Am Hasenbiel 42, D-76297 Stutensee / Karlsruhe Technique from HILO-TEST more than 36 years’ experience your advantage in competition impulses for your development We develop and produce generators and test equipment according to IEC, VDE, ISO, IEEE, DIN Our equipment is user friendly reliable, durable stand-alone programmable with light guide computer controllable Technical specifications subject to change, HILO-pcatalog_1014.doc, 10/14 HILO-TEST GmbH, Am Hasenbiel 42, D-76297 Stutensee-Karlsruhe, Tel. 07244/20500-0, www.hilo-test.de

You can download all data sheets of our equipment from our web site: www.hilo-test.de Technical specifications subject to change, HILO-pcatalog_1014.doc, 10/14 HILO-TEST GmbH, Am Hasenbiel 42, D-76297 Stutensee-Karlsruhe, Tel. 07244/20500-0, www.hilo-test.de

Technical specifications subject to change, HILO-pcatalog_1014.doc, 10/14 HILO-TEST GmbH, Am Hasenbiel 42, D-76297 Stutensee-Karlsruhe, Tel. 07244/20500-0, www.hilo-test.de

1. EMC TEST EQUIPMENT 1.1 AUTOMOTIVE EMC EQUIPMENT EMC Test Equipment designed for testing electromagnetic immunity of electrical installation and electronic components of vehicles against supply line transients. 1.1.1 CAR TEST SYSTEM The CAR TEST SYSTEM include a set of pulse generators which supply different test pulses according to standards ISO 7637-2: 2011 and ISO 1650 :2012. CAR TEST SYSTEM 14 A microprocessor-controlled 5" touch screen display unit is integrated and permits an easy operation of the System 14. The software program CAR-remote permits the PC control of the generator via Ethernet...

CAR SWITCH TE 14 The CAR- Transient Emission 14 is used to check the transient transition behavior when switching loads on the vehicle electrical system. It features a microprocessor controlled user interface and a display unit. The user can define his own test sequence. The test parameters are set and displayed via a 5" touch screen display and can be recorded during the test on a USB stick. According to ISO 7637-2: 2011 Suitable for 12V, 24V and 42V systems until 70V For different currents 50/100/200 A Switch electronically and mechanical Voltage drop < 2V Ground plate for ground connection...

1.2 INDUSTRIAL EMC EQUIPMENT The EMC Test Equipment is designed for testing electromagnetic immunity of the electrical and electronic equipment for industrial applications. 1.2.1 CE-TESTER Compact EMC test unit designed for testing electromagnetic immunity against pulsed and conducted interference. 5” touch screen display unit Manual operation or creation of test procedures Remote PC control via optically isolated Ethernet interface With Impulse Recording Function (IRF) Printout of test parameters to an USB stick BURST SURGE Power freq. magnetic field Pulsed magnetic field 8/20µs Voltage dips...

1.2.3 CE-TESTER accessories VPS 250-16 Variable Power Source Motor driven variac, control by CE-TESTER, generation of voltage variation according to IEC 61000-4-11 HI 100 Helmholtz Coil Air coil for generation of magnetic fields according to IEC 61000-4-8 / -9 EFTC 2012 Capacitive Coupling Clamp For capacitive coupling of BURST pulses to screened cables according to IEC 61000-4-4 SCK 105 Surge Calibration Kit Including impulse voltage divider and current viewing resistor For calibration of surge generators Burst Calibration Kit Including impulse voltage divider 200:1 and 400:1, input impedance...

1.2.4 Combination Wave Generators Simulate high-voltage transients and disturbances of the mains power supply caused by switching in the major power system and secondary effects of lightning strokes. According to IEC 61000-4-5, IEEE 587, and VDE 0847-4-5. 5” touch screen display unit Manual operation or creation of test procedures Remote PC control via optically isolated Ethernet interface With Impulse Recording Function (IRF) Printout of test parameters to an USB stick CWG Pulse voltage 1.2/50µs, 7 kV, Pulse current 8/20µs, 3.5 kA CWG Pulse voltage 1.2/50µs, 10 kV, Pulse current 8/20µs, 5.0...

1.2.6 Oscillatory Wave ( Ring Wave ) Generators 5” touch screen display unit Manual operation or creation of test procedures Remote PC control via optically isolated Ethernet interface With Impulse Recording Function (IRF) Printout of test parameters to an USB stick Ring-wave generator Simulates high-voltage transients of the mains power supply caused by switching in the major power system, mains synchronous triggering Waveform 0.5µs/100 kHz, 0 - 6 kV Specified in IEC 61000-4-12 Coupling-/decoupling network for power supply lines , as option Modification for testing RCCB´s according to IEC 1008-1,...

1.3 TELECOM TEST EQUIPMENT 1.3.1 High-Voltage Test Generator Designed for testing over voltage protection devices of telecommunication installations. 5” touch screen display unit Manual operation or creation of test procedures Remote PC control via optically isolated Ethernet interface With Impulse Recording Function (IRF) Printout of test parameters to an USB stick With different covers and without cover deliverable Devices, specified in CCITT 12 TR 1, K17 IPG 620 IPG 1050 IPG 1252 High-voltage pulse generator Lightning surge 1.2/50 µs, 6 kV, 20 J High-voltage pulse generator Lightning surge...

Isolationsprüfung mit Stoßspannung nach IEC 255 Impulsspannung 0.8/1.0/1.5/2.5/4.0/5.0/6.0/8.0 kV, We = 0.5 J, Rs = 500 Ohm Front chopped wave generator Designed for measurement of dc spark-over voltage and Impulse spark-over voltage 5 kV impulse, dU/dt = 100V/µs - 5000 V/µs Insulation resistance 0,5 -5 G According to CCITT / ITU-T, K12 Symmetric Front chopped wave generator Test system for two stage SPDs 2 x Impulse spark-over voltage 2 x 5 kV impulse, dU/dt = 100V/µs - 5000 V/µs Insulation resistance 0,5 -5 G Power induction generator Designed for testing telecommunication ports Open circuit...

2. COMPONENT TEST GENERATORS Designed for testing passive and active components and devices: Surge voltage test of transformers, optical couplers and electrical installations Surge current test of over-voltage protection devices and circuits Dielectric testing of X/Y-capacitors Impulse current test from Over voltage protectors, and protecting circuits Spark over detection on the test sample with adjustable current sensor 2.1 HIGH VOLTAGE PULSE GENERATORS Designed for dielectric testing, lightning surge 1.2/50 µs IPG 605 IPG 620 IPG 1012 IPG 1050 IPG 1272 IPG 1218 IPG 2025 IPG 2436 Lightning surge...