Yaskawa Vipa PLC's and IO Systems
VIPA Speaks your language
With over 30 years of experience in developing PLC modules and powerful CPU controllers, VIPA have acquired a vast knowledge to enable their systems to talk to all major control systems.
- Specialists in automation and control systems.
- Developer in some to the most advanced products in the PLC field.
- Developer of some of the world’s fastest hard PLCs of their class.
- Developer of technologies that are now the industry standard.
- Global Player with branches in 60 countries.
- Extremely customer oriented and flexible.
- Programmable from the SIMATIC world using STEP7 or TIA portal from Siemens.
VIPA Reference Applications
PLC's and Controllers
VIPA have a huge experience in the field of PLC and distributed controls, much of this experience has been gained from working with one of the largest PLC companies in the world. Their range of controllers can all be programmed using WinPLC and/or STEP7 from Seimens and they have some very powerful and extremely fast products.
SLIO© IO Controllers
Performance and Application
SLIO© is designed for large decentralised automation tasks in the manufacturing and process industries. SLIO expands key solutions and is integrated with the help of the device master files into existing fieldbus infrastructure. The new backplane bus concept built into the interface modules in SLIO© enable very short response times for signal processing.
Functions
A variety of signal modules are available for the connection of sensors and actuators for acquiring digital and analog signals to and from the process. For positioning, path measurement, counting tasks and other functions further modules are continuously being developed.
Communication
SLIO© includes interface modules (fieldbus slave modules) with different fieldbus protocols by which the system, manufacturer-independent, can be integrated into most automation concepts.
SLIO© can be combined and applied with each of the established VIPA PLC control systems 100V, 200V, 300S, 500S. It’s one of the most effective and modern distributed I/O systems available on the market. It combines high functionality with a clever mechanic concept in an extremely compact design.
Compact and Space-Saving Design
- Conceptual separation of electronic and installation layer
- Space-saving, thin design
- Innovative staircase-shaped wiring layer
- Simple “Two components set-up”
Clever Labelling and Diagnostic Concept
- Clear allocation and readability of channel states
- Simple, time-saving installation and maintenance by means of the connector pin assignment provided on the module
- Clear, definite labelling of channels
- Reference designator label remains on the exchange of a module
Installation and Maintainability
- “Permanent Wiring” enables the exchange of modules without the disconnection of the wiring
- Intelligent slide and plug mechanism for simple handling
- The electronics are protected against reverse polarity
- Encoding of the electronic modules prevents them from incorrect fitting
Further Information
SLIO©: Clamp Modules
Clamp modules are passive modules for 2- or 3-wire installations, whose contacts are electrically connected internally through the modules intergrated backplane bus. The purpose of the module is to provide multiple power supply connections, three variants are available giving 8 connections for +24V DC or 8 connections for 0V DC or 4 connections of each. Through the application of the clamp modules, distributed power can be realised easily and it enables the connection of active supplied sensors like proximity switches. Wiring is via a timesaving and secure cage clamp system. The clamp modules are fixed on the mounting surface by means of a 35mm DIN rail.
Features
- Maintenance-free cage clamp technique
- Backplane bus feed-through
- Max. terminal voltage 10A
- Potential separation 500 Veff (field voltage to bus)
- Mounting on a 35mm DIN rail
- 24 month guarantee
SLIO©: Power Modules
Power modulesa allow for the connection of a DC supply to power both the bus interface as well as the electronics of the connected peripheral modules. Two modules are available, 007-1AB00 and 007-1AB10. The diagrams below show how the different units work. With the help of colour-contrasted power modules within the system isolated areas for the DC 24 V load power supply can be defined. The two-component design SLIO mudules allows for the easiest of servicing by separating the electronic module from the terminal module.
Characteristics
- Power supply of the sensor/actuator-level
- Nominal input voltage DC 24 V
- Output current max. 10 A
- Isolation from potential groups
- Front integrated status LEDs
- Mounting security by reverse polarity and overvoltage protection
- 24 months warranty
SLIO©: Digital Signal modules
The digital signal modules that connect to sensors (inputs – I) and actuators (outputs – O) are one of the interfaces to the physical, real world, process being controlled by the PLC. Digital signal modules acquire the binary control signals to and from the process. A variety of different digital signal I/O modules are available differing in the number of channels, voltage and current ranges, isolation, and diagnostic and alarm capability.
Each signal module consists of a terminal and an electronic module. The terminal module contains the receptacle for the electronic module, the backplane connectors and contacts for the distribution of the load power supply electronics, the modular connection to DC 24 V load power supply and the staircase-shaped terminal block for wiring. The terminal module has a locking system for fixing to a profile rail.
Characteristics
- Electrically isolated digital inputs and outputs to the backplane bus
- 2, 4 or 8 channel
- Various modules, suitable for switches and proximity switches as well as for measuring transducers
- Direct mapping and readability of the channel conditions via status LEDs
- Safe and time-saving installation by the terminal assignment mounted on the module
- When changing the module equipment identification (BMK) is retained on the TM
- Individual single-channel lettering on insertion strip
- 24 months warranty
Digital modules available
| Module Part Number | I/O Channels | Description |
|---|---|---|
| 021-1BB00 | 2 | 24V DC Inputs |
| 021-1BB10 | 2 | 24V DC Fast inputs – Input filter time delay parameterizable 2 µs…4 ms |
| 021-1BB50 | 2 | 24V DC Inputs – Active low input (NPN) |
| 021-1BB70 | 2 | 24V DC Inputs – Edge Time Stamp trigger (µs timer) |
| 021-1BD00 | 4 | 24V DC Inputs |
| 021-1BD10 | 4 | 24V DC Fast inputs – Input filter time delay parameterizable 2 µs…4 ms |
| 021-1BD40 | 4 | 24V DC Inputs Connect 2/3-wire. GND is isolated from the backplane |
| 021-1BD50 | 4 | 24V DC Inputs Active low input (NPN) |
| 021-1BD70 | 4 | 24V DC Inputs – Edge Time Stamp trigger (µs timer) |
| 021-1BF00 | 8 | 24V DC Inputs |
| 021-1BF01 | 8 | 24V DC Inputs, 0.5ms |
| 021-1BF50 | 8 | 24V DC Inputs Active low input (NPN) |
| 021-1DF00 | 8 | 24V DC Inputs diagnosis of wiring errors |
| 021-1SD00 | 4 | 24V DC Inputs Safety |
| 022-1BB00 | 2 | 24V DC Outputs. Output current 0.5 A |
| 022-1BB20 | 2 | 24V DC Outputs. Output current 2 A |
| 022-1BB50 | 2 | 24V DC Low-Side outputs. Output current 0.5 A (NPN) |
| 022-1BB70 | 2 | 24V DC Outputs can have a defined Edge Time Stamp to generate output signals with mirosecond accuracy. Output current 0.5 A |
| 022-1BB90 | 2 | 24V DC Outputs. PWM – Pulse width module ouput. |
| 022-1BD00 | 4 | 24V DC Outputs. Output current 0.5 A |
| 022-1BD20 | 4 | 24V DC Outputs. Output current 2 A |
| 022-1BD50 | 4 | 24V DC Low-Side outputs. Output current 0.5 A (NPN) |
| 022-1BF00 | 8 | 24V DC Outputs. Output current 0.5 A |
| 022-1BD70 | 4 | 24V DC Outputs can have a defined Edge Time Stamp to generate output signals with mirosecond accuracy. Output current 0.5 A |
| 022-1BF50 | 8 | 24V DC Low-Side outputs Output current 0.5 A (NPN) |
| 022-1DF00 | 8 | 24V DC outputs Output current 0.5 A diagnosis of wiring errors, short circuit and wire break detection |
| 022-1HB10 | 2 | relay outputs DC 30 V/ AC 230 V Output current 3 A |
| 022-1SD00 | 4 | 24V DC Safety Outputs. Output current 0.5 A. |
SLIO©: Analogue Signal modules
The analogue signal modules are one of the interfaces to connect sensors and actuators to the physical, real world process being controlled to the PLC. Analogue signal modules acquire the analogue control signals (e.g. measurement data) from the process level. The analogue control signals are acquired from the process level and converted into interpretable signals for digital controller.
Analogue output modules convert the internal digital control signals into analogue signals suitable for the process equipment.
A variety of different analogue signal modules accurately provide the inputs and outputs that are required for each task. The analogue modules differ in the number of channels, voltage and current ranges, isolation, and diagnostic and alarm capability. Each module consists of a terminal and an electronics module. The terminal module contains the retainer for the electronic module, the backplane connectors and contacts for the distribution of the load power supply electronics, the modular connection to DC 24 V load power supply and the staircase-shaped terminal block for the wiring.
Characteristics
- 12 bit or 16 bit resolution
- 2 or 4 channel
- Programmable inputs / outputs functionality
- Most variants suitable for measuring transducers (current/voltage, resistance or temperature sensors)
- Direct mapping and readability of the channel conditions via status LEDs
- Safe and time-saving installation by the terminal assignment mounted on the module
- When changing the module equipment identification (BMK) is retained on the TM
- Individual single-channel lettering on insertion strip
- 24 months warranty
Analogue modules available
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| Module Part Number | I/O Channels | Description |
|---|---|---|
| 031-1BB10 | 2 | Inputs 12Bit Current 4…20 mA 2 wire |
| 031-1BB30 | 2 | Inputs 12Bit Voltage 0…10 V |
| 031-1BB40 | 2 | Inputs 12Bit Current 0(4)…20 mA |
| 031-1BB60 | 2 | Inputs 12Bit Current 4…20 mA 2 wire |
| 031-1BB70 | 2 | Inputs 12Bit Voltage -10 V…+10 V |
| 031-1BB90 | 2 | Inputs 16Bit Thermocouple Voltage -80mV…+80mV |
| 031-1BD30 | 4 | Inputs 12Bit Voltage 0…10 V |
| 031-1BD40 | 4 | Inputs 12Bit Current 0(4)…20 mA |
| 031-1BD70 | 4 | Inputs 12Bit Voltage -10 V…+10 V |
| 031-1BD80 | 4 | Inputs 16Bit 0 .. 3000 ohm resistance Resistance measurement with 2, 3, and 4-wires |
| 031-1BF60 | 8 | Inputs 12Bit Current 4…20 mA 2 wire |
| 031-1BF74 | 8 | Inputs 12Bit Voltage -10 V…+10 V |
| 031-1CA20 | Direct connection of a resistor full bridge (DMS) or load cell. 16 (24)Bit resolution. | |
| 031-1CB30 | 2 | 2 inputs 16Bit Voltage 0…10 V |
| 031-1CB40 | 2 | Inputs 16Bit Current 0(4)…20 mA |
| 031-1CB70 | 2 | Inputs 16Bit Voltage -10 V…+10 V |
| 031-1CD30 | 4 | Inputs 16Bit Voltage 0…10 V |
| 031-1CD35 | 4 | Inputs 16Bit Voltage 0…10 V |
| 031-1CD40 | 4 | Inputs 16Bit Current 0(4)…20 mA |
| 031-1CD45 | 4 | Inputs 16Bit Current 0(4)…20 mA |
| 031-1CD70 | 4 | Inputs 16Bit Voltage -10 V…+10 V |
| 031-1LB90 | 2 | Inputs 16Bit Thermocouple Voltage -80mV…+80mV This module requires less parameter bytes than module 031-1BB90 |
| 031-1LD80 | 4 | Inputs 16Bit 0 .. 3000 ohm resistance Resistance measurement with 2, 3, and 4-wires This module requires less parameter bytes than module 031-1BD80 |
| 032-1BB30 | 2 | Outputs 12Bit Voltage 0…10 V |
| 032-1BB40 | 2 | Outputs 12Bit Current 0(4)…20 mA |
| 032-1BB70 | 2 | Outputs 12Bit Voltage -10 V…+10 V |
| 032-1CD70 | 4 | Outputs 16Bit Voltage -10 V…+10 V |
| 032-1CD40 | 4 | Outputs 16Bit Current 0(4)…20mA |
| 032-1CD30 | 4 | Outputs 16Bit Voltage 0…10 V |
| 032-1CB70 | 2 | Outputs 16Bit Voltage -10 V…+10 V |
| 032-1CB40 | 2 | Outputs 16Bit Current 0(4)…20 mA |
| 032-1CB30 | 2 | Outputs 16Bit Voltage 0…10 V |
| 032-1BD70 | 4 | Outputs 12Bit Voltage -10 V…+10 V |
| 032-1BD40 | 4 | Outputs 12Bit Current 0(4)…20mA |
| 032-1BD30 | 4 | Outputs 12Bit Voltage 0…10 V |
SLIO©: Communications Processors
Communications processors are used to connect different target and source systems, e.g. via Ethernet to higher-level ERP systems or serially to scanners, printers and other peripherals.
CP 040
The communication processors CP 040 is available in as two different variants which enable serial process coupling to different target and source systems. Depending on the module selected either RS232 or a RS422/485 interface is available.
Characteristics
- Support for all standard protocols ASCII, STX/ETX, 3964(R) and Modbus (master, slave)
- Internal communication via VIPA FBs
- Compact design
- LED status indicator
- Electrically isolated to the backplane bus
- Assembly with 35 mm profile rail
- 24 month warranty
SLIO: Function Modules
Function modules are intelligent modules that perform tasks such as, counting and position determination, and other complex independant functions that are essential in many automation processes. They are used when there are high demands on accuracy and in very dynamic automation tasks.
Different functional modules are available for counters, incremental encoders, SSI encoders, frequency counter and SLIO Bus extension.
Each functional module consists of a terminal and an electronic module. The terminal module contains the retainer for the electronic module, the backplane connectors and contacts for the distribution of the load power supply electronics, the modular connection to DC 24 V load power supply and the staircase-shaped terminal block for the wiring.
Characteristics
- Supports fast counter systems up to 1 MHz
- Counting direction invertible
- Integrated digital outputs
- For direct connection of incremental encoders
- Electrically isolated to the backplane bus
- Direct mapping and readability of the channel conditions via status LEDs
- Safe and time-saving installation by the terminal assignment mounted on the module
- When changing the module equipment identification (BMK) is retained on the TM
- Individual single-channel lettering on insertion strip
- 24 month warranty
Function modules available
| Module Part Number | I/O Channels | Description |
|---|---|---|
| 050-1BA00 | 1 | FM 050 – Counter module. 1 x Counter 32 Bit (AB)DC 24 V |
| 050-1BA10 | 1 | FM 050 – Counter module. 1 x Counter 32 Bit (AB)DC 5 V (differential signal) |
| 050-1BB00 | 2 | FM 050 – Counter module. 2 x Counter 32 Bit (AB)DC 24 V |
| 050-1BB30 | 2 | FM 050 – Counter module Eco. 2 Counter 32 Bit (AB) DC 24 V |
| 050-1BB40 | 2 | FM 050 – Frequency measurement. 2 x channels 24 Bit DC 24 V |
| 050-1BS00 | 1 | FM 050S – SSI module. SSI – Encoder, master or slave mode. Encoder frequency 125 kHz…2 MHz. µs time stamp for encoder value |
| 060-1AA00 | n/a | SLIO IM060 bus extension. Master module for extension / renewal of the SLIO bus to another line Connector: 1x RJ45 plug connector Connection: CAT6 cable, maximum length: 2m Module is always installed at the last place in the line, module IM060 and IM061 always form a pair |
| 061-1BA00 | n/a | SLIO IM061 bus extension. Slave module for extending SLIO bus up to 8 additional lines (up to 64 modules) Connector: 1x RJ45 plug connector Connection: CAT6 cable, maximum length: 2m Module is always installed at the first place in the line, module IM060 and IM061 always form a pair |
SLIO: Interface Modules
Interface modules form the interface between process level and the parent bus system. All control signals are transmitted through the internal backplane bus to the electronics module. In the case of the interface module the bus interface and power module are integrated in a single unit. Both the bus interface and the electronics of the connected peripheral modules are supplied with power via the integrated power module.
Up to 64 I/O modules can be operated on the interface module.
Characteristics
- Support for various fieldbus systems
- Functional DIP switches for address setting for the PROFIBUS-DP and CANopen with transparent cover
- MAC address on the front in plain text
- Electrical isolation between fieldbus and input/output field
- Integrated DC 24 V power module to the electronic and load voltage supply of the peripheral modules
- Easy to maintain, replaceable power module
- Up to 64 signal and function modules per interface module
- 24 month warranty
Interface modules available
| Module Part Number | Description |
|---|---|
| 053-1CA00 | IM 053CAN – CANopen slave 16 Rx and 16 Tx PDOs, 2 SDOs, PDO linking, PDO mapping: fix, up to 64 peripheral modules |
| 053-1DN00 | IM 053DN – DeviceNet slave Group 2 only device, Poll only device, Baud rate: 125, 250 and 500kbit/s, up to 64 peripheral modules |
| 053-1DP00 | IM 053DP – PROFIBUS-DP slave(DP-V0, DP-V1) 244 Byte input and 244 Byte output data, up to 64 peripheral modules |
| 053-1EC00 | IM 053EC – EtherCAT slave RJ45 jack 100BaseTX, up to 64 peripheral modules |
| 053-1IP00 | IM 053IP – EtherNet/IP slave I/O configuration via fieldbus, up to 64 peripheral modules |
| 053-1MT00 | IM 053MT – Modbus/TCP slave I/O configuration via fieldbus, up to 64 peripheral modules |
| 053-1PN00 | IM 053PN – PROFINET-IO slave Transfer rate 100Mbit/s, up to 64 peripheral modules |
200V – The modular I/O-system
200V is a modular I/O-system for decentralised applications, programmable with WinPLC7 and/or STEP7 from Siemens. With a variety of communication and fieldbus modules available, it can be used also for complex system topologies and is in use in thousands of applications worldwide. The sophisticated module concept enables the customized deployment in nearly every application up to the middle power range.Features
Innovative data saving concept
- Integrated work memory – operation without additional memory card
- Integrated ROM memory for continuous saving of program and data
- Integrated battery backed RAM memory
- Support of standard MMC cards for saving program and data
Comprehensive communication capability and modern protocols
- MPI interface on board
- Ethernet on board, ISO on TCP, TCP/IP, UDP, RFC1006, ModBUS on TCP
- Support of ProfiBus, ProfiBus DP, CANopen, DeviceNET, CANbus, INTERbus
High flexibility in use & application
- Centrally and decentrally deployable
- Finely divided, binary up to 8 DIO
- Modularly expandable
- Centrally deployable up to 32 modules, directly on the CPU!
Long-term investment security
- Compact design
- Maintenance-free cage clamps
- Front connector included
- 35mm DIN rail mounting
- 24 month warranty
- Certifications: cULus and CE
Further Information
200V: PLC CPU Modules
Central Processing Units (CPU) control and regulate processes in plant and machinery. The CPUs are selected according to application with the appropriate performance and work memory and can be extended with signal and function modules, as well as communication processors. The system 200V CPUs are designed for small and medium-sized applications and are an ideal solution for automation applications in either centralised and decentralised structures. For the construction of the control a wide CPU-range in various performance classes are available. The various CPUs differ in work memory, address range, number of connections and processing time. The CPUs of the 200V range of controllers are particularly suitable for industrial use and for general control and automation tasks in the medium performance range.Features
- Programmable with VIPA WinPLC7 or Siemens STEP7
- Integrated work memory, operation without additional memory card possible
- Integrated flash ROM memory for continuous saving of program and data
- Integrated accumulator-backed RAM memory
- Support of standard MMC cards for saving of program and data
- Suitable for centralized and decentralized applications
- Modular expandable, up to 32 modules can be used
- Integrated real time clock as well as MPI interface on board
- Front integrated status LEDs
PLC CPU modules available
| Module Part Number | Description |
|---|---|
| 214-1BA03 | CPU 214 – PLC CPU, 96 kB work memory, 144 kB load memory |
| 214-1BA06 | CPU 214 – PLC CPU, 96 kB work memory, 144 kB load memory, Also configurable via TIA-Portal |
| 214-1BC03 | CPU 214C – PLC CPU, 48 kB work memory, 80 kB load memory |
| 214-1BC06 | CPU 214C – PLC CPU 48 kB work memory 80 kB load memory Also configurable via TIA-Portal |
| 214-2BE03 | CPU 214PG – PLC CPU Twisted pair Ethernet via RJ45,96 kB work memory, 144 kB load memory |
| 214-2BM03 | CPU 214DPM – PLC CPU PROFIBUS-DP master, 96 kB work Memory, 144 kB load memory |
| 214-2BM06 | CPU 214DPM – PLC CPU PROFIBUS-DP master, 96 kB work memory, 144 kB load memory, Also configurable via TIA-Portal |
| 214-2BP03 | CPU 214DP – PLC CPU PROFIBUS-DP slave, 96 kB work memory, 144 kB load memory |
| 214-2BS03 | CPU 214SER – PLC CPU Serial communication via 2x RS232, 96 kB work memory, 144 kB load memory |
| 214-2BS13 | CPU 214SER – PLC CPU Serial communication via RS232, 96 kB work memory, 144 kB load memory |
| 214-2BS33 | CPU 214SER – PLC CPU Serial communication via RS485, 96 kB work memory, 144 kB load memory |
| 214-2BT13 | CPU 214NET – PLC CPU Ethernet CP 243, Twisted pair Ethernet via RJ45, 96 kB work memory, 144 kB load memory |
| 214-2CM03 | CPU 214CAN – PLC CPU CANopen master, 96 kB work memory, 144 kB load memory |
| 215-1BA03 | CPU 215 – PLC CPU 128 kB work memory, 192 kB load memory |
| 215-1BA06 | CPU 215 – PLC CPU 128 kB work memory, 192 kB load memory, Also configurable via TIA-Portal |
| 215-2BE03 | CPU 215PG – PLC CPU Twisted pair Ethernet via RJ45, 128 kB work memory, 192 kB load memory |
| 215-2BM03 | CPU 215DPM – PLC CPU PROFIBUS-DP master, 128 kB work memory, 192 kB load memory |
| 215-2BP03 | CPU 215DP – PLC CPU PROFIBUS-DP slave, 128 kB work memory, 192 kB load memory |
| 215-2BS03 | CPU 215SER – PLC CPU Serial communication via 2x RS232, 128 kB work memory, 192 kB load memory |
| 215-2BS13 | CPU 215SER – PLC CPU Serial communication via RS232, 128 kB work memory, 192 kB load memory |
| 215-2BS33 | CPU 215SER – PLC CPU Serial communication via RS485, 128 kB work memory, 192 kB load memory |
| 215-2BT13 | CPU 215NET – PLC CPU Ethernet CP 243, Twisted pair Ethernet via RJ45, 128 kB work memory, 192 kB load memory |
| 215-2CM03 | CPU 215CAN – PLC CPU CANopen master, 128 kB work memory, 192 kB load memory |
200V: Clamp Modules
Clamp modules are passive modules for 2- or 3-wire installations whose contacts are electrically connected internally vertically. They offer various connectivity options for signals, minus and plus potentials. The use of clamp modules allows for simple module power distribution thus offering the possibility for connection of active supplied sensors such as proximity switches. Wiring is carried out by means of time saving and secure cage clamp technology. Passive terminal modules have no connection to the backplane bus. The terminal modules are attached to the mounting surface using a 35 mm profile rail.Features
- Maintenance-free cage clamp technique
- Backplane bus feed-through
- Max. terminal voltage 10A
- Potential separation 500 Veff (field voltage to bus)
- Mounting on a 35mm DIN rail
- 24 month guarantee
200V Clamp modules available
| Module Part Number | Description |
|---|---|
| 201-1AA00 | CM 201 – Double clamps module, Dual terminals, 2×11 clamps, gray/gray, Passive |
| 201-1AA10 | CM 201 – Double clamps module, Dual terminals, 2×11 clamps, green-yellow/gray, Passive |
| 201-1AA20 | CM 201 – Double clamps module, Dual terminals, 2×11 clamps, red/blue, Passive |
| 201-1AA40 | CM 201 – 4-tier clamps module, Quad terminals, 2×5 clamps gray/gray, 2×6 clamps red/blue, Passive |
200V: Power Modules
Power supply modules are used to supply the system as well as the sensors and actuators with direct current. They convert the mains AC voltage into a DC voltage of 24 V. Power supply modules can be fixed on a 35 mm profile rail either combined with system 200V components or as “stand-alone” modules. The power supply has no connection to the backplane bus.Characteristics
- Automatic wide range input detection (AC 100 V – 240 V)
- Connection to single phase AC mains
- Output current 2 A
- Nominal output voltage DC 24 V
- Front integrated status LEDs for fault diagnosis
- Protection against short circuit, overload and open circuit
- IP 20 protection
- Compact design
- Assembly with 35 mm profile rail
200V Power modules available
| Module Part Number | Description |
|---|---|
| 207-1BA00 | PS 207 – Power supply, AC 100…240 V w/o manual intervention, Output voltage DC 24 V |
| 207-2BA20 | PS 207 – Power supply, AC 100…240 V w/o manual intervention, Output voltage DC 24 V, Terminal module with 2×11 clamps |
200V: Digital Signal modules
The digital signal modules that connect to sensors (inputs – I) and actuators (outputs – O) are the interfaces to the process being controlled. Digital input modules acquire the binary control signals from the process and transform them into interpretable signals for the controller. Digital output modules convert the internal binary control signals into signals suitable for process control. A variety of different digital signal I/O modules are available differing in the number of channels, isolation, voltage and current ranges. There are digital modules with 4 to 32 channels available.Characteristics
- Large selection, modules are available for all popular applications
- Compact design
- LED status indicator
- Electrically isolated to the backplane bus
- Maintenance-free cage-clamp technology
- Label cards included
- Front connector included
- Assembly with 35 mm profile rail
- 24 months warranty
Digital modules available
| Module Part Number | Description |
|---|---|
| 221-1BF00 | SM 221 – Digital input, 8 inputs |
| 221-1BF10 | SM 221 – Digital input, 8 inputs, Delay time 0.2 ms |
| 221-1BF21 | SM 221 – Digital input, 8 alarm inputs, Delay time 0.2 ms |
| 221-1BF30 | SM 221 – Digital input ECO, 8 inputs |
| 221-1BF50 | SM 221 – Digital input, 8 inputs, Active low input |
| 221-1BH00 | SM 221 – Digital input, 16 inputs, LED status display on the conversion module UB4x |
| 221-1BH10 | SM 221 – Digital input, 16 inputs |
| 221-1BH20 | SM 221 – Digital input, 16 inputs, 2 inputs are configurable as counter, LED status display |
| 221-1BH30 | SM 221 – Digital input ECO, 16 inputs |
| 221-1BH50 | SM 221 – Digital input 16 inputs, Active low input, LED status display on conversion module UB4x |
| 221-1BH51 | SM 221 – Digital input, 16 inputs, Active low input |
| 221-1FD00 | SM 221 – Digital input, 4 inputs, AC/DC 90…230 V, Isolation per channel |
| 221-1FF20 | SM 221 – Digital input, 8 inputs, AC/DC 60…230 V |
| 221-1FF30 | SM 221 – Digital input, 8 inputs, AC/DC 24…48 V |
| 221-1FF40 | SM 221 – Digital input, 8 inputs, AC 230 V, Hysteresis |
| 221-1FF50 | SM 221 – Digital input, 8 inputs, AC 180…265 V |
| 221-2BL10 | SM 221 – Digital input, 32 inputs |
| 222-1BF00 | SM 222 – Digital output, 8 outputs, Output current 1A |
| 222-1BF10 | SM 222 – Digital output, 8 outputs, Output current 2 A |
| 222-1BF20 | SM 222 – Digital output, 8 outputs, Isolation in 4 groups per 2 outputs, Output current 2 A |
| 222-1BF30 | SM 222 – Digital output ECO, 8 outputs, Output current 0.5 A |
| 222-1BF50 | SM 222 – Digital output, 8 Low-Side outputs, Output current 0.5 A |
| 222-1BH00 | SM 222 – Digital output, 16 outputs, Output current 0.5 A, LED status display on conversion module UB4x |
| 222-1BH10 | SM 222 – Digital output, 16 outputs, Output current 1 A |
| 222-1BH20 | SM 222 – Digital output, 16 outputs, Output current 2 A |
| 222-1BH30 | SM 222 – Digital output ECO, 16 outputs, Output current 0.5 A |
| 222-1BH50 | SM 222 – Digital output, 16 Low-Side outputs, Output current 0.5 A |
| 222-1BH51 | SM 222 – Digital output, 16 Low-Side outputs, Output current 0.5A |
| 222-1DB00 | SM 222 – Digital output, 2 outputs, AC 100…240 V, Output current 2 A, Software dimmer for resistive, inductive or capacitive load, Frequency range 47…63 Hz |
| 222-1FD10 | SM 222 – Digital output, 4 isolated solid-state outputs, AC 230 V/ DC 400 V, Output current 0.5 A |
| 222-1FF00 | SM 222 – Digital output, 8 solid-state outputs, AC 230 V/ DC 400 V, Output current 0.5 A |
| 222-1HD10 | SM 222 – Digital output, 4 isolated relay outputs, AC 230 V/ DC 30 V, Output current 5 A |
| 222-1HD20 | SM 222 – Digital output, 4 isolated relay outputs, AC 230 V/ DC 30 V, Output current 16 A |
| 222-1HF00 | SM 222 – Digital output, 8 relay outputs, AC 230 V/ DC 30 V, Output current 5 A |
| 222-2BL10 | SM 222 – Digital output, 32 outputs, Output current 1 A |
| 223-1BF00 | SM 223 – Digital in-/output, 8 channels (as input or output), Output current 1 A, Diagnostics function |
| 223-2BL10 | SM 223 – Digital in-/output, 16 inputs/ 16 outputs, DC 24 V, Output current 1 A |
| KS221-1BH00 | SM 221 Set – Digital input, 16 inputs, LED status display on conversion module UB48 |
| KS222-1BH00 | SM 222 Set – Digital output, 16 outputs, LED status display on conversion module UB48, Output current 0.5 A |
| KSD221-1BH00 | SM 221 Set – Digital input, 16 inputs, LED status display on conversion module UB48D |
| KSD222-1BH00 | SM 222 Set – Digital output, 16 outputs, LED status display on conversion module UB48D, Output current 0.5 A |
200V: Analogue Signal modules
The analogue signal modules are one of the interfaces to connect sensors and actuators from the physical, real world process being controlled to the PLC. Analogue signal modules acquire the analogue control signals (e.g. measurement data) from the process level. The analogue control signals are acquired from the process and converted into interpretable signals for the digital controller. Analogue output modules convert the internal digital control signals into analogue signals suitable for the process equipment. The analogue modules differ in the number of channels, voltage and current ranges.Characteristics
- Large selection, 4 and 8 channel, available for various measurement encoders (U, I, TC, R)
- Electrically isolated to the backplane bus
- Compact design
- LED Status Indicator
- Maintenance-free cage-clamp technology
- Label cards included
- Front connector included
- Assembly with 35 mm profile rail
- 24 months warranty
Analogue modules available
| Module Part Number | Description |
|---|---|
| 231-1BD30 | SM 231 – Analog input ECO, 4 inputs, Configurable, Voltage +/-10 V |
| 231-1BD40 | SM 231 – Analog input ECO, 4 inputs, Configurable, Current 4…20 mA, +/-20 mA |
| 231-1BD53 | SM 231 – Analog input, 4 inputs, Configurable, Voltage, current, Resistance, Resistance thermometer, thermocouple |
| 231-1BD60 | SM 231 – Analog input, 4 input 12 bit, Current 4…20 mA, Potential separated per channel |
| 231-1BD70 | SM 231 – Analog input, 4 input 12 bit, Voltage +/-10 V, Potential separated per channel |
| 231-1BF00 | SM 231 – Analog input, 8 inputs, Configurable, Voltage 0…60 mV, Resistance thermometer, thermocouple |
| 231-1FD00 | SM 231 – Analog input FAST, 4 fast inputs, Configurable, Voltage, current, Cycle time 0.8 ms |
| 232-1BD30 | SM 232 – Analog output ECO, 4 outputs, Configurable, Voltage +/-10 V, 0..10 V |
| 232-1BD40 | SM 232 – Analog output ECO, 4 outputs, Configurable, Current 0(4)…20mA |
| 232-1BD51 | SM 232 – Analog output, 4 outputs, Configurable, Voltage, current |
| 234-1BD50 | SM 234 – Analog in-/output, 2 inputs/2 outputs, Configurable, Voltage, current |
| 234-1BD60 | SM 234 – Analog in-/output, 4 inputs/2 outputs, Configurable, Voltage, current, Resistance, resistance thermometer |
| 238-2BC00 | SM 238C – Digital in-/output, counter, analog in-/output, 16 (12) digital inputs, 0 (4) digital outputs, max. 3 counter, 4 analog inputs, 2 analog outputs |
200V: Communications Processors
Communications processors are used to connect different target and source systems, e.g. via Ethernet to higher-level ERP systems or serially to scanners, printers and other peripherals. CP 240 – Serial – The communication processors CP 240 is available in as two different variants which enable serial process coupling to different target and source systems. Depending on the module selected either RS232 or a RS422/485 interface is available. CP 240 – EnOcean wireless – The CP 240 EnOcean enables wireless communication. EnOcean is a battery-free radio system that, due to the short signal duration of 0.5 ms and 10 mW transmitting power, has an energy requirement of only 50 µWs. The system uses the energy from the smallest changes in pressure or temperature to power the sensors. CP 240 – M-Bus – The CP 240 M-Bus module enables the Metering Bus communication protocol. The M-Bus System is a European standardised 2-wire fieldbus for acquiring consumption data. In this case the data is transmitted serially via a reverse polarity protected 2-wire line from slave systems (meters) to a master system.Characteristics
- Support for all standard protocols ASCII, STX/ETX, 3964(R) and Modbus (master, slave)
- Internal communication via VIPA FBs
- Compact design
- LED status indicator
- Electrically isolated to the backplane bus
- Assembly with 35 mm profile rail
- 24 month warranty
| Module Part Number | Description |
|---|---|
| 208-1CA00 | IM 208CAN – CANopen master, CANopen master, 125 CAN slaves connectable, Project engineering under VIPA WinCoCT, 40 Transmit PDOs, 40 Receive PDOs |
| 208-1DP01 | IM 208DP – PROFIBUS-DP master, PROFIBUS-DP master, 125 DP slaves connectable |
| 208-1DP11 | IM 208DPO – PROFIBUS-DP master, PROFIBUS-DP master, 16 DP slaves connectable, FO interface |
| 240-1BA20 | CP 240 – Communication processor, RS232 interface |
| 240-1CA20 | CP 240 – Communication processor, RS485 interface |
| 240-1CA21 | CP 240 – Communication processor, RS422/485 interface |
| 240-1DA10 | CM 240 – Mini-switch, 4 Ports for 10/100 MBit/s, “plug and play” through Auto-MDI/MDIX-crossover for 100BASE-TX and 10BASE-T, LEDs for activity, speed and collision |
| 240-1EA20 | CP 240 – Communication processor, 16 Byte parameter data, The transceiver module works at 868.3 MHz |
| 240-1FA20 | CP 240 – Communication processor, M-Bus master, potential separated, up to 6 slaves |
200V: Function Modules
Function modules are intelligent modules that perform tasks such as, counting and position determination, and other complex independent functions that are essential in many automation processes. They are used when there are high demands on accuracy and in very dynamic automation tasks. FM 250 – SSI Modules – The SSI module enables the connection of absolute encoders with an SSI interface. The module converts the serial information of the encoder into parallel information and makes this available to the controller. There is an option to transmit the data in either grey or binary code. In addition to the SSI signals clock, data and encoder supply there are two additional outputs that can be set or reset when crossing. FM 250 – Counter – The counter module counts the pulses of the connected sensor and then processes these stimuli according to the selected functionality. The modules have 2 or 4 channels with either 32 bit or 16 bit resolution. There are 20 counter modes and two DC 24 V outputs, which are controlled depending on the mode. FM 253/254 – Positioning Modules – Positioning modules can be used for point-to-point positioning and for complex travel profiles with the highest requirements for accuracy or speed. The FM 253 is a Positioning module for controlling a stepper motor. Stepper motors are used when maximum torque at low speeds is required and the target position is to be achieved and maintained without overshooting. The FM 254 is a positioning module for controlling a servo drive. The module operates independently and is controlled by a corresponding application program from the CPU. The module has 3 inputs for connecting limit switches and can control 2 outputs.Characteristics
- Compact design
- LED status indicator
- Assembly with 35 mm profile rail
- Electrically isolated to the backplane bus
- 24 month warranty
Function modules available
| Module Part Number | Description |
|---|---|
| 250-1BA00 | FM 250 – Counter module. 2/4 x Counter 32/16 Bit (AB) DC 24 V or via backplane bus, Free configurable DC 24 V outputs (1 A), Up to 1 MHz |
| 250-1BS00 | FM 250S – SSI module, 1 SSI channel, Direct power supply to the SSI transducer, Baud rate: 100/300/600 kBit/s (default: 300 kBit/s), 2 configurable digital outputs, one may be used as hold input |
| 253-1BA00 | FM 253 – Positioning module, Positioning module for 1axis drive with stepper, 3 inputs for connecting end switches and 2 outputs |
| 254-1BA00 | FM 254 – Positioning module, Positioning module for 1axis drive with servo, For drives with an analog set point interface (+/-10 V control voltage), 3 inputs for connecting end switches and 2 outputs |
200V: Interface Modules
Interface modules extend control systems with up to three peripheral lines (central max. 32 modules). Fieldbus slave modules are used for the decentralised expansion of control systems (with a fieldbus master interface in or on the CPU) with up to 128 fieldbus slave modules, plus peripheral modulesCharacteristics
- Available for PROFIBUS, CANopen, INTERBUS, DeviceNet, Ethernet
- Cross manufacturer mixed operation is possible
- Depending on the version also with fiber-optic interface
- Advanced diagnostics
- Electrically isolated to the backplane bus
- LED status indicator
- Compact design
- Assembly with 35 mm profile rail
- 24 month warranty
Interface modules available
| Module Part Number | Description |
|---|---|
| 253-1CA01 | IM 253CAN – CANopen slave 10 Rx and 10 Tx PDOs, 2 SDOs, PDO linking, PDO mapping |
| 253-1CA30 | IM 253DN – CANopen slave ECO 10 Rx and 10 Tx PDOs, 2 SDOs, PDO linking, PDO mapping |
| 253-1DN00 | IM 053DN – DeviceNet slave Group 2 only device – employs predefined connection set Baud rate: 125, 250 and 500kbit/s, up to 32 peripheral modules (8 Analogue) |
| 253-1DP01 | IM 253DP – PROFIBUS-DP slave(DP-V0, DP-V1) 244 Byte input and 244 Byte output data, up to 32 peripheral modules (16 Analogue) |
| 253-1DP11 | IM 253DPO – PROFIBUS-DP slave(DP-V0, DP-V1) 244 Byte input and 244 Byte output data, up to 32 peripheral modules (16 Analogue), LWL-interface (POF, HCS) |
| 253-1DP31 | IM 253DP – PROFIBUS-DP slave ECO (RS485, DP-V0, DP-V1) 244 Byte input and 244 Byte output data, up to 8 peripheral modules |
| 253-1IB00 | IM 253IBS – INTERBUS slave For 16 input and 16 output modules |
| 253-1NE00 | IM 253NET – Ethernet slave Ethernet coupler with Modbus/TCP and Siemens S5 Header protocol, For max. 32 peripheral modules, Max. 256 Byte I/O data, RJ45 jack 100BaseTX, 10BaseT | 260-1AA00 | IM 260 – Interface module Only be used in conjunction with the PC 288 or a CPU |
| 261-1CA00 | IM 261 – Interface module Only be used in conjunction with the PC 288 or a CPU |
300s – The high-speed control system
Our 300S COMPACT CPUs with integrated SPEED7 technology and I/O periphery are especially suitable for cost sensitive applications. Our 300S is suitable for nearly every demanding applications with its high-speed performance, the scalable memory and the outstanding communication possibilities.
Features
High speed for every use
- Integrated SPEED7 processor for outstanding performance
- Optional SPEED-Bus for the expansion with High-Speed signal modules and communication processors
Clever memory management & data security
- Integrated work memory – operation without additional memory card!
- Flexible extension of the memory using a Memory Configuration Card (MCC)
- Integrated battery backed RAM memory
- The secure AdvancedKnowHow-Protect is available for the know how
Comprehensive communication capability and modern protocols
- Ethernet-, PROFIBUS-DP-, serial RS485 and MPI interface on board
- Optional: Profinet, CANopen, Interbus, Seriel, Modbus RTU, Modbus on TCP, UDP, RFC1006, EtherCAT
High flexibility in use & application
- Designed compatibility of the S7 300 from Siemens
- Mixed operation is supported for VIPA and Siemens modules in the same rack
- Centrally and de-centrally deployable
- Modularly expandable
- Fast analog modules: Conversion of 4 analog channels in 100 µs
- Flexible digital modules: Reaction time of the channels freely adjustable between 2.65 µs up to 40 ms
Long-term investment security
- Centrally deployable up to 32 modules – directly on the CPU!
- Individually expandable reserve in performance and capacity
- 24 month warranty
- Certifications: cULus and CE
MicroPLC
The new MICRO PLC is a up to date, compact and fast PLC, which will replace the well-proven
but aging System 100V. Designed as a stand-alone PLC it stands out because of its modern design, its compact size, its high performance, and its high channel density.
The new MICRO is extremely compact, with a width of less than 72 millimeters, the VIPA MICRO PLC is up to 50% smaller than typical MICRO controllers.
In combination with this compactness the MICRO is based on SPEED7 technology for the highest clock rates and fast program processing. Additional speed benefits allow a fast backplane bus transmission of 48 Mbit/s. With the excellent CPU performance the MICRO PLC is the fastest MICRO controller on the current controller market.
An additional plus factor is the high channel density of the MICRO. With 30 integrated digital and analog I/O channels on board it offers multiple usage options as a stand-alone CPU too, and can be expanded with up to eight modules. By maximum module expandability, the user has up to 158 I/O channels available for his automation tasks.
The connection plugs of the MICRO are individually detachable and therefore suitable for the pre-wiring in the series launch. Equipped with the convenient push-in technology they can be mounted and replaced quickly and easily, and without tools. The allocation of the I/O display LEDs directly on the appropriate plug connection allows the user an easy and clear allocation of the channel status even at such a high channel density.
Additionally, the MICRO is equipped with an integrated web server, which allows arbitrary access via smartphone, laptop & Co. on data, diagnostics and status interfaces as well as freely definable visualization projects.
There is an active 2-port-switch for online access, programming, and communication. So the functional range of the MICRO can simply be extended by further planned features by means of a firmware update. In addition to standard Ethernet protocols such as Modbus TCP or S7 communication, the MICRO also allows PROFINET, this means that up to eight PROFINET devices can be easily connected as well as a variety of other PROFIBUS features.
In the basic version, the MICRO has 64 kByte work memory which can be expanded up to max.
128 kByte via VSC. A big advantage of the MICRO is that data and status are saved in the event of a power failure and no further safety measures are necessary.
The new MICRO PLC can be used as a high-performance, small or micro controller in both serial and special machine construction as well as central or decentralized control in the field of plant construction. Of course, because of its compact construction size it is perfectly suitable for the building automation and the installation in sub-distributors.
Highlights:
- Stand-alone PLC, extremely compact construction size
- Very high performance with SPEED7 technology
- Fast backplane bus connection of 48 MBit/s
- 30 integrated I/Os on board: 16 digital inputs
- 12 digital outputs
- 2 analog inputs (0 – 10 V)
- Technology functions: 2x PWM, 4x counter 100kHz
- CPU expandable up to max. 8 modules
- Detachable connection plug with spring terminal and push-in technology
- 2-port Ethernet switch
- Optional 2x RS485 module for MPI and PtP and optional PROFIBUS slave
- 64 up to 128 kByte remanent work memory and 128 kByte load memory
- Full STEP7 compatible – supports IL, LAD, FBD, SCL and GRAPH7
- Programmable with SPEED7 Studio, Siemens SIMATIC manager and Siemens TIA Portal
- Very good price / performance ratio
- Integrated web server
- PROFINET IO-Control & I-Device
- SNTP for the clock synchronization with a NTP server
- Pulse train output, e.g. for an easy drive of YASKAWA Sigma-5 and Sigma-7 servo drives
- MRP client for deployment in redundant PROFINET topologies
- Support of easy standard diagnosis option for PROFIBUS and PROFINET via PNIODiag FB126
- External storage possibility via SD card (up to 2 GB)
- Low power dissipation of max. 7 W
Micro PLC Modules
- M22-1BH00 SM M22 – Digital output – 16 outputs –
- M22-1HF10 SM M22 – Digital output – 8 relay outputs – DC30V/AC230V – Digital in/output modules
- M23-1BH00 SM M23 – Digital in-/output – 8 inputs and 8 outputs – Analog input modules
- M31-1CD50 SM M31 – Analog input – 4 inputs 16Bit – Voltage 0…10V, ±10V, ±80mV Analog output modules
- M32-1BD40 SM M32 – Analog output – 4 outputs 12Bit – Current 0(4)…20mA
- M32-1BD70 SM M32 – Analog output – 4 outputs 12Bit – Voltage 0…10V, ±10V