Connecting of the Batteries to the Power-Supply

© MBS / February 2012 1 / 22 LE-800885.00-DTS Sales Manual

Distributed Time System DTS

Sales Manual


Content

1 Scope of Document 3

2 Integrated Solution for Time Systems and Clocks 4 2.1 Layout 4 2.2 Application Area (Applications, Projects) 4 2.3 Key Features / Advantages (USP) 5

3 Integrated Solution for Time Reference 6 3.1 Layout 6 3.2 Application Area (Applications, Projects) 6 3.3 Key Features / Advantages (USP) 7

4 DTS 4801.masterclock 8 4.1 Application Area (Applications, Projects) 8 4.2 Key Features / Advantages (USP) 8

5 DTS 4802.masterclock 10 5.1 Application Area (Applications, Projects) 10 5.2 Key Features / Advantages 10

6 DTS 4135.timeserver 12 6.1 Application Area (Applications, Projects) 12 6.2 Key Features / Advantages 12

7 DTS 4136.timeserver 14 7.1 Application Area (Applications, Projects) 14 7.2 Key Features / Advantages 14

8 NBU 190 16 8.1 Application Area (Applications, Projects) 16 8.2 Key Features / Advantages 16

9 SEN 40 / SEM 40 18 9.1 Application Area (Applications, Projects) 18 9.2 Key Features / Advantages 18

10 MOBA NMS 20 10.1 Application Area (Applications, Projects) 20 10.2 Key Features / Advantages 20


1 Scope of Document

The sales manual for distributed time systems is a comprehensive document pointing out the advantages and key performance features of the Distributed Time System product family. It lists the technical key features of the different products and transforms them into handy arguments to promote the DTS solution. The sales manual shall be used by sales staff, consultants, planners, engineers, etc. to praise the DTS products to a (potential) customer in a non-technical approach. Chapter 2 contains the layout and description of an integrated solution for time system and clocks which is meant to display the time. Chapter 3 is dedicated to an integrated solution for a time reference system. Time references from MOBATIME master clocks guarantee that controlling and monitoring networks and the devices and instruments linked to them proceed in exact lockstep with one another. From chapter 4 to 10 the main products of a Distributed Time System are described. Each chapter consists of an application area which shows the different fields and projects in which the solutions or products can be applied. Furthermore, a table with key features and advantages (USP) is included in each chapter. For further information regarding the Distributed Time System and its related products please refer to the following websites: Technology: http://www.mobatime.com/technology/core-technologies/time-over-ethernet.html Products: http://www.mobatime.com/products.html

http://www.mobatime.com/technology/core-technologies/time-over-ethernet.html

http://www.mobatime.com/products.html


2 Integrated Solution for Time Systems and Clocks

2.1 Layout

2.2 Application Area (Applications, Projects)

Applications: Schools, hospitals, universities, public buildings, industrial buildings, etc. o Master clock for small and medium installations with MOBALine and impulse clocks in the

field of time systems and clocks. o Master clock for time systems and clocks with NTP time code o Master clock for time systems and clocks with NTP time code and MOBALine or impulse

clocks. o Master clock to synchronize NTP-clients such as CCTV, access control, PC, etc.

Applications: Railways, metros, airports: o Master clock for time systems and clocks with slave clocks o Sub-master clock at a railway / metro station: synchronized by means of time server / mas-

ter clock at OCC


2.3 Key Features / Advantages (USP)

Key Feature Advantages (USP)

MOBA NMS as management system Central device management for all MOBATIME DTS devices and network slave clocks allows full integration of DTS-product line.

Possible management modes: installation / commissioning, operation / monitoring, maintenance, updating.

NTP for time distribution Standard protocol which allows integration of devices from other manufacturers: Standard PC, network equipment which needs time information, other NTP serv-er…

SNMP for supervision and configuration Standard protocol which allows easy inte-gration in network management systems for configuration or alarm management.

Network as communication media No additional cabling between the devices needed. Existing infrastructure can be used.

Open architecture consisting of single de-vices

Devices (functionality) e.g. MOBALine slave clock line may be placed where it is needed (no long communication lines).

Easy extension for additional functionality with integration of an additional device (master clock, time server), e.g. serial out-put, impulse line…

NTP slave clocks Simple solution to provide time information in buildings, railway stations, airports...


3 Integrated Solution for Time Reference

3.1 Layout


Application: Railways, Metros, Airports o „Master‟ DTS-device and time source in larger DTS. o The time server is installed in the Operation Control Center (OCC) and provides time codes

and pulses (NTP, IRIG, DCF, pulses, serial telegram) for master clocks at substations. o High accuracy and reliability in a redundant structure (optical link) possible.

Application: Power generation, Power distribution, Airports o The time server acts as a time reference for systems requiring accurate time e.g. monitor-

ing and controlling devices at Air Traffic Control. o High accuracy and reliability in a redundant structure (optical link) possible.




MOBA NMS as management system Central device management for all MOBATIME DTS devices and network slave clocks. Allows full integration of DTS-product line.


NTP for time distribution Standard protocol which allows integration of devices from other manufacturers: Standard PC, network equipment which needs time information, other NTP serv-er…

SNMP for supervision and configuration Standard protocol which allows easy inte-gration in network management systems for configuration or alarm management.

Network as communication media No additional cabling between the devices needed. Existing infrastructure can be used.

Open architecture consisting of single de-vices

Devices (functionality) e.g. IRIG line may be placed where it is needed (no long communication lines).

Easy extension for additional functionality with integration of an additional device (master clock, time server), e.g. new time code like IRIG-B or pulse output…

NTP slave clocks Simple solution to provide time information in buildings, railway stations, airports...

High availability and accuracy of time in-formation with redundant time servers, su-pervised multiple power supply and so-phisticated internal time management (trimmed time base)

For environments where availability of time information is important


4 DTS 4801.masterclock



field of time systems and clocks. o Master clock for time systems and clocks with NTP time code o Master clock for time systems and clocks with NTP time code and MOBALine or impulse



ter clock at OCC

Applications: Power plants, airports o Time reference in conjunction with slave clocks and / or serial or impulse synchronization

of devices



Network based Master Clock Master clock can be used as NTP-server for LAN / Ethernet

Administration with MOBA NMS Central device management for all MOBATIME DTS devices and network slave clocks allows full integration of DTS-product line.


Administration (configuration, supervision) via SNMP V2c, V3 / Telnet / SSH /serial

Master clock can be administrated and monitored on various IT-platforms and is therefore flexible enough for all sorts of environments.

One Slave Clock Line: MOBALine or im-pulse (selectable)

One clock line offers the possibility to run MOBALine or impulse clocks with the same master clock. This structure allows the management of two different time codes (with one master clock) at the same time: NTP, MOBALine or impulses. On the MOBALine the switching functions can be used.

Master clock can be used for a step-by-step transformation of a MOBALine / im-pulse time system into an NTP-system.

Complete MOBALine functionality o Time distribution, including power

supply for analog clocks and interfac-es

o Switching functions with 64 channels o 20 different time zones, e.g. for world

time clock

Full MOBALine functionality is available in combination with an NTP-server


Synchronization from DCF/GPS receiver or NTP-Server

The master clock can be used as “real” master clock with DCF/GPS synchroniza-tion or can be installed as a sub-master clock being synchronized by another NTP-server.

In case of DCF/GPS synchronization the NTP-server can serve as a backup solu-tion.

NTP-Server (broadcast, multicast, unicast) For client addressing (clocks) the three major network addressing modes are sup-ported.

Display for major parameters, such as time/date, IP-address, alarms…

Displaying and LED-indication of major parameters and status‟ is provided directly on the master clock which allows an easy handling and administration of this device.

Real-Time Clock with backup > 5d Power losses are secured with backup-system for time-keeping for more than five days.

Alarm reporting by relay contact, e-mail or SNMP traps

Three major ways for alarm reporting en-sure an alarm management which is com-pliant with various levels of IT-systems / technologies an installation might have.

4 inputs for external alarms or channel-relay activation

With up to 4 inputs the master clock can manage external alarms from e.g. another master clock or activate relays of e.g. au-tomatically sunset light illumination of a clock.

IP v6 compatible Compatible with the IP standard of the future.

USB interface for: o Configuration up- and download o Firmware update o Copying Telegram and Switching Pro-

gram files

Updating, monitoring and configuring ac-tions can be easily done by USB-stick.

Calculation of sunrise- and sunset- time in order to switch clock illumination

Fully automated management of clock illumination switching function reduces monitoring costs on customer side.


5 DTS 4802.masterclock


Compared to the DTS 4801.masterclock the DTS 4802.masterclock offers two slave clock lines with MOBALine and / or impulse.


field of time systems and clocks. o Master clock for time systems and clocks with NTP time code o Master clock for time systems and clocks with NTP time code, MOBALine and impulse



ter clock at OCC

Applications: Power plants, airports o Time reference in conjunction with slave clocks and / or serial or impulse synchronization

of devices

5.2 Key Features / Advantages


Network based Master clock Master clock can be used as NTP-server for LAN / Ethernet




Master clock can be administrated and monitored on various IT-platforms and is therefore flexible enough for all sorts of environments.

Two slave clock lines, MOBALine or im-pulse (selectable)

Two clock lines offer the possibility to run MOBALine and impulse clocks with the same master clock. This structure allows the management of three different time codes (with one master clock) at the same time: NTP, MOBALine and impulses. On the MOBALine the switching functions can be used.

Master clock can be used for step-by-step transformation of a MOBALine / impulse time system into an NTP-system.


Complete MOBALine functionality o Time distribution, including power

supply for analog clocks and interfac-es

o Switching functions with 64 channels o 20 different time zones, e.g. for world

time clock

Full MOBALine functionality is available in combination with an NTP-server

Synchronization from DCF/GPS receiver or NTP-Server

The master clock can be used a “real” master clock with DCF/GPS synchroniza-tion or can be installed as a sub-master clock being synchronized by another NTP-server.

In case of DCF/GPS synchronization NTP-server can serve as a backup solution.

NTP-Server (broadcast, multicast, unicast) For client addressing (clocks) the three major network addressing modes are sup-ported.

Display and LED-indication for major pa-rameters, such as time/date, IP-address, alarms…

Displaying and LED-indication of major parameters and status‟ is provided directly on the master clock which allows an easy handling and administration of this device.


Alarm reporting by relay contact, e-mail or SNMP traps

Three major ways for alarm reporting en-sure an alarm management which is com-pliant with various levels of IT-systems / technologies an installation might have.

Four inputs for external alarms or channel-relay activation

With up to four inputs the master clock can manage external alarms from e.g. another master clock or activate relays of e.g. au-tomatically sunset light illumination of a clock.


USB interface for: o Configuration up- and download o Firmware update o Copying Telegram and Switching Pro-

gram files

Updating, monitoring and configuring ac-tions can be done easily by USB-stick.

Calculation of sunrise- and sunset- time in order to switch clock illumination

Fully automated management of clock illumination switching function reduces monitoring costs on customer side.


6 DTS 4135.timeserver








High accurate NTP time server (broadcast, multicast, unicast)

For client addressing (clocks) the three major network addressing modes are sup-ported.

Highly accurate internal time handling faci-litates high precision e.g. for IRIG-B and pulse outputs.

In case of a loss of the external time refer-ence (e.g. GPS) the time server still pro-vides a highly accurate time signal due to its internal trimmed time base.




Time server can be administrated and mo-nitored on various IT-platforms and is therefore flexible enough for all sorts of environments.

Supports redundant operation with two DTS 4135 to achieve utmost availability

The time server is customized for time referencing in systems with high availabili-ty and redundancy demands.

Redundant and supervised power supply inputs 230V/24V or 24V/24V


No time-leaps in redundant operation dur-ing switch over (typical <1us)

The time server ensures the same time for clients and logging functionality.

Smooth time adjustment with micro steps to avoid time and phase jumps



Two IRIG lines supporting IRIG-B,IRIG-E and DCF-FSK, each line features a 50 ohm analog output as well as a digital cur-rent loop and RS422 output

The two IRIG lines allow the installation of the time server in an existing environment in which NTP shall be introduced.

IRIG-B allows the installation of the time server in an existing environment in which NTP shall be introduced.

IRIG-B is a common standard for power generation and distribution systems.

With IRIG-E and DCF-FSK the time server covers highly specialized time codes and can flexibly be used in specific customer environments of different generations.

Two DCF/Pulse/Frequency lines (Current loop and RS422)

With two DCF/Pulse/Frequency lines the time server covers highly specialized and accurate time codes and can flexibly be used in specific customer environments of different generations.

Two Serial lines supporting RS232, RS485 and RS422 (RS422 output only)

With two Serial lines the time server cov-ers highly specialized time codes and can flexibly be used in specific customer envi-ronments of different generations.

Supported synchronization sources: GPS (GPS4500), DCF, NTP and IRIG-B/AFNOR-C

The variety of synchronization sources ensures a flexible and highly accurate im-plementation of the time server in a sys-tem environment.

NTP and IRIG-B synchronization allow the installation of the time server as a sub-device.


Display and LEDs indicating current device state and time at a glance

Displaying and LED-indication of major parameters and status‟ is provided directly on the time server which allows an easy handling and administration of this device.


USB interface for configuration up and download, firmware updates and transfer-ring of telegram files



7 DTS 4136.timeserver


Compared to the DTS 4135.timeserver the DTS 4136.timeservers offers an increased accura-cy due to its oven controlled quartz of higher quality.







High accurate NTP time server (broadcast, multicast, unicast)

For client addressing (clocks) the three major network addressing modes are sup-ported.

Improved time keeping compared to DTS 4135 due to oven controlled quartz. Highly accurate internal time handling facilitates high precision e.g. IRIG-B and pulse out-puts.

In case of a loss of the external time refer-ence (e.g. GPS) the time server still pro-vides a highly accurate time signal due to its internal trimmed time base.




Time server can be administrated and mo-nitored on various IT-platforms and is therefore flexible enough for all sorts of environments.

Supports redundant operation with two DTS 4135 to achieve utmost availability


Redundant and supervised power supply inputs 230V/24V or 24V/24V


No time-leaps in redundant operation dur-ing switch over (typical <1us)


Smooth time adjustment with micro steps to avoid time and phase jumps



Two IRIG lines supporting IRIG-B,IRIG-E and DCF-FSK, each line features a 50 ohm analog output as well as a digital cur-rent loop and RS422 output

The two IRIG lines allow the installation of the time server in an existing environment in which NTP shall be introduced.

IRIG-B allows the installation of the time server in an existing environment in which NTP shall be introduced.

IRIG-B is a common standard for power generation and distribution systems.

With IRIG-E and DCF-FSK the time server covers highly specialized time codes and can flexibly be used in specific customer environments of different generations.

Two DCF/Pulse/Frequency lines (Current loop and RS422)

With two DCF/Pulse/Frequency lines the time server covers highly specialized and accurate time codes and can flexibly be used in specific customer environments of different generations.

Two Serial lines supporting RS232, RS485 and RS422 (RS422 output only)

With two serial lines the time server covers highly specialized time codes and can flex-ibly be used in specific customer environ-ments of different generations.

Supported synchronization sources: GPS (GPS4500), DCF, NTP and IRIG-B/AFNOR-C

The variety of synchronization sources ensures a flexible and highly accurate im-plementation of the time server in a sys-tem environment.

NTP and IRIG-B synchronization allow the installation of the time server as a sub-device.


Display and LEDs indicating current device state and time at a glance

Displaying and LED-indication of major parameters and status‟ is provided directly on the time server which allows an easy handling and administration of this device.


USB interface for configuration up and download, firmware updates and transfer-ring of telegram files



8 NBU 190


Applications: Railways, Metros, Airports, Power Plants, Schools, Universities, Hospitals, Public Buildings, etc. o Any kind of indoor and outdoor analog clocks up to 80cm diameter



Self-setting movement The NBU 190 movement is a self-setting movement.

Various behaviors of second hand possi-ble

By means of dip switches on the move-ment the behavior of the second hand can be chosen (60 second stop, etc.).

Up to four NTP sources The NBU 190 can follow up to four NTP time sources which ensures a high redun-dancy of the movement itself.

DHCP configuration The NBU 190 uses the DHCP configura-tion mode and is therefore fully compliant with the state-of-the-art technology in net-work management.

PoE The movement is configured and moni-tored as well as powered over the Ether-net.

Installation therefore only needs one cabl-ing respectively one network connection.

Supports unicast and multicast The NBU 190 can be addressed by both unicast and multicast

For maintenance purposes the movement can even be addressed by unicast and multicast at the same time (e.g. for multi-cast scanning of an existing unicast instal-lation).

Switches for simple configuration with mul-ticast

The dip switches allow an easy installa-tion.

Fully supported by the MOBA NMS Central device management for all MOBATIME DTS devices and network slave clocks allows full integration of DTS-product line.


SNMP V2c support for operation and alarming

The NBU 190 can be fully integrated in an existing, state-of-the-art network manage-ment system.

Local time and time zone management possible.

Each NBU 190 can be configured on local time with its integrated time zone table.

Furthermore, the movement can manage and use time zone information received from central DTS master clock or time server.


Control of up to three slave movement by one master movement.

With only one Ethernet connection four movements can by managed and con-trolled by means of cascading function.

The cascading function includes the power supply of all four movements as well.


9 SEN 40 / SEM 40


Applications: Railways, Metros, Airports, Power Plants, Schools, Universities, Hospitals, Public Buildings, etc. o Any kind of indoor and outdoor analog clocks up to 40 cm diameter



Self-setting movement The SEN 40 / SEM 40 movements are both self-setting movements.

Slim design The slim design allows the installation in clock housings of almost every dimension.

Movements with and without second hand

Various behaviors of second hand possi-ble

By means of dip switches on the move-ment the behavior of the second hand can be chosen (sweeping, stepwise, etc.).

Up to 40 cm diameter

For indoor and outdoor use

Hands can move in both direction (clock-wise and counter clockwise)

This functionality allows significantly faster season and time zone changes.

Reduced assembling time for the clocks Since the time to run to the 12 o‟clock po-sition for fitting the hands remains only a fraction of former movements the installa-tion time can be reduced.

SEN40 (NTP) only

Up to four NTP sources The SEN 40 can follow up to four NTP time sources which ensures a high redun-dancy of the movement itself.

DHCP configuration The SEN40 uses the DHCP configuration mode and is therefore fully compliant with the state-of-the-art technology in network management.

PoE The movement is configured and moni-tored as well as powered over the Ether-net.

Installation therefore only needs one cabl-ing respectively one network connection.

Supports unicast and multicast The SEN 40 can be addressed by both unicast and multicast

For maintenance purposes the movement can even be addressed by unicast and multicast at the same time (e.g. for multi-cast scanning of an existing unicast instal-lation).

Switches for simple configuration with mul-ticast

The dip switches allow an easy installa-tion.

Fully supported by the MOBA NMS Central device management for all MOBATIME DTS devices and network slave clocks allows full integration of DTS-product line.



SNMP V2c support for operation and alarming

The SEN40 can be fully integrated in an existing, state-of-the-art network manage-ment system.

Local time and time zone management possible.

Each NBU 190 can be configured on local time with its integrated time zone table.

Furthermore, the movement can manage and use time zone information received from central DTS master clock or time server.

Control of up to one slave movement by one master movement.

With only one Ethernet connection two movements can by managed and con-trolled by means of cascading function.

The cascading function includes the power supply of all movements as well.

SEM 40 (MOBALine) only

Support of world time clocks (configurable via dip switches)

MOBALine can provide up to 20 world time zones from a master clock to the SEM 40 movement without any interface in-between.


10 MOBA NMS


MOBA NMS is applied for the management of time systems and clocks as well as time refer-ence devices.

Management includes installation / commissioning, operation / monitoring, maintenance, up-dating.

Variety of installations: management from one single device (e.g. one slave clock) up to so-phisticated network installations with more than one thousand devices such as time servers, master clocks and slave clocks.



Central device management for all MOBATIME network devices o Analog and digital clocks o DTS-devices: time servers, master

clocks

One single, integrated software solution for the management of all devices of a time distribution system with DTS-products (time server, master clocks) and slave clocks.

Management includes installation / com-missioning, operation / monitoring, main-tenance, updating.

Support for more than 1000 devices with one software solution

Easy scalable system which covers the requirements of a small installation as well as large and complex time distribution sys-tems with numerous devices.

Device auto detection With one click the administrator can scan the whole time system and detect all slave clocks and DTS-devices.

If necessary the scanning function can be customized and focused on e.g. only a range of IP-addresses or chosen devices such as slave clocks with NBU 190.

The scanned devices are listed in MOBA NMS and can be arranged for convenient management and administration.

Group devices to logical units for easier management and group functions

The grouping function allows an exact mapping of the DTS-devices and slave clocks according to the installation in reali-ty (e.g. group slave clocks for each differ-ent platform, room, etc.) or the logical de-mands of the administrator.

Unicast and multicast support MOBA NMS supports the major network addressing modes.

Network monitoring features: o NTP monitor (multicast) o Time zone packets monitor (multicast) o Device status monitor (unicast / multi-

cast)

At commissioning and troubleshooting MOBA NMS offers different ways to eva-luate and ensure correct functionality and availability of DTS-devices and slave clocks in the time system.

Time zone editor The MOBA NMS administrator on his own can update and adjust time zones accord-ing to local needs. Provision of time zone updates from supplier is no longer neces-sary.


Integrated user management MOBA NMS is a password protected soft-ware platform to which different users (administrators) can have access.

The different users can be assigned vari-ous levels of rights to use MOBA NMS.

Java-based framework Due to its Java-based framework MOBA NMS is completely operating system inde-pendent.

Plug-In architecture MOBA NMS consists of a basic framework which can be extended by all sorts of Plug-Ins.

This Plug-Ins allows the implementation of actual and future network devices (time server, master clocks, and different slave clocks).

In addition updates of the Plug-Ins can provide new features and functionality.

Self update feature (online) Updates for the MOBA NMS are provided in a state-of-the-art procedure and access-ible in an easy way

MOBA NMS scans supplier resources for available updates and suggest installa-tions.

Update of installation is done automatical-ly.

Online-help State-of-the-art online help

German and English language support

Comparison MOBA NMS and web-based solutions:

MOBA NMS Web-based solution

MOBA NMS communicates over the network as well but with different protocols and acts therefore like a web interface.

Each device (clock) has a web server (HTTP server) that answers to requests on port 80. (The configuration is done over a web browser like the Internet Explorer, Firefox, Google Chrome, etc.)

Manage multiple devices (>1‟000) of same or different type at the same time.

There can be only one device configured in the web browser window.

Auto scan possibility for all devices (e.g. for the first installation).

No device scans possible.

A name can be set for each device. The IP address must not be known for the manage-ment.

IP address or DNS name must be known to connect to the web interface. The DNS name has to be assigned by a DNS system (DNS server) and must be configured by a network administrator.


Advanced device management:

Create logical device groups (e.g. for each building, floor, room, etc.)

Monitor one or multiple device groups

No advanced management or monitoring possible.

Management of an entire clock system poss-ible: Master clocks and time servers can be inte-grated and managed with MOBA NMS.

No management of clock systems possible. Configure each device individual.

Unicast and multicast communication. Multicast provides great advantages for the configuration and causes less network load.

Unicast only.

Operating system independent (JAVA) Compatibility problems with different web browsers.

Supervision possible. No supervision possible.

Additional features:

NTP and time zone packets monitoring

Time zone table editor

Extendable by plug-ins

No additional features possible because each device is independent.

Parallel firmware update Updates have to be done for each device manually. (Takes much more time)

Security: Own communication protocol Integrated user management Different user access levels (write / read only)

Open protocol

Security must be implemented on each device

Username and password have to be configured on each device! (Protocol is still open.)

Log functions for error analysis No log functions available

Integration in an external supervision system possible. (External system opens MOBA NMS.)

Integration in an external supervision system possible. (External system opens web browser with device IP.)

Connecting of the Batteries to the Power-Supply

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