Produkty dla tester baterii (24)

On the basis of its well proven concept of production line QC Testers, ATEQ has developed a new leak tester designed for the specific requirements of high volume production of plastic parts. This instrument is used for the detection of localized moulding faults, insufficient membrane thickness, perforations, etc. This instrument has also proven to be effective on testing pouch battery cells. The IONIQ is based on discharge current measurement and is able to detect defects up to of 10µm. Battery pouch cells, plastic bottle caps, plastic packaging, plastic coveringsThe IONIQ measures the current flowing between a patented charged probe and a ground plate placed under the part to be tested. The IONIQ uses the % of the nominal voltage (which reflects the discharge current), measured on the part as PASS/FAIL level. In a PASS situation (fig 1) : No hole, no weak part, the IONIQ measures a high %. The measured voltage and the nominal voltage are virtually equal. Operating:+ 10°C at + 45°C Storage:0°C at + 60°C Single phase:50/60 Hz – 45 W Weight:9.4 kg Dimensions:H x L x P = 250 x 250 x 60 mm

Fiable, rapide et portable 100% compatible avec les ordinateurs Courant de décharge de 5 à 150 Amp Résultats de test très rapide (10-15 secondes) Large affichage LCD Conçu pour les batteries de 6 et 12 Vdc Port de communication RS232 Tester le « hot swapping » Mémoire interne : 288 données Transfer de donnée vers le PC Chargeur d’entrée DC pour batterie interne Idéal pour la maintenance ou pour un long test de sauvegarde 2 ans de garantie

The All-in-One module 2511 is predestined for use in automated manufacturing testing of high-performance battery modules and battery packs, regardless of whether they are round, prismatic or pouch cells. In single or multichannel mode, important battery parameters such as AC and DC internal resistance or cell voltage can be recorded and evaluated extremely fast and precisely using fieldbus-capable technology in order to make quality-relevant statements regarding ageing .............. FEATURES AC and DC internal resistance measurement 10 … 300 mΩ Four-wire measurement method for highest precision Measuring and evaluation results in a few milliseconds Frequency ranges: 1kHz, 100 Hz, 10 Hz, 1 Hz Voltage measurement: 0 ... ±5 VDC/±60 VDC Temperature measurement: 0 °C … +100 °C Resolution: up to 0.01 μΩ Single to multi-channel applications, temperature measurement Extremely compact design, state-of-the-art interfaces PC software for intuitive parametrisation and configuration Measuring range:AC-DC impedance measurement: 10 … 100 mΩ, Temperature: 0 ... 100 °C Measuring range:Voltage: 0 … ±5 VDC, 0 … ±60 VDC single channel Resolution:Internal resistance: 0.01 µΩ,Temperature: 0.1 °C, Voltage: 1 µV, 10 µV Measurement accuracy:Internal resistance: from ±0.2 % of reading ±0.4 % d.A. (23 ±5 °C) Measurement accuracy:Temperature: 0.1 °C Measurement accuracy:Voltage: from ±0.01 % d.A. ± 0.005 % of reading (0 … ±5 V) Temperature value:via external PT100 sensor Fieldbus interfaces:PROFINET, EtherCAT

Testing equipment for quality control and material optimization of die-cast aluminum parts, strength test Quality control of injection molded parts; Predetermined breaking point Hand control robust construction Evaluation via GMV2

Das Werkstatt-Batterie-Testsystem WBT01 dient dazu, an Fahrzeug-Antriebs-Batterien Leckagen festzustellen bzw. zu lokalisieren. Das Gerät ist derzeit in drei Varianten verfügbar: - für Überdruck der Typ WBT01-AF - für Unterdruck der Typ WBT01-BF - kombiniert für Über-/Unterdruck der Typ WBT01-ABF

Batterien müssen extreme Temperaturschwankungen, Feuchtigkeit und Salz, sowie Vibrationen und Stößen widerstehen können. Im Batterietestlabor werden Batterien auf diese Anforderungen unter kontrollier

Die HT1000 und die HT2000 haben zahlreiche Anwendungsmöglichkeiten in der metallerzeugenden und der metallverarbeitenden Industrie, in der Versorgungsbranche, in der Erdöl-, der Chemie- und der Automobilindustrie sowie in Luft- und Raumfahrt. Aufgrund ihrer geringen Größe und der einfachen Einhandbedienung eignen sie sich ideal zum Testen großer und schwerer Schmiede- und Gussteile, wie Stahlwerkswalzen und Turbinengehäuse. Mit diesen kleinen und mobilen Prüfgeräten können Einzelteile einer großen Baugruppe getestet werden, ohne dass sie zerlegt werden muss. Die Geräte können in beliebiger Richtung eingesetzt werden und erfordern nur eine kleine Oberfläche, um schnelle und präzise Messungen durchzuführen.

Basınç düşümü metodunu kullanan Adlema BT1000 Standart Seviye Sızdırmazlık test cihazları -1,+25 Bar ölçüm aralığında çalışır. Üretimdeki hatalardan kaynaklı sızdırmazlıkları test edebilen cihazlar ileri seviye cihazlara kıyasla daha uzun test sürelerine ihtiyaç duyar. Hassasiyeti düşük uygulamalarda tercih edilebilecek olan standart seviye test cihazları görece büyük kaçakları yakalamak için ideal bir uygulamadır. - 5’’ Renkli dokunmatik ekranı sayesinde test programları ve kolayca ayarlanabilir parametreleri ile kullanıcı dostu ara yüz tasarımı ile kullanıcı dostudur. - Daha yüksek hız gerektiren uygulamalarda test parçalarına ön dolum yapacak çıkışlar eklenerek %50 daha hızlı dolum avantajı sunar. --1,+25 Bar geniş ölçüm aralığı ve hassas ölçüm teknolojisi ile farklı sektörlerden çok farklı ürünlerin testi için uygundur.

Le TwinMax est un appareil électronique qui indique la différence de pression des gaz d'admission dans chacun des cylindres. En équilibrant cette pression, vous évitez les pertes de performance, la consommation excessive et les contraintes anormales sur le vilebrequin et les roulements. Le TwinMax peut être utilisé avec n'importe quel moteur multicylindre qu'il soit à injection ou à carburateurs. Simple à utiliser, précis comme un appareil professionnel, compact et robuste, il est utilisé par plus de 40.000 professionnels et particuliers dans le monde entier.

The linear stages of the PT series are especially designed to provide high accuracy in compact dimensions. The bearing design without runnung-in provides an even higher accuracy than the LT series. The linear stages of the PT series are particularly suitable as vertical axis. normalized aluminium alloy, black or pale anodized cross roller guides, anti-backlash pre-loaded ball screw, anti-backlash pre-loaded

On the basis of its well proven concept of production line QC Testers, ATEQ has developed a new leak tester designed for the specific requirements of high volume production of plastic parts. This instrument is used for the detection of localized moulding faults, insufficient membrane thickness, perforations, etc. This instrument has also proven to be effective on testing pouch battery cells. The IONIQ is based on discharge current measurement and is able to detect defects up to of 10µm. Battery pouch cells, plastic bottle caps, plastic packaging, plastic coverings The IONIQ measures the current flowing between a patented charged probe and a ground plate placed under the part to be tested. The IONIQ uses the % of the nominal voltage (which reflects the discharge current), measured on the part as PASS/FAIL level. In a PASS situation (fig 1) : No hole, no weak part, the IONIQ measures a high %. The measured voltage and the nominal voltage are virtually equal. Operating:+ 10°C at + 45°C Storage:0°C at + 60°C Dimensions:H x L x P = 136 x 250 x 255 mm Weight:8 kg

Der Battery Cell Simulator dient zur Überprüfung von Batteriemessmodulen der Serie 2511, welche in der Batteriemodul-Montage (WE Prüfung, BoL, EoL) zum Einsatz kommen. Der Battery Cell Simulator ist imstande, durch eine Widerstands- und einer Leerlaufspannungssimulation eine Batteriezelle verschiedenster Technologien zu emulieren. Die Widerstandssimulation stellt den rein ohmschen Widerstand einer Zelle nach. Betrieben wird der Battery Cell Simulator über 24 VDC. Die frontseitig angebrachte LED signalisiert die unterschiedlichen Betriebszustände. Die Widerstands- und Spannungswerte können aus Standardwerten als auch kundenspezifisch definiert werden. Widerstandssimulation:Widerstandsbereich: 1 mΩ … 300 mΩ, Genauigkeit: ab ±0,2 % Widerstandssimulation:Max. Simulations-Messstrom: ±0,8 A Sonderwerte: auf Anfrage Spannungssimulation:Spannungsbereich: 2,5 VDC …4,5 VDC Standardwerte: 3,7 V, 3,9 V, 4,1 V Spannungssimulation:Genauigkeit: ≤ 0,05 %

Das All-in-One-Modul 2511 ist prädestiniert für den Einsatz in der automatisierten Fertigungsprüfung von Hochleistungs-Batteriemodulen und Batteriepacks, egal ob Rund-, prismatische oder Pouch-Zellen. Extrem schnell, feldbusfähig und präzise können im 1-Kanal- oder Mehrkanalbetrieb wichtige Batterieparameter wie AC- und DC-Innenwiderstand oder Zellspannung erfasst und bewertet werden, um qualitätsrelevante Aussagen zu Alterung (Elektrolyt-, Elektrodenqualität) oder Ladezustand treffen zu können. Die Ermittlung und Bewertung relevanter Kenngrößen einer Lithium-Ionen-Batteriezelle erfolgt in nur wenigen Millisekunden. Das Gerät entspricht den neuesten CE-Richtlinien und ist für den Laborbetrieb wie auch für den harten industriellen Einsatz in der Automation ausgelegt. Die Feldbus-Schnittstellen PROFINET und EtherCAT ermöglichen die einfache Integration in Ihre Fertigungsablaufsteuerung. So können vollautomatische Prüfungen durchgeführt werden. Messbereiche:AC-DC Impedanzmessung: 10 … 100 mΩ, Temperatur: 0 ... 100 °C Messbereiche:Spannung: 0 … ±5 VDC, 0 … ±60 VDC einkanalig Auflösung:R: 0.01 microOhm, T: 0.1°C, U: 1 µV, 10 µV Messgenauigkeit:R:ab ±0,2 % v.M. ±0,4 % d.A.(23 ±5°C)(Messzeit Standard) Messgenauigkeit:T: 0,1 °C /Spannung: ab ±0,01 % d.A. ±0,005 % v.M. (0 … ±5 V) Temperaturmessung:Über externen PT100-Sensor Feldbusschnittstellen:PROFINET, EtherCAT

The Battery Cell Simulator serves to test Battery Measuring Modules in the 2511 series, which are used in battery module assembly applications (incoming goods inspection, BoL, EoL). The Battery Cell Simulator is able to emulate battery cells of different technologies with resistance and open circuit voltage simulation. The resistance simulation replicates the purely ohmic resistance of a cell. The Battery Cell Simulator runs on 24 V DC. The LED on the front indicates the different operating states. Resistance and voltage values can be defined from standard values or from a custom set of values. Resistance simulation:Resistance range: 1 mΩ … 300 mΩ, Accuracy: from ±0.2 % Resistance simulation:Max. simulation test current: ±0,.8 A Special values: on request Voltage simulation:Voltage range: 2.5 VDC … 4.5 VDC, Standard values: 3.7 V, 3.9 V, 4.1 V Voltage simulation:Accuracy: ≤ 0.05 %

Bond Tester - Aeronautics testing

The H5800, a newcomer in the ATEQ range of leak detectors, is one of the finest tracer gas and hydrogen leak detectors on the market today. Works well for parts that are hot, flexible or have testing specifications that are too small to test with air. The most cost effective solution when you want to identify leaks in gr/year or ppm . The H5800 is equipped with a touchscreen interface and features for easy integration. Automotive: Leak localization, cooling systems, alloy wheel, weld, diecast… Medical: Rubber diaphragm… Domestic Appliances: compressor Digital pressure surve Generated Suction Flow control Vacuum pre test (gross leak) Detection of leaking gas traces – Range: 5~ 100 ppm 32 programs 7 inputs/ 5 outputs Automatic measurement cycle Operating:+ 10°C to + 45°C Storage:0°C to + 60°C

The F28 LPV or vacuum decay instrument is the latest addition to ATEQ’s new range: F28. It’s a high peformance, low cost, quality leak tester. Its small packaging enables to mount it near the test part insuring the best measurement conditions. You can easily program and supervise it our super friendly interface : F28 Control. Packaging, blister, watch, mobilephone, pneumatic and hydraulic fittings Pressure decay leak measurement: vacuum Water leak detection by evaporation under strong vacuum Smart pressure regulation without regulator – auto fill (optional) Electronic regulation (optional) Units: Pa, Pa/s, sccm, μg/min of H2O Compact dimensions (overall (mm): h 141.5 x L 225 x D 97) Integrated fill and dump valves Ethernet network up to 50 modules (Modbus IP) DIN rail mounting Environment : ROHS standard Weight :around 3.5 Kg Voltage:24 V DC / 1.6 A Operating:+ 5°C at + 45°C Storage:0°C at + 60°C

Fuente de calibración de la alta precisión DIGISTANT® para el voltaje, la corriente y los termopares, para la prueba y la calibración exactas y para el control de procesos, de la exactitud básica el 0.005%, del interfaz RS232 o IEEE488 CARACTERÍSTICAS Corriente de alta precisión y ± de la fuente del voltaje 52 mA, ± 30 V Opción: ± 22 mA, ± 60 V La simulación de la precisión para todo el termopar convencional mecanografía (opcional) Límite el 0.003% Rdg del error. El estándar con RS232 y el IEEE488 interconectan, USB y Ethernet (opcionales) “FREGADERO actual” La unidad de la calibración de la precisión combina alta exactitud, estabilidad de largo plazo baja de la deriva, de poco ruido y superior con funcionalidad múltiple y la operación simple. El almacenaje múltiple de las rampas, de Δ+/Δ-, y setpoint hace la operación del dispositivo más fácil para el usuario. Magnitud física:de temperatura, tensión, corriente Opciones:de proceso,de precisión

Ideal for rework stations on EV vehicle production lines, the EVB 5100 Battery Module Balancing Machine uses the most efficient technologies to equalize voltage differences between modules. Its wide operating range and customization capabilities makes the EVB 5100 compatible with all EV/HEV batteries on the market. Battery balancing (charging, discharging) and temperature monitoring for EV/HEV modules Wide balancing range: In charge 60V-50A/150V-20A in discharge max 3000W Easily configurable target values, voltage and current thresholds Cloud-based platform for data collection, real-time monitoring and reporting Monitoring connectors perform voltage/temperature surveillance of each internal cell Integrated module database for easy reference selection Automated security checks for fully secure operation and shut down in case of anomaly Futureproof: exchangeable power charger modules and connectors Worldwide support through ATEQ subsidiaries and local agents in 37 countries Weight:145Kg Dimensions:(WxHxD) 310x1051x695 mm Voltage:100 – 240 V, 50/ 60 Hz Consumption:2kW Max. Operating:0°C to 40°C

The WBT01 workshop battery test system is used to detect or localise leaks in vehicle drive batteries. The device is currently available in three versions: - for overpressure type WBT01-AF - for vacuum type WBT01-BF - combined for positive/negative pressure of type WBT01-ABF

Warsztatowy system testowania akumulatorów WBT01 służy do wykrywania i lokalizacji nieszczelności w akumulatorach trakcyjnych pojazdów. Urządzenie jest obecnie dostępne w trzech wariantach: - dla nadciśnienia typ WBT01-AF - dla podciśnienia typ WBT01-BF - kombinowany dla nad- i podciśnienia typ WBT01-ABF

El sistema de comprobación de baterías de taller WBT01 se utiliza para detectar o localizar fugas en las baterías de tracción de los vehículos. El dispositivo está disponible actualmente en tres variantes: - para la sobrepresión el tipo WBT01-AF - para presión negativa el tipo WBT01-BF - combinado para sobrepresión/subpresión el tipo WBT01-ABF

Le système de test des batteries d'atelier WBT01 est utilisé pour détecter ou localiser les fuites sur les batteries de traction des véhicules. L'appareil est actuellement disponible en trois variantes : - pour la surpression le type WBT01-AF - pour la pression négative, le type WBT01-BF - combiné pour la sur-/dépression le type WBT01-ABF

Il sistema di test della batteria da officina WBT01 è utilizzato per rilevare o localizzare le perdite sulle batterie di trazione dei veicoli. Il dispositivo è attualmente disponibile in tre varianti: - per sovrapressione il tipo WBT01-AF - per pressione negativa il tipo WBT01-BF - combinato per sovrapressione/sottopressione il tipo WBT01-ABF