Reliant EMC

Telecom generators

Telecom Generators from HILO-TEST
HILO-TEST Telecom Generators / Simulators
IPG 506 Front-Chopped-Wave Generator
IPG 506 SYM Front-Chopped-Wave Generator
IPG 620 (HV) High Voltage Impulse Generator
IPG 1050 High Voltage (HV) Impulse Generator
IPG-1050-High-Voltage-HV-Impulse-Generator
IPG 1272 High Voltage (HV) Impulse Generator*
PG 5-200-1 High Voltage (HV) Pulse Generator*
PG 5-200-2 High Voltage (HV) Pulse Generator
PG 6-364 High Voltage (HV) Impulse Generator
PG 10-1000 High Voltage (HV) Impulse Generator
PG 12-1440 High Voltage (HV) Impulse Generator*
PG 14-1960 high voltage (HV) impulse generator*
PG 20-4000 High Voltage (HV) Impulse Generator*
PG 6-432 Surge Test Generator*
PG 6-500 Surge Generator*
PG 2-750 Surge Current Generator*
PIG 1500 Power Induction Generator
EMC 2015 Impulse Generator System

* A Build to Order product.

 

HILO-TEST Telecom Generators / Simulators
Telecommunication networks are exposed to Electromagnetic Interference from natural sources such as lightning and its effects. Therefore all connected telecommunications systems require reliable protection. The HILO-TEST Surge Generators / Simulators are specifically designed for EMC testing of telecommunications systems in accordance with ITU-T: K17, K12, K20, K22, K44, IEC 61000-4-05 and IEC 60060-2, VDE 0847, FCC Part 68 and Belcore GR-1089

 

IPG 506 Front-Chopped-Wave Generator (Part Number 5206021)
IPG 506 Front-Chopped-Wave Generator

 

Summary:
• Front-chopped-wave generator
• Impulse voltage: 5 kV Rate of rise: 100 - 5000 V/μs
• DC: 600 V= : 100 V/s
• Riso: 0.5 - 3 GΩ
 
The front-chopped-wave generator IPG 506 is used for measuring DC spark-over voltage and impulse spark-over voltage of over-voltage protectors according to CCITT / ITU-T, K12. $C spark-over voltage: A linearly rising voltage, rate of rise 100 V/s up to 637.5 V, is connected to the device under test. The spark-over voltage measured is shown in the display.
 
Related Standards:
ITU-T: K12

 

Part Number: 5206021

 

 
IPG 506 SYM Front-Chopped-Wave Generator (Part Number 5206021)
IPG 506 SYM Front-Chopped-Wave Generator
Summary:
• Front-chopped-wave generator
• Impulse voltage: 5 kV Rate of rise: 100 - 5000 V/μs
• DC: 600 V= : 100 V/s
• Riso: 0.5 - 3 GΩ
• 3-pole DUTs
 
The front-chopped-wave generator IPG 506 is used for measuring DC spark-over voltage and impulse spark-over voltage of over-voltage protectors according to CCITT / ITU-T, K12.
 
Related Standards:
ITU-T: K12

 

IPG 620 (HV) High Voltage Impulse Generator (Build to Order Product)
IPG 620 HV - Impulse Generator
 
Summary:
• Surge testing
• Impulse voltage: 6 kV
• Waveform: 1,2/50µs
• Energy: 20 J
 
High Voltage (HV) Impulse generators IPG 620 and IPG 1050 create standard impulse voltages with waveform 1.2 / 50 μs according to IEC 60. The generators simulate surges caused by switching of inductive loads, power system switching, lightning strokes etc.
 
There are two models of the IPG 620 to choose from:
Model
Description
Part #
IPG 620
High-voltage pulse generator, 6kV, 1,2/50us
5204028
IPG 620 with
test cover
High-voltage pulse generator with test cover, 6kV, 1,2/50us
5204041

 

Related Standards:
ITU-T: K22, K44

 

 
IPG 1050 High Voltage (HV) Impulse Generator (Build to Order Product)
IPG 1050 HV - Impulse Generator

 

Summary:
• Surge testing
• Impulse voltage: 10 kV
• Waveform: 1,2/50µs
• Energy: 50 J
 
High Voltage (HV) Impulse generators IPG 620 and IPG 1050 create standard impulse voltages with waveform 1.2 / 50 μs according to IEC 60. The generators simulate surges caused by switching of inductive loads, power system switching, lightning strokes etc.

 

There are two models of the IPG 1050 to choose from:
Model
Description
Part #
IPG 1050
High-voltage pulse generator, 10kV,
5204011
IPG 1050 with
test cover
High-voltage pulse generator with test cover, 10kV
5204042

 

Related Standards:
ITU-T: K22, K44

 

 
IPG 1272 High Voltage (HV) Impulse Generator (Build to Order Product)
IPG 1272 High Voltage (HV) Impulse Generator

 

Summary:
• Surge testing
• Impulse voltage: 12 kV
• Waveform: 1,2/50µs
• Energy: 72 J
 
High Voltage (HV) Impulse Generator IPG 1272 creates standard impulse voltages with waveform 1.2 / 50 μs according to IEC 60. The generator simulate surges caused by switching of inductive loads, power system switching, lightning strokes etc.
 
 
PG 5-200-1 High Voltage (HV) Pulse Generator (Build to Order Product)

PG 5-200-1 High Voltage (HV) Pulse Generator

Summary:
• Switching Surge
• Impulse voltage: 5 kV
• Waveform: 10 / 700 μs
• Energy: 200 J
 
The high voltage (HV) pulse generator PG 5-200 creates standard impulse voltages with waveform 10/700 μs. It is designed for dielectric testing of components and systems as well as testing of the electromagnetic compatibility of electronic systems and devices according to CCITT-K17, CCITT-K20, CCITT-K22, ITU-T K44, IEC 61000-4-5 etc.
 
Related Standards:
IEC: IEC 61000-4-05, IEC 60060-2 ITU-T: K17, K20, K22, K44
 
 
PG 5-200-2 High Voltage (HV) Pulse Generator (Part Number 5206008)
PG 5-200-2 High Voltage (HV) Pulse Generator

 

Summary:
• Switching Surge
• Impulse voltage: 5 kV
• Waveform: 10 / 700 μs Energy: 200 J
• Waveform: 1.2 / 50 μs Energy: 10J
 
The high voltage (HV) pulse generator PG 5-200 creates standard impulse voltages with waveforms 1.2/50 μs and 10/700 μs. It is designed for dielectric testing of components and systems as well as testing of the electromagnetic compatibility of electronic systems and devices according to CCITT-K17, CCITT-K20, CCITT-K22, ITU-T/K44, IEC 61000-4-5 etc.
 
Related Standards:
IEC: IEC 61000-4-05, IEC 60060-2
ITU-T: K17, K20, K22, K44
 
 
PG 6-364 High Voltage (HV) Impulse Generator (Part Number 5206010)
PG 6-364 High Voltage (HV) Impulse Generator

 

Summary:
• Surge testing
• Impulse voltage: 6.3 kV
• Waveform: 1.2 / 50 μs
• Waveform: 10 / 700 μs
• Energy: 20 J / 400 J
• Other waveforms
 
The high voltage (HV) impulse generator PG 6-364 generates standard impulse voltages with waveforms 1.2/50 μs and 10/700 μs. Output voltage is adjustable between 0.2 kV and 6 kV. The polarity of the output voltage is selectable. Positive, negative or alternating polarity of the output voltage can be preselected. The generator is designed for dielectric testing of components and systems as well as testing of the electromagnetic compatibility of electronic systems and devices according to CCITT K17, CCITT K20, CCITT K22, ITU-T/K44, IEC 61000-4-5, VDE 0847.
 
Related Standards:
IEC: IEC 61000-4-05
ITU-T: K17, K20, K22, K44

VDE 0847

 
 

 

PG 10-1000 High Voltage (HV) Impulse Generator (Part Number 5206016)
PG 10-1000 High Voltage (HV) Impulse Generator

 

Summary:
• Switching Surge
• Impulse voltage: 10 kV
• Waveform: 1.2/50 μs
• Waveform: 10/700 μs
• Energy: 50 J / 1000 J
 
The high voltage (HV) impulse generator PG 10-1000 generates standard impulse voltages with waveforms 1.2/50 μs and 10/700 μs. Output voltage is adjustable between 0.5 kV and 10 kV. The polarity of the output voltage is selectable. Positive, negative or alternating polarity of the output voltage can be preselected. The generator is designed for dielectric testing of components and systems as well as testing of the electromagnetic compatibility of electronic systems and devices according to CCITT K17/K20/K22, ITU-T/K44, IEC 61000-4-5, VDE 0847.
 
Related Standards:
IEC: IEC 61000-4-05
ITU-T: K17, K20, K22, K44
 
 

 

PG 12-1440 High Voltage (HV) Impulse Generator (Build to Order Product)
PG 12-1440 High Voltage (HV) Impulse Generator

 

Summary:
• component- and system test
• Impulse voltage: 12 kV
• Waveform: 10/700µs
 Waveform: 1,2/50µs
• Energy: 1440 J
 
The high voltage (HV) impulse generator PG 12-1440 standard impulse voltages with waveforms 1.2/50 μs or 10/700 μs. Output voltage is adjustable between 0.5 kV and 12 kV. The polarity of the output voltage is selectable. Positive, negative or alternating polarity of the output voltage can be preselected. It is designed for dielectric testing of components and systems according to CCITT-K17/K20-K22, ITU-T/K44, IEC 61000-4-5, VDE 0847. The pulse forming network is referred to ground. The high voltage (HV) output is available at a coaxial connector. A built-in voltage divider 1000:1 allows monitoring of the impulse output waveform during testing.
 
Related Standards:
ITU-T: K17, K20, K22, K44
 

 

 
PG 14-1960 high voltage (HV) impulse generator (Build to Order Product)
PG 14-1960 high voltage (HV) impulse generator

 

Summary:
• Lightning surge
• Impulse voltage: 14 kV
• Waveform: 10/700 μs
• Waveform: 0.5/700 μs
• Energy: 1960 J
 
The high voltage (HV) impulse generator PG 14-1960 generates standard impulse voltages with waveforms 10/700 μs. The output waveform can be switched to 0.5/700μs wave. Output voltage is adjustable between 0.2 kV and 14 kV. The polarity of the output voltage is selectable. Positive, negative or alternating polarity of the output voltage can be preselected.
 
Related Standards:
ITU-T: K17, K20, K22, K44

 

 

PG 20-4000 High Voltage (HV) Impulse Generator (Build to Order Product)
PG 20-4000 high voltage (HV) impulse generator

 

Summary:
• Lightning surge
• Pulse voltage: 20 kV Waveform: 10/700 μs
• Pulse current: 500 A
• Waveform: 5/310 μs
• Energy: 4000 J
 
 
The high voltage (HV) impulse generator PG 20-4000 generates standard impulse voltages with waveform 10/700 μs. Output voltage is adjustable between 1 kV and 20 kV. The polarity of the output voltage is selectable, positive or negative.
 
Related Standards:
ITU-T: K17, K20, K22, K44

 

 

 

PG 6-432 Surge Test Generator (Build to Order)
PG 6-432 Surge Test Generator

 

Summary:
• Surge current: 2 * 100 A
• Waveform: 10 / 700 μs
• Waveform: 10 / 1000 μs
 Energy: 432 J
• Impulse Life Test
• Hold-over test
 
 
The Surge Test Generator PG 6-432 produces impulse currents with standard waveforms 10/700 μs or 10/1000 μs. Testing two-gap over-voltage protectors the generator delivers simultaneous at two outputs impulse currents adjustable up to 100 A each. The pulse forming network contains a high pulse-fidelity current viewing resistor for measurement of the output current amplitude and waveform with a scope.
 
Related Standards:
ITU-T: K12

 

 

PG 6-500 Surge Generator (Build to Order)
PG 6-500 surge generator

 

Summary:
• Impulse voltage: 5 kV
• Impulse current: 100/500A
• Waveform: 2/10 μs
• Energy: 500 J
 
 
The surge generator PG 6-500 is a combined impulse-current-/impulse-voltage generator (combination wave generator) which, for high-impedance loads, RL > 100W, delivers a standard impulse voltage with waveform 2 / 10 μs and, for short-circuited output, a standard impulse current with waveform 2 / 10 μs.
 
Related Standards:
Other: Belcore GR-1089
 

 

 
PG 2-750 Surge Current Generator (Build to Order Product)
PG 2-750 surge current generator

 

Summary:
• Insulation test
• Waveform: 10/160μs Amplitude: 1.6kV, 4*100A
• Waveform: 10/560μs Amplitude: 800V, 2*100A
• Expandable
 
 
The surge current generator PG 2-750 delivers pulse currents with the waveform 10/160μs and 10/560μs. Optionally an additional waveform, 10/1000μs can be integrated. The generator has four or two surge current outputs. The peak value of the surge current at each output can be set to (1 – 100)A by adjusting the charging voltage.
 
Related Standards:
Other: FCC Part 68
 

 

 
PIG 1500 Power Induction Generator (Build to Order Product)
PIG 1500 Power Induction Generator

 

Summary:
• Power Induction Generator
• Output voltage: Range 1: 0-750 V≈ Range 2: 0-1500 V≈
• Series resistor: 2 * 600 W / 200 W
 
 
The Power Induction Generator PIG 1500 has been designed for testing of telephone equipment according to CCITT K.20. It simulates induced voltages on long telephone lines.
 
Related Standards:
ITU-T: K20
 

 

 

EMC 2015 Impulse Generator System (Part Number 5205012)
EMC 2015 impulse generator system

 

Summary:
• EMI Simulator
• Plug-in system
• Different wave forms
 
 
The impulse generator system EMC 2015 has been designed for dielectric testing of electric components, over-voltage protectors and electronic circuits according IEC, VDE etc. The basic version generates impulse currents with waveform 8/20 μs and a peak value up to 25 kA. In addition, various other plug-ins are also available.
 
Related Standards:
IEC: IEC 60060-2, IEC 62475-2
 
 
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