VIPA
Elektronik-Systeme GmbH in Liqu.
Hütteldorferstrasse 299 / Top 4 A-1140 Wien
Tel: +43 1 8959363
Fax: +43 1 895936350
Mail: elektroniksysteme@vipa.at
Fax: +43 1 895936350
Office hours:
PERMANENTLY CLOSED
Due to the retirement of the owner, the company ceased operations on December 31, 2022.
The final closure and deletion from the commercial register took place on June 30, 2023
The final closure and deletion from the commercial register took place on June 30, 2023
PLC >> VIPA MICRO SPS
MICRO PLC
High Performance in Micro Dimension
With the new MICRO“, VIPA Controls will be presenting a very compact and extremely fast MICRO control system at the SPS IPC Drives 2016. The design has a definite wow-factor and it opens up completely new paths in regards to operating and status display. Thus the MICRO PLC is the starting signal for the new VIPA controller generation.
The MICRO PLCs are distinguished by modern and functional design, very compact size, high performance and high channel density. The design of the MICRO PLC contains a new display and operating concept that enables the user to see the essential control information of the system at a glance. For this, display and operating elements deliberately concentrate on the essentials that are required in practice. The new MICRO“ – as the name suggests – is extremely compact. With a width of less than 72 millimeters the VIPA MICRO PLC is up to 50% smaller than typical MICRO controllers. With 30 integrated digital and analog I/O channels on board it offers multifarious usage options as a stand-alone CPU too, and can be expanded with up to eight modules. Digital, analog and serial modules are available, more modules are constantly being expanded.
Firm hold by spring terminal technology
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. In addition the plugs have spring terminals which not only allow easy wiring but also withstand every vibration. 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.
Firm hold by spring terminal technology
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. In addition the plugs have spring terminals which not only allow easy wiring but also withstand every vibration. 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.
Interfaces, communication and memory
A powerful PROFINET controller, a PN i-device and a PN MRP client are part of the basic equipment. The MICRO PLC M13C communicates via Ethernet TCP / IP and supports S7TCP PG / OP protocol as well as ISOonTCP, ModbusTCPP and OPC UA-Server. The user has also the option of using the PROFIBUS slave function, PtP with ModbusRTU and MPI with an expansion module. Further functionalities of the SLIO system such as larger memory or field bus connections can be enabled if necessary using the multiple award-wining VIPA Set Card (VSC), which is unique in the world of automation.
A special feature is a web server with a good equipped WebVisu, which can be configured via the Speed7 Studio.Visu, which can be configured via the Speed7 Studio.
A powerful PROFINET controller, a PN i-device and a PN MRP client are part of the basic equipment. The MICRO PLC M13C communicates via Ethernet TCP / IP and supports S7TCP PG / OP protocol as well as ISOonTCP, ModbusTCPP and OPC UA-Server. The user has also the option of using the PROFIBUS slave function, PtP with ModbusRTU and MPI with an expansion module. Further functionalities of the SLIO system such as larger memory or field bus connections can be enabled if necessary using the multiple award-wining VIPA Set Card (VSC), which is unique in the world of automation.
A special feature is a web server with a good equipped WebVisu, which can be configured via the Speed7 Studio.Visu, which can be configured via the Speed7 Studio.
Highlights:
- Up to date, pleasing, and functional design
- Extremly compact construction size
- Very high performance with SPEED7® technology
- Fast backplane bus connection of 48 MBit/s
- 30 integrated I/Os on board
- CPU expandable up to max. 8 modules
- Detachable connection plug with spring terminal and push-in technology
- 2-port Ethernet switch
- S7TCP, ISOonTCP, ModbusTCP, PROFINET-controller, -idevice, -MRP client, OPC UA-Server
- Optional 2x RS485 module for MPI, PtP (ModbusRTU) 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
- WebVisu on Board
- Very good price / performance ratio
| CPU | |
|---|---|
| Order No.: | Technical data |
| M13-CCF0000 | CPU M13C powered by SPEED7®, 64 - 128 kB onboard: 16 DE / 12 DA / 2 AE (12Bit/0-10V) / 4 counter / 2 PWM switch 2x RJ45: PG/OP Ethernet-Interface for S7TCP, ModbusTCP, OPC UA-Server, PROFINET Controler/i-Device for max. 4 connections, PtP: ASCII, STX/ETX, 3964(R), USS Master, Modbus Master/Slave, SD card slot, expandable up to max. 8 modules, programmable with SPEED7® Studio WinPLC7, SIMATIC manager and SIEMENSTIA Portal. HW-identification: 6ES7314-6EH04-0AB0 V3.3 + 6GK343-1EX30-0XE00 |
| M13-CCF0001 | powered by SPEED7®, same as M13-CCF0000, additional: 2 AE (12Bit/0-10V/4-20mA) |
| DIGITAL IN- & OUTPUT | |
|---|---|
| Order No.: | Technical data |
| M21-1BH00 | SM M21, 16 DE 24V DC |
| M22-1BH00 | SM M22, 16 DA DC 24V, 0,5 A |
| M22-1HF10 | SM M22, 8 DA 230V-AC / 2,5 A relay |
| M23-1BH00 | SM M23, 8 DE 24DC, 8 DA 24V / 0,5 A |
| M31-1CD50 | SM M31- 4x AE, 16Bit, 0/1...10 V +-10 V, 0/4...20 mA, R 0....3000 Ohm, RTD PT100, PT1000, NI100, NI1000, TC Typ J, K, N, R, S, T, B, C, E, L und U +-80 mV |
| M32-1BD40 | SM M32 - 4x AA, 0/4...20mA |
| M32-1BD70 | SM M32 - 4x AA, 0/1...10V_+-10V |
| POWER SUPPLY & EXTENSIONS | |
|---|---|
| Order No.: | Technical data |
| M07-2BA00 | Power Supply prim. AC 100-240VAC/sec. 24VDC, 1,5A |
| M09-0CB00 | IM M09, interface (2x RS485): MPI, PROFIBUS Slave, PtP: ASCII, 3964(R), USS Master, Modbus RTU M/S |
| 955-0000000 | VIPASD card standard (empty), necessary for WebVisu |
| FSC-C000020 | 64kByte FSC-extension code |
| Order Nr.: Name | 013-CCF00000 CPU M13C |
|---|---|
| Power supply Power supply (rated value) Reverse polarity protection Current consumption (no-load operation) | DC 24 V (20,4...28,8 VDC) yes 120 mA, (rated value) 360mA |
| Environmental conditions Operating temperature / Storage temperature | 0 °C to 60 °C / -25 °C to 70 °C |
| Inputs / Outputs Number of inputs Number of outputs Output current at signal "1", rated value Output delay | 16, input delay adjustable: 3 µs - 15 ms / 0,5 ms 15 ms 12 0,5 A, trigger level: 1A "0" nach "1" 2 µs bis 30 µs /"1" nach "0" 3 µs bis 175 µs |
| Analog inputs Number of inputs Input voltage ranges Resolution in bit Basic conversion time | 2 0 V ... +10 V / 100 kΩ Min. input resistance (voltage range) 12 / successive approximation 0,5 ms |
| Counters Number of counters Counter width | 4 / max. 100 kHz 32 Bit |
| Address areas (I/O) Address area input I/O / output I/O Process image input / output Max. expansion | 2048 / 2048 Byte max. 2048 / 2048 Byte digital inputs 144 / digital outputs 140 |
| Point-to-Point protocole Protokocols | ASCII, STX/ETX, 3964(R), USS Master, Modbus Master / Slave |
| Load and working memory Load memory, integrated Work memory, integrated Memory Memory Card Slot | 128 KB / max. 128 KB6 4 KB / max. 128 KB divided (50% Code / 50% Daten) SD / MMC-Card with max. 2 GB |
Command processing times Bit instructions Word instruction Double integer arithmetic Floating-point arithmetic | min. 0,02 µs min. 0,02 µs min. 0,02 µs min. 0,12 µs |
| Timers/Counters and their retentive characteristics Number of S7 counters / times S7-counters / times S7-counters / times | 512 / 512 remanence adjustable 0 up to 512 / 0 to 512 preset remanence Z0 .. Z7 / no remanence |
| Blocks Number of OBs Number of FBs Number of FCs | 22 1024 1024 |
| Time Real-time clock buffered Number of operating hours counter | yes 8 |
| Functionality RJ45 interfaces Type of interface / connector Number of connections | Ethernet 10/100 MBit Switch / 2 x RJ45 max. 4 |
| Ethernet communication via PG/OP Number of productive connections via PG / OP Number of productive connections NetPro S7-connections TCP-connections ISO on TCP-connections (RFC 1006) | max. 2 max. 2 BSEND, BRCV, GET, PUT, connection of active and passive data handling FETCH PASSIV, WRITE PASSIV, connection of passive data handling FETCH PASSIV, WRITE PASSIV, connection of passive data handling |
| Ethernet open communication via PG / OP Number of configurable connections ISO on TCP connections (RFC 1006) | max. 2 TSEND, TRCV, TCON, TDISCON |
| Properties RS485-Ports: MPI / PtP: DP-Master / Slave: Max. Connections/Slaves: PG / OP communikation: Transmission speed MPI / DP: DP Adressrange inputs / outputs DP Transfer range inputs / outputs per Slave PtP Transmission speed: | yes optional 32 yes 9,6 kbit/s - 12 Mbit/s max. 2 KB / max. 2 KB max. 244 Byte / max. 244 Byte 1,2 kbit/s - 115,5 kbit/s |
| WebVisu viar PG/OP Number of connections WebVisu ProtokolleWebVisu supports | max: 4 HTTP / HTTPS |
| Properties PROFINET IO controller via PG / OP Conformance Class Number of PN IO Devices Shared Device and MRP Client support Address range inputs / outputs Update time Parallel operation as controller and I-Device | PROFINET IO 8 yes max. 2 KB / max. 2 KB 1 ms .. 512 ms yes |
| Properties PROFINET I-Device via PG / OP I/O data range Update time Mode as Shared I-Device | max. 768 Byte 1 ms .. 512 ms yes |
| Management & diagnosis via PG / OP Protocols Web based diagnosis | ICMP, DCP, DHCP, LLDP / SNMP, NTP yes |
By using up to 8 peripheral modules, you can expand the internal I / O areas. The connection to the CPU is made by plugging in on the right side of the CPU.
Dimensions CPU M13C in mm
Dimensions periphery modul in mm
Dimensions extension module EM M09 in mm
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