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UZ-BMC-NET – 19“ BMC Network module

Details Productsheet PDF Request Product
  • Master clock acts as NTP time server in TCP/IP network
  • NTP in Broadcast mode: Master clock sends time to all network clients, which supports Broadcast mode
  • NTP in Multicast mode: Master clock sends time to all Multicast group participants in network (lesser network load than at Broadcast)
  • NTP in Unicast mode: Network client receives time through request via adjusted IP address of server
  • Master clock is NTP client in TCP/IP network
  • automatic synchronisation of the 19“ BMC master clock via bus at every second
  • Control of all bus modules (19“ master clock and line modules)
  • Time interval of server request in synchronised (1 to 9999 h) and unsynchronised status (1 to 9999 s) adjustable
  • Integrated web server for remote control of BMC systems via internet browser (http)
  • Integrated web server for configuration of module parameters via internet browser (http)
  • Adjustment of all master clock parameters via PC, e.g. also programming of switching programs
  • Ethernet RJ45 connector for TCP/IP network (100baseT Ethernet)
  • Schauer RS485 bus for data communication to BMC systems
  • Alarm input with optocoupler
  • Bus supervision and alarm signalisation via e-mail (SMTP) at bus failure, synchronisation, short-circuit on BMC slave line and short-circuit on slave lines of external line module
  • Optional supervision of alarm input: Does not apply 24 V DC on input, an alarm message by e-mail will be sent
  • LED’s on front cover (POWER, LAN-Activity, Time Code, DCF)

Technical data:

  • Power supply: 24 V DC
  • Power consumption: 1 Watt type
  • Ambient temperature: -25 °C bis +60 °C
  • Relative humidity: max. 85% (non-condensing)

Mounting

  • 19“ rack: 3 HE / 8 TE
  • Front cover: Aluminium nature anodised
  • Male multipoint connector: DIN 41612 type D

UZ-BMC-LINIE2/19 – 19“ line module for clock central

Details Productsheet PDF Request Product
  • Two independent slave clock lines
  • 1 A output current for each line
  • 24 V DC operating voltage
  • 24 V DC output voltage
  • Connection of 100 impulse controlled slave clocks time code controlled slave clocks per line
  • Impulse-pause-rate programmable
  • Adjustable parameters:
  • Type of slave line: minute- or second line or time code line for self-correcting clocks
  • Movement: 12 hours, 24 hours, weekday or date wise
  • Electronic short circuit protection
  • Automatic adjustment of slave clock lines after power failure, short circuit and open circuit by electronic pulse storage
  • Pre-programmable or automatic summer/winter time change
  • Digital LCD display with two rows
  • Programming with menu via digital display

Synchronisation by:

  • DCF-77 signal (for time and summer/winter time change)
  • GPS system (for time and summer/winter time change)
  • line signal (minutes, ½-minutes or seconds)
  • Wire based DCF-77 signal
  • Accuracy +/- 0,1 sec./day (unless synchronised externally)
  • LED display per line for:
  • Even or uneven minutes, ½-minutes or seconds
  • Status of electronical pulse storage
  • Stop of line output
  • Short circuit of line output
  • Open circuit of line output
  • Selftest status after reset
  • Current consumption: standby current <50 mA + load current

Mounting

  • 19“ case: 3 HE / 21 TE
  • Front cover: Aluminium nature anodised
  • Last: DIN41612 type D

UZ-BMC-I104/19 – 19“ Master Clock

Details Productsheet PDF Request Product
  • 24 V DC supply voltage
  • 24 V DC output voltage
  • 0.4 A line current
  • Connection of up to 40 slave clocks or self-correcting time code slave clocks (analogue and digital ones)
  • Asynchronous balance mode of pulse driven clocks and time code driven ones on the same line possible
  • Impulse/Break rate programmable
  • Line parameter adjustable:
  • Line type: minutes-, ½ minutes- and second impulse line or time code line for self-correcting slave clocks (analogue and digital ones)
  • Movement: 12 hours, 24 hours, digital weekday- and date movements
  • Electronic short circuit protection
  • Automatic adjustment of slave clocks after mains failure or short circuit of the line through electronic impulse memory for min. 5 years
  • Pre-programmed or automatic change of daylight saving times
  • Two-lined digital crystal display (LCD) with digit height of 4.35 mm
  • Standard display shows master clock time in hours, minutes and seconds, daylight saving time, day, month, year, synchronisation reception, day of week, line stop, short circuit of the line output, status of relays
  • Menu guided programming
  • LED display for line signal, relay status and faults
  • RS 485 – bus for possible module amplification
  • Synchronisation possible through DCF-77 antenna or GPS receiving system
  • DCF quality indication in menu, for display of last synchronisation date
  • Accuracy +/- 0.1 seconds per day (without external synchronisation)
  • Power consumption: closed current <70 mA without relay and external load

Signal outputs

  • Four independent potential free switching outputs
  • Contact rating max. 1 A, 250 V AC
  • Relays manual adjustable
  • Free programming day and week programs
  • Programmable holiday calendar
  • Switching commands ON/OFF and TIMER (1-99 sec. adjustable) for every second programmable and manually
  • Each output programmable as alarm contact
  • Fault 1: DCF synchronisation defective (adjustable between 0…99 hours) or
  • Fault 2: Line short-circuit
  • Alarm message resettable automatically or manually

Mounting

  • 19“ case: 3 HE / 21 TE
  • Front cover: Aluminium nature anodised
  • Last: DIN 41612 type M (24+7)

Options:

  • UZ-BMC-LINIE2/19: 19“ line module, 24 VDC supply voltage, two slave clock lines 1 A each, 21 TE
  • UZ-BMC-NGxx: 19“ power supply unit 230 V / 24 V (power and dimensions depend on system configuration)
  • UZ-BMC-NET: 19“ BMC network module, 8TE, 24VDC, NTP Server- or NTP Client function, web server for remote control and configuration, alarm message per e-mail
  • UZ-ET: 19“ rack
  • DCF-ANT02: DCF-77 radio synchronisation antenna
  • GPS-ANT8: GPS synchronisation antenna with DCF output

HUR5201NET – 19“ master clock with Ethernet interface

Details Productsheet PDF Request Product
  • This master clock provides the time synchronisation solution for complete systems of equipment including computer networks, CCTV security, voice recording, industrial process control, CCC and many other applications requiring accurate time synchronisation.
  • Standard available with GPS, MSF, DCF and NTP synchronisation inputs
  • This master clock series is fitted with a 10/100Base-T Ethernet interface to allow the unit to act as NTP time server on a TCP/IP network
  • All master clocks are supplied as standard with one serial RS232 / RS485 serial ASCII Time and Date output
  • The master clock has one new zCode digital and analogue clock output
  • The output can be user programmed to transmit w482 time code for digital clock of series 400, Active MSF, Active DCF or 24 V Alternate polarity impulses as required by the connected digital and analogue clocks

Features and functions

  • High visibility 6 digit display with 6m viewing distance
  • Display and time code output messages can be referenced to UTC or ‘Local’ time
  • ‘Set Once’ local time zone setup, automatically calculating future time zone changes for local time zone

Timing accuracy

  • Standard integrated TCXO module (temperature stabilised oscillator)
  • Unsynchronised operation: 0.1 s/day at 0…45 ºC
  • With optional TCXOHQ module fitted: Unsynchronised operation 0.01 s/day at 0…45 ºC
  • Locked to MSF or DCF: within 30 ms of UTC
  • Locked to GPS: within 50 ?s of UTC

Standard Synchronisation Interfaces

  • Standard Synchronisation interface allows synchronisation from external GPS-ANT1HS receiver or R4-DCF radio receiver
  • RS232 Serial input, allowing time synchronisation from various standard serial time codes
  • NTP/SNTP synchronisation from remote NTP time server located on TCP/IP network

Standard Output Interfaces

  • One zCode digital and analogue clock synchronisation output
  • the output is programmable for w482, Active MSF, Active DCF and 24V Alternate Polarity Impulses
  • Supports up to 50 of series 400 digital clocks and time zone displays in w482 time code mode
  • In 24V alternate polarity impulse mode, the output is programmable for one second, half minute or one minute impulses
  • the impulse output is rated for 500mA load
  • RS232/RS485 serial interface
  • 300-19200 Baud, 7/8 data bits, odd/even/no parity
  • User selectable output from over 80 predefined data formats for specific CCTV and embedded equipment
  • High accuracy 1 pulse per second output at RS232 levels

10/100Base-T Ethernet interface

  • Master Clock is supplied fitted with a 10/100Base-T Ethernet interface which allows them to act as a time server on a TCP/IP network
  • The network interface supports the following protocols:
  • NTP: Network Time Protocol (NTP) v2, v3 and v4 clients are supported in both unicast and broadcast modes of operation (RFC1305 & RFC1119)
  • SNTP: Simple Network Time Protocol (SNTP) v3 and v4 clients are supported in both unicast and broadcast modes of operation (RFC2030 & RFC1769)
  • TIME: TIME protocol (RFC868) is supported in UDP and TCP mode
  • DAYTIME: DAYTIME protocol (RFC867) is support in UDP and TCP mode

Technical data:

  • Power supply: 110…240 V AC, 50/60 Hz
  • Power consumption: < 0.4 A @ 230 V AC
  • Battery backup: >1 year (The battery backup maintains the internal time count during periods of mains failure)
  • Case: 1u high 19” rack wide 483 mm x deep 185 mm x high 44 mm
  • Weight: 2.8 kg
  • Operating temperature: 0 … 50 ºC
  • Relative Humidity: 0 % to 90 % (non-condensing)
  • Altitude: 0 to 3.000 m
  • MTBF: > 50,000 hours
  • Electromagnetic Compatibility & Safety:
  • Master clock when used in accordance with our recommendations, complies with the European Community Electromagnetic Compatibility Directive 2004/108/EC and Low Voltage Directive 2006/95/EC and conforms to the following standards:
  • EN 61000-6-1: 2007
  • EN 61000-6-3: 2007
  • EN 60950-1: 2006
  • EN 61000-6-2: 2005

Options:

  • GPS-ANT1HS: GPS synchronisation system
  • R4-DCF: DCF77 radio synchronisation system
  • SYNC2: Second synchronisation interface to give dual redundant functionality Allows synchronisation from second external GPS-ANT1HS or
  • R4-DCF radio receiver
  • IRIGIN: Allows unit to synchronise to externally generated 1KHz Amplitude Modulated IRIG-B signal
  • OPTIN: Optical input, allows unit to synchronise to various optically connected time codes.
  • ST Fiber Optic connectors - 62.5/125um
  • AFOUT: Dual audio time code outputs. Each output user selectable for 25fps
  • EBU LTC time code or 1KHz Amplitude modulated IRIG-B time code
  • OPTOUT: Dual Fiber Optic output. Can be configured to output demodulated IRIG-B, EBU or Serial ASCII data.
  • ST Fiber Optic connectors - 62.5/125um
  • SER23: Dual RS232/RS485 serial output option.
  • 300-19200 Baud, 7/8 data bits, odd/even/no parity.
  • User selectable output from over 80 predefined serial messages.
  • The master clock can have a maximum of 3 serial ports, but multiple SER23 modules can still be fitted to the same master clock to provide
  • additional buffered outputs for ports 2 and 3.
  • Dual DB9 connection. Please note that the SER23 module takes up two adjacent slots when fitted
  • RELAY: Dual 230V mains AC relays for periodic, signalling of error conditions and control of third party equipment
  • PPS110: Dual High Voltage PPS periodic outputs rated at 110 V DC
  • DEMOUT: Demodulated time code output. 4 mirrored logic level outputs. Each module can be user configured to output demodulated IRIG-B, MSF or DCF time codes or a PPS / other user selectable periodic signals
  • DUALAC: Dual redundant 110…230 V 50/60 Hz mains AC power supply option
  • Ethernet redundancy: Master clock versions which are fitted with dual 10/100Base-T
  • Ethernet interfaces to provide additional system redundancy

HUR5200NET-IMP – 19“ master clock with Ethernet interface and dual impulse output

Details Productsheet PDF Request Product
  • This master clock provides the time synchronisation solution for complete systems of equipment including computer networks, CCTV security, voice recording, industrial process control, CCC and many other applications requiring accurate time synchronisation.
  • Standard available with GPS, MSF, DCF and NTP synchronisation inputs
  • This master clock series is fitted with a 10/100Base-T Ethernet interface to allow the unit to act as NTP time server on a TCP/IP network
  • All master clocks are supplied as standard with one serial RS232 / RS485 serial ASCII Time and Date output
  • The master clock has two new zCode digital and analogue clock outputs
  • Each output can be user programmed to transmit w482 time code for digital clock of series 400, Active MSF, Active DCF or 24 V Alternate polarity impulses as required by the connected digital and analogue clocks

Features and functions

  • High visibility 6 digit display with 6m viewing distance
  • Display and time code output messages can be referenced to UTC or ‘Local’ time
  • ‘Set Once’ local time zone setup, automatically calculating future time zone changes for local time zone

Timing accuracy

  • Standard integrated TCXO module (temperature stabilised oscillator)
  • Unsynchronised operation: 0.1 s/day at 0…45 ºC
  • With optional TCXOHQ module fitted: Unsynchronised operation 0.01 s/day at 0…45 ºC
  • Locked to MSF or DCF: within 30 ms of UTC
  • Locked to GPS: within 50 ?s of UTC

Standard Synchronisation Interfaces

  • Standard Synchronisation interface allows synchronisation from external GPS-ANT1HS receiver or R4-DCF radio receiver
  • RS232 Serial input, allowing time synchronisation from various standard serial time codes
  • NTP/SNTP synchronisation from remote NTP time server located on TCP/IP network

Standard Output Interfaces

  • Two zCode digital and analogue clock synchronisation outputs
  • Each output programmable for w482, Active MSF, Active DCF and 24V Alternate Polarity Impulses
  • Supports up to 100 of series 400 digital clocks and time zone displays in w482 time code mode
  • In 24V alternate polarity impulse mode, each output programmable for one second, half minute or one minute impulses
  • Each impulse output rated for 500mA load
  • RS232/RS485 serial interface
  • 300-19200 Baud, 7/8 data bits, odd/even/no parity
  • User selectable output from over 80 predefined data formats for specific CCTV and embedded equipment
  • High accuracy 1 pulse per second output at RS232 levels

10/100Base-T Ethernet interface

  • Master Clock is supplied fitted with a 10/100Base-T Ethernet interface which allows them to act as a time server on a TCP/IP network
  • The network interface supports the following protocols:
  • NTP: Network Time Protocol (NTP) v2, v3 and v4 clients are supported in both unicast and broadcast modes of operation (RFC1305 & RFC1119)
  • SNTP: Simple Network Time Protocol (SNTP) v3 and v4 clients are supported in both unicast and broadcast modes of operation (RFC2030 & RFC1769)
  • TIME: TIME protocol (RFC868) is supported in UDP and TCP mode
  • DAYTIME: DAYTIME protocol (RFC867) is support in UDP and TCP mode

Technical data:

  • Power supply: 110…240 V AC, 50/60 Hz
  • Power consumption: < 0.4 A @ 230 V AC
  • Battery backup: >1 year (The battery backup maintains the internal time count during periods of mains failure)
  • Case: 1u high 19” rack wide 483 mm x deep 185 mm x high 44 mm
  • Weight: 2.8 kg
  • Operating temperature: 0 … 50 ºC
  • Relative Humidity: 0 % to 90 % (non-condensing)
  • Altitude: 0 to 3.000 m
  • MTBF: > 50,000 hours
  • Electromagnetic Compatibility & Safety:
  • Master clock when used in accordance with our recommendations, complies with the European Community Electromagnetic Compatibility Directive 2004/108/EC and Low Voltage Directive 2006/95/EC and conforms to the following standards:
  • EN 61000-6-1: 2007
  • EN 61000-6-3: 2007
  • EN 60950-1: 2006
  • EN 61000-6-2: 2005

Options:

  • GPS-ANT1HS: GPS synchronisation system
  • R4-DCF: DCF77 radio synchronisation system
  • SYNC2: Second synchronisation interface to give dual redundant functionality allows synchronisation from second external GPS-ANT1HS or
  • R4-DCF radio receiver
  • IRIGIN: Allows unit to synchronise to externally generated 1KHz Amplitude Modulated IRIG-B signal
  • OPTIN: Optical input, allows unit to synchronise to various optically connected time codes.
  • ST Fiber Optic connectors - 62.5/125um
  • AFOUT: Dual audio time code outputs. Each output user selectable for 25fps
  • EBU LTC time code or 1KHz Amplitude modulated IRIG-B time code
  • OPTOUT: Dual Fiber Optic output. Can be configured to output demodulated IRIG-B, EBU or Serial ASCII data.
  • ST Fiber Optic connectors - 62.5/125um
  • SER23: Dual RS232/RS485 serial output option.
  • 300-19200 Baud, 7/8 data bits, odd/even/no parity.
  • User selectable output from over 80 predefined serial messages.
  • The master clock can have a maximum of 3 serial ports, but multiple SER23 modules can still be fitted to the same master clock to provide additional buffered outputs for ports 2 and 3.
  • Dual DB9 connection. Please note that the SER23 module takes up two adjacent slots when fitted
  • RELAY: Dual 230V mains AC relays for periodic, signalling of error conditions and control of third party equipment
  • PPS110: Dual High Voltage PPS periodic outputs rated at 110 V DC
  • DEMOUT: Demodulated time code output. 4 mirrored logic level outputs. Each module can be user configured to output demodulated IRIG-B, MSF or DCF time codes or a PPS / other user selectable periodic signals
  • DUALAC: Dual redundant 110…230 V 50/60 Hz mains AC power supply option
  • Ethernet redundancy: Master clock versions which are fitted with dual 10/100Base-T
  • Ethernet interfaces to provide additional system redundancy

Page 1 / 8

Do You have Questions?

Günter Resl

Günter Resl
g.resl@mattig-schauer.at
+43 1 61055-225

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Do You have Questions?

Ing. Erich Blaschka

Ing. Erich Blaschka
e.blaschka@mattig-schauer.at
+43 1 61055-216

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