DO 16xDC24V 1A 1L DO 16xDC24V F SM322 2L F VIPA 322-1BH VIPA 322-1BF01. DO 32xDC24V 1A 1/3L+

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1 Chapter Digital Output Modules Manual VIPA System 00V System overview Output modules SM In the following you will get an overview over the digital output modules that are available at VIPA: DC V output modules DO xdcv A L+ 0 DO xdcv A L+ 0 DO xdcv A L+ 0 SM SM SM X VIPA -B0 L+ X VIPA -BH0 L+ 0 X VIPA -BH L+ 0 DO xdcv +0 0,A L+ 0 A 0 DO xdcv A /L+ 0 / SM + A 0 0 X VIPA -BH0 SM /L+ 0 X / VIPA -BL00 Order data DC V output modules Type Order No Page DO xdc V A VIPA -B0 - DO xdc V A VIPA -BH0 - DO xdc V A VIPA -BH - DO xdcv 0A for manual operation VIPA -BH0-0 DO xdc V A VIPA -BL HB0E - SM - Rev 0/

2 Manual VIPA System 00V Chapter Digital Output Modules AC 0/0V Output module DOxAC0/0V A S 0 SM X VIPA -00 Order data AC 0/0V output modul Type Order No Page DO xac 0/0V A VIPA Relay output module DO xrelais 0 SM 0 X VIPA -HH00 Order data relay output module Type Order No Page DO xrelay VIPA -HH00 - HB0E - SM - Rev 0/ -

3 Chapter Digital Output Modules Manual VIPA System 00V -B0 - DO xdc V A Order data DO xdc V A VIPA -B0 Properties The digital output module collects the binary control signals from the superordinated bus system and transmits them isolated to the process level The module has to be provided with V via the front slot It has channels and their status is monitored via s outputs, potential separated to the back panel bus supply voltage DC V, output voltage A useable for magnetic valve and DC contactor s for supply voltage and error messages Status monitoring of the channels via Structure [] s L+ [] [] flap with labeling strip contact bar 0 M L+ [] flap opened with inner label 0 M Pin assignment Status monitor Pin Assignment 0 0 Supply voltage DC V Output Q+00 Output Q+0 Output Q+0 Output Q+0 Ground Supply voltage DC V Output Q+0 Output Q+0 Output Q+0 Output Q+0 Ground 0 0 L+ M L+ M DO xdcv A X VIPA -B0 L+ 0 SM L+ L+, L+ 0 (green) supply voltage is on s (green) Q+00 to Q+0 As soon as an output is active, the according is activated (red) Error when overload or short circuits - HB0E - SM - Rev 0/

4 Manual VIPA System 00V Chapter Digital Output Modules Schematic diagram Output module Optocoupler Bus Mintern DC V Technical data Module name VIPA -B0 Dimensions and weight Dimensions WxHxD 0xx0mm Weight 0g Data for specific module Number of outputs Length of cable - unshielded 00m Programming specifications Output data Byte Voltages, Currents, Potentials Rated load voltage L+ DC V Total current of the outputs (per group) A Isolation - between channels and backplane bus yes - between the channel groups yes in groups of Permitted potential difference - between the difference circuit DC V / AC 0V Insulation tested with DC 00V Current consumption - from the backplane bus ma - from the load voltage L+ (without load) ma Power dissipation of the module W Status, Interrupts, Diagnostics Status display green per channel Group error display red - per group Data for selecting an actuator Output voltage - at signal "" DC V Output current - at signal "" Rated value A Output delay resistive load - from "0" to "" 0μs - from "" to "0" μs Lamp load max 0W Parallel connection of outputs possible - for redundant triggering of a load only outputs of same group - for increase performance only outputs of same group Switch rate max - for resistive load khz - for inductive load (IEC --, DC ) 0Hz - lamp load Hz Limit of the inductive circuit interruption voltage typ L+ (-V) Short-circuit protection of the output yes, electronic - Threshold on A HB0E - SM - Rev 0/ -

5 Chapter Digital Output Modules Manual VIPA System 00V -BH0 - DO xdc V A Order data DO xdc V A VIPA -BH0 Properties The digital output module collects the binary control signals from the superordinated bus system and transmits them isolated to the process level The module has to be provided with V via the front slot It has channels and their status is monitored via s outputs, potential separated to the back panel bus supply voltage DC V, output voltage A useable for magnetic valve and DC contactor s for supply voltage and error messages Status monitoring of the channels via Structure [] s L+ [] flap with labeling strip [] contact bar 0 M L+ [] flap opened with inner label 0 M Pin assignment Status monitor Pin Assignment 0 0 Supply voltage DC V Output Q+00 Output Q+0 Ground Supply voltage DC V Output Q+0 Output Q+ Ground 0 0 L+ M L+ M DO xdcv A X VIPA -BH0 L+ 0 SM L+ 0 L+, L+ 0 (green) supply voltage is on s (green) Q+00 to Q+ As soon as an output is active, the according is activated (red) Error when overload or short circuits - HB0E - SM - Rev 0/

6 Manual VIPA System 00V Chapter Digital Output Modules Schematic diagram Output module Optocoupler Bus Mintern DC V Technical Data Module name VIPA -BH0 Dimensions and weight Dimensions WxHxD 0xx0mm Weight 00g Data for specific module Number of outputs Programming specifications Output data Bytes Voltages, Currents, Potentials Rated load voltage L+ DC V Isolation - between channels and backplane bus yes - between the channels in groups of yes Isolation tested with DC 00V Current consumption - from the backplane bus 0mA - from the load voltage L+ (without load) 0mA Power dissipation of the module W Status, Interrupts, Diagnostics Status display green per channel Group error display red - per group Data for selecting an actuator Output current - at signal "" Rated value A Switch rate max - for resistive load khz - for inductive load (IEC --, DC ) 0Hz - lamp load Hz Limit of the inductive circuit interruption voltage typ L+ (-V) HB0E - SM - Rev 0/ -

7 Chapter Digital Output Modules Manual VIPA System 00V -BH - DO xdc V A Order data DO xdc V A VIPA -BH Properties The digital output module collects the binary control signals from the superordinated bus system and transmits them isolated to the process level The module has to be provided with V via the front slot It has channels and their status is monitored via s outputs, potential separated to the back panel bus supply voltage DC V, output voltage A useable for magnetic valve and DC contactor s for supply voltage and error messages Status monitoring of the channels via Structure [] s L+ [] flap with labeling strip [] contact bar 0 M L+ [] flap opened with inner label 0 M Pin assignment Status monitor Pin Assignment 0 0 Supply voltage DC V Output Q+00 Output Q+0 Ground Supply voltage DC V Output Q+0 Output Q+ Ground 0 0 L+ M L+ M DO xdcv A X VIPA -BH L+ 0 SM L+ 0 L+, L+ 0 (green) supply voltage is on s (green) Q+00 to Q+ As soon as an output is active, the according is turned on (red) Error when overload or short circuits - HB0E - SM - Rev 0/

8 Manual VIPA System 00V Chapter Digital Output Modules Schematic diagram Output module Optocoupler Bus Mintern DC V Technical Data Module name VIPA -BH Dimensions and weight Dimensions WxHxD mm 0xx0mm Weight 00g Data for specific module Number of outputs Programming specifications Project engineering as -BH0 Output data Byte Voltages, Currents, Potentials Rated load voltage L+ DC V Total current of the output (per group) A Isolation - between channels and backplane bus yes - between the channels in groups of yes Isolation tested with DC 00V Current consumption - from the backplane bus 0mA - from the load voltage L+ (without load) 0mA Power dissipation of the module W Status, Interrupts, Diagnostics Status display green per channel Group error display red - per group Data for selecting an actuator Output current - at signal "" Rated value A Switch rate max - for resistive load khz - for inductive load (IEC --, DC ) 0Hz - lamp load Hz Limit of the inductive circuit interruption voltage typ L+ (-V) HB0E - SM - Rev 0/ -

9 Chapter Digital Output Modules Manual VIPA System 00V -BH0 - DO xdc V 0A for manual operation Order data DO xdc V 0A HB VIPA -BH0 Properties The module is configured as in-/output module It has channels and their status is monitored via s Besides of the s the frontside provides a row of switches for manual res Automatic operation, ie every output has a setting switch with the positions automatic, manual 0 and manual outputs, potential separated to the back panel bus input, potential separated, for activation of all outputs setting switch per channel (automatic, manual 0 and manual ) inputs, switch status via input word supply voltage DC V, output voltage 0A s for supply voltage and error messages Status monitoring of the channels via Structure [] s L+ [] flap with labeling strip [] switch bar 0 [] contact bar 0 M [] flap opened with inner label Pin assignment Status monitor Pin Assignment 0 0 Supply voltage DC V Output Q+00 Output Q+0 Input for Qx"" nc Output Q+0 Output O+ Ground 0 0 L+ M DO xdcv +0 0,A L+ 0 X VIPA -BH0 0 A + 0 A 0 L+ 0 (green) supply voltage is on s (green) Q+00 to Q+ As soon as an output is active, the according is turned on (red) Error when overload or short circuits -0 HB0E - SM - Rev 0/

10 Manual VIPA System 00V Chapter Digital Output Modules Schematic diagram Output module Optocoupler ront switch Automatic (A) Hand (0) / () H (0) A H () Bus Minternal DC V Deployment Please regard that the module is installed as -BL00 You are allowed to request the switch position of the according channel via the input word or this is valid: triple switch input word 0 A Ix0 Manual : output channel always activated 0 A Ix0 Manual 0: output channel always de-activated 0 A Ix Automatic: control via PLC application The control of the outputs happens via output word Note! By connecting DC V at the input (Pin 0), all outputs are set to "" This input cannot be evaluated by the PLC user program HB0E - SM - Rev 0/ -

11 Chapter Digital Output Modules Manual VIPA System 00V Technical Data Module name VIPA -BH0 Dimensions and weight Dimensions WxHxD 0xx0mm Weight 00g Data for specific module Number of outputs Number of inputs (switch input for Ax"") Length of cable - unshielded 00m Programming specification Project engineering as -BL00 Input data Byte (switch input) Output data Byte Voltages, Currents, Potentials Rated load voltage L+ DC V Sum current per group A Isolation - between channels und backplane bus yes Isolation tested with DC 00V Current consumption - from the backplane bus 00mA - from the load voltage L+ (without load) 0mA Power dissipation of the module W Status, Interrupts, Diagnostics Status display green per channel Group error display red - Data for selecting an actuator Output voltage - at signal "" DC V Output current - at signal "" Rated value 0A Output delay resistive load - from "0" to "" 00μs - from "" to "0" 0μs Lamp load max 0W Parallel connections of outputs possible - for redundant triggering of a load only outputs of the same group - to increase performance no Actuation of digital input possible Switch rate max - for resistive load khz - for inductive load (IEC --, DC ) 0Hz - lamp load Hz Limit of the inductive circuit interruption voltage typ L+ (-V) Short-circuit protection of the output yes, electronic - Threshold on A - HB0E - SM - Rev 0/

12 Manual VIPA System 00V Chapter Digital Output Modules -BL00 - DO xdc V A Order data DO xdc V A VIPA -BL00 The digital output module collects the binary control signals from the superordinated bus system and transmits them isolated to the process level The module has to be provided with V via the front slot It has channels and their status is monitored via s Properties outputs, potential separated to the back panel bus Supply voltage DC V Output voltage A per channel Useable for magnetic valve and DC contactor s for supply voltage and error messages Activity per channel Structure [] s L+ L+ 0 0 M M L+ L+ [] [] [] flap with labeling strip contact bar flap opened with inner label 0 0 M M HB0E - SM - Rev 0/ -

13 Chapter Digital Output Modules Manual VIPA System 00V Pin assignment Status monitor Pin Assignment Supply voltage L+ Output Q+00 Output Q+0 Ground Supply voltage L+ Output Q+0 Output Q+ Ground Supply voltage L+ Output Q+0 Output Q+ Ground Supply voltage L+ Output Q+0 Output Q+ Ground DO xdcv A X VIPA -BL00 /L+ 0 / SM /L+ 0 / /L+, /L+ 0 /, / (green) supply voltage is on s (green) Q+00 to Q+ As soon as an output is active, the according is turned on (red) Error when overload or short circuits Schematic diagram 0 L+ M 0 L+ M Schematic diagram Bus Mintern Output module Optocoupler DC V 0 L+ M 0 L+ M - HB0E - SM - Rev 0/

14 Manual VIPA System 00V Chapter Digital Output Modules Numeric representation rom the application level to the hardware level the data is stored in Motorola-ormat, ie "ready for reading" The following picture shows the output of the number 00dez res hex on the outputs of the pin output modules Program layer: AD DW## Example: Double word Word Byte h h h h Process image: Address 0 h h h h b b 0000b b Output module: L+ L 0 SM + + L+ L Technical Data Module name VIPA -BL00 Dimensions and weight Dimensions WxHxD 0xx0mm Weight 00g Data for specific module Number of outputs Programming specifications Output data Byte Voltages, Currents, Potentials Rated load voltage L+ DC V Isolation - between channels and backplane bus yes - between the channels yes in groups of Isolation tested with DC 00V Current consumption - from the backplane bus 00mA - from load voltage L+ (without load) 0mA Power dissipation of the module W Status, Interrupts, Diagnostics Status display green per channel Group error display red - per group Data for selecting an actuator Output current - at signal "" Rated value A Switch rate max - for resistive load khz - for inductive load (IEC --, DC ) 0Hz - lamp load Hz Limit of the inductive circuit interruption voltage typ L+ (-V) HB0E - SM - Rev 0/ -

15 Chapter Digital Output Modules Manual VIPA System 00V DO xac 0/0V A Order data DO xac 0/0V A VIPA -00 The digital output module collects the binary control signals from the superordinated bus system and transmits them isolated to the process level It has channels and their status is monitored via s Properties outputs, isolated between the channels and to the back plane bus Rated load voltage AC 0/0V Output current per channel A Suitable for AC solenoid valves, contactors, motor starters, fractional hp motors and indicator lights Group error display Channel-specific status s Programmable substitute value output Structure [] s 0 0 [] [] [] flap with labeling strip contact bar flap opened with inner label HB0E - SM - Rev 0/

16 Manual VIPA System 00V Chapter Digital Output Modules Pin assignment Status monitor Pin Assignment Rated load voltage L Q+00 Rated load voltage L Q+0 Rated load voltage L Q+0 Rated load voltage L Q+0 Rated load voltage L Q+0 Rated load voltage L Q+0 Rated load voltage L Q+0 Rated load voltage L Q+0 DOxAC0/0V A S 0 SM X VIPA -00 S 0 (red) Group errror, error if module is not supplied with parameters by the CPU (green) Q+00 to Q+0 As soon as an output is active, the according is turned on Schematic diagram Schematic diagram Output module Optocoupler Bus 0 0 Mintern AC 0/0V 0 0 Caution! The outputs must be protected by a fast-acting A, AC 0V fuse When mounted in a hazardous area, the fuse may only be removed by a tool HB0E - SM - Rev 0/ -

17 Chapter Digital Output Modules Manual VIPA System 00V Parameterization Overview There are the following possibilities for parameterization: Parameterization by hardware configuration of Siemens SIMATIC manager or by WinPLC from VIPA Parameterization during run time by means of SCs Parameterization by hardware configuration To be compatible to the Siemens SIMATIC manager the following steps are to be accomplished: Start the hardware configurator from Siemens Create a new project Configure your CPU Insert the CPU -DP (ES -A0-0AB0 V) from the hardware catalog for the CPU x von VIPA The CPU may be found at Simatic 00 > CPU 00 > CPU - DP Link-up your System 00V modules in the plugged-in sequence starting with slot Here the digital output modules of VIPA are to be projected as digital output modules of Siemens in accordance with the following rules: VIPA -00 to be configured as ES -00-0AB0 The digital output modules can be found at the hardware catalog at Simatic 00 > SM-00 If needed parameterize the CPU respectively the modules The parameter window appears as soon as you double click on the according module At this window the according parameter can be changed Save your project, switch the CPU to STOP and transfer your project to the CPU As soon as the CPU is switched to RUN the parameters are transferred to the connected modules Parameters The following parameters can be adjusted at the digital output modules: Reaction at CPU-STOP Switch substitute value "" More description of the parameters may be found at the following pages - HB0E - SM - Rev 0/

18 Manual VIPA System 00V Chapter Digital Output Modules Parameterization during run time by means of SCs If the module gets parameters, which are not supported by the module, for example a current module is to be configured as a voltage module, these parameters are interpreted as wrong parameters and an error is initialized At the parameterization, a byte long parameter area is set in the record set Deploying the SCs, and the SB, you may alter parameters during run time and transfer them to the module Parameter Record set Record set (Byte 0 to ): Default value Byte Bit Bit 0 0 Reaction to CPU Stop 00h Bit 0: Keep last valid value Bit : Substitute a value Bit : reserved Bit : reserved Substitute value 00h Bit 0: Substitute value "" on channel 0 Bit : Substitute value "" on channel Bit : Substitute value "" on channel Bit : Substitute value "" on channel Bit : Substitute value "" on channel Bit : Substitute value "" on channel Bit : Substitute value "" on channel Bit : Substitute value "" on channel not relevant 00h not relevant 00h Note! You should only enable the parameters in byte 0, "Hold last valid value" and "Enable substitute value" as an alternative Reaction to CPU-Stop Here the module reaction at CPU-STOP may be set There are the following possibilities: Keep last valid value The value of each channel is freezed when the CPU is stopped Substitute a value At CPU-STOP each channel is substituded by a value which may be assigned by byte HB0E - SM - Rev 0/ -

19 Chapter Digital Output Modules Manual VIPA System 00V Technical Data Module name VIPA -00 Dimensions and weight Dimensions WxHxD 0xx0mm Weight 00g Data for specific module Number of outputs Length of cable - unshielded 00m - shielded 000m Programming specifications Output data Byte Voltages, Currents, Potentials Rated load voltage L AC 0/0V Total current of the outputs (Module) A - horizontal configuration up to 0 C max A up to 0 C max A - vertical configuration up to 0 C max A Isolation - between channels and backplane bus yes - between the channel groups yes in groups of Permitted potential difference - between M internal and the outputs AC 0V - between outputs AC 00V Isolation tested with - between M internal and the outputs AC 00V - between the outputs of the different groups AC 000V Current consumption - from the backplane bus max 00mA - from the load voltage L (without load) max ma Power dissipation of the module typ W Status, Interrupts, Diagnostics Status display green per Channel Diagnostic functions - Group error display red S- Data for selecting an actuator Output voltage - at signal "" at maximal current L (-,V) at minimal current L (-,V) Output current - at signal "" Rated value A permitted range for 0 C to 0 C 0mA bis A permitted range for 0 C to 0 C 0mA bis A permitted surge current (per group) max 0A (with half-waves) - at signal "0" (leakage current max ma Zero cross inhibit voltage max 0V Size of the motor starter max size to NEMA Lamp load max 0W Connecting two outputs in parallel - for redundant triggering of a load possible - to increase performance not possible Triggering a digital input possible Switch rate - for resistive load max 0Hz - inductive loads, according (IEC --, AC ) max 0Hz - bei Lampenlast max Hz Short-circuit protection of output A/0V fuse, fast-acting -0 HB0E - SM - Rev 0/

20 Manual VIPA System 00V Chapter Digital Output Modules -HH00 - DO xrelay Order data DO xrelais VIPA -HH00 Properties The relay output module collects the binary control signals from the superordinated bus system and transmits them via relay outputs to the process level The module electronics are provided via the back panel bus It has channels working as switches, and their status is monitored via s Relay outputs in groups á Power supply via back panel bus Load capacity voltage AC 0V / DC 0V Maximal contact rating per channel A useable for small motors, lamps, magnetic valve and DC contacter Activity per channel Structure [] s L 0 L+ DC V L [] [] [] flap with labeling strip contact bar flap opened with inner label 0 M Pin assignment Status monitor Pin Assignment 0 0 L Relay-Output Q+00 Relay-Output Q+0 L+DCV L Relay-Output Q+0 Relay-Output Q+ Ground DO xrelais X VIPA -HH00 0 SM 0 0 (green) Q+00 to Q+ As soon as an output is active, the according is turned on HB0E - SM - Rev 0/ -

21 Chapter Digital Output Modules Manual VIPA System 00V Schematic diagram L 0 L+ DC V Schematic diagram backplane bus Relay output module Optocoupler + DC V 0 L M Mintern Note: When using inductive load please take an suitable protector! Maximum toggle capacity Life Time - HB0E - SM - Rev 0/

22 Manual VIPA System 00V Chapter Digital Output Modules Technical Data Module name VIPA -HH00 Dimensions and weight Dimensions WxHxD 0xx0mm Weight 00g Data for specific module Number of outputs via relay Programming specification Output data Byte Voltages, Currents, Potentials Rated supply voltage of the electronics L+ V Total current of the outputs (per group) A Isolation - between channels and backplane bus yes - between the channels yes in groups of Isolation tested with DC 00V Current consumption - from the backplane bus 0mA - from power supply L+ 0mA Power dissipation of the module W Status, Interrupts, Diagnostics Status display green per channel Data for selecting an Actuator Minimum load voltage / current AC 0V or DC 0V Output current - Nominal value A - permissible A - Lamp load 00mA - inductive load 0mA - capacitive load 0mA - Sum current per group AC 0V: A DC 0V: A HB0E - SM - Rev 0/ -