Our product line: Sensor amplifier, data recorder, telemetry systems, PCM encoder / decoder, measuring notebook, RPM-8000 - Contact and Sensor- less Automotive RPM Measuremen, capacitive Accelerometer, Software for transfer, display and analysis of measurement data's.

Our product line
	Mobile amplifier
	Mobile data recorder
	Mobile telemetry systems
	RPM 8000 Contact and Sensor-less Automotive RPM Measuremen
	RPM 8000-PRO Offers a discerning solution for automotive RPM measurement without an additional sensor
	Software for transfer, display and analysis of measurement data's

Unsere Produktgruppen Messvertärker Mini DAT Rekorder Telemetriesystems Software PDF's - Datenblätter (nur in Englisch) Automotiv ACC - Kapacitive Beschleunigungssensoren DAQ-Systems - Messdatenerfassungs- Notebook KMT ist Hersteller von mobilen Meßdatenerfassungssystemen wie Telemetrie, Meßverstärker, so wie der Meßnotebook MC16/64 und Meßdaten & PCM Recorder,. Unsere Kunden sind Entwicklungs- und Testabteilungen von der Fahrzeug-, der Rennsport-, der Maschinenbau Industrie, der Luft- und Raumfahrt Industrie so wie militärische Erprobungsstellen. Meßverstärker PSC16 Komfortabler Computerprogrammierbarer (RS232) 16 Kanal Meßverstärker für DMS, LVDT, Thermo, F/V Konferter, ISO, ICP .... Verstärkung 1 bis zu 2000 in 1er Stufen programmierbar Sensorspeisung programmierbar 4V, 8V Automatischer Nullabgleich bis zu 4 Meßverstärker mit einer Schnittstelle programmierbar (64 Kanäle) Ausgang +/- 5V über BNC Eingang über 9 poligen Cannon Stecker Verschiedene Setups auf E-PROM speicherbar Stromversorgung 9-18 oder 18-32 V DC SC-4M 4 Kanal Meßverstärker für DMS, LVDT, Thermo, F/V Konferter, ISO, ICP .... Verstärkung 10 - 100 -1000 über Steckbrücken programmierbar Sensorspeisung über Steckbrücken programmierbar 4V, 8V Nullabgleich über Poti Ausgang +/- 5V über BNC Eingang über 9 poligen Cannon Stecker Stromversorgung 9-18 oder 18-32 V DC C8-STG (DMS) 8 Kanal DMS Verstärker mit automatischen Nullabgleich Verstärkung 10 - 100 -1000 über Steckbrücken programmierbar Sensorspeisung über Steckbrücken programmierbar 4V, 8V Ausgang max. +/-10V über BNC Eingang über 6 poligen Lemo Stecker Stromversorgung10-30 V DC KMT ist Hersteller von mobilen Meßdatenerfassungssystemen wie Telemetrie, Meßverstärker, so wie der Meßnotebook MC16/64 und Meßdaten & PCM Recorder. Unsere Kunden sind Entwicklungs- und Testabteilungen von der Fahrzeug-, der Rennsport-, der Maschinenbau Industrie, der Luft- und Raumfahrt Industrie so wie militärische Erprobungsstellen. Datenrekorder D-2/4 4 Kanal Mini Rekorder für 2-4 Meßkanäle mit zusätzlichem TTL Kanal Signalbandbreite im 2 Kanalbetrieb 16000 Hz per Kanal Signalbandbreite im 4 Kanalbetrieb 8000 Hz per Kanal Simultane Abtastung, 12 bit Auflösung, Anit- Aliasingfilter mit 8. pol. Butterworth, 3 Stunden Aufzeichnungszeit, Computer Interfaceschnittstelle Datum-, Uhrzeitregestrieung, Sprachkommentaraufzeichnung D-2/8 16 Kanal Mini Rekorder für 2-4-8 Meßkanäle mit zusätzlichem TTL Kanal Signalbandbreite im 2 Kanalbetrieb 16000 Hz per Kanal Signalbandbreite im 4 Kanalbetrieb 8000 Hz per Kanal Signalbandbreite im 8 Kanalbetrieb 4000 Hz per Kanal Simultane Abtastung, 12 bit Auflösung, Anit- Aliasingfilter mit 8. pol. Butterworth, 3 Stunden Aufzeichnungszeit, Computer Interfaceschnittstelle Datum-, Uhrzeitregestrieung, Sprachkommentaraufzeichnung D-2/16 16 Kanal Mini Rekorder für 2-4-8-16 Meßkanäle mit zusätzlichem TTL Kanal Signalbandbreite im 2 Kanalbetrieb 16000 Hz per Kanal Signalbandbreite im 4 Kanalbetrieb 8000 Hz per Kanal Signalbandbreite im 8 Kanalbetrieb 4000 Hz per Kanal Signalbandbreite im 16 Kanalbetrieb 2000 Hz per Kanal Simultane Abtastung, 12 bit Auflösung, Anit- Aliasingfilter mit 8. pol. Butterworth, 3 Stunden Aufzeichnungszeit, Computer Interfaceschnittstelle Datum-, Uhrzeitregestrieung, Sprachkommentaraufzeichnung DA-PCM HS High Speed PCM Daten Recorder 1280 kbit/s TTL 3 Stunden Aufzeichnungszeit, Datum-, Uhrzeitregestrieung, Sprachkommentaraufzeichnung Wir haben uns spezialisiert auf mobile Meßdatenerfassungssysteme. Unsere Kunden sind Entwicklungs- und Testabteilungen von Fahrzeug-, Rennsport-, und Maschinenbau Industrie, sowie Luft- und Raumfahrt Industrie als auch militärische Erprobungsstellen. Telemetrie Systeme CT8 Neu ( optional 16 Kanäle ) Kompaktes Telemetriesystem für 8 Kanäle mit direkt Sensoranschluss . 8 Kanäle, 12 bit Auflösung, simultane Abtastung aller Kanäle · Antialiasing Filter · Direkt Anschluss von Sensoren (DMS, Th K, Volteingange +/-5 od. +/-10, ICP · +/-5V analog Ausgang am Empfänger, optional auch Interface Anschluss für PC · Übertragungsreichweite bei Sichtverbindung ca. 500m · Beschleunigungsfest Statisch 100g in allen Richtungen · Signalbandbreite 8 x 0...95Hz mit 40kbit Sender, 8 x 0...750Hz mit 320kbit Sender CT4-Wheel Neu ( optional 8 Kanäle) Rad- Telemetriesystem zur Übertragung von Messwerten an Rädern · Direkt Anschluss von Sensoren (DMS, Th K, Poti, Volteingange +/-5 od. +/-10, ICP) · Signalbandbreite 4 x 0...190Hz · Integrierte Batterie (Akku) für ca. 12 Stunden Arbeitszeit · Digitale Übertragung im 433 MHz Band (433.3, 433.7, 434.1 or 434.5 MHz) · Es können bis zu 4 Systeme gleichzeitig betrieben werden · Reichweite ca. 50m bei Sichtverbindung · Wassergeschütztes Gehäuse (IP65) CT8 Rotate - Neu Telemetriesystem zur Übertragung von Messwerten von rotierenden Teilen · Direkt Anschluss von Sensoren (DMS, Th K, Poti, Volteingange +/-5 od. +/-10, ICP) · Signalbandbreite 8 x 0...95Hz · Integrierte Batterie (Akku) für ca. 6 Stunden Arbeitszeit · Digitale Übertragung im 433 MHz Band (433.3, 433.7, 434.1 or 434.5 MHz) · Es können bis zu 4 Systeme gleichzeitig betrieben werden · Reichweite ca. 250m bei Sichtverbindung · Wassergeschütztes Gehäuse (IP65) MT32 Neu, für rotierende Anwendungen Mini Telemetriesystem für bis zu 32 Kanäle mit direkt Sensoranschluss . bis 32 Kanäle, 12 bit Auflösung, simultane Abtastung aller Kanäle · Antialiasing Filter · Direkt Anschluss von Sensoren (DMS, Th K, Volteingange +/-5 od. +/-10, ICP · +/-5V analog Ausgang am Empfänger, optional auch Interface Anschluss für PC · Beschleunigungsfest Statisch 1000g in allen Richtungen (nur für Sendeeinheit) TEL 32/16/8 Telemetrie Telemetriesystem für 32 Meßkanäle Feste Signalbandbreite von 800Hz / Kanal mit 2,45 GHz Sender - 1,28 Mbit order Feste Signalbandbreite von 200Hz / Kanal mit 433 MHz Sender - 320 kbit order Feste Signalbandbreite von 25Hz / Kanal mit 433 MHz Sender - 40 kbit Telemetriesystem für 16 Meßkanäle Feste Signalbandbreite von 1600Hz / Kanal mit 2,45 GHz Sender - 1,28 Mbit order Feste Signalbandbreite von 400Hz / Kanal mit 433 MHz Sender - 320 kbit order Feste Signalbandbreite von 50Hz / Kanal mit 433 MHz Sender - 40 kbit Telemetriesystem für 8 Meßkanäle Feste Signalbandbreite von 3200Hz / Kanal mit 2,45 GHz Sender - 1,28 Mbit order Feste Signalbandbreite von 800Hz / Kanal mit 433 MHz Sender - 320 kbit order Feste Signalbandbreite von 100Hz / Kanal mit 433 MHz Sender - 40 kbit Simultane Abtastung, 12 bit Auflösung, Anit- Aliasingfilter mit 8. pol. Butterworth, Übertragungsreichweite bei Sichtverbindung bis zu 500m (größere Reichweiten auf Anfrage) Optional auch 64 oder 128 Kanäle möglich!! PCM 4 Telemetrie Spezial 4 Kanal Mini Telemetriesystem für 2-4 Meßkanäle mit zusätzlichem TTL Kanal Signalbandbreite im 2 Kanalbetrieb 10000 Hz per Kanal Signalbandbreite im 4 Kanalbetrieb 5000 Hz per Kanal Simultane Abtastung, 12 bit Auflösung, Anit- Aliasingfilter mit 8. pol. Butterworth, Sende Frequenz 2,45 GHz, Sendeleistung 20mW mit Allgemeine Postzulassung, Übertragungsreichweite bei Sichtverbindung bis zu 500m. Bei schwierigen Sendeumgebungen (Interferenzen) kann Optional auch ein Diversity Empfänger eingesetzt werden. PCM 16 Telemetrie Spezial 16 Kanal Mini Telemetriesystem für 2-4-8-16 Meßkanäle mit zusätzlichem TTL Kanal Signalbandbreite im 2 Kanalbetrieb 10000 Hz per Kanal Signalbandbreite im 16 Kanalbetrieb 1250 Hz per Kanal Simultane Abtastung, 12 bit Auflösung, Anit- Aliasingfilter mit 8. pol. Butterworth, Sende Frequenz 2,45 GHz, Sendeleistung 20mW mit Allgemeine Postzulassung, Übertragungsreichweite bei Sichtverbindung bis zu 500m. Bei schwierigen Sendeumgebungen (Interferenzen) kann Optional auch ein Diversity Empfänger eingesetzt werden. TEL1/40k TTL 1 Kanal Telemetrie zur Übertragung von 4 ... 40000 TTL Impulse/s Sende Frequenz 433 MHz, Sendeleistung 10mW mit Allgemeine Postzulassung, Übertragungsreichweite bei Sichtverbindung bis zu 300m (opt. 1 km mit spezieller Empfangsantenne +8 dB) TEL1-FM - Neu 1- Kanal Telemetrie zur DMS- Messungen auf rotierenden Wellen Signalbandbreite 0-10000Hz RTSE600 1 Kanal Mini Telemetrie mit Signalaufbereitung für DMS, LVDT oder Thermo Sensoren. Zur berührungslosen Übertragung von rotierenden Teilen oder Wellen Signalbandbreite 600 Hz, 12 bit Auflösung, Sende Frequenz 433 MHz, Sendeleistung 10mW mit Allgemeine Postzulassung, Übertragungsreichweite bei Sichtverbindung bis zu 250m Temptel 1200-14 - Spezialapplikation Spezial Telemetriesystem zur Übertragung von 14 Temperaturkanälen aus dem Inneren eines Bennofens bei 1200 °C/1h, wie er z.B. in der Keramikindustrie zu finden ist. Sende Frequenz 433 MHz, Sendeleistung 10mW mit Allgemeine Postzulassung, Bei schwierigen Sendeumgebungen (Interferenzen) kann Optional auch ein Diversity Empfänger eingesetzt werden. Auswertesoftware µ-Edition zur Meßdaten- Erfassung, Darstellung und Auswertung sowie für Frequenzanalyse, Klassierung,... Software: µ-Lab und µ-Graph Erfassen und Auswerten mit 32-bit Power unter Win95 oder WinNT Mit der brandneuen µ-Edition ist nun ein Softwarepaket von KMT & CAESAR für die komfortable Meßdaten Erfassung und Auswertung speziell unter Windows95 und WindowsNT verfügbar. Die Programm-Module µ-Lab und µ-Graph nutzten dabei konsequent die 32-bit-Fähigkeiten dieser Betriebssysteme aus und bieten daher eine im PC-Bereich bisher unerreichte Leistungsfähigkeit bei gleichzeitig einfachster Bedienung µ-Lab ermöglicht die Erfassung, Online-Verarbeitung, Darstellung, und Wiedergabe einer beliebigen Anzahl von Analog- und Digitalkanälen. Hardwareseitig werden Datenerfassungs- und Ausgabekarten namhafter Hersteller sowie natürlich der MOPS und auch PCM-Systeme unterstützt. Die Bandbreite der Abtastrate reicht dabei von unter 1 Hz bis über 100 kHz (kontinuierlich) bzw. 500 kHz (Burst) in Abhängigkeit von der jeweils eingesetzten Hardware. Die erfaßten Kanäle können auf beliebig viele Dateien verteilt werden. Bereits die Basisversion von µ-Lab beinhaltet umfangreiche Triggerfunktionen sowie Aktionsmodule für die Grenzwertüberwachung, Zeitsteuerung, Datenreduktion und variable Glättungsalgorithmen. Jeder Kanal kann wahlweise linear oder nichtlinear kalibriert werden. Die Online-Grafik erlaubt die parallele Darstellung einer unbegrenzten Anzahl grafischer Objekte: z.B. Linienschriebe ( inkl. Scroll- und Scope-Modus), XY-Diagramme, Balkendiagramme, Zahlenfelder oder Schalter. Jedes Objekt läßt sich hinsichtlich seiner Eigenschafen - wie z.B. Achsenskalierung, Farben, Textfonts- individuell definieren. Die Funktionalität der Basisversion kann optional durch Ergänzungsmodule, z.B. für Online-Berechnungen, DIN- und Rainflow-Klassierung, Frequenzanalyse und Sollwertvorgabe, erweitert werden. µ-Graph ist ein flexibles grafisches Auswerteprogramm für Meßdaten aller Art. Es vereint die Funktionen Quicklook, interaktives Arbeiten, Datenverwaltung, Präsentationsgrafik, Statistik, Formelgenerator sowie optional Frequenzanalyse und Klassierung unter einer besonders leicht zu bedienenden Oberfläche. Die Auswertung erfolgt einfach durch "Ziehen" (Drag & Drop) der markierten Datensätze auf eine entsprechende Schaltfläche in einer Symbolleiste ( z.B. Ausdrucken oder FFT ). Selbstverständlich ist µ-Graph voll kompatibel zum REMUS-Datenformat. Ein besonderes Highlight ist die superschnelle Quicklook-Funktion, mit deren Hilfe auch größte Datensätze in Sekundenschnelle gesichtet werden können: Einfach den Datensatznamen antippen und schon erscheinen selbst mehrere Mbyte Meßwerte einschließlich der wichtigsten statistischen Kennwerte ohne erkennbare Verzögerung auf dem Bildschirm. Der Quicklook bietet aber noch mehr: Mit Hilfe der Maus kann ein beliebiger Datenbereich markiert und wahlweise gedruckt oder ins Cursor-Display übernommen werden. Dort stehen dann umfangreiche interaktive Funktionen, wie z.B. Zeit-, Fadenkreuz- und Differenz-Cursor, Zoomen, Scrollen, Markieren und Beschriften zur Verfügung. Beim "Durchblättern" langer Datenreihen kann man Lesezeichen setzen, die ein rasches Wiederauffinden bestimmter Ereignisse ermöglichen. Jeder Datensatz kann als Linienschrieb, XY- bzw. Balkendiagramm und/oder als Tabelle mit manueller oder Auto-Skalierung ausgegeben werden. Für die freie Gestaltung von Protokollen und Berichten bietet µ-Graph eine flexible Präsentationsgrafik. Neben fest eingebauten Zeichen- und Beschriftungsfunktionen können hier über die OLE-Schnittstelle Objekte aus anderen Windows-Programmen ( z.B. Excel oder Word ) eingebunden werden. Ein einmal entworfenes Formblatt kann man als Vorlage ablegen und jederzeit auf Knopfdruck wiederverwenden µGraph Grafisches Auswerteprogramm für technische Daten. Allgemein Allgemein: Für Windows NT und Windows'95 optimiertes 32-Bit Programm Ergonomische Bedienung durch: Drag&Drop-Funktion Kontextmenüs Symbolleisten ToolTips Fremdsprachige Versionen - erhältlich in Englisch, Französisch (Spanisch und Italienisch in Vorbereitung). Ausführliche Dokumentation als Handbuch und Online-Dokumentation (PDF) Individuelle Anpassung von Grundeinstellungen und Vorgaben Datenverwaltung Datenverwaltung: Auswertung von beliebig großen Datendateien und folgenden Konfigurationen: Ringdateien (Post mortem) Daten verteilt auf verschiedene Dateien Daten verteilt auf verschiedene Festplatten Datenserver für optimierten Zugriff im Netzwerk Hierarchische Anzeige der Daten in einem Projektbaum Aktiver QuickLook Kommentierung von Datensätzen, Bereichen und Datenpunkten Laden einer beliebigen Anzahl von Datensätzen Löschen einzelner Datensätze Ändern der Datensatzeigenschaften: Datensatzname Bezeichnung Einheit Kalibrierung (linear/nicht linear) Kommentar Einlesen von Fremdformaten: ASCII-Tabelle RMS, DAT, DIF dBase Datensatzweise Protokollierung der Berechnungsverfahren Zusammenfassung verschiedener Datendateien in Projekte Laden und Speichern von Projektkonfigurationen Zuordnung von Berechnungsergebnissen zu Datensätzen Verarbeitung von Datensätzen mit unterschiedlichen Abtastraten Datenanzeige Interaktive Anzeige Darstellung einer beliebigen Datensatzanzahl als: Zeit-Diagramm XY-Diagramm Balken-Diagramm Tabelle Cursorfunktionen: Zeitcursor Fadenkreuz-Cursor Differenzcursor Interpolierte Cursorwerte bei Datensätzen mit unterschiedlichen Abtastraten Verschiedene Zoomfunktionen: Beliebiges Vergrößern und Verkleinern Anzeige des gesamten Datenbereiches Horizontales und vertikales Scrollen Reaktivieren einer der letzten zehn Zoombereiche Setzen, Anspringen und Löschen von Lesezeichen Verknüpfung von Diagrammen Skalierung der Achsen: Manuelle Skalierung für jeden Datensatz Bereichsoptimierte Autoskalierung für jeden Datensatz Abgleich der Skalen für alle Datensätze Darstellung von Datensätzen mit unterschiedlichen Abtastraten Markieren und Beschriften von Datenpunkten und Bereichen Abspeichern der Verknüpfung in der entsprechenden Datendatei Schnelle Anzeige der Markierungen durch Anwahl im Hierarchiebaum Darstellungsform und Druckbarkeit parametrierbar Kurvendefinition mit frei wählbaren Farben- und Linientypen Integrierte Legenden- und Cursordatenanzeige Präsentationen Präsentationen Berichts- und Präsentationsgrafiken mit freien Gestaltungsmöglichkeiten Einfügen von Daten, Diagrammen und Tabellen über die Drag&Drop-Funktion Entwurf von Vorlagen für einheitliche Formblätter Zeichenfunktionen: Linien, Rechtecke Darstellung von Grafiken als Hintergrundbild oder Logo Texte in beliebigen Windows-Schriftarten Datenobjekte wie Diagramme und Tabellen Bearbeiten der Objekteigenschaften (Farben, Muster, Inhalt) Komfortable Anordnung und Größenanpassung der Grafikobjekte Einbindung von Objekten anderer Programme über die OLE-Schnittstelle (z.B. MS-Excel) Einrichten der Seitenparameter Serielle Ausgabe aller Präsentationsseiten auf den Drucker Vorschau der Präsentationsseite im Projektbaum Ausdruck Ausdruck Direkter Ausdruck eines Datensatzes aus dem Projektbaum Ausdruck aller Datensätze einer Datei auf einer oder mehreren Seite Ausdruck von einzelnen Tabellen und Diagrammen. Ausdruck einzelner Präsentationsseiten Sortierte Ausdruck aller Präsentationsseiten Berechnung Berechnungsmodul: Rechenfunktionen mit einem oder mehreren Datensätzen Rechnen mit interpolierten Werten bei Datensätzen mit unterschiedlichen Abtastraten Komfortable Definition der Formeln Zuordnung des Berechnungsdatensatzes zu den Eingangsdatensätzen. Numerische und Bool'sche Operationen: Mathematische Grundrechenarten () Trigonometrische Funktionen Logarithmische / Exponentielle Funktionen Absolutbetrag, Runden, Signumfunktion Konstanten (Euler e, p ) Umrechnung von Grad in RAD und umgekehrt Statistik Statistik Statistische Kenngrößen: Minimum, Maximum, Mittelwerte, Differenzen (X+Y), Standardabweichung Lineare Regression, Geradensteigung Option: Einkanalige requenzanalyse Option: Einkanalige Frequenzanalyse: Analyseverfahren: Amplitudenspektrum, Amplitudendichte, RMS-Spektrum, Leistungsdichtespektrum (PSD). Korrelationsverfahren: Autokovarianz- und normierte Autokorrelationsfunktion (AKF). Transformationen bis zur 17ten Ordnung, d.h. mit über 130.000 Werten Fensterfunktionen: Rechteck, Dreieck, Hanning, Hamming, Blackman, exact Blackman Korrektur der wichtungsbedingten Amplitudendämpfung Spektrale Mittelung mit variablem Überlappungsgrad zwischen 0% und 99% Option: Klassierverfahren DIN 45667 Option: Klassierverfahren nach DIN 45667: Klassierungsverfahren: Stichprobe, Verweildauer, Spitzenwert I, Spitzenwert II, Spitzenwert III, Klassendurchgang, Spannen, Spannenpaarverfahren. Relative und absolute Häufigkeitsdarstellung Berechnung der Klassen- und der Summenhäufigkeit Entsprechend der Verfahren: Bezugsniveau Hystereseeinstellungen Überrollung Option: Zusätzliche Klassierverfahren Option: Zusätzliche Klassierverfahren Mehrkanalige Verbundklassierung Rainflow-Klassierung µLab Komfortable Meßdatenerfassung unter Windows Allgemein Allgemein: Für Windows NT und Windows'95 optimiertes 32-Bit Programm Erfassung und Ausgabe einer beliebigen Anzahl von Analog- und Digitalkanälen Meßhardware: Handelsübliche Datenerfassungs- und Ausgabekarten. Unterstützung von Zählerkarten und externen Erfassungseinheiten. Abtastraten von der Hardware abhängig - von < 1Hz bis zu: > 100kHz bei kontinuierlichen Messungen > 500kHz bei Burst-Messungen Ergonomische Bedienung durch: Drag&Drop-Funktion Kontextmenüs Symbolleisten ToolTips Fremdsprachige Versionen - erhältlich in Englisch, Französisch (Spanisch und Italienisch in Vorbereitung). Ausführliche Dokumentation als Handbuch und Online-Dokumentation (PDF) Individuelle Anpassung von Grundeinstellungen und Vorgaben Kanaleigenschaften Parametrierbare Kanaleigenschaften: Datensatzname, Bezeichnung, Einheit Kalibrierung linear/nicht linear Kurvenglättung: Gleitender Mittelwert Gewichteter gleitender Mittelwert Lineare Glättung Zusammenfassung von Digitalkanälen zu einem Analogkanal Begrenzung des Wertebereichs für Ausgabekanäle Invertierung der Digitalkanäle einzeln einstellbar Datenspeicherung Datenspeicherung: Speicherung einer beliebigen Anzahl von Kanälen in beliebig viele Dateien Ringspeicherung (Post mortem). Nur von der Festplattenkapazität abhängig. Speicherung über mehrere Festplatte verteilt Meßwertgenaues Erfassen für Einzelmessungen Serienmessungen Manuelle und automatische Namensvergabe AutoSave-Funktion gegen Datenverlust Burst-Messungen direkt auf Festplatte Start- und Stop-Trigger, Pre- und Post-Trigger Darstellung Grafische Darstellung Beliebig viele Grafikfenster definierbar Grafikfenster mit einer beliebigen Anzahl von folgenden grafischen Objekten: Zeit-Schrieb (Betriebsarten: Scrollen, Scope, Löschen) XY-Diagramm Balkendiagramm Zahlenfelder Schalter Eingabeobjekte Texteigenschaften, Achsenskalierung und Farben frei definierbar Aktionsmodule Aktionsmodule Grenzwertüberwachungsmodul Timer-Modul Datenreduktion-Modul: Minimum, Maximum, Mittelwert und Stichprobenreduktion (statisches und dynamisches Zeitfenster) Extremwertreduktion Option: Online-Berechnung Option: Online-Berechnung: Rechenfunktionen mit einem oder mehreren Datensätzen Komfortable Definition der Formeln Numerische und Bool'sche Operationen: Mathematische Grundrechenarten () Trigonometrische Funktionen Logarithmische / Exponentielle Funktionen Absolutbetrag, Runden, Signumfunktion Konstanten (Euler e, p ) Umrechnung von Grad in RAD und umgekehrt Option: Aktionliste Option: Aktionliste An 'C' angelehnte Programmiersprache Mathematischer Umfang wie im Berechnungsmodul Schleifen- und Verzweigungskonstrukte (for, if, else ...) Spezielle Befehle für Sollwertgenerierung Option: Klassierverfahren nach DIN 45667 Option: Klassierverfahren nach DIN 45667: Klassierungsverfahren: Stichprobe, Verweildauer, Spitzenwert I, Spitzenwert II, Spitzenwert III, Klassendurchgang, Spannen, Spannenpaarverfahren. Option: Rainflow-Klassierung Option: Rainflow-Klassierung: Option: Online-FFT Option: Online-FFT KMT-Messtechnik Deutsch Messverstärker Übersicht PSC16 SC-4M C8-STG (DMS) Meßdatenaufzeichnungsg. Übersicht D-2/4 D-2/8 D-2/16 DA-PCM HS Telemetriesysteme Übersicht CT8 CT4-Wheel CT8 Rotate MT32 TEL 32 Telemetrie TEL 16 Telemetrie TEL 8 Telemetrie PCM 4 Telemetrie PCM 16 Telemetrie TEL1/40k TTL TEL1-FM RTSE600 RT8 Rotate Temptel 1200-14 Software Info PDFs Download Automotiv CL1 Telemetrie Meßlenkrad RPM 8000 RPM 8000-DC ACC Kapazitive Beschleunigungssensoren DAQ-Systems Übersicht We are manufacturer of Measuring & PCM tape recorder, PCM telemetry system, -signal conditioning, measuring notebook up to 64 CH. Our customers are research and test departments in the automotive, racing sport, military area, aviation and aerospace area. Sensor amplifier / signal conditioning units PSC16 Comfortable 16 channel signal conditioning unit, full computer programmable, Gain 1...2000 in steps of 1 with modules such as Strain gauge, LVDT, Thermocouples, F/V converter Filter and more SC-8 Mobile sensor amplifier for 8 channel signal conditioning unit, mixed installation practicable with modules for STG, LVDT, ISO, THERMO, F/V, ICP, FILTER • Excitation 2 ranges by use of jumpers (4 or 8 V) • Gain: 3 ranges by use of jumpers (10, 100 or 1000) • Auto Zero balancing of STG • Full-, half- or quarter-bridges SC-4/M Mobile sensor amplifier for 4 channel signal conditioning unit, mixed installation practicable with modules for STG, LVDT, ISO, THERMO, F/V, ICP, FILTER • Excitation 2 ranges by use of jumpers (4 or 8 V) • Gain: 3 ranges by use of jumpers (10, 100 or 1000) • Zero balancing of STG via potentiometer • Full-, half- or quarter-bridges PSC16 amplifier Comfortable 16 channel signal conditioning unit, full computer programmable, Gain 1...2000 in steps of 1 16 channel signal conditioning unit, full computer programmable Gain 1..2000 in steps of 1 Signal conditioning for straingauge, displacement, vibration, shock, temperature ... . Mixed installation practicable Full computer programmable, up to 8 setups available in the internal memory Gain 1..2000 in steps of 1 Excitation + 1, 2, 4 or 8 V External and internal calibration Full, half or quarter bridges Supply voltage: DC 10 ... 18 V or 18 ... 32 V or mains (opt.) The PSC 16 is a signal conditioning unit with 16 slots for various plug in cards. It is preferable to order all different cards to be flexible and able to fulfil unexpected requirements for future measurements. You can plug in a large range of different amplifier modules, such as strain gauges, carrier frequency, DC, frequency / volt-converter or PT100-amplifier... Easy handling. Step I you define the setup (sensitivity, bridge excitation, filter-frequency and so on), for each channel, on an IBM-compatible PC or notebook. Step II you send it to the PSC 16 via RS 232. Up to 8 different setups can be stored. Step III in the car, on the motorbike or where ever you want to measure, you switch on the power, select the setup number and the PSC 16 is ready. You can connect it with a D2/16 via two cables and the data can be stored on a DAT-tape. With further equipment you can transmit the data via telemetry, or directly into a computer. Please tell us what you want to do and we will offer you a suitable solution. Following functions are also possible without a computer: AZ: Auto zero calibration. The value is stored and not reset by power off. EXC: Excitation off. It is a very useful function to separate trouble effects and true signals. CAL: Calibration. One resistor can be plugged on the amplifier card, the value is dependent on the bridge resistance and the sensitivity of the amplifier. The bridge completion is also pluggable. Setup software for MS-Windows 3.11 and Win95: View's Front side Back side Technical information: System System accuracy: 0;1% (full scale) Operating temp. range: -10 ° C up to +50 ° C Humidity: 20 ... 90 % non condensing Shock: 50 g in all directions Dimensions of PSC 16: 180x130x100 mm (l x w x h) Weight: about 2,3 kg Supply voltage: DC 10 ... 18 V or 18 ... 32 V or mains (opt.) Setup: software interactive with sensor module identification. SC-Modules: 1 Basic unit = 16 slots, each slot = 1 SC-module (Signal conditioning modules): SC DMS-1 Strain gauge module for full-, ½- and ¼-bridge configuration Excitation setting per software 0-2-4-8 V, max. 70 mA, Short circuit proof Differential DC amplifier Accuracy 0,1 % Gain 1...2000 in steps of 1 Offset setting Auto zero calibration Auto offset calibration Linearity 0,1 % gain 1000; 0,2 % gain 2000 Output 5 V SC LVDT The LVDT module is designed for all available displacement sensors. Programmable gain 1, 2, 5 and 10 (nonlinearity error ±1%) Automatic zero adjustment and offset shift Sensor supply 5 kHz sinusoidal, VA = 2.5V, 300W load Signal bandwidth 400Hz Signal output level ±5V, Imax = 5mA Operating temperature: –40°C ... +80°C F/V module The F/V-module is used to measure frequencies between 40Hz and 10kHz. Three programmable ranges 40Hz ... 500Hz 40Hz ... 2.5kHz 40Hz ... 10kHz Input signal range VA = 0.3 ... 10V Sinus, square and triangle wave forms Integrated output filter (2pol. Butterworth, 3dB at 10Hz, 40dB at 100Hz) Output voltage 0 – 5V, Imax = 5mA Non linearity error ±0.2% Offset error ±0.5% Operating temperature –40°C up ... +80°C SC Pt 100 This module make the complete galvanic isolated signal conditioning for the PT100 thermo resistor. The standard connection for short distances is done with 2-wire techniques. For longer distances we recommend the 3-wire techniques. Temperature measuring range –100 to +600°C Output voltage -1 to +6V Accuracy ±1°C Nonlinearity error ±0.2% Isolation voltage max. 500V Sensor supply IEXC = 0.25mA Output filter with 3dB at 3Hz SC Th Module for thermo couples included cold junction compensation. Optional: Galvanic isolated Accuracy 5 ° C Temp. range -20°C - +600°C Available for J and K thermo couples SC ISO The ISO-module enables a galvanic input signal isolation. Input range ±10V Output range ±5V, Imax = 5mA Gain 0.5, non linearity error 0.2% Typ. offset ±20mV Signal bandwidth 20kHz Slew rate 1.5V/m s Isolation voltage 500V Input resistance 200kW Operating temperature –40°C ... +80°C SC CURRENT The current module is used to measure low currents. Input current 0... ±20mA Input resistance 125W Output range ±5V, Imax = 5mA Operating temperature –40°C up to +80°C SC-4/M - Mobile Sensor amplifier 4 channel signal conditioning unit, mixed installation practicable with modules such as Straingauge, LVDT, Thermocouples, F/V converter and more. Signal conditioning for straingauge, displacement, vibration, shock, temperature .... Easy handling Mixed installation practicable, 1 up to 4 modules Per jumper selectable gain for STG and LVDT STG excitation + 4 or 8 V Full-, half- or quarter-bridges Power 9-18 or 18-32 VDC Size 140x180x25 mm Technical data SC-4/M consist of: Basic housing with motherboard for max. 4 signal conditioning modules DC/DC converter for power input of 9-18 or 18-32 VDC Size 130x180x35 mm Weight incl. 4 signal conditioning modules 900g Signal conditioning modules To measure: Module Description Characteristics Force, pressure, strain, torsion, material stress STG Strain gauges Full, half, quarter bridges in 2- and 3-wire technique (120W , 350W , 1kW ) Setable gain (10, 100, 1000) Setable bridge supply (4V, 8V) Offset calibration with potentiometer Additive 5kHz fixed filter (2pol. Butterworth) distance LVDT Inductive distance sensor Setable gain (1, 2, 5, 10) Sensor supply 5kHz, 2.5V Offset calibration with potentiometer Frequency, speed by pulse frequency F/V Frequency-to-voltage converter Setable maximum frequency (500Hz, 2.5kHz, 10kHz) Minimum frequency 40Hz Signal amplitude 0.3-10V Square, sine and triangle wave forms 10Hz output filter (2pol. Butterworth) Acceleration, oscillation, vibrations ACC Acceleration sensor based on STG all common sensors CAP Capacitance accelerometer ICP Piezoelectric accelerometer Temperature THERMO Thermo wires Type J, K (T) Measuring range from -20°C up to +600°C Gain 10mV/°C Internal cold junction compensation Optional galvanic isolation with integrated ISO module galvanic isolated voltage ISO Isolation amplifier Additive isolated sensor excitation Optional 4Hz fixed filter (4pol. Butterworth) Current CUR Current-to-voltage converter Input current 0-20mA Input impedance 125W Bridge excitation 12V FILTER Optional filter for all modules 8th order elliptical or linear phase frequency response, more than 2000 cut off frequencies from 10Hz to 7,5kHz available (reciprocal scaling) D-2/4 mini Rekorder Mini DAT with 4 channel for static and dynamic signals, 2 and 4 channel signal bandwidth up to 16000 Hz in 2 channel mode signal bandwidth up to 8000Hz in 4 channel mode simultane scanning. scanning rate 96 kHz, 12 bit resolution, anti Aliasing filter 8. order. Butterworth, 3 hour recording time, Computer Interface date-, time registration, voice channel D-2/8 mini Rekorder Mini DAT with 8 channel for static and dynamic signals, 2-4 and 8 channel signal bandwidth up to 16000 Hz in 2 channel mode signal bandwidth up to 8000Hz in 4 channel mode signal bandwidth up to 4000Hz in 8 channel mode simultane scanning. scanning rate 96 kHz, 12 bit resolution, anti Aliasing filter 8. order. Butterworth, 3 hour recording time, Computer Interface date-, time registration, voice channel D-2/16 mini Rekorder Mini DAT with 8 channel for static and dynamic signals, 2-4 and 8 channel signal bandwidth up to 16000 Hz in 2 channel mode signal bandwidth up to 8000Hz in 4 channel mode signal bandwidth up to 4000Hz in 8 channel mode signal bandwidth up to 2000Hz in 16 channel mode simultane scanning. scanning rate 96 kHz, 12 bit resolution, anti Aliasing filter 8. order. Butterworth, 3 hour recording time, Computer Interface date-, time registration, voice channel DA-PCM HS High Speed PCM data Recorder 1280 kbit/s TTL 3 hour recording time, Computer Interface date-, time registration, voice channel D-2/4 - mobile mini DAT recorder Smallest 4 channel DAT recorder of world for record and playback form analog signals up to 16 kHz per channel in 2 channel mode. Record and reproduce of 4 analog data channels, voice, date, time and digital signals. Extremely small and ruggedized design and therefore multiple application areas Usable in each position and therefore especially suitable for extreme mobile applications Very resistant against shock and vibrations Extremely adaptable to various measuring requests due to switchable number of channels and signal bandwidth Robust remote control box with bargraph display Computer interface for on- and off-line Data analysis (OPT.) Telemetry connection for computer interface for on-line data analysis during mobile use (OPTION) Event-driven record commands Record commands by Remote Control Automatic test number recording Fast search run in both directions Power supply DC 10 ... 18 V or 18 ... 32V, battery (OPTION), mains 220 V AC (OPTION) The D-2/4 DAT Recorder is small and powerful. The physical size has a major advantage over larger units. Due to the small mechanical dimension it can be. This becomes apparent, whenever space or critical positioning is the issue. Good examples are the cramped quarters of building and earth-moving machines, cars and planes. The surveillance's and analysis is done On-line. A telemetry output, connected to our RF telemetry TS/TE 2.5, transmits the data to a computer. Concurrently, high redundancy recording of raw data takes place within the DAT. With the aid of our REMUS Software all or single channels can be selected and/or presented. The computer freed from the ''Data Logging" task can now be utilized for analysis and presentation. The ''Record Commands" can be controlled remotely. The "Record Procedure" is started and terminated with the +5 V and 0 V levels respectively. Sometimes, especially during long term measurements, continuous recording would be impractical. In this case the ''Event-Driven" record control is a powerful tool. Supporting this feature is one "Event Channel". Once an ."Event Channel" is activated, a ''Record Procedure'' of approximately 1 minute is started. This procedure includes the recording of the active event, time and test number. The D-2/4 DAT can convert data from analog to digital and feed them into computer directly without recording. For this operation the "Tape Bypass" function is used. Just as in recording mode the analog data are filtered and digitized. The data are transferred directly to the computer instead to tape. This is independent upon the tape runs and records data or stays without recording. In this mode the DAT recorder is used as PCM encoder for telemetry transmission. Another feature is the pulse input DIG In/Out. With that feature any pulses with any sampling relationship from 0 to 40 kHz can be recorded and reproduced. This input is very suitable for PCM signals transmitted via RF telemetry. Data from PCM encoders, input pulses from sensors for revolution or speed, or the recording of simple events are just a few. Optionally an event multiplexer for 16 events is available. These are some examples of the flexible use of our Data Recorder D-2/4. For more information contact our sales office. References: (D-2/16 and D-2/4) Aprilia motorcycle Italy Benetton Formula 1 England CNES France MIR Space Sation Daewoo Corp. Korea Ferrari Formula 1 Italy Fiat Italy Renault Sport France SAGEM France Samsung Heavy Industry Korea Hyundai Korea Military test departments Railway Germany VW Brazil and many more .... . References: (D-2/16, D-2/8 and D-2/4) Missile (D-2/16) Missile (D-2/4) MIR Space Station (D-2/8 Spec.) CNES France Technical data: 4 analog channels; input and output are connected via BNC connectors Measuring range +/-5 V with overload indication for each channel Resolution 12 Bit, simultaneous sampling of all channels Input impedance 100 KOhm, SNR 72 dB Over voltage protection +40 V Total sampling rate 96 kHz, distributed to selected number of channels ( see table ) 8-pole lowpass Butterworth filter for input and output, avoiding Aliasing effects and smoothing the output signals; damping in locking area 48 dB/Octave Analog output impedance 2 Ohme, max. 10 mA, +/-5V Programmable for 2 - 4 channel mode Signal bandwidth max. in 2 channel mode 0 ... 16 kHz (-3dB) Serial Interface, suitable for direct transmission even over long cables or for RF- or IR-transmission PC Interface plug-in board for all IBM comp. PCs (Option) Digital pulse input (TTL), that means pulses from 0 ... 40 kHz can be recorded and reproduced. Date and time recording (year- month - day - hour - minute - second) Tape length counter for absolute time, programming time, remaining record time. Automatic or manual setting of test number Fast search run in both directions searching the test number Remote control unit with bargraph display, Voice channel and overload indication (option) Voice channel with external microphone and built-in loudspeaker, signal bandwidth 60 ... 2800 Hz. Recording time 3 hours with a DT180 cassette Storing capacity approximate, 2.4 Giga Byte with a DT180 cassette Reproducible accuracy between record and replay at 0 Hz +0,1 % Phase error between channels at same frequency <1°. Error correction system Double Encoded Reed Solomon Code. Bit error rate better 10-10 Recording format Helical Scan R-DAT Illuminated display with following indications: date/time - program ie. test number - tape length counter for absolute time - program time - remaining record time - indications for functions like record -forward - reverse - tape loaded etc. Additional indications like battery level - error condensing water Functional buttons on tape deck: FORWARD - REVERSE - PLAY - RECORD -STOP - PAUSE - HOLD Remote controllable with TTL-level for START/REC - STOP or/and event controllable with 1 event for blocs of 1 min Power supply DC 10 ... 32 V, battery (Option) or mains 220 V +/-10 % AC (Option) 110V AC (Option) Power requirement approximate 10 Watt Environmental conditions: Operating temperature range -5 C° to + 45 °C Storage temperature range -20 °C to + 60 °C Relative humidity 20 ... 80 % non condensing Vibration 5g Mil. Standard 810 C, Curve C Shock 10g in all directions Size 157 x 90 x 65 mm without shock absorber Weight 1.3 kg without shock absorber 16 analog channels; input and output are connected via BNC connectors Measuring range ~5 V with overload indication for each channel Resolution 12 Bit, simultaneous sampling of all channels Input impedance 100 KOhm, SNR 72 dB Over voltage protection +40 V Total sampling rate 96 kHz, distributed to selected number of channels ( see table ) 8-pole lowpass Butterworth filter for input and output, avoiding Aliasing effects and smoothing the output signals; damping in locking area 48 dB/Octave Analog output impedance 2 Ohme, max. 10 mA, +/-5V Programmable for 2 - 4 - 8 - 16 channel mode Signal bandwidth max. in 2 channel mode 0 ... 16 kHz (-3dB) Serial Interface, suitable for direct transmission even over long cables or for RF- or IR-transmission PC Interface plug-in board for all IBM comp. PCs (Option) Digital pulse input (TTL), that means pulses from 0 ... 20 kHz can be recorded and reproduced. Date and time recording (year- month - day - hour - minute - second) Tape length counter for absolute time, programming time, remaining record time. Automatic or manual setting of test number Fast search run in both directions searching the test number Remote control unit with bargraph display, Voice channel and overload indication (option) Voice channel with external microphone and built-in loudspeaker, signal bandwidth 60 ... 2800 Hz. Recording time 3 hours with a DT180 cassette Storing capacity approximate, 2.4 Giga Byte with a DT180 cassette Reproducible accuracy between record and replay at 0 Hz +0,1 % Phase error between channels at same frequency <1°. Error correction system Double Encoded Reed Solomon Code. Bit error rate better 10-10 Recording format Helical Scan R-DAT Illuminated display with following indications: date/time - program i.e. test number - tape length counter for absolute time - program time - remaining record time - indications for functions like record -forward - reverse - tape loaded etc. Additional indications like battery level - error condensing water Functional buttons on tape deck: FORWARD - REVERSE - PLAY - RECORD -STOP - PAUSE - HOLD Remote controllable with TTL-level for START/REC - STOP or/and event controllable with 1 event for blocs of 1 min Power supply DC 10 ... 32 V, battery (Option) or mains 220 V +/-10 % AC (Option) 110V AC (Option) Power requirement approximate 10 Watt Environmental conditions: Operating temperature range -5 C° to + 45 °C Storage temperature range -20 °C to + 60 °C Relative humidity 20 ... 80 % non condensing Vibration 5g Mil. Standard 810 C, Curve C Shock 10g in all directions Size 160 x 90 x 90 mm without shock absorber Weight 1.5 kg without shock absorber Table: Analogue bandwidth kHz -3 dB Scanning rate kHz Channel Mux 2 CH. 4 CH. 2 CH. 4 CH. max. 3 hours 16 kHz 8 kHz 48 kHz 24 kHz D-2/8 - Mobile mini DAT recorder Smallest 8 channel DAT recorder of world for record and playback form analog signals up to 16 kHz per channel in 2 channel mode. Record and reproduce of 8 analog data channels, voice, date, time and digital signals. Extremely small and ruggedized design and therefore multiple application areas Usable in each position and therefore especially suitable for extreme mobile applications Very resistant against shock and vibrations Extremely adaptable to various measuring requests due to switchable number of channels and signal bandwidth Robust remote control box with bargraph display Computer interface for on- and off-line Data analysis (OPT.) Telemetry connection for computer interface for on-line data analysis during mobile use (OPTION) Event-driven record commands Record commands by Remote Control Automatic test number recording Fast search run in both directions Power supply DC 10 ... 32 V, battery (OPTION), mains 220 V AC (OPTION) The D-2/8 DAT Recorder is small and powerful. The physical size has a major advantage over larger units. Due to the small mechanical dimension it can be. This becomes apparent, whenever space or critical positioning is the issue. Good examples are the cramped quarters of building and earth-moving machines, cars and planes. The surveillance's and analysis is done On-line. A telemetry output, connected to our RF telemetry TS/TE 2.5, transmits the data to a computer. Concurrently, high redundancy recording of raw data takes place within the DAT. With the aid of our REMUS Software all or single channels can be selected and/or presented. The computer freed from the ''Data Logging" task can now be utilized for analysis and presentation. The ''Record Commands" can be controlled remotely. The "Record Procedure" is started and terminated with the +5 V and 0 V levels respectively. Sometimes, especially during long term measurements, continuous recording would be impractical. In this case the ''Event-Driven" record control is a powerful tool. Supporting this feature is one "Event Channel". Once an ."Event Channel" is activated, a ''Record Procedure'' of approximately 1 minute is started. This procedure includes the recording of the active event, time and test number. The D-2/8 DAT can convert data from analog to digital and feed them into computer directly without recording. For this operation the "Tape Bypass" function is used. Just as in recording mode the analog data are filtered and digitized. The data are transferred directly to the computer instead to tape. This is independent upon the tape runs and records data or stays without recording. In this mode the DAT recorder is used as PCM encoder for telemetry transmission. Another feature is the pulse input DIG In/Out. With that feature any pulses with any sampling relationship from 0 to 20 kHz can be recorded and reproduced. This input is very suitable for PCM signals transmitted via RF telemetry. Data from PCM encoders, input pulses from sensors for revolution or speed, or the recording of simple events are just a few. Optionally an event multiplexer for 16 events is available. These are some examples of the flexible use of our Data Recorder D-2/8. For more information contact our sales office. References: (D-2/16, D-2/8 and D-2/4) Aprilia motorcycle Italy Benetton Formula 1 England CNES France MIR Space Sation Daewoo Corp. Korea Ferrari Formula 1 Italy Fiat Italy Renault Sport France SAGEM France Samsung Heavy Industry Korea Hyundai Korea Military test departments Railway Germany VW Brazil and many more .... . Applikation pictures Missile (D-2/16) Missile (D-2/4) MIR Space Station (D-2/8 Spec.) CNES France Technical data: 8 analog channels; input and output are connected via BNC connectors Measuring range +/-5 V with overload indication for each channel Resolution 12 Bit, simultaneous sampling of all channels Input impedance 100 KOhm, SNR 72 dB Over voltage protection +40 V Total sampling rate 96 kHz, distributed to selected number of channels ( see table ) 8-pole lowpass Butterworth filter for input and output, avoiding Aliasing effects and smoothing the output signals; damping in locking area 48 dB/Octave Analog output impedance 2 Ohme, max. 10 mA, +/-5V Programmable for 2 - 4 - 8 channel mode Signal bandwidth max. in 2 channel mode 0 ... 16 kHz (-3dB) Serial Interface, suitable for direct transmission even over long cables or for RF- or IR-transmission PC Interface plug-in board for all IBM comp. PCs (Option) Digital pulse input (TTL), that means pulses from 0 ... 20 kHz can be recorded and reproduced. Date and time recording (year- month - day - hour - minute - second) Tape length counter for absolute time, programming time, remaining record time. Automatic or manual setting of test number Fast search run in both directions searching the test number Remote control unit with bargraph display, Voice channel and overload indication (option) Voice channel with external microphone and built-in loudspeaker, signal bandwidth 60 ... 2800 Hz. Recording time 3 hours with a DT180 cassette Storing capacity approximate, 2.4 Giga Byte with a DT180 cassette Reproducible accuracy between record and replay at 0 Hz +0,1 % Phase error between channels at same frequency <1°. Error correction system Double Encoded Reed Solomon Code. Bit error rate better 10-10 Recording format Helical Scan R-DAT Illuminated display with following indications: date/time - program i.e. test number - tape length counter for absolute time - program time - remaining record time - indications for functions like record -forward - reverse - tape loaded etc. Additional indications like battery level - error condensing water Functional buttons on tape deck: FORWARD - REVERSE - PLAY - RECORD -STOP - PAUSE - HOLD Remote controllable with TTL-level for START/REC - STOP or/and event controllable with 1 event for blocs of 1 min Power supply DC 10 ... 32 V, battery (Option) or mains 220 V +/-10 % AC (Option) 110V AC (Option) Power requirement approximate 10 Watt Environmental conditions: Operating temperature range -5 C° to + 45 °C Storage temperature range -20 °C to + 60 °C Relative humidity 20 ... 80 % non condensing Vibration 5g Mil. Standard 810 C, Curve C Shock 10g in all directions Size 160 x 90 x 90 mm without shock absorber Weight 1.5 kg without shock absorber Table: Analogue bandwidth kHz -3 dB Scanning rate kHz Channel Mux 2 Ch. 4 Ch. 8 Ch. 2 Ch. 4 Ch. 8 Ch. max. 3 hours 16 kHz 8 kHz 4 kHz 48 kHz 24 kHz 12 kHz D-2/16 - Mobile mini DAT recorder A small device for extremely hard applications Smallest 16 channel DAT recorder of the world for record and playback of analog signals up to 16 kHz per channel Record and reproduce of 16 analog data channels, voice, date, time and digital signals. Extremely small and ruggedized design and therefore multiple application areas Usable in each position and therefore especially suitable for extreme mobile applications Very resistant against shock and vibrations Extremely adaptable to various measuring requests due to switchable number of channels and signal bandwidth Robust remote control box with bargraph display Computer interface for on- and off-line Data analysis (OPT.) Telemetry connection for computer interface for on-line data analysis during mobile use (OPTION) Event-driven record commands Record commands by Remote Control Automatic test number recording Fast search run in both directions Power supply DC 10 ... 32 V, battery (OPTION), mains 220 V AC (OPTION) The D-2/16 DAT Recorder is small and powerful. The physical size has a major advantage over larger units. Due to the small mechanical dimension it can be. This becomes apparent, whenever space or critical positioning is the issue. Good examples are the cramped quarters of building and earth-moving machines, cars and planes. The surveillance's and analysis is done On-line. A telemetry output, connected to our RF telemetry TS/TE 2.5, transmits the data to a computer. Concurrently, high redundancy recording of raw data takes place within the DAT. With the aid of our REMUS Software all or single channels can be selected and/or presented. The computer freed from the ''Data Logging" task can now be utilized for analysis and presentation. The ''Record Commands" can be controlled remotely. The "Record Procedure" is started and terminated with the +5 V and 0 V levels respectively. Sometimes, especially during long term measurements, continuous recording would be impractical. In this case the ''Event-Driven" record control is a powerful tool. Supporting this feature is one "Event Channel". Once an ."Event Channel" is activated, a ''Record Procedure'' of approximately 1 minute is started. This procedure includes the recording of the active event, time and test number. The D-2/16 DAT can convert data from analog to digital and feed them into computer directly without recording. For this operation the "Tape Bypass" function is used. Just as in recording mode the analog data are filtered and digitized. The data are transferred directly to the computer instead to tape. This is independent upon the tape runs and records data or stays without recording. In this mode the DAT recorder is used as PCM encoder for telemetry transmission. Another feature is the pulse input DIG In/Out. With that feature any pulses with any sampling relationship from 0 to 20 kHz can be recorded and reproduced. This input is very suitable for PCM signals transmitted via RF telemetry. Data from PCM encoders, input pulses from sensors for revolution or speed, or the recording of simple events are just a few. Optionally an event multiplexer for 16 events is available. These are some examples of the flexible use of our Data Recorder D-2/16. For more information contact our sales office. References: (D-2/16 and D-2/4) Aprilia motorcycle Italy Benetton Formula 1 England CNES France MIR Space Sation Daewoo Corp. Korea Ferrari Formula 1 Italy Fiat Italy Renault Sport France SAGEM France Samsung Heavy Industry Korea Hyundai Korea Military test departments Railway Germany VW Brazil and many more .... . References: (D-2/16, D-2/8 and D-2/4) Missile (D-2/16) Missile (D-2/4) MIR Space Station (D-2/8 Spec.) CNES France Technical data: 16 analog channels; input and output are connected via BNC connectors Measuring range +/-5 V with overload indication for each channel Resolution 12 Bit, simultaneous sampling of all channels Input impedance 100 KOhm, SNR 72 dB Over voltage protection +40 V Total sampling rate 96 kHz, distributed to selected number of channels ( see table ) 8-pole lowpass Butterworth filter for input and output, avoiding Aliasing effects and smoothing the output signals; damping in locking area 48 dB/Octave Analog output impedance 2 Ohme, max. 10 mA, +/-5V Programmable for 2 - 4 - 8 - 16 channel mode Signal bandwidth max. in 2 channel mode 0 ... 16 kHz (-3dB) Serial Interface, suitable for direct transmission even over long cables or for RF- or IR-transmission PC Interface plug-in board for all IBM comp. PCs (Option) Digital pulse input (TTL), that means pulses from 0 ... 20 kHz can be recorded and reproduced. Date and time recording (year- month - day - hour - minute - second) Tape length counter for absolute time, programming time, remaining record time. Automatic or manual setting of test number Fast search run in both directions searching the test number Remote control unit with bargraph display, Voice channel and overload indication (option) Voice channel with external microphone and built-in loudspeaker, signal bandwidth 60 ... 2800 Hz. Recording time 3 hours with a DT180 cassette Storing capacity approximate, 2.4 Giga Byte with a DT180 cassette Reproducible accuracy between record and replay at 0 Hz +0,1 % Phase error between channels at same frequency <1°. Error correction system Double Encoded Reed Solomon Code. Bit error rate better 10-10 Recording format Helical Scan R-DAT Illuminated display with following indications: date/time - program i.e. test number - tape length counter for absolute time - program time - remaining record time - indications for functions like record -forward - reverse - tape loaded etc. Additional indications like battery level - error condensing water Functional buttons on tape deck: FORWARD - REVERSE - PLAY - RECORD -STOP - PAUSE - HOLD Remote controllable with TTL-level for START/REC - STOP or/and event controllable with 1 event for blocs of 1 min Power supply DC 10 ... 32 V, battery (Option) or mains 220 V +/-10 % AC (Option) 110V AC (Option) Power requirement approximate 10 Watt Environmental conditions: Operating temperature range -5 C° to + 45 °C Storage temperature range -20 °C to + 60 °C Relative humidity 20 ... 80 % non condensing Vibration 5g Mil. Standard 810 C, Curve C Shock 10g in all directions Size 160 x 90 x 90 mm without shock absorber Weight 1.5 kg without shock absorber Table: Analogue bandwidth kHz -3 dB Scanning rate kHz Channel Mux 2 Ch. 4 Ch. 8 Ch. 16 Ch. 2 Ch. 4 Ch. 8 Ch. 16 Ch. max. 3 hours 16 kHz 8 kHz 4 kHz 2 kHz 48 kHz 24 kHz 12 kHz 6 kHz DA-PCM HS High speed PCM recorder up to 1280 kbit/s Bit rate 80 ... 1280 kHz (TTL level) Voice channel for commends Recording & reproducing from modulated IRIG B time code (Opt. instead voice CH.) Recording time 120 minutes Error correction (Double encoded Reed Solomon Code) Weight 1000 grams Very resistant again shock (10g) and vibrations (5g) Small size (160 x 85 x 65 mm) Power 10...30 V DC, 8 Watt DA-PCM HS recorder is a special development only for record and replay of PCM coded data streams, with additive speech comments or IRIG B time code. First mode: The most flexible method is available when PCM data and a pulse clock are present at the encoder. In this case each different PCM coded data can be recorded and reproduced with a data rate of 80 up to 1280 kbit/s. Second mode: (OPTION) When only the PCM coded data without clock is provided form the encoder, record an replay is only possible with a corresponding option. In this case is only one bit rate for a special PCM code possible. Please inform us about the desired bit rate and PCM code when order. Bit rate: The maximum bit rate of 1280 kbit/s is only possible, if the bit rate and the clock have the same frequency. For some PCM codes such as e. g. Miller code the double clock rate is limited to a maximum of 640 kbit/s. This fact also concern mode one and two.Record of speech and IRIG B time code information. Independent of the measured data (PCM data), speech or IRIG B time code information can be recorded. (Please fix your choice when order, because only one mode can be installed). IRIG B time code will be only recorded and replayed in a modulated format. A display for IRIG B time on the recorder is not available. Remote control Additive to the normal DAT recorder handling buttons, there is an input for record start/ duration available. Via opto coupler (galvanic isolation) the pulse width (with a potential of 5 up to 30 V) start and regulate the duration . The pulse must have a potential of 5 up to 30 V) Tape deck function Record - Play - Stop - Pause - Fast forward - Fast reverse Technical data's: Bitrate: With available clock and PCM 80 ... 1280 kbit/s Without clock:: (Option) PCM only 1 bit rate between 80 ... 1280 kbit/s, Miller code only 1 bit rate max. 640 kbit/s Level: TTL Clock generator: Only, if not present a clock signal for recording PCM code(Option) Input impedance: 100 k ohme Output impedance: 10 ohme , max 10 mA Remaining jitter: max. 1% Voice channel: 400-3000 Hz, resolution 8 bit IRIG B time code: modulated input/output without display (Option) (instead of voice channel) Event marker: 1 ... 99, automatic start of recording Internal Clock: year - month - day - hour - min. - sec. (absolute time and recording time) Remote control: Start recording/Stop via 5 .. 30 V DC level Remote control box: Record - Play - Stop - Pause (Option) Tape deck: Cassette "DAT format (Digital Audio Tape)" Tape counter: 0 ... 120 min, resolution 1 sec. recorded time and remaining time display Recording time 2 hours with DT 120 cassettes Recording format Helical scan recording DAT format Error correction Double encoded Reed Solomon Code Environmental: Vibration 5g - Std 810C curve C Acceleration 10g - all directions Operating temp. -10°C ... +45°C Storage temp. -20°C ... +60°C Power: 10 ... 30 V DC, 6 Watt Size: 160 x 85 x 65 mm Weight: 1000 grams We are manufacturer of Measuring & PCM tape recorder, PCM telemetry system, -signal conditioning, measuring notebook up to 64 CH. Our customers are research and test departments in the automotive, racing sport, military area, aviation and aerospace area. Telemetry Systems CT8 New ( optional 16 channels ) Compact Telemetry System with 8 channels, direct Sensor connection · 8 channels, 12 bit resolution, simultaneous sampling of all channels · Anti aliasing filters · Direct sensor connection for STG, Thermo couples K or high level inputs · +/- 5V analogue output at the receiver side, optional dig. output for PC interface · Distance up to 500m between transmitter and receiver · Static acceleration up to 100 g in all directions · Signal bandwidth 8 x 0-95 Hz with 40kbit transmitter, 8 x 0-750 Hz with 320kbit transmitter CT2-Mini New Small Telemetry System with 2 channels, direct Sensor connection · 2 channels, 12 bit resolution, simultaneous sampling of all channels · Anti aliasing filters · Direct sensor connection for STG, Thermo couples K or high level inputs · +/- 5V analogue output at the receiver side, optional dig. output for PC interface · Distance up to 500m between transmitter and receiver · Static acceleration up to 100 g in all directions · Signal bandwidth 2 x 0-375Hz with 40kbit transmitter CT4-Wheel New ( optional 8 channels ) 4 (8) Channel wheel telemetry system for connection with strain gages, force, temperature and vibration sensors as well as high level input +/-5 or +/-10Volts. · 4 different carrier frequencies (433.3, 433.7, 434.1 or 434.5 MHz) enable measurements at 4 Wheels for one car. · A mixed installation of different signal conditioning modules possible. · Universal mounting adapter enables a fast and exactly montage on different kind of wheels. · The transmitting system is dust and water protected (IP65). CT8-Rotate New Telemetry system for rotating Applications · Direct sensor connection for STG, TH K, ICP and High level inputs (+/-5V or +/-10V) · Signal bandwidth 8 x 0...95Hz · Integrated Battery (Akku) for up to 6 hours operating time · Digital transmitting in 4 different carrier frequencies (433.3, 433.7, 434.1 or 434.5 MHz) enables up to 4 CT8-Rotate telemetry system can work parallel at the same time. · Waterproofed housing (IP65) MT32 New Mini Telemetry System up to 32 channels, direct Sensor connection · 12 bit resolution, simultaneous sampling of all channels · Anti aliasing filters · Direct sensor connection for STG, Thermo couples K and ICP sensors · +/- 5V analogue output at the receiver side, optional dig. output for PC interface · Different transfer possibilities like IR- or RF- transmission for short and long distance · Small module design to solve a lot of different applications · Powering transmitting side via battery or inductive TEL 32/16/8 Telemetry Digital telemetry system for 32 channels Fixed Signal bandwidth 32x 800Hz / channel with 2,45 GHz Transmitter - 1,28 Mbit/s or Fixed Signal bandwidth 32x 200Hz / channel with 433 MHz Transmitter - 320 kbit/s or Fixed Signal bandwidth 32x 25Hz / channel with 433 GHz Transmitter - 40 kbit/s Digital telemetry system for 16 channels Fixed Signal bandwidth 16x 1600Hz / channel with 2,45 GHz Transmitter - 1,28 Mbit/s or Fixed Signal bandwidth 16x 400Hz / channel with 433 MHz Transmitter - 320 kbit/s or Fixed Signal bandwidth 16x 50Hz / channel with 433 GHz Transmitter - 40 kbit/s Digital telemetry system for 8 channels Fixed Signal bandwidth 8x 3200Hz / channel with 2,45 GHz Transmitter - 1,28 Mbit/s or Fixed Signal bandwidth 8x 800Hz / channel with 433 MHz Transmitter - 320 kbit/s or Fixed Signal bandwidth 8x 100Hz / channel with 433 GHz Transmitter - 40 kbit/s Simultane samling, 12 bit resolution, Anit- Aliasing filter 8. order. Butterworth, Distance up to 500m free view (more distance on request) Optional 64 or 128 channels avalable! PCM 4 Telemetrie (special) 4 Channel mini telemetry system with analogue and digital output, 2.45 GHz transmission frequency, 20mW transmittion power for distance up to 500 meters. Signal bandwidth up to 10000 Hz in 2 Channel Mode PCM 16 Telemetrie (special) 16 Channel mini telemetry system with analogue and digital output, 2.45 GHz transmission frequency, 20mW transmittion power for distance up to 500 meters.) Signal bandwidth up to 10000 Hz in 2 Channel Mode TEL1/40k TTL 1 channel TTL telemetry to transmit from 40 TTL pulses/s up to TTL 40000 pulses/s TEL1-FM New One channel telemetry system for rotating applications, signal bandwidth up to 10kHz. RTSE600 1 Channel mini telemetry system incl. signal conditioning for STG, LVDT, Th, ICP Analogue output +/-5V, Signal bandwidth 600 Hz, 433 MHz transmission frequency, 10mW transmisson power, distance up to 250 meters Comfortable 4 channel mini telemetry system with analogue and digital output, 2.45 GHz transmission frequency with 20mW transmitter for distance up to 500 meters. 4 channels (2-4 channel mode) Analogue signal bandwidth 0 Hz-10 kHz/channel (2 ch. mode) 80 kHz total scanning rate (2.45 GHz transmitter) 12 bit resolution Simulation scanning rate to all selected channel Anti-aliasing filters Distance up to 500m - more on request HF transmitter 2.45 GHz 20mW or (433.9 MHz 10mW) Dimensions encoder 150x65x80mm, decoder 160x65x80mm Power 10...32 V DC, 6 Watt Technical datas Encoder - PCM4-1.28 ENC. Input 4 channels via BNC Input impedance 100KW, +/-5V Overload indicators, Resolution 12 bit Amplitude dynamic 72 dB Signal to noise ratio 60 dB Simulation scanning rate to all selected channel Channel mux 4-2, Total scanning rate, selectable by jumper 10-20-50-80 kHz Anti-aliasing filters with low pass, 8. order Butterworth, 48dB/Octave Analogue signal bandwidth see table Linearity 0,2%, Output PCM, bitrate 160-320-640-1280 kbit/s, with additional NRZ and clock HF transmitter 433.9 MHz, 10mW, mod. bandwidth 160-320 kbit/s FM modulated (OPTION) or HF transmitter 2.45 GHz, 20mW, mod. bandwidth 160-1280 kbit/s FM modulated (OPTION) Power 10-32 V DC, 6 Watt Dimensions 150 x 65 x 80mm Weight 800 grams Decoder - PCM4-1.28 DEC. Input RF 433.9 MHz or 2.45 GHz FM modulated (OPTION) Modulation bandwidth 160-320 kbit/s for RF 433.9 MHz PCM - NRZ and clock or 160-1280 kbit/s for RF 2.45 GHz, PCM - NRZ and clock Output 4x +/-5V via BNC mini connectors, impedance 2kW, max. 10mA Simulation out Resolution 12 bit, dynamic range 72 dB, 8. order Butterworth low pass filter for smoothing, Signal noise ratio 60 dB, Linearity 0,2%, Analogue signal bandwidth see table Digital output: PCM - NRZ and clock, computer interface Power 10...32 V DC, 6 Watt Dimensions 160 x 65 x 80mm Weight 900 grams System environments (encoder/decoder) Vibration 20g Mil Std. 810 E Acceleration 100g in all directions Shock 100g Humidity 20-80% non condensing Operating temperature -20°C ...+60°C A multiple-channel mini telemetry system for data acquisition and non-contact data transmission from rotating or moving parts. Up to 16 measuring channels, 4 channels max. in one module. Mixed installation practicable, also inside one module: STG, LVDT, Thermocouple J+K .... . Programmable via an interactive "Remote Control Box" with display. The set-up is stored in a non volatile memory Power supply: batteries, inductive or slip rings. Total sampling rate 750 Hz up to 12 000 Hz. Resolution 12 Bit Simultaneous sampling of all channels (S&H) Automatic switchable antialiasing filters (8 order Butterworth) Water and shock proof system design Analogue and digital signal outputs (receiver module) as well as PC interface and analysing software available (OPTION). The RT8/16 Rotate telemetry system was specially developed for data acquisition on rotating or moving parts. To avoid expensive and complicated slip rings as well as noise problems, we recommend RT8/16 Rotate. By using non contact digital ( PCM ) RF transmission, an excellent transmission, also under very rough conditions, without any noise problem is guaranteed. A typical application could be to measure torsion and vibration on the rotor / blades of a helicopter , aircraft, wind power plants or a turbine as well as wheel measurements. Further applications could be data acquisition on rotating or moving parts on agricultural and earth moving machines. Transmitter No. of channels: max. 16, in 4-channel steps extendible. Adaptable sensors: all common sensors for vibration, force, temperature, displacement. Installation: mixed installation ( in steps of one) inside the 4 channel housing allowed, modules for strain gauge, displacement, vibration, shock, temperature available Programming: Type of sensor, excitation, gain, auto zero, sampling rate.all menu guided via an interactive remote control box. The set-up is stored in an non volatile memory to enable easy parameter setting without disassembling the system. Power supply: Batteries, inductive or via available slip rings. Signal transmission: Digital in PCM-format via RF radio telemetry Mechanic: Water and shock proof system design Receiver stationary Output: Up to 8 (16) analogue cannel’s via BNC ± 5V and digital for direct PC-input with our interface card and transfer software (OPTION). A digital and analogue record / replay with a DAT recorder is also possible. (Please regard to our different DAT recorders.) Power supply: DC 10 ... 18V Technical datas Transmitter: Transmitter module No. of channels: Max. 16, in 4-channel steps extendible Filter: Low pass, 8 order Butterworth Sampling: Simultaneous for all channels(S&H) Sampling rate: 750 Hz ...12 kHz total , to divide by No. of channels Resolution: 12 Bit Signal to noise ratio: 60 dB Amplitude dynamics: 72 dB Analogue signal bandwidth in 160 kbit/s mode: 1-channel mode 0...3000 Hz (-3dB) 2-channel mode 0...1500 Hz (-3d B) 4-channel mode 0...750 Hz (-3d B) 8-channel mode 0...375 Hz (-3dB) 16-channel mode 0...188 Hz (-3dB) the band width above correspond to the digital output. At the analogue output the cut-off frequency is -6dB depending on one further filtering. PCM: According to DIN 66224 RF-frequency: 433,9 MHz Modulation: FSK Bit rate: 10-20-40-80-160 kbit/s RF transmission power : 10 mW Range of transmission: 200 ... 500m General: Each ring (input module) has space for up to 4 channels. It can also be equipped with different signal conditioning modules. It makes the system flexible and you can optimise it in order to fulfill all measurement requirements. RPM: Depending on sort of connectors 360-6000 RPM Weight: 4 channels 2,0 kg ( without power supply ) 8 channels 2,5 kg (without power supply ) Size: Dimensions in 4 channel mode Ø 125 x 125 without mounting plate Dimensions in 8 channel mode Ø 125 x 150 without mounting plate The housing can be designed for customer specifications ! Technical data Receiver: No. of channels: max 16 Output Digital: for computer interface (IBM compatible PC) Software for transmission and analysing OPTIONAL Output analog: max. 8 (16) analogue, range ± 5V RF-frequency: 433,9 MHz Modulation: FSK Bit rate: max. 160 kbit/s Dimensions: 210 x 110 x 90 mm Power supply: 10...18V DC Technical data sensor module STG (Strain gauge): all settings made from the remote control box : ½ and 1/1 bridge 350 Ohme or more Bridge excitation 2-4-8V (± 0,2%) Gain 2 - 4 - 10 - 20 - 40 - 100 - 200 - 400 - 1000 - 2000 Auto zero ± 0,2% CMR: V=1000 = 90dB Linearity error: V 1-100 = 0,1% V 200 = 0,2% V 300 = 0,3% V 1000 = 0,5% LVDT Only inductive sensors, not suitable for STG Carrier frequency: 5 kHz Amplitude: 10V Analogue signal band width: 0...400 Hz Gain: 1-2-5-10 Th Thermocouple J+K (specify when order) Output: 10mV/'C moment of inertia and weight like series one without residual torque, contactless transmission very easy to mount universal usable for all typs of passenger-cars automatic adjustment of all components high accurasy, selectable signalfrequency integrated powersupply small and compact reproducer For more information, pls. down load PDF data sheet Shock-proof 10.000 g High long-term stability Housing hermetically sealed True DC-response Very low temperature drift No signal hysteresis Very integrated sensor electronics Extremely low power consumption Signal conditioning modules with 3 measuring ranges per accelerometer available The Capacitive Accelerometers measure the acceleration, vibration and the inclination of any object. Due to adequate handling of generated measurement information either direction and rate of an acceleration vector or the velocity and covered distance of the test object can be determined. B1, B2 and B3 are capacitive accelerometers with an integrated circuit for transforming the capacitive response into an analog DC signal. The accelerometers are designed for acceleration measurements of vehicles, machines, buildings and plants as well as for seismic, dynamic, inclination and vibration measurements. They also guarantee for fast diagnosis of errors and are extraordinarily appropriated for stress control at strained components. The applied measuring system is based upon a gas-dynamical damped spring-mass-system as a part of a capacitive primary converter. With our special developed signal conditioning modules (SC-4/M, MC16/64 and RTSE600) it is possible to make a 3-stage full scale calibration by switching the gain, e.g. a 50g sensor with measuring ranges of 5g, 20g and 50g. The offset based on the earth gravitation may easy be compensated to a 0 volt output using the auto-zeroing function or a variable resistor. Model B1 B2 B3 Range: ± 3 g ± 10 g ± 50 g Resolution: 10 -3 g 10 -2 g 10 -1 g Sensitivity: ca. 110 mV/g ca. 23 mV/g ca. 6,5 mV/g Non-linearity: < 1 % FS < 1 % FS < 1 % FS Transverse sensitivity: < 1 % FS < 1 % FS < 1 % FS Measuring frequency: 0-160 Hz 0-350 Hz 0-550 Hz Thermal zero shift: < 0,1 mV/K < 0,1 mV/K < 0,1 mV/K Thermal sensitivity shift: + 6× 10 -4 /K + 6× 10 -4 /K + 6× 10 -4 /K Supply voltage, stabilized: 5 VDC 5 VDC 5 VDC Zero-point (offset): + 2,5 ± 0,1 V + 2,5 ± 0,1 V + 2,5 ± 0,1 V Quiescent current: appr. 1mA appr. 1mA appr. 1mA Mechanical shock: 10.000g ! 10.000g ! 10.000g ! IP ratings: IP 65 IP 65 IP 65 Operating temperature range: - 40 ° C ... + 85 ° C - 40 ° C ... + 85 ° C - 40 ° C ... + 85 ° C Storage temperature range: - 45 ° C ... + 90 ° C - 45 ° C ... + 90 ° C - 45 ° C ... + 90 ° C Dimensions: 36 x 24 x 13 mm 36 x 24 x 13 mm 36 x 24 x 13 mm Weight: 45 gram 45 gram 45 gram Housing: anodized aluminum anodized aluminum anodized aluminum Electrical connection: 4-pole male Lemosa 4-pole male Lemosa 4-pole male Lemosa