3-f Voltage output from 1-f supply 0-450V f-N output voltage 20VA/phase maximum output Variable Frequency 30-999.9Hz Phase shift ±180.0° Multi-function timing system USB keyboard for comment USB data storage. Ideally suited to testing G59 & G99 schemes Step change of phase and df/dt Large 6.5” back-lit colour LCD Automatic mains voltage selection Fully Programmable test procedures Rugged case and weighs under 9kg The new ART3V Relay Test System brings new features to our range of relay test equipment making it far more adaptable. The new output voltages are higher and have a finer level of accuracy and control. The new full colour LCD provides more test detail, making it easy to understand. The ART3V user interface is an improvement of the DVS3 mk2 allowing simple testing of complex voltage and loss of mains protection systems. The ART3V has vastly improved accuracy, stability, and features. Designed to be the trusted and reliable voltage source for relay testing. The ART3V has been designed using the latest digital technology to generate a highly stable and accurate output with very low distortion. Each phase output is individually adjustable for voltage, frequency and phase angle. The unit is controlled by a simple user interface within defined menus. Values may be either typed in at the capacitive keypad or finely varied using a smooth rotary encoder. Bespoke test procedures can be created for step changes of any output variable at set times or with automatic timing of the response of the relay under test. The ART3V has a colour back-lit display to provide an easy to read user interface. Menu options are selected by dedicated buttons on the panel, allowing easy mode change. All information is displayed including contact set status, and a phasor diagram. The ART3V Relay Test System is ideally suited for testing G59/G99 protection, including loss of mains protection. Vector surge and df/dt (ROCOF) relays can be simply tested and timed, as well as other protection requiring one to three voltages, including: Under and over frequency relays Under and over voltage relays Synchronising relays df/dt & ROCOF relays Vector surge relays Transducers In conjunction with the ART3C or a current source (such as the 200ADM-P), the ART3V can be used to test protection circuits, including: Directional relays Distance protection Phase angle relays Power relays Power transducers Output The output of the ART3V has 4mm safety sockets for phases A, B, C and neutral. The neutral connection may be omitted for a delta connection. The neutrals can be linked for a star connection using the provided accessory. Timing System The timing system on the ART3V is flexible and transparent with different modes of operation. USB Data The ART3V can be connected to a USB keyboard for adding comments to tests. Each test is stored to a USB memory key with each comment. The data is stored in a *.CSV format allowing it to be opened in all types of desktop PC spreadsheet software. Modes of Operation Output Adjust This mode allows full control of frequency, voltage and phase. Phase Lock Mode The frequency and phase of the output can be controlled by an external reference in phase lock mode. The reference may be the mains supply to the ART3V, an external voltage, current. This mode allows testing of directional and distance protection in conjunction with an external current source. Fault Config Mode Fault Config mode allows extra flexibility in testing complex timed events or several sets of values that must be applied to a relay in turn. This mode allows three sets of values to be set in advance (pre-fault, fault, and post-fault values). The ART3V may be set to switch from one state to the next on a change of contact or after a specific time. In addition, the timer may be set to start or stop on any one of the state changes or a change of contact state. This mode allows frequency, phase and voltage to be changed simultaneously if required. Test configurations can be save to USB. More complex configurations can be loaded from the USB, such as a complete G59/G99 relay test, such as relay stability tests. df/dt and ROCOF (Rate Of Change Of Frequency) Loss of mains protection often takes the form of a df/dt relay, sensitive to the rate of change of frequency over time. The ART3V is able to generate a swept frequency output with accurate rates of change of frequency between preset frequencies. WEIGHT 8.9 kg DIMENSIONS 419 × 325 × 195 mm SUPPLIED ACCESSORIES Output lead set Lead set case Mains lead Spare fuse set Operating manual

5kA maximum output current (higher overload currents for 2s) Multi-function digital timing system Digital true RMS memory ammeter Solid state switching 200A, 2000A and 5000A loading units Three range outputs on loading units Rugged, compact design Optional trolley mounting of system Secondary injection up to 100A Auxiliary metering input Direct reading CT ratio and polarity The Z-OVR Cable Impedance Test Set is a cable impedance test system for the measurement of impedance of overhead lines and underground cables. The system consists of a separate control unit containing all metering and control functions and an output transformer that provides isolation of the output current and feedback voltage. A current is injected into the line under test and the resultant magnitude and phase angle of the voltage across the line is measured. The current, voltage, phase angle and impedance of the line (Z & X) under test are displayed. In addition, the harmonic content of the voltage and current can be displayed. The unit has data logging facilities using a standard USB memory key. Date, time, current, voltage, phase angle, and frequency are stored to a CSV file on the memory key along with a comment entered using the supplied USB keyboard. Pressing the “store” pushbutton causes a new set of values to be written to the CSV file. The output has three taps (75V, 150V & 300V), allowing the measurement of impedance of a wide range of lines and cables. All metering is true rms. Four current ranges (2.000, 10.00, 20.00 and 100.0A) and three voltage ranges (10.00V, 30.00V and 300.0V) are provided. The output transformer unit uses 6mm safety connectors for all outputs and 4mm safety connectors for inputs. A block of connectors is provided adjacent to the output to allow easy parallel connection of cables for parallel measurements on all three phases. The Z-OVR Cable Impedance Test Set is provided with a set of four 10m 12mm2 duplex measurement cables. These provide a 12mm2 conductor for current injection and a 6mm2 conductor for voltage feedback in each cable. WEIGHT 26 kg DIMENSIONS 450 × 275 × 305 mm SUPPLIED ACCESSORIES Earth lead Spare fuse set Operating manual USB keyboard USB memory key Mains lead 5 metre long 1 x 10m Earth Kelvin connection lead 3 x 10m Overhead Kelvin connection leads Link lead to connect parallel connection block Power and metering interconnection leads 5 metre long OPTIONAL ACCESSORIES Trolley mounting system, Part no. A204-0005

The output voltage and current are metered by large, accurate true RMS digital meters 0-30kV output voltage 1.2kVA output capability Key operated supply switch to prevent unauthorised operation Dual overload protection Variable electronic trip – 10-110% of rated output Test timer Voltage and current metering Zero-volt interlock External 24Vdc interlock circuit Visual indication of test piece failure The KV30-40D MK3 Test System is a high voltage general purpose test instrument designed for testing insulation systems and the measurement of breakdown voltage on electrical plant and components. The unit has an output voltage variable from zero to 30kV with accurate metering on both the output voltage and current. A zero-voltage interlock is provided, ensuring that the output may only be energised with the voltage control at zero. The output voltage and current are metered by large, accurate true RMS digital meters. The meters are backlit and have a digit height of 19mm. The test object and output are protected by an adjustable current trip. The trip level may be set to 10-110% of the rated output in 10% steps. Breakdown of the test object is visibly indicated. The unit must be manually reset after a trip condition before testing can be resumed. A pre-selectable test timer is provided for timed tests of 5, 10, 15, 20, 30 seconds, 1, 2, 3 or 5 minutes. An alarm sounds when the test time has ended. The units feature automatic mains voltage selection and an external 24Vdc interlock circuit for connection of emergency off switches and enclosure interlocks. WEIGHT 42 kg DIMENSIONS 300 × 400 × 470 mm SUPPLIED ACCESSORIES ES30 earthing stick Supply lead Spare fuse set Operating manual Earth lead

0-50kV output voltage 5kVA output capability Key operated supply switch to prevent unauthorised operation Dual overload protection Variable electronic trip – 10-110% of rated output Voltage and current metering External interlock circuit Zero-volt interlock Visual indication of test piece failure The KV50-200 MK2 Test System is a high power, high voltage ac test set designed for insulation testing. This system is equally suited to both development and routine testing of electrical insulation systems and plant. The equipment consists of a control unit and a separate oil filled high voltage transformer, linked by 5 meter supply and control cables. The control unit is fitted with a comprehensive range of facilities for control, metering and protection. The system includes a secondary tap metering as standard to ensure accurate voltage metering. The output voltage and current are displayed on large, linear analogue instruments, and a variable electronic trip is provided, allowing the trip current to be set to 10-110% of rated output. The high voltage transformer is housed in an oil-filled steel tank fitted with swivel castors for mobility. The units use a low-discharge oil-filled bushing for the HV output. The KV50-200 MK2 Test System is equally suited to testing capacitive, resistive or inductive test objects. The output of the units are protected by variable electronic trips monitoring the output current, and a fixed over-current trip on the primary of the output transformer. The variable trip is adjustable in 10% steps between 10% and 110% of the rated output current. The input and control supplies are protected by fuses. An earth terminal is provided on the transformer which must be connected to a low impedance local earth. WEIGHT 37 kg DIMENSIONS 370 × 480 × 290 mm TRANSFORMER WEIGHT 220 kg TRANSFORMER DIMENSIONS 570 x 500 x 1020 mm SUPPLIED ACCESSORIES Supply lead Spare fuse set Operating manual Earth lead

0-50kV output voltage 20mA maximum output current Auto-selecting 115/230V supply voltage Key operated supply switch to prevent unauthorised operation Dual overload protection Variable electronic trip Voltage and current metering External interlock circuit Zero-volt interlock Visual indication of test piece failure Cast resin HV transformer The KV50-20D Mk3 Test System is a low power portable high voltage AC test system designed for insulation testing. This system is equally suited to both development and routine testing of electrical insulation systems and plant. The equipment consists of a control unit and a separate resin cast high voltage transformer linked by a 5 metre control cable. The control unit is housed in a rugged aluminium case with a hinged, removable lid for protection. The high voltage transformer is mounted on a base with swivel castors for mobility. The control unit is fitted with a comprehensive range of facilities for control, metering and protection, including an emergency off switch. The output RMS voltage and current are displayed on digital meters. A variable electronic trip is provided, allowing the trip current to be set to 10-110% of rated output. The KV50-20D Mk3 Test System is designed to be operated with the HV transformer inside an interlock test enclosure. A connector is supplied on the control unit to connect interlock switches, extra emergency stop switches and external 24V beacons. WEIGHT 17 kg DIMENSIONS 380 × 314 × 221 mm SUPPLIED ACCESSORIES Operating manual Mains lead Spare fuse

Programmierung von Prüfabläufen und Testautomatisierung Dank unserer langjährigen und vielseitigen Erfahrung unterstützen wir Sie kompetent in den Bereichen Test Software Engineering und Testautomatisierung. Applikationen und Programmiersprachen: WinGuard NI LabVIEW NI TestStand DASYLab , Python Programmierung und Automatisierung von Funktionstests, elektrischen Tests, mechanischen Tests, Hardware-in-the-Loop-Tests (HiL), EOL-Tests u. v. m. Erfahrung in Branchen: Automobil (Norm LV 124, funktionale Sicherheit nach ISO 26262), Pharma, Agrar, Gebäudeautomatisierung u. v. m.

0-30kV output voltage 3kVA output capability Key operated supply switch to prevent unauthorised operation Dual overload protection Variable electronic trip – 10-110% of rated output Voltage and current metering External interlock circuit Zero-volt interlock Visual indication of test piece failure The KV30-100 MK2 Test System is a high power, high voltage ac test system designed for insulation testing. This system is equally suited to both development and routine testing of electrical insulation systems and plant. The equipment consists of a control unit and a separate oil filled high voltage transformer, linked by 5 metre supply and control cables. The control unit is fitted with a comprehensive range of facilities for control, metering and protection. The output voltage and current are displayed on large, linear analogue instruments, and a variable electronic trip is provided, allowing the trip current to be set to 10-110% of rated output. The high voltage transformer is housed in an oil-filled steel tank fitted with swivel castors for mobility. The unit uses a high voltage bushing for the HV output, and the other end of the HV winding is earthed. The output of the units are protected by variable electronic trips monitoring the output current, and a fixed over-current trip on the primary of the output transformer. The variable trip is adjustable in 10% steps between 10% and 110% of the rated output current. The input and control supplies are protected by fuses. The KV30-100 MK2 Test System is equally suited to testing capacitive, resistive or inductive test objects. If higher voltage or output power is required, please refer to our KV50-200/KV100-100 data sheet, detailing our 10kVA high voltage systems. WEIGHT 25 kg DIMENSIONS 370 × 480 × 290 mm TRANSFORMER WEIGHT 210 kg TRANSFORMER DIMENSIONS 480 x 460 x 570 mm SUPPLIED ACCESSORIES Supply lead Spare fuse set Operating manual Earth lead

Continuously variable output voltage 0-5kVAC Variable trip circuit 12mA and 20-120mA Output voltage and current metering Visual and audible indication of test piece failure The KV5-100 MK3 Test System is a general purpose, high voltage test instrument designed for testing insulation systems and the measurement of breakdown voltage on electrical plant and components. The unit has an output voltage adjustable from zero to 5kV with accurate metering on both the output voltage and current. A zero-voltage interlock is provided, ensuring that the output may only be energised with the voltage control at zero. The output voltage is metered by a large, linear analogue instrument with a dual-scale marking of 0-3kV and 0-6kV. Load current is metered by a second analogue instrument with 0-10 scale marking. Two current ranges are selectable: 0-10mA and 0-100mA. The test object and output are protected by an adjustable current trip linked to the current metering range. The trip level may be set to 20-120% of the current metering range on 20% steps. Breakdown of the test object is both audibly and visibly indicated. The alarm must be manually reset after a trip condition before testing can be resumed. The KV5-100 MK3 Test System is supplied in a compact and portable case with permanently connected test leads. The test leads are terminated in crocodile clips. The unit is designed to be used in conjunction with an interlocked test enclosure. WEIGHT 16.5 kg DIMENSIONS 364 × 147 × 262 mm SUPPLIED ACCESSORIES Operating manual Mains lead Spare fuse

Fast polarity testing of both voltage and current transformers. Compact and light Easy to use, plug & play Smart detection of incorrect connection Proving unit included in the kit as standard Fused lead sets included for user safety Supplied in a protective case. Long battery life Built in battery monitor The TPT9000 Transformer Polarity Tester is used for determining the correct polarity of current and voltage transformers. This device is a smart plug and play instrument designed for Commissioning Engineers. A lightweight instrument it comes with magnetised back panel, making it for storage on metallic walls or panels. TPT9000 automatically detects if the transformer has been connected incorrectly. The device comes with a proving unit to check the correct operation of the unit in the field. A set of 600V CAT IV fused test leads terminated in shrouded 4mm connectors is also included with the unit, along with 4 F500mA HRC fuses. The instrument is designed to be used on ‘dead’ systems (i.e., no externally supplied voltages are present on the test object). We strongly advise you not to connect the TPT9000 to a live system. Always make sure that the power of the device under test is off. TPT9000 Transformer Polarity Tester is designed for use in industrial and electrical substation environments on altitude level of maximum 2000m above sea level. Operating temperature is between 0°C and 45°C, while storage temperature is -20°C to 60°C. TPT9000 requires a single PP3 9V battery to operate. Battery level is automatically monitored, and the device will not perform a test if the battery voltage is below a useable level. WEIGHT 0.6 kg DIMENSIONS 118 × 79 × 32 mm SUPPLIED ACCESSORIES Proving unit 1 off 1m Black fused lead 1 off 1m Red fused lead 1 off 1m Blue fused lead 1 off 1m Brown fused lead Operating & Maintenance Manual Unit carry set case 9V battery OPTIONAL ACCESSORIES/SPARES Proving Unit, Part No. 249-0001 Complete replacement output lead set, Part No. A249-0002 Carry Case, Part No. A249-0003

STS 5000 is a multifunction substation maintenance & commissioning test system for current, voltage and power transformers designed to perform primary tests requested in substations commissioning. It allows to perform accurate tests on CTs, VTs, PTs and ground grid. Main features Fully automatic Primary injection testing capabilities: up to 800 A or up to 5000 A / 7000 A, with the optional module BUX 5000 Variable output frequency: 15 – 500 Hz Power dissipation factor test with the optional module TD 5000 ( voltage up to 12 kV) 2000 v AC high-pot test Local control by large color display PADS – Power Apparatus Diagnostic Software for automatic testing, assessment and report IEC 61850-9-2 communication protocol Patented technology for Capacitance and Tan Delta measurement USB interface and Ethernet interface for PC connection. Compact and lightweight Tests performed CT ratio CT ratio voltage mode CT polarity CT burden secondary side ALF ISF CT excitation curve CT knee voltage CT winding resistance burden resistance voltage withstand rogowski coil low power transformer CT IEC 61850-9 VT ratio VT polarity VT burden secondary side VT IEC 61850-9 PT ratio PT vector group PT winding resistance OLTC tap changer dynamic resistance; PT excitation current PT no load current PT short circuit impedance PT leakage reactance Micro-ohmmeter CB operation time

STS 5000 is a multifunction substation maintenance & commissioning test system for current, voltage and power transformers designed to perform primary tests requested in substations commissioning. It allows to perform accurate tests on CTs, VTs, PTs and ground grid. Main features Fully automatic Primary injection testing capabilities: up to 800 A or up to 5000 A / 7000 A, with the optional module BUX 5000 Variable output frequency: 15 – 500 Hz Power dissipation factor test with the optional module TD 5000 ( voltage up to 12 kV) 2000 v AC high-pot test Local control by large color display PADS – Power Apparatus Diagnostic Software for automatic testing, assessment and report IEC 61850-9-2 communication protocol Patented technology for Capacitance and Tan Delta measurement USB interface and Ethernet interface for PC connection. Compact and lightweight Tests performed CT ratio CT ratio voltage mode CT polarity CT burden secondary side ALF ISF CT excitation curve CT knee voltage CT winding resistance burden resistance voltage withstand rogowski coil low power transformer CT IEC 61850-9 VT ratio VT polarity VT burden secondary side VT IEC 61850-9 PT ratio PT vector group PT winding resistance OLTC tap changer dynamic resistance; PT excitation current PT no load current PT short circuit impedance PT leakage reactance Micro-ohmmeter CB operation time

DGUV V3 Gerätetester zur Prüfung elektrischer Betriebsmittel inkl Schweißgeräte Prüfung im Rahmen der DGUV V3, BetrSichV gemäß: • DIN VDE 0701-02:2008 (EN 62638) Prüfung elektrischer Geräte/Arbeitsmittel • DIN VDE 0751-1:2015 (EN 62353): Prüfung medizinisch elektrischer Geräte, wie Pflegebetten etc. • DIN VDE 0544-4 (EN 60974-4): Prüfung elektrischer Schweißgeräte Leistungsmerkmale: • Prüfung von mobilen Personenschutzschaltern PRCD (2-/3-polig) Typ S, S+, K • Prüfung von Fehlerstromschutzeinrichtungen RCD Typ AC, A, F, B, B+ • Schnittstellen: WLAN, RJ45 (LAN), USB, SD-Kartenslot und Bluetooth® • Standard, erweiterte und kundenspezifische Sichtprüfungen • Prüfung von Lichtbogenschweißeinrichtungen • Gerätetester kann in IT-Netzen betrieben werden • Datenbankverwaltung von Kunden & Betriebsmitteln mit ID-Nr. • Erstellung und Zuweisung individueller Prüfabläufe und -intervalle • Automatischer und manueller Prüfablauf einstellbar • Geringe Betriebskosten, kostenfreie Updates über WLAN, LAN, USB • Touch-Screen für Gesten, Softkey-Tastatur (QWERTZ), grafische Bedienfelder, „On-/Off-Slider“ zum Aktivieren/Deaktivieren von Funktionen • Unbegrenzte Datenspeicherung über SD-Karte • Messergebnis mit eindeutiger GUT / SCHLECHT Anzeige • Komplett – ein Gerätetester für alle VDE Geräteprüfungen

Programmierung von Prüfabläufen und Testautomatisierung Dank unserer langjährigen und vielseitigen Erfahrung unterstützen wir Sie kompetent in den Bereichen Test Software Engineering und Testautomatisierung. Applikationen und Programmiersprachen: WinGuard NI LabVIEW NI TestStand DASYLab , Python Programmierung und Automatisierung von Funktionstests, elektrischen Tests, mechanischen Tests, Hardware-in-the-Loop-Tests (HiL), EOL-Tests u. v. m. Erfahrung in Branchen: Automobil (Norm LV 124, funktionale Sicherheit nach ISO 26262), Pharma, Agrar, Gebäudeautomatisierung u. v. m.

Ausgezeichnete HF‑Eigenschaften und hohe Messgeschwindigkeit Der R&S®ESW ist ein Funkstörmessempfänger mit herausragenden HF‑Eigenschaften wie Messdynamik und Messgenauigkeit. Er erfüllt höchste Anforderungen bei Zertifizierungsmessungen gemäß CISPR, EN, MIL‑STD-461, DO160 oder FCC. Mit dem FFTbasierten Zeitbereichsscan werden Störspektren schnellstens erfasst und bewertet. Die EchtzeitSpektrumanalyse mit Spektrogrammfunktion ermöglicht eine detaillierte Analyse der Störemissionen mit zugehöriger Historie. Im MultiView-Modus werden die Ergebnisse auch bei Verwendung mehrerer Betriebsarten übersichtlich dargestellt.

Entgratungsservice kryogene Testentgratung Ihrer Formartikel/test-deflashing service for your moulded parts/service pour test-ébavurer vos articles moulées Zur Bewertung der Sachlage, ob Ihre Formartikel für die kryogene Strahlentgratung geeignet und wie effizient und wirtschaftlich dieses Verfahren für Ihre individuellen Bedürfnisse ist, sollten Ihre Formartikel einer kryogenen Testentgratung durchlaufen. Da es unzählige Formteilvariationen gibt und auch mehrere einflußnehmende Faktoren im kryogenen Prozess eine Rolle spielen, müssen Ihre Artikel an einer kryogenen Strahlentgratungsanlage erstmal empirisch „neu eingefahren“ werden. Die jeweiligen Bearbeitungsparameter sowie die mögliche Bearbeitungsmenge sind dabei sehr abhängig von den Faktoren Gratzustand, Geometrie, Größe und Materialbeschaffenheit der zu bearbeitenden Formartikel. Dabei können die Bearbeitungsparameter und Lademengen je nach Formteilart stark variieren. Somit ist eine Bewertung über ein Entgratungsergebnis und das Verhalten des Formartikels im kryogenen Prozess im Vorfeld so nicht möglich.Mit Hilfe unseres Testbearbeitungsservices erhalten Sie eine solide Kalkulationsgrundlage einer kryogenen Endbearbeitung für Ihren jeweiligen Formartikel, diese dient folglich dann auch als Basis für eine geplante Maschineninvestition.Voraussetzung für eine aussagefähige kryogene Testentgratung ist eine Belieferung mit vorab definierten Testmengen (i.d.R. Testphase #1 mit kleineren Mengen, Testphase #2 dann mit größeren Mengen für etwa 5 – 10 hintereinander folgende Bearbeitungszyklen je Formartikeltyp). / To evaluate whether your molded items are suitable for cryogenic deburring and how efficient and economical this process is for your unique needs, your molded items should undergo cryogenic test deburring. As there are countless variations of molded parts existing and several influencing factors play a role in the cryogenic process as well, your items must first run an empirical test series in a cryogenic deflashing system. The respective processing parameters and the possible processing quantity are very depending on the factors of burr condition, geometry, size and material properties of the molded article to be processed. The processing parameters and loading quantities can vary enormously depending on the molded part. Thus, a preliminary assessment of a deflashing result and the behavior of the molded article in the cryogenic process is not possible. With the help of our test processing, you will receive a solid calculation basis for cryogenic finishing for your respective molded article, which will then also serve as the basis for a planned machine investment. A prerequisite for meaningful cryogenic deflashing tests is supplying previously defined test quantities (usually test phase #1 with smaller quantities, test phase #2 then with larger quantities for around 5 – 10 consecutive processing cycles for each type of molded article). Formartikelentgratung: Elastomere, Kunststoff, Zinkdruckguss kryogene Entgratung: kryogenen Entgratungsanlagen

Messen Sie die Scherfestigkeit schnell und einfach durch Kraft statt durch Zeit und erhalten Sie ein besseres Verständnis für die Chemie Ihres Klebstoffs. Die dynamische Schertests bieten eine schnellere und genauere Darstellung der Fähigkeit von Klebstoffen, einer Polymer-Entflechtung zu widerstehen. Mit der dynamischen Scherung von ChemInstruments können Sie die tatsächliche Haltekraft mit einem einfachen Test grafisch darstellen, anstatt mehrere Hang-Tests durchzuführen und deren statistische Zeit bis zum Ausfall aufzuzeichnen. Die Zeit für die Erfassung der Daten und die Integrität der gesammelten Daten ist mit diesem Gerät wesentlich besser als mit herkömmlichen Scherprüfmethoden. Die dynamische Scherung erfüllt die in den ASTM- und FINAT-Prüfverfahren festgelegten Normen. Die mitgelieferte EZ Data Software erleichtert die Datenerfassung und -verwaltung und bietet leistungsfähigere Analysefunktionen.

Die richtige Prüfstrategie ist entscheidend für eine Steigerung des FPY's (First Pass Yield’s) sowie für die Steigerung der Ablieferqualität. Ob SPI, AOI, Inline- oder Off-Line-X-Ray. Wir passen die Prüfstrategie auf Ihre Bedürfnisse an.

Klebkraftprüfgerät für den Abzug bei hoher Geschwindigkeit Der High Speed Release Tester HSR-2000 (Abzugstest bei hoher Geschwindigkeit) bietet die Möglichkeit, die Klebkraft unter realen Bedinungen (hohen Prozessgeschwindigkeiten) zu prüfen. Über die PC-Software kann die Abzugskraft zw. 10 -300 m/min, auch bei konstanter Beschleunigung, ermittlelt werden. Die Resultate des High Speed Release Testers und die Messkurven können einzeln abgespeichert werden. Anschließend können die Ergebnisse in Reports zusammengefasst, abgespeichert und ausgedruckt werden. Eigenschaften: - High Speed Release Tester - Abzug bei hoher Geschwindigkeit - Kraftaufnehmer: 10N (optional 20N) - eingebaute Kalibrierfunktion - motorischer Antrieb - Geschwindigkeit zw. 10 - 300 m/min frei einstellbar - Ramp Funktion - Abzug bei konstanter Beschleunigung

±30kVdc output voltage. 10mA output capability. Both voltage and current metered on HV outputs. Automatic earth system for dumping capacitive loads. HV output plug & socket system. Key operated supply switch to prevent unauthorised operation. Zero-volt interlock. Visual indication of test piece failure. Automatic mains voltage selection. The PT30-10 Mk3 high voltage dc test set is designed to perform tests on installed cable and jointing systems. The 30kV 10mA DC tester has a variable output voltage with a maximum of ±30kVdc, with a maximum charging capability of 10mA. A zero-volt interlock is fitted that prevents the output being switched on unless the output control is at zero. The units include an automatic load discharge system that discharges the cable under test when the output is switched off or a breakdown occurs. The internal dumping system can discharge a maximum of 2.5kJ on each output, corresponding to 4µF at 30kV. In the event of a test object failure, the overload circuit will automatically switch off the output voltage and earth the output via the internal discharge circuit. A manual DP40 discharge probe is also supplied as standard with the PT30-10 MK3, 30kV 10mA DC Tester, allowing higher load capacitances to be safely discharged. The mk2 units introduce automatic 115/230V mains voltage selection, allowing easy transition between site voltages. The output voltage is metered by two large, linear, analogue instruments marked 0-30kV. Test object current is metered by two further analogue instruments with 0-10 scale marking. The meters read 0-10mA directly, or 0-1mA when the ÷10 push button is operated. The HV output from the unit uses a high quality plug and socket system, allowing for easy cable replacement.

Ultra lightweight (6.9kg) 1-200Adc test current with <2.5% ripple Supplied with standard 3m output lead set 0.1μΩ resolution mV, A, and m/μΩ displayed simultaneously USB memory key for data storage USB keyboard for comment entry Pre-settable test current with three buttons to store user test currents Large back-lit liquid crystal display Universal supply voltage 90-264V Optional current clamp to allows testing of objects with both sides earthed The PT18-10 mk2 high voltage dc test set is designed to perform tests on installed cable and jointing systems. The 18kV 10mA DC Tester has a variable output voltage with a maximum of ±18kVdc with a maximum charging capability of 10mA. A zero-volt interlock is fitted that prevents the output being switched on unless the output control is at zero. Units include an automatic load discharge system that discharges the cable under test when the output is switched off or a breakdown occurs. Internal dumping system can discharge a maximum of 2.5kJ on each output, corresponding to 10µF at 18kV. In the event of a test object failure, the overload circuit will automatically switch off the output voltage and earth the output via the internal discharge circuit. A DP20 discharge probe is supplied as standard with the PT18-10 mk2, 18kV 10mA DC Tester, allowing higher load capacitances to be safely discharged. The 18kV 10mA DC Tester has an internal fail-safe automatic discharge system with the following ratings: Max. discharge voltage (kVdc) 20kVdc Highest discharge energy 2.5kJ Highest discharge capacitance 10μF Max. discharges per hour 4 The automatic discharge switch is controlled by a solenoid. It may produce a noticeable hum when the HT output is energised. Output voltage is metered by two large, linear, analogue instruments marked 0-20kV. Meanwhile, current is metered by two further analogue instruments with 0-10 scale marking. The meters read 0-10mA directly, or 0-1mA when the ÷10 push button is operated. The HV output from the unit uses a high quality plug and socket system, allowing for easy cable replacement. High voltage plugs are protected in transit by plastic covers and are fully de-mountable. Screened 5 metre long high voltage output cables are provided with the equipment terminated with large clips. The mk2 units introduce automatic 115/230V mains voltage selection. That along the padded bag ensure maximum protection during transit.

The high-voltage generator TD 5000 is a complementary module of STS serie. TD 5000 designed to perform Tan Delta measurements, dissipation factor and capacitance of transformer and bushing at the frequency of the mains or in a wide frequency range. Main features Optional module for STS 5000 and STS 4000 test set, standard module for STS 3000 light Tan Delta, capacitance, dissipation factor measurements and for exciting current test Output voltage from 12 V up to 12 kV Variable output frequency: 1 – 500 Hz PADS – Power Apparatus Diagnostic Software for automatic testing, assessment and report Compact and lightweight Patented technology Tests performed Tangent Delta Capacitance Dissipation factor

Wärmedehnungsprüfung (Hot Set Test) & Wärmedruckprüfung Gerätedetails: ■ 2 in 1: Vorrichtung enthält Wärmedehnungsprüfung (Hot Set Test) und Wärmedruckprüfung ■ Robustes und kompaktes Bauset bestehend aus Stativ und Ausrüstungskoffer ■ Möglichkeit zur Anbringung eines Thermometers direkt beim Prüfling ■ Normgerechte Messung gemäß IEC EN 60811-507 (Wärmedehnungsprüfung) und IEC EN 60811-508 (Wärmedruckprüfung) bezüglich Probeneinspannung und Gewichtsanbringung ■ Präzise Gewichtsauswahl durch praktische Behälter ■ Simultanes Prüfen von 3 Prüflingen möglich Optional - Hot Set Test complete ■ Probengestell für die Wärmedehnungs- und Wärmedruckprüfung ■ Höhenreißer mit Laser ■ Wärmeschrank UN55 Maße (BxTxH): 585 x 514 x 784 mm Gewicht: 57 kg Volumen: 53 l Luftaustauschrate: 8-20x ■ Wärmeschrank UN110 Maße (BxTxH): 745 x 584 x 864 mm Gewicht: 74 kg Volumen: 108 l Luftaustauschrate: 8-20x Artikelnummer: 401.0009.03 Maße (Breite x Tiefe x Höhe): 200 x 170 x 315 mm Gewicht: 2,3 kg

Ideal für diejenigen, die eine große Testknotenkapazität benötigen. mit einer erweiterbaren Pin Zahl von bis zu 8,192 Pins. Mit dem Fokus auf kostengünstige Prüfung.

Das Scherkraftprüfgerät ist ein einfacher Scherkraftrahmen mit 10 Messtellen und ist nur für den Betrieb bei Raumtemperatur geeignet. Die Klebezeit kann für jede Messstelle separat auf dem großen digitalen Touch Screen - Displays abgelesen werden. Optional kann ein Temperaturfühler angeschlossen werden. Die Daten können über die USB-Schnittstelle direkt an einen PC gesendet werden und entsprechend weiterverarbeitet werden.

IFD Intensive Fieldbus Diagnostic – Störungen finden bevor sie auftreten. Die GEMAC bietet mit der Intensive Fieldbus Diagnostic Messgeräte, welche sowohl stationäre als auch mobile Arbeitsmaschinen gezielt überwachen und über den gesamten Lebenszyklus hinweg eine hohe Ausfallsicherheit und Langzeitstabilität gewährleisten können. Neben einer Kostenminimierung bietet der Einsatz der Diagnoselösungen zudem einen geringeren Wartungsbedarf bei optimaler Funktionalität. Egal in welcher Umgebung Sie IFD einsetzen; Sie werden durch den Informationsgewinn … - datenbasierte Entscheidungen treffen - stabilere Produkte herstellen - Ausfallzeiten minimieren - Fehlersuche und Reparatur beschleunigen - Kosten einsparen

DER preiswerte Standard zur Untersuchung von Pulvern hinsichtlich der Fließfähigkeit und anderer Materialkenngrößen. produziert in: den USA

LAN Tester / Kabeltester Das QUICKLAN6055 ist ein praktisches Messgerät für schnelle und genaue Kontrollen der Datenübertragungskabel von LAN-Netzen. Fehlerhafte Anschlüsse beim Datenkabel (offene, gekreuzte, gesplittete, vertauschte Paare usw.) werden vom QUICKLAN sofort auf dem großen digitalen Display unmissverständlich angezeigt. Es kann auch übliche kabelinterne Probleme, wie Unterbrechungen und Kurzschlüsse, feststellen. Mit Hilfe von bis zu 8 nummerierten externen Markern (optionales Zubehör) kann die Zuordnung der in den Räumen verteilten RJ45-Buchsen überprüft werden. Das QUICKLAN6055 ist die ideale Wahl für den Fachmann, der ein einfaches, effizientes Gerät für die Kontrolle von LAN-Netzen benötigt.

Kabeltest / Kabel-Verdrahtungstester zur Prüfung von Verbindung, Kurzschluß, Widerstand und Diode. Rechnergesteuert, einfaches Userinterface. Erweiterbar bis 2048 Testpunkte. Autolearn Funktion.

LAN Tester / Kabeltester / Kabellänge Der LAN-Tester QUICKLAN6050 ist das ideale Messgerät für die schnelle Überprüfung der Netzwerkverkabelung. Mit dem LAN-Tester 6050 können Sie 8pol. Datenleitungen mit RJ-45 Stecker und Koaxkabel mit BNC-Stecker (mittels beiliegender Adapterkabel) auf Durchgang, offene Verbindungen und Kurzschlüsse (Ader/Ader oder Ader/Schirm) schnell und effizient überprüfen. Kabellängenmessung inklusive! Mit Hilfe der codierten Markern (#1, #2, #3 oder #4) kann auf einfachste Weise die Zuordnung der in den Räumen verteilten RJ45-Buchsen überprüft werden. Das QUICKLAN6050 ist die ideale Wahl für den Fachmann, der ein einfach zu bedienendes und effizientes Prüfgerät für die Überprüfung von LAN-Netzen sucht.

Mit dem CAN Quick Tester wird erstmalig ein Einstiegsmodell zur Busüberwachung für Anlagenbetreiber angeboten. Anstecken, Busstatus ablesen und bei Bedarf über das Gerät oder eine PC-Software die Fehlerkriterien für den Alarmausgang einstellen. Der CAN Quick Tester in Form eines D-Sub 9 Feldbussteckers dient der logischen Überwachung von CAN-Bus Anlagen und wird via Plug &Play in die bestehende und laufende Anlage integriert. Dort erkennt er automatisch die Baudrate und beginnt selbstständig den gesamten Busverkehr zu analysieren. Als passiver Bus-Teilnehmer ermittelt er rückwirkungsfrei und kontinuierlich typische Kennwerte einer CAN-Kommunikation und vergleicht diese mit vom Nutzer einstellbaren Triggerkriterien: Buslast Anzahl an fehlerhaften Telegrammen/Error Frames ID und Inhalt der übertragenen Telegramme Die Anzeige der Messergebnisse erfolgt direkt über das im Gerät integrierte Display. Sobald mindestens eines der Triggerkriterien erfüllt ist, wird dieser Zustand über eine Status-LED oder mit einem potentialfreien Schaltausgang signalisiert. Dieser Ausgang ist zudem in die Anlagensteuerung integrierbar, sodass sich auf eine einfache Art und Weise eine unabhängige Anlagenüberwachung für sicherheitsrelevante Systeme realisieren lässt.