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Bicker Elektronik DC2412-UPSD User Manual

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Benutzerhandbuch
DC2412-UPSD
User's Manual
DC2412-UPS-LDD
UPSIC-1205D
UPSIC-2403D
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Summary of Contents for Bicker Elektronik DC2412-UPSD

  • Page 1 Benutzerhandbuch DC2412-UPSD User’s Manual DC2412-UPS-LDD UPSIC-1205D UPSIC-2403D Deutsch English...
  • Page 2 DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D DC2412-UPSD | DC2412-UPS-LDD UPSIC-1205D | UPSIC-2403D...

  • Page 3: Table Of Contents

    DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D Bestimmungsgemäße Verwendung ........4 Sicherheitshinweise ..............4 Technische Daten................. 5 Konvektion und Einbaulage ............5 Inbetriebnahme ................6 DC2412-UPS-LDD ..................6 DC2412-UPSD ....................6 UPSIC-1205D/UPSIC-2403D ..............6 Schutz gegen Überspannung („Load Dump“-Funktion) ..7 Ladezeit der Superkondensatoren ...........

  • Page 4: Bestimmungsgemäße Verwendung

    DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D 1 Bestimmungsgemäße Verwendung Herzlichen Glückwunsch zu Ihrem neuen Qualitätsprodukt! Dieses Handbuch soll den Anwender mit den Komponenten und Eigenschaften vertraut machen. Wir haben alle Sorgfalt walten lassen, um in diesem Handbuch vollständige und genaue Informationen über unser Produkt zu liefern.

  • Page 5: Technische Daten

    DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D 3 Technische Daten Lesen Sie vor der Verwendung der Geräte unbedingt das Datenblatt! Liegt dieses nicht vor, so kann es im Internet unter www.bicker.de gelesen oder herun- tergeladen werden. Hier finden Sie wichtige Informationen wie Eingangsspannung, Ausgangsleistung und Umgebungstemperatur.

  • Page 6: Inbetriebnahme

    DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D 5 Inbetriebnahme 5.1 DC2412-UPS-LDD Um das Gerät einzuschalten, muss die Ignition-Leitung mit der Eingangsleitung verbunden werden. Nach einer Verzögerung von ca. 2 sec läuft das Gerät an, der Ausgang liefert 12 V und die Superkondensatoren werden geladen. Nach dem Entfernen des Ignition-Signals schaltet der DC/DC-Wandler nach ca.

  • Page 7: Schutz Gegen Überspannung („Load Dump"-Funktion)

    DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D 6 Schutz gegen Überspannung* (nur DC2412-UPS-LDD) Überspannungsspitzen (V > 32 VDC…<123 V) können für eine Dauer bis 400 ms vom Gerät abgefangen werden. Dauert eine Überspannung länger als 400 ms, wird der Eingang getrennt und die Backup-Funktion beginnt.

  • Page 8: Verhalten Bei Überschreiten Der Maximalen Pufferzeit

    DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D 9 Verhalten bei Überschreiten der maximalen Pufferzeit Die Pufferzeiten sollten nicht überschritten werden. Das System sollte innerhalb der Pufferzeit heruntergefahren sein. Falls es zu einer Überschreitung der Pufferzeit kommt, werden die Supercaps tiefentladen und in Abhängigkeit vom Strom bricht die Ausgangsspannung zusammen.
  • Page 9 DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D UPSIC-2403D Standby @ No Load >30 min, @ nom.)Cap. & 25 °C 180 sec. 170 sec. 160 sec. 150 sec. Anwendungsbeispiel mit 140 sec. mITX Board IMB-154 130 sec. 120 sec. (Parameter siehe unten) 110 sec.

  • Page 10: Software Ups Control Center

    DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D 10 Software UPS Control Center Die Software steht auf unserer Hompage www.bicker.de direkt beim Produkt zum kostenlosen Download zur Verfügung. Die Software kann unter folgenden Systemen betrieben werden: Ab Windows® 7 Home / Professional / Enterprise / Embedded 32bit und 64bit Ab .Net Framework 4.5...

  • Page 11: Integriertes Μextension Modul

    DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D 11 Integriertes µExtension Modul Das standardmäßig integrierte µExtension Modul PSZ-1063 ist ein intelligentes Zusatzmodul mit vielfältigen Features. 11.1 Data Monitoring Eine kontinuierliche Betriebsdatenerfassung gestattet „Data Monitoring“ in Echtzeit. Hierbei werden die Daten über die I²C-Schnittstelle der UPSIC- und DC2412-UPS-Geräte kontinuierlich erfasst und im µExtension Modul gespeichert.

  • Page 12: Anschlüsse Und Einstellungen

    DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D 12 Anschlüsse und Einstellungen 12.1 Gehäusezeichnung 9 mm 103 mm 36 mm Enclosure opening for DIP switch setup SD(RB) RS232 PBR – PBR + IN + IN – OUT + OUT – Power Fail: relay contact closed Pin 3 to Pin 4 = 0 Ω...

  • Page 13: Pinbelegung Und Dip-Switch-Einstellungen

    DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D 12.2 Kurzübersicht Pinbelegung und DIP-Switch-Einstellungen Pinbelegung RS232 / D-SUB DIP-Switch-Einstellungen SIGNAL DCD at PC – Detection cable connected SD(RB) TXD (is connected to RXT at PC) RXD (is connected to TXD at PC) Shutdown signal detection DSR at PC –...

  • Page 14: Frontanschluss Rs232 (D-Sub)

    DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D 12.3 Frontanschluss RS232 (D-SUB) Die Verbindung zum Computersystem wird mit einem handelsüblichen D-SUB-Verbindungskabel (1:1, 9-pol.) hergestellt (nicht im Lieferumfang enthalten). Pinbelegung RS232 (D-SUB) SIGNAL DCD at PC – Detection cable connected TXD (is connected to RXT at PC)

  • Page 15: Frontanschluss Rl / Pbr

    DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D 12.4 Frontanschluss RL / PBR Pinbelegung RL / PBR SIGNAL 04 / RL Relay connection 03 / RL Relay connection 02 / PBR – (V –) Shutdown-Signal (Impuls 200-400 ms) 01 / PBR + (V +) Shutdown-Signal (Impuls 200-400 ms) Interne Verschaltung PBR + / PBR –...

  • Page 16: Frontanschluss In / Ign / Out

    DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D 12.5 Frontanschluss IN / IGN / OUT Pinbelegung IN / ING / OUT SIGNAL 05 / IN + V + Input 04 / IN – V – Input 03 / IGN Ignition signal (nur DC2412-UPS-LDD) 02 / OUT + V + Output 01 / OUT –...

  • Page 17: Dip-Switch

    DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D 12.7 DIP-Switch Der interne DIP-Switch kann über die dargestellte Öffnung im Gehäuse konfiguriert werden. DIP-Switch-Einstellungen SD(RB) Power Fail (PF) - Timer Software OFF OFF OFF OFF 100s OFF OFF OFF 150s Output release...

  • Page 18: Konfiguration

    DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D 13 Konfiguration Einstellen der Pufferzeit Power-Fail (PF)-Timer Betrifft die Backup-Time. Die Zeit bei einem Stromausfall, nach der ein Shutdown-Signal an den PC oder Host gesendet wird. Wenn innerhalb dieser Zeit die Spannung netzseitig am Eingang wiederkehrt, wird nichts unternommen.
  • Page 19 DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D A Einsatz mit Power Button Press Hier wird das Shutdown-Signal über ein zweiadriges Kabel an den Power Button des Mainboards übertragen (200…500ms, Low - Taster). Die Auswahl am Dip-Schalter für den PF-Timer (siehe Tabelle PF-Timer) muss hier ungleich „ON,ON,ON“ gewählt werden, um diese Funktion zu aktivieren.
  • Page 20 DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D B Einsatz mit Software „UPS Control Center“ Der Unterschied zu Methode A (Einsatz mit Power Button Press) liegt darin, dass das Herunterfahren am PC/Host (Shutdown- Befehl) nicht mit dem Power Button des Mainboards (via PBR + / PBR –) durchgeführt wird, sondern über die Software (RS232- Anbindung via D-SUB notwendig).

  • Page 21: Kommunikationsprotokoll Rs232

    DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D 14 Kommunikationsprotokoll RS232 Transfer Packet - Beschreibung Die Beschreibung des Protokolls bezieht sich auf die serielle Schnittstelle RS232. Das Protokoll gilt zugleich für gesendete und empfangene Daten. Transfer Packet Data Packet Control Control...

  • Page 22: Befehlsliste

    DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D 15 Befehlsliste Der Befehlsindex (Command Index) ist immer 0x03. GetInputVoltage() 0x25 This read-word function shows the measured input voltage of the UPS. Name Access Type Min. Unit 0x25 GetInputVoltage() Int16 32768 Transfer packet:...
  • Page 23 DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D GetVcap1Voltage() 0x20 This read-word-function shows the measured voltage at capacitor 1. Name Access Type Min. Unit 0x20 GetVcap1Voltage() Int16 5000 Transfer packet: 0x01 0x03 0x03 0x20 0x04 GetVcap2Voltage() 0x21 This read-word-function shows the measured voltage at capacitor 2.
  • Page 24 DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D GetChargeStatusRegister() 0x1B This read-word function returns the status information about the state of the charger system. Name Access Type Min. Unit 0x1B GetChargeStatusRegister() Bit Field True / False Transfer packet: 0x01 0x03 0x03 0x1B 0x04...
  • Page 25 DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D GetMonitorStatusRegister() 0x1C This read-word function returns the status information about the state of the monitoring system. Name Access Type Min. Unit 0x1C GetMonitorStatusRegister() Bit Field True / False Transfer packet: 0x01 0x03 0x03 0x1C 0x04...
  • Page 26 DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D SetTimeToShutdown() 0x32 This set-word function communicates to UPS that System Shutdown has been initiated (Win-Software). This command has to be sent right before initiating System Shutdown. Furthermore the Time Value in [sec.] for System Shutdown must be transmitted. After this time the output is disconnected.

  • Page 27: Wartung

    DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D 16 Wartung Das Gerät enthält keine zu wartenden Teile. Im Fehlerfall sind die Stromquelle auszuschalten und die Kabel zu entfernen. 17 Entsorgung Elektrische und elektronische Geräte dürfen nicht in den Hausmüll! Entsorgen Sie das...
  • Page 28 DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D DC2412-UPSD | DC2412-UPS-LDD UPSIC-1205D | UPSIC-2403D...
  • Page 29 DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D Intended use ................30 Safety instructions ..............30 Technical data ................31 Convection and installation position ........31 Commissioning ................32 DC2412-UPS-LDD ..................32 DC2412-UPSD .....................32 UPSIC-1205D/UPSIC-2403D ...............32 Overvoltage protection („Load Dump“ function) ....33 Charging time of Supercaps ............

  • Page 30: Intended Use

    Electronic accepts no liability for any omissions or faults. We will appreciate any notifica- tions regarding faults, suggestions for improvements and criticism. The intended use of DC/DC converters DC2412-UPSD and DC2412-UPS-LDD is the conversion from 24 V DC to 12 V DC and bridging of short power failures. The intended use of UPSIC-1205D and UPSIC-2403D UPS systems is to bridge short power failures.

  • Page 31: Technical Data

    DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D 3 Technical data Be sure to read the data sheet before using the devices! If this is not available, it can be read or downloaded from the Internet at www.bicker. de. Here you will find important information such as input voltage, output power and ambient temperature.

  • Page 32: Commissioning

    DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D 5 Commissioning 5.1 DC2412-UPS-LDD To turn on the device, Ignition line must be connected to the input line. After a delay of approx. 2 sec, the device starts up, the output supplies 12 V and the supercapacitors are charged.

  • Page 33: Overvoltage Protection („Load Dump" Function)

    DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D 6 Overvoltage protection* (DC2412-UPS-LDD only) Overvoltage peaks (Vin > 32 VDC…<123 V) can be intercepted by the device for up to 400 ms. If an overvoltage takes longer than 400 ms, the input is disconnected and the backup function starts.

  • Page 34: Behaviour During Exceed Of Maximum Buffer Time

    DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D 9 Behaviour during exceed of maximum buffer time The buffer times should not be exceeded. The system should be shut down within the buffer time. If buffer time exceeds, the super caps are deep-discharged and the output voltage collapses in dependence of the current.
  • Page 35 DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D UPSIC-2403D Standby @ No Load >30 min, @ nom.)Cap. & 25 °C 180 sec. 170 sec. 160 sec. 150 sec. Application example with 140 sec. mITX Board IMB-154 130 sec. 120 sec. (see parameters below) 110 sec.

  • Page 36: Software Ups Control Center

    DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D 10 Software UPS Control Center The UPS software is available for free download directly on the product page at www.bicker.de. The software runs under the following systems: Windows® 7 Home / Professional / Enterprise / Embedded 32bit und 64bit or higher .Net Framework 4.5 or higher...

  • Page 37: Integrated Μextension Module

    DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D 11 Integrated μExtension module The μExtension module PSZ-1063, integrated as a standard feature, is an intelligent add-on module with a variety of features. 11.1 Data Monitoring Continuous operational data collection allows „real-time data monitoring“. The data is continuously collected via I²C interface of UPSIC and DC2412 UPS devices and stored...

  • Page 38: Connections And Settings

    DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D 12 Connections and settings 12.1 Drawing 9 mm 103 mm 36 mm Enclosure opening for DIP switch setup SD(RB) RS232 PBR – PBR + IN + IN – OUT + OUT – Power Fail: relay contact closed Pin 3 to Pin 4 = 0 Ω...

  • Page 39: Quick Reference Pin Assignment & Dip Switch Settings

    DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D 12.2 Quick Reference Pin Assignment & DIP Switch Settings Pin Assignment RS232 / D-SUB DIP Switch Settings SIGNAL DCD at PC – Detection cable connected SD(RB) TXD (is connected to RXT at PC)

  • Page 40: Front Connector Rs232 (D-Sub)

    DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D 12.3 Front connector RS232 (D-SUB) The connection to computer system is established by a commercially available D-SUB connection cable (1:1, 9-pin) (not included in delivery!). Pin Assignment RS232 (D-SUB) SIGNAL DCD at PC – Detection cable connected...

  • Page 41: Front Connector Rl / Pbr

    DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D 12.4 Front connector RL / PBR Pin Assignment RL / PBR SIGNAL 04 / RL Relay connection 03 / RL Relay connection 02 / PBR – (V –) Shutdown-Signal (Impuls 200-400 ms) 01 / PBR + (V +) Shutdown-Signal (Impuls 200-400 ms) Internal connection PBR + / PBR –...

  • Page 42: Front Connector In / Ign / Out

    DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D 12.5 Front connector IN / IGN / OUT Pin Assignment IN / ING / OUT SIGNAL 05 / IN + V + Input 04 / IN – V – Input 03 / IGN...

  • Page 43: Dip-Switch

    DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D 12.7 DIP Switch The internal DIP switch can be configured via shown housing aperture. DIP Switch Settings SD(RB) Power Fail (PF) - Timer Software OFF OFF OFF OFF 100s OFF OFF OFF 150s...

  • Page 44: Configuration

    DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D 13 Configuration Einstellen der Pufferzeit Power-Fail (PF)-Timer Concerns the backup time. The time during a power failure after which a shutdown signal is sent to the PC or host. If within this time the mains voltage returns to the input, nothing will be done.
  • Page 45 DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D A Use with Power Button Press The shutdown signal is sent to the power button of the mainboard via a two-core cable (200...500ms low button). The setting at the DIP switch for the PF-timer (please see table PF-Timer) has to be different to „ON,ON,ON“...
  • Page 46 DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D B Use with software „UPS-Control Center“ The difference to method A (use of Power Button Press) is that shutdown on the PC / host (shutdown command) is not performed with the power button of the mainboard (via PBR + / PBR -), but via software ( RS232 connection via D-SUB necessary).

  • Page 47: Communication Protocol Rs232

    DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D 14 Communication protocol RS2322 Transfer packet - Description The description refers to the serial interface RS232. The protocol is valid for sent and received data as well. Transfer Packet Data Packet Control Control...

  • Page 48: List Of Commands

    DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D 15 List of commands The command index is always 0x03. GetInputVoltage() 0x25 This read-word function shows the measured input voltage of the UPS. Name Access Type Min. Unit 0x25 GetInputVoltage() Int16 32768 Transfer packet:...
  • Page 49 DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D GetVcap1Voltage() 0x20 This read-word-function shows the measured voltage at capacitor 1. Name Access Type Min. Unit 0x20 GetVcap1Voltage() Int16 5000 Transfer packet: 0x01 0x03 0x03 0x20 0x04 GetVcap2Voltage() 0x21 This read-word-function shows the measured voltage at capacitor 2.
  • Page 50 DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D GetChargeStatusRegister() 0x1B This read-word function returns the status information about the state of the charger system. Name Access Type Min. Unit 0x1B GetChargeStatusRegister() Bit Field True / False Transfer packet: 0x01 0x03 0x03 0x1B 0x04...
  • Page 51 DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D GetMonitorStatusRegister() 0x1C This read-word function returns the status information about the state of the monitoring system. Name Access Type Min. Unit 0x1C GetMonitorStatusRegister() Bit Field True / False Transfer packet: 0x01 0x03 0x03 0x1C 0x04...
  • Page 52 DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D SetTimeToShutdown() 0x32 This set-word function communicates to UPS that System Shutdown has been initiated (Win-Software). This command has to be sent right before initiating System Shutdown. Furthermore the Time Value in [sec.] for System Shutdown must be transmitted. After this time the output is disconnected.

  • Page 53: Maintenance

    DC2412-UPSD | DC2412-UPS-LDD | UPSIC-1205D | UPSIC-2403D 16 Maintenance This extension module contains no serviceable parts. In case of a malfunction the power source has to be disconnected and cables have to be removed. 17 Disposal Electric and electronic devices must not be disposed with domestic waste!
  • Page 54 Bicker Elektronik GmbH Ludwig-Auer-Straße 23 86609 Donauwörth · Germany Tel. +49 (0) 906 70595-0 +49 (0) 906 70595-55 Irrtümer und technische Änderungen vorbehalten. Windows® ist ein eingetragenes Warenzeichen der Firma Microsoft Corp. E-Mail info@bicker.de Subject to errors and technical modifications.

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