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Summary of Contents for Mobatime ECO
- Page 1 INSTRUCTION MANUAL External Master Clock Change Over Unit ECO ETC 24R, NMC, MTS, DTS 480x.masterclock and DTS 4135.timeserver © MOBATIME BE-800356.04...
- Page 2 6. It is prohibited to reproduce, to store in a computer system or to transfer this publication in a way or another, even part of it. The copyright remains with all the rights with MOSER-BAER AG – CH 3454 Sumiswald / SWITZERLAND and BÜRK MOBATIME GmbH, D-78026 VS-Schwenningen. © MOBATIME 2 / 32 800356.04...
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Page 3: Table Of Contents
11.3 Konfiguration DTS 480x.masterclock: ................22 11.3.1 Alarm-masking........................22 12. Installation with DTS 4135.timeserver ................23 12.1 System overview with DTS 4135.timeserver ..............23 12.1.1 Switch over with one ECO .....................23 12.1.2 Switch over with two ECO’s....................24 12.2 Basic cabling........................ 25 © MOBATIME 3 / 32... - Page 4 Analog AF-Code switch over (IRIG, AFNOR, DCF-FSK) serial Outputs and AF-Code digital27 12.3 Konfiguration DTS 4135.timeserver:................28 12.3.1 Alarm-masking........................28 13. Synchronization .........................29 13.1 Connection of DCF Receiver..................29 13.2 Connection of GPS 4500 Satellite Receiver ..............30 14. Technical Specification .....................31 © MOBATIME 4 / 32 800356.04...
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Page 5: Introduction
A standard installation contains two master clocks e.g. ETC 24R with active running reserve battery (24 V, 2.3 Ah) and one ECO. Please refer to the instruction manual (ETC BE-800337, MTS BE-800196, NMC BE-800400, DTS480x BD-800652, DTS4135 BD-800729) of the mas- ter clocks for installation, commissioning and configuration. -
Page 6: Dimensions
Master clock 1 is permanently selected as the active system auto Master clock 1 is working as the active system. In case of disfunction the ECO will change to master clock 2 automatically unless there is a disfunction too. State indication (LED):... -
Page 7: Connections
Power supply for IN 1, IN 2 Input for signal IN 1 Input for signal IN 2 Not used Line 1b Changeover contact common Line 1a Changeover contact common Line 2b Changeover contact common Line 2a Changeover contact common © MOBATIME 7 / 32 800356.04... - Page 8 Power supply for IN Output for signal IN 1 Output for signal IN 2 Supervision Output supervision 10 Hz Signal Line 1b Changeover contact Line 1a Changeover contact Line 2b Changeover contact Line 2a Changeover contact © MOBATIME 8 / 32 800356.04...
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Page 9: Reasons For Changeover
With DTS 480x the ECO alarm relay output can be used for the feedback signal. The alarm output of ECO has to be connected to one of the four alarm inputs of both DTS 480x. In the sample input 4 was used. To avoid a alarm loop the Alarm input bit must be masked on the alarm mask for the alarm relay on every DTS, for details see chapter 11.3.1. -
Page 10: Configuration With Dts 4135.Timeserver
With DTS 4135 the ECO alarm relay output can be used for the feedback signal. The alarm output of ECO has to be connected to the alarm inputs of both DTS 4135. To avoid a alarm loop the Alarm input bit must be masked on the alarm mask for the alarm relay on every DTS, for details see chapter 12.3.1. -
Page 11: Basic Cabling
8.2 Basic cabling The terminals of the ECO are to a large extend identically to those of the ETC 24R. This al- lows a simple direct connection of the master clocks with the ECO. Basically all terminals can be connected together like shown Fig 1 below. It is not necessary to connect all terminals in some cases. -
Page 12: Sample Cabling
8.3 Sample cabling ECO with two ETC 24R with battery Synchronization: RS-485 Switch over: Line 1, Line 2 Fig. 6 © MOBATIME 12 / 32 800356.04... -
Page 13: Configuration Etc
8.4 Configuration ETC: 8.4.1 Control input The control input IN3 is used for control of ECO and must be configured. The setting has to be done in the following menu: MENU Switch program Control inputs Control inputs: C o m b i n a t i o n :... -
Page 14: Installation With Mts
To set the mask for the alarm relay disable the alarm coded with letter O. For details please see in the ETC manual. 9. Installation with MTS For MTS the type ECO MTS with additional DC/DC converter must be used. 9.1 System overview with MTS Power supply... -
Page 15: Basic Cabling
9.2 Basic cabling Below are two samples of cabling with MTS. The ECO is capable to switch over 12 signals. Depending upon need the signals must be wired. 9.2.1 AF-Code switch over (IRIG, AFNOR, DCF-FSK) Line 2a Line 2b Line 1a. -
Page 16: Rs-422 Switch Over
Line 2b Line 1a. Line 1b Supervision IN 2 IN 1 Com+ DCF out+ DCF out- Rec out+ Rec out- RXD+. TXD+. RXD-. TXD-. RXD. TXD. n.c. Bat.+ Alarm b Alarm a Fig. 9 © MOBATIME 16 / 32 800356.04... -
Page 17: Mts-Cabling With Power-Fail Message
IN 2 IN 1 Com+ DCF out+ DCF out- Rec out+ Rec out- RXD+. TXD+. RXD-. TXD-. RXD. TXD. n.c. Bat.+ Alarm b Alarm a 2 Diodes type 1N4001 or similar Fig. 10 © MOBATIME 17 / 32 800356.04... -
Page 18: Installation With Nmc
10. Installation with NMC 10.1 System overview with NMC Power supply 230VAC NMC System1 Ethernet DCF out DCF in serial RS485 AIarm Mobaline 24VDC 22:08 Ethernet Fig. 11 NMC System2 Power supply 230VAC © MOBATIME 18 / 32 800356.04... -
Page 19: Basic Cabling
Alarm b RXD+. Alarm a TXD+. RXD-. DC out TXD-. Rs485-. RS485+. RXD. Line 1b TXD. Line 1a. n.c. DCF in- DCF in+ Bat.+ DCF out- Alarm b Fig. 12 DCF out+ Alarm a © MOBATIME 19 / 32 800356.04... -
Page 20: Installation With Dts 480X.masterclocks
Power supply 230VAC 28VDC DTS480x System1 Ethernet DCF out 2 x Control in serial RS232 DCF in serial RS485* Mobaline 24VDC Irig*/Mobaline' *DTS4801 22:08 ' DTS4802 Ethernet DTS480x System2 230VAC 28VDC Fig. 13 Power supply © MOBATIME 20 / 32 800356.04... -
Page 21: Basic Cabling
Al in3 Com + RXD+. Al in2 TXD+. Com + RXD-. Al in1 TXD-. Com + RXD. /RS485 B TXD. RS 485A n.c. RS232 RX Bat.+ RS232 TX Alarm b Alarm a Fig. 14 © MOBATIME 21 / 32 800356.04... -
Page 22: Konfiguration Dts 480X.masterclock
Enter alarmnumber to alter mask Press ENTER for next part, 99 to leave> To set the mask for the alarm relay disable the Alarm Input 4 Bit03. If necessary please refer to the DTS manual. © MOBATIME 22 / 32 800356.04... -
Page 23: Installation With Dts 4135.Timeserver
12. Installation with DTS 4135.timeserver 12.1 System overview with DTS 4135.timeserver 12.1.1 Switch over with one ECO Power supply 230VAC 28VDC DTS4135 System1 Ethernet GPS 4500 Serial out1 Rec in Serial out2 Pulse out1 Pulse out2 24VDC Irig1 Irig2 22:08... -
Page 24: Switch Over With Two Eco's
12.1.2 Switch over with two ECO’s Power supply 230VAC 28VDC DTS4135 System1 Ethernet GPS 4500 ECO1 Rec in Serial out1 24VDC Serial out2 Pulse out1 Pulse out2 ECO2 Irig1 Irig2 24VDC 22:08 Ethernet DTS4135 System2 230VAC 28VDC Power supply Fig. 16 ©... -
Page 25: Basic Cabling
12.2 Basic cabling Below are two samples of cabling with DTS 4135. The ECO is capable to switch over 12 sig- nals. Depending upon need the signals must be wired. 12.2.1 Digital AF-Code switch over (IRIG, AFNOR, DCF-FSK) and serial Outputs Depending on the demands, the RS422 or Current Loop or RS232 or RS485 signals are connected. -
Page 26: Analog Af-Code Switch Over (Irig, Afnor, Dcf-Fsk) And Serial Outputs
/RS485 B TXD. RS 485A n.c. Bat.+ RS232 RX Alarm b RS232 TX Alarm a IRIG 1xx Channel 2 IRIG 1xx Channel 1 IRIG-In Fig. 18 Alarm In- Alarm In+ Alarm Out+ Alarm Out- © MOBATIME 26 / 32 800356.04... -
Page 27: Analog Af-Code Switch Over (Irig, Afnor, Dcf-Fsk) Serial Outputs And Af-Code Digital27
12.2.3 Analog AF-Code switch over (IRIG, AFNOR, DCF-FSK) serial Outputs and AF-Code digital Also with two ECO's not all signals can to be connected and the signals have to be selected upon need. DCF out- DCF out+ DCF In- DCF In+... -
Page 28: Konfiguration Dts 4135.Timeserver
Enter alarmnumber to alter mask Press ENTER for next part, 99 to leave> To set the mask for the alarm relay disable the Alarm Input Bit11. If necessary please refer to the DTS manual. © MOBATIME 28 / 32 800356.04... -
Page 29: Synchronization
If both master clocks shall be synchronised by a single DCF 77 or GPS time code receiver. It has to be connected to the ECO like shown in the drawing. The Rec-out terminals has to be wired to the DCF-Inputs of the master clocks. -
Page 30: Connection Of Gps 4500 Satellite Receiver
IN 2 IN 1 Com+ DCF out+ DCF out- white Rec in+ brown Rec in- RXD+. TXD+. RXD-. TXD-. RXD. TXD. yellow DC out green n.c. Alarm out b Alarm out a Fig. 21 © MOBATIME 30 / 32 800356.04... -
Page 31: Technical Specification
Alarm contact Load: 30 VDC / 1 A / 30 W resp. 125 VAC / 1 A / 60 VA DC output (DC out) 22..29 VDC 100 mA max. Standards EN 60950, Protection class I © MOBATIME 31 / 32 800356.04... - Page 32 SALES SWITZERLAND SALES WORLDWIDE MOBATIME SWISS AG MOSER-BAER SA – EXPORT DIVISION Stettbachstrasse 5 CH-8600 Dübendorf 19 chemin du Champ-des-Filles CH-1228 Plan-les-Ouates/GE Tel. +41 44 802 75 75 Fax +41 44 802 75 65 Tel. +41 22 884 96 11 Fax. +41 22 884 96 90 export@mobatime.com ...
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