PLCs
: S10V : Programmable Controller S10V/S10mini
PLCs
: S10V : Programmable Controller S10V/S10mini
S10Mini SeriesThe new S10Mini has much to offer new users, as well as upgrade opportunities for existing S10/2 and S10/4 users.
This advanced Programmable Controller Systems plays an essential role in computer-integrated manufacturing (CIM) systems.
S10V
SeriesThe S10V executes flowchart language and C language simultaneously.
The S10V is the latest evolution of the legendary S10 Systems with many exciting new features.
Features (common to both systems):
Supports ladder diagrams, HI-FLOW, and C programming language.
Real-time multitasking OS, Compact PMS, is standard with the S10mini.
Supports open networks: General networks, Ethernet, FL-net, JPCN-1 and DeviceNet, as well as supporting autonomous distributed communications NX.
User-programs are compatible with those used with Hitachi S10/2a series.
Improved reliability and maintainability.
Compact and space-saving design (1/3 that of the S10/2a series).
Capable of controlling 8,192 inputs/outputs.
8-digit indicator: displays the system software version, date/time, CPU status, or error messages.
Includes remote I/O as standard.
User memory expandable up to 4MB.
Allows a mix of optional and I/O modules.
A choice of 32 or 64 point digital I/O modules.
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S10Mini |
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Power Source Module (S10V, S10mini common use)
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CPU module (S10V exclusive use)
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CPU Module (S10mini exclusive use)
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● Real time multitasking OS “CPMS” standard loading. ● Ladder figure largest 28k step, to expansion storage maximum 4M byte open-ended. ● Indicating present CPU work circumstance with 8 column indicator which is easy to understand. ● Remote I/O standard equipment. ‡ It can mount expansion storage and communication module on only CPU unit. ‡ As for mounting the expansion storage and the communication module please make left justify. ‡ Please do not mount I/O module between expansion storage or communication module and CPU module. |
Communication Module (CPU option: S10V, S10mini common use)
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I/O Station Slave Module (S10V, S10mini common use)
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I/O module (S10V, S10mini common use)
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Programming software (DOS/V machine correspondence Windows (R) 2000/XP (Professional) edition) (S10V exclusive use)
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Recommended Software (Commercial Item)
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| Downloadable Manuals and Technical Information on the S10mini. | S10mini.mht
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| S10_CPU
Manual This manual explains how to handle basic component modules of the S10mini, such as CPUs, power supplies, mount bases, memory modules, and so forth. |
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S10/2 ,
S10/4
and S10miniOutlining of the software package, information on planning your hardware, what to do before purchasing, and more. |
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| S10_CPU
LINK Manual This hardware manual is on the optional S10mini CPU LINK Module. The CPU LINK Module is used to transfer I/O image data between CPUs. |
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| S10
D.NET Hardware Manual The D.NET module (model: LQE070, LQE170, LQE175) conforms to the DeviceNet (*1) standard and performs data communication with various types of devices for DeviceNet connected to the network as a master module, peer module, or slave module depending on the setting. (See example under D.Station) (*1) DeviceNet is a trademark of ODVA (Open Device Vendors Association) |
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| S10
D.Station Hardware Manual System configuration of the D.Station is shown below. The D.Station module (Model LQS070) connects to a network that meets the standard and communicates data between master stations (D.NET module, etc.). See Picture |
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| S10
ET.NET Hardware Manual The ET.NET module (LQE020) is connected to a local area network conforming to the IEEE802.3 specifications, and performs data communication by the TCP/IP or UDP/IP protocol. |
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| S10
FL.NET Hardware Manual The FL.NET module (LQE000) functions as an Open FA (factory automation) network that is standardized by the Japan FA Open System Promotion Group (JOP) of the Manufacturing Science and Technology Center, which is an organization affiliated to the Ministry of International Trade and Industry. As shown below, this network can interconnect programmable controller (PLCs), computer numerical control (CNC) devices, and various other factory automation controller and personal computers of many different brands to exercise control and monitoring functions. See Picture |
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| S10
I/O Modules Hardware Manual The essential guide to S10mini hardware. The manual covers everything from the mounting base and power supply, up through the various digital, analog, and special function modules. |
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| S10
IR.LINK Hardware Manual This Hardware Manual addresses the IR.LINK module (type LQE046). The IR.LINK works in conjunction with the IR.Station module (LQS021). The IR.LINK communicates digital or analog data with the IR.Station, and supports a function that starts up a task upon the detection of a change in digital input. |
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| S10
OD.RING Hardware Manual The OD.RING module (LQE010/LQE015) shares data by performing memory transfer between CPUs. For I/O data, the maximum data sharing size is 4,096 points. For word data, the size is 4,096 words. |
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RS-232C Hardware Manual The RS-232C module (model LQE060) conforms to the EIA RS-232C specifications and provides asynchronous or H-7338 protocol data communications. |
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RS-232C/422 Hardware Manual The RS-232C module (Model: LQE160) and the RS-422 module (Model: LQE165) execute date communication under a free-running protocol or under the H-7338 protocol pursuant to the EIA RS-232C/RS-422 specifications. |
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| S10 OPT.D-NET
Hardware Manual The following shows an example of the Optical Adapter system configuration. The Optical Adapter (model HPC-8500) is a device that enables connection of a DeviceNet network by using optical cable. This device is intended to make the DeviceNet network connectable by optical cable, but can also connect a CAN-only network by optical cable. Therefore, "DeviceNet" means "DeviceNet or CAN" in the following descriptions. See Picture |
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SV.LINK Hardware Manual The SV.LINK module (Model LQE021) is used in conjunction with the MELSEC A Series sequencer or motion controller from Mitsubishi Electric Corp. to exercise the high-speed I/O communication function on a peer-to-peer basis. The high-speed I/O communication function is exercised to rapidly exchange I/O data between the S10mini and the MELSEC device over an IEEE802.3-compliant physical line by using the UDP/IP protocol. |
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| S10mini: For first time users of the S10mini series. | S10miniFIRSTTIMEPLANNINGGUIDE.pdf 1299 Kbytes |
| S10/2
and S10/4:
Planning guide for upgrading/ replacing your S10/2
or S10/4
with the new S10mini. |
989 Kbytes |
TopEach S10mini/S10V provides both sequence and computer
control:
Compact PMS (Compact Process Monitor System) is an operating system that adds multitasking and real-time capabilities to sequence control features Using the CPMS
allows you to fully utilize the S10mini for control purposes as a true personal computer.
Pseudo Multitasking:
At power up, the initial task is activated, after which it activates required tasks. They are executed in decreasing order of priority. If, while a task is being executed, a request to run a task assigned a higher priority is submitted, control is passed to that task and the current task is suspended. When the reason for suspension has disappeared (e.g. when processing of a task having a higher priority has been completed), the suspended task is restarted. From a macroscopic standpoint, it appears that multiple tasks are being performed simultaneously.
Real-time processing:
If a task with a higher priority is activated by an external interrupt during execution of a task, control is immediately passed to that task and the current task is suspended
until it is completed.
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