-C2M — 2019-03...
  • Page 84 Copyright: Festo AG & Co. KG Ruiter Straße 82 73734 Esslingen Germany Phone: +49 711 347-0 Fax: +49 711 347-2144 Reproduction, distribution or sale of this document or communic- e-mail: ation of its contents to others without express authorization is service_international@festo.com...

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