Category: Hitachi

Suited for a wide range of applications from simple condition control to complex arithmetic operations. Introducing a super PLC that can execute ladder, HI-FLOW and C language at the same time! Ladder diagram • For high-speed control of machinery and equipment… • The industry-leading speed in ladder operation (Basic instructions : 15 ns/step-; application instructions : 45 ns/instruction-) • Large-capacity user memory area (100-k steps) • Programs are modularized accoeding to purpose by nesting C language • For information control that performs complex processing… • Compatible with C/C++ • It comes equipped with a real-time multitask OS and also performs interrupt operations • Memory with more storage area than necessary (with up to 16 M bytes of user memory) HI-FLOW • For automatic operation and process-stepping type (flow) control… • Selective branching and parallel branching (simultaneously executed at multiple routes) are both possible • Operation is smoothly checked at break points during test-running • Trouble analysis is easy thanks to real-time search and display at execution position

Improved performance (by 1.6 times) and increased With a memory size of 479K bits or 129 Kwords, S10VE boastsa ladder-bit calculation speed that is 1.6 times faster than that of S10V, and a ladder p rogram capacity t hat is 5 times that of S10V. CPU indicator An indicator on the CPU module displays the operating status. Even if you are not using the PADT, you can easily perform maintenance, guided by the errors and alarms displayed by the indicator. Ladder logic, HI-FLOW, and C programming languages A single CPU module can concurrently process programs coded in ladder logic, HI-FLOW, and C. You can also run programs linked to other programs. Elimination of the battery for programs Non-volatile memory is now used to store programs, and the power retention battery (to protect against power outages) has been eliminated. (Note that, if the watch function is used, you will need to periodically replace the watch’s battery.) Connectivity with existing systems S10VE can be connected to S10V via FL-net, optical double ring (OD.RING), or Ethernet. (For details, see the guide on replacement.) Easy replacement of the communication module The parameters set for the communication module are stored in the CPU, eliminating the need to reconfigure the parameters even if the communication module fails and needs to be replaced.

Features of S10VE Soft-Error Automatic Correction Function Soft errors can be caused by, among other things, the malfunction of memory chips due to cosmic rays. S1 0VE’s program memory and internal registers include error correction code (ECC) that automatically corrects such errors, thereby allowing operations to continue. ※The number of error bits that can be corrected depends on the memory area. Two standard Ethernet ports The CPU module is equipped with two Ethernetports,allowingitto communicate with another computer or device in addition to the PADT. You can also add ET.NET modules to increase the total number of ports o up to six ports. Migration of S10V program assets S10V programs coded in ladder logic and HI-FLOW can be migrated to S10VE by using the PADT* converter function. (For details, see the guide on replacement.)

Continued compatibility with the S10 series, with improved reliability, maintainability, and computing performance: A programmable controller that provides advanced support for manufacturing and social infrastructures • Improved reliability by way of a built-in function (error correction code) that automatically corrects soft errors • Includes a single CPU module that runs programs coded in ladder logic, HI-FLOW, and C • Equipped with two standard Ethernet ports for enhanced connectivity with computers • Eliminated the power retention battery for programs, thereby reducing the amount of required maintenance work • Continued compatibility with S10V, enabling the migration of S10V program assets and ensuring network connectivity Elimination of the battery for programs Non-volatile memory is now used to store programs, and the power retention battery (to protect against power outages) has been eliminated. (Note that, if the watch function is used, you will need to periodically replace the watch’s battery.) Connectivity with existing systems S10VE can be connected to S10V via FL-net, optical double ring (OD.RING), or Ethernet. (For details, see the guide on replacement.)

Flexible Network Management As provider of turn-key communication solutions for utility networks, Hitachi Energy knows about the importance of flexible Network Management System (NMS) solutions. Lean on-site management as well as integration of a variety of different communication devices of a utility network into an overall solution is key. With its NMS-suite (FOXMAN / FOXView) and WEB-based management approaches, all NMS requirements can be covered in a modular, customer-friendly way. Management not only addresses fibre optic equipment but also Hitachi Energy’s comprehensive range of PLC, Radio and Data-Switch solutions. Element specific management tasks can be performed either with functionality embedded in the overall NMS or by using the integrated secure WEB-server of FOX515H and a standard WEB-browser. Both methods provide full management capabilities. In the shelf-view, individual objects (ports, status indicators etc) can be clicked to retrieve additional information or to configure features of the concerned item.

FOX-family of utility proven communication solutions.

FOX515H is positioned as high-end Next Generation backbone multiplexer

complementing the portfolio of FOX access multiplexers like:

• FOX515: Powerful Utility Access-MUX with trunk-capacity up to STM-4 providing

a wide range of user interfaces for legacy, data and voice. Integrated teleprotection

and C37.94 functionalities are just a few of its utility specific features.

• FOX505: Smart and space-efficient Utility Access-MUX with

trunk-capacity up to STM-1 and the full range of user interfaces required for typical

utility applications. FOX505 provides along with traditional services a rich set of

LANfeatures including TDM-circuit emulation over LAN.

FOX515H is a highly scalable device, which allows growing backbone capacities from

STM-1 up to STM-64 for the transport of TDM- as well as of Ethernet-traffic.

This very compact FOX-device (9U high only) provides extensive protection mechanisms

such as HW-protection for MPU and tributaries (two groups 1:N, N=1-5) and the full set

of traffic protection methods like MSP, SNCP and/or 2 / 4-fiber MS-SPring for SDH-connections.

The robust mechanical and EMC-design including the distributed power supply concept of

FOX515H are optimized to cope with harsh environments typical for utility applications.

The mechanical, electrical and EMC / safety performance of FOX515H is fully type-tested

by an independent, certified Swiss Test-lab.

FOX515H is a highly scalable device, which allows growing backbone capacities from

STM-1 up to STM-64 for the transport of TDM- as well as of Ethernet-traffic.

This very compact FOX-device (9U high only) provides extensive protection mechanisms

such as HW-protection for MPU and tributaries (two groups 1:N, N=1-5) and the full set

of traffic protection methods like MSP, SNCP and/or 2 / 4-fiber MS-SPring for SDH-connections.

The robust mechanical and EMC-design including the distributed power supply concept of

FOX515H are optimized to cope with harsh environments typical for utility applications.

The mechanical, electrical and EMC / safety performance of FOX515H is fully type-tested

by an independent, certified Swiss Test-lab.

Most interfaces are provided with multirate SFP/XFP cages enabling each individual port to

have a different configuration with a wide variety of optical wave-lengths for WDM,

connectors and available ranges. The integrated space-optimized optical boosters and

amplifiers meet the frequent utility requirement for long, repeater less spans.

FOX515H offers various types of Main Processing Units (MPUs), comprising the system-controller,

the clock & synchronization functionality and a non-blocking cross-connect (DXC).

For efficient network design and traffic grooming, the DXC even allows to cross-connect at DS0

(64kbps) level. If equipped redundantly, the hot swappable MPU’s work in main/ standby protection

mode.

Hitachi Energy’s FOX515H is a state-of-art utility multiplexer, scalable from DS0 up to multiple STM-64. The FOX515H supports multiple rings for capacities up to STM-64. and Ethernet over SDH for pushing packet data over TDM fibers. Its non-blocking DXC’s allow traffic grooming at 64kbps-level as well as cross-connecting at VC-12/VC-3/ VC-4. Key highlights • Highly scalable • Compact and robust design • Extensive protection mechanisms The integrated space-optimized optical boosters and amplifiers meet the frequent utility requirement for long, repeater less spans. FOX515H offers various types of Main Processing Units (MPUs), comprising the system-controller, the clock & synchronization functionality and a non-blocking cross-connect (DXC). For efficient network design and traffic grooming, the DXC even allows to cross-connect at DS0 (64kbps) level. If equipped redundantly, the hot swappable MPU’s work in main/ standby protection mode.

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FOX515H is a highly scalable device, which allows growing backbone capacities

from STM-1 up to STM-64 for the transport of TDM- as well as of Ethernet-traffic.

This very compact FOX-device provides extensive protection mechanisms such as

HW-protection for MPU and tributaries (two groups 1:N, N=1-5) and the full set

of traffic protection methods like MSP, SNCP and/or 2 / 4-fiber MS-SPring for

SDH-connections.

The fully redundant network element supports all SDH-traffic protection schemes

including 2/4-fibre MS-Spring. All optical ports are XFP / SFP based.

Fully integrated and managed boosters / preamplifiers / equalizers enable highly

flexible and reliable long-haul connections, without the need for additional external

devices. The robust mechanical and EMC-design including the distributed power

supply concept of FOX515H are optimized to cope with harsh environments which

are typical for utility applications. The mechanical, electrical and EMC / safety

performance of FOX515H is fully type-tested by an independent, certified Swiss

Test-lab. Most interfaces are provided with multirate SFP/XFP cages enabling each

individual port to have a different configuration with a wide variety of optical

wave-lengths for WDM, connectors and available ranges.

The integrated space-optimized optical boosters and amplifiers meet the frequent

utility requirement for long, repeater less spans.

FOX515H offers various types of Main Processing Units (MPUs), comprising the

system-controller, the clock & synchronization functionality and a non-blocking

cross-connect (DXC). For efficient network design and traffic grooming,

the DXC even allows to cross-connect at DS0 (64kbps) level.

If equipped redundantly, the hot swappable MPU’s work in main/ standby protection mode.

Additional benefits: • Cost-efficient solution with a comprehensive feature set ideal for the first mile and access applications • Stepwise introduction of Ethernet/MPLS-TP based applications in operational networks • Secured data traffic in packet-switched networks • Reliable data transport under any network circumstance • Time and phase synchronization through the WAN • Utility-grade design with fanless operation for deployment in harsh environments • Fully interoperable with FOX family Features • Full support for native Ethernet and MPLS-TP • Full synchronization solution according to IEEE1588v2 / SyncE • Different types of clock in/out • Complete circuit emulation solutions based on SAToP • L2 based secured transmission on at least two trunk lines (authentication & full/partial encryption) • MTBF > 20 years • High-temperature temperature • Flexible connectivity: 8x GBE ports (4 el. + 4 SFP & 4 el. wherefrom two with PoE highly desirable (2x 15W)) 4x E1 ports 4x 64 kbit/s 4x RS-232 / RS485 ToD, BITS, 1 PPS, 1.5/2/10MHz Sync Interfaces Alarm and management interfaces • Redundant power supply (-48VDC) • Combination of MPLS-TP (network side) and traditional interfaces (user side) in one device