How to Contact Us
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Omiran Limited
Springvale
Police Station Square
Mildenhall
Suffolk. IP28 7ER
UK
Tel: +44 (0) 1638 716 748
Fax: +44 (0) 1638 716 779
Component Testing
Advice or Questions?
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If you have any questions concerning either our products or services, or simply want advice on how to best solve your particular problem, please don't hesitate to contact us.
Model
|
Description
|
Test Pulse
Voltage Amplitude
|
Test Pulse
Waveform
|
Max. Stored Energy
|
|
IPG 255
|
Surge testing of electrical insulation acc. to IEC 255
|
0.8, 1, 1.5, 2.5, 4, 5, 6 & 8 kV
|
1.2/50 µs
|
0.5 J
|
|
IPG 1201
|
High-voltage Pulse Generator for testing impulse dielectric strength of components, insulation, air- and surface flash-over gaps - as per EN 60065
|
12 kV
|
EN 60065
|
0.072 J
|
|
IPG 605
|
High-voltage Pulse Generator for testing impulse dielectric strength of components, insulation, air- and surface flash-over gaps
|
6.25 kV
|
1.2/50 µs
|
5 J
|
|
IPG 1012
|
High-voltage Pulse Generator for testing impulse dielectric strength of components, insulation, air- and surface flash-over gaps
|
10 kV
|
1.2/50 µs
|
12 J
|
|
IPG 1218
|
High-voltage Pulse Generator for testing impulse dielectric strength of components, insulation, air- and surface flash-over gaps
|
12 kV
|
1.2/50 µs
|
18 J
|
|
IPG 2025
|
High-voltage Pulse Generator for testing impulse dielectric strength of components, insulation, air- and surface flash-over gaps
|
20 kV
|
1.2/50 µs
|
25 J
|
|
IPG 2436
|
High-voltage Pulse Generator for testing impulse dielectric strength of components, insulation, air- and surface flash-over gaps
|
24 kV
|
1.2/50 µs
|
36 J
|
|
IPG 620
|
High-voltage Pulse Generator for simulating surges caused by switching of inductive loads, power system switching, lightning strokes acc. to CCITT - K22
|
6 kV
|
1.2/50 µs
|
20 J
|
|
IPG 1050
|
High-voltage Pulse Generator for simulating surges caused by switching of inductive loads, power system switching, lightning strokes acc. to CCITT - K22
|
10 kV
|
1.2/50 µs
|
50 J
|
|
PG 100-500
|
High-voltage Pulse Generator
|
100 kV
|
1.2/50 µs
|
500 J
|
|
PG 140-1000
|
High-voltage Pulse Generator
|
140 kV
|
1.2/50 µs
|
1,000 J
|
|
PG 4-641
|
High-voltage Pulse Generator
|
Open circuit voltage:
10/160 µs
|
3.6 kV
|
600 J
|
|
Short circuit current:
10/160 µs
|
480 Ap
|
||||
IPG 602
|
Pulse current generator
|
6 kV
|
1.2/50 µs
|
2 J
|
|
IPG 1012s
|
High-voltage Pulse Generator for testing impulse dielectric strength of components, insulation, air- and surface flash-over gaps. Inc. current sense facility to detect flashover.
|
10 kV
|
1.2/50 µs
|
12 J
|
|
IPG 809
|
High-voltage Pulse Generator for dielectric testing of X- and Y-capacitors with standard impulse voltages 1.7/46 µs up to 8 kV acc. to IEC 60384-14 & EN 132400
|
8 kV
Cx-range: 0.1-27 nF
|
1.7/46 µs
|
9 J
|
|
PG 6-401
|
High-voltage Pulse Generator for dielectric testing of X- and Y-capacitors with standard impulse voltages 1.6/47 µs up to 6 kV acc. to IEC 60384-14 & EN 132400
|
6 kV
Cx-range: 33-470 nF
|
1.6/47 µs
|
400 J
|
Range Overview
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High Voltage Impulse Generators
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HILO-Test, established more than 25-years, is a major European-based manufacturer of Surge & Impulse generator systems.
IPG 1012c HV Impulse Generator for Impulse Dielectric Strength Testing of Components. The generator incorporates the PAS 503 safety test enclosure mounted on the top of the unit.
HILO-TEST manufatcures a wide range of High Voltage Pulse Generators for component testing applications. Impulse Generators are available for the testing of applications & devices devices such as:
- Dielectric testing of X/Y-capacitors
- Dielectric testing of power-line filters
- Surge testing of electrical insulation - inc. IEC 255
- Insulation testing of isolating transformers
- Surge testing of passive components
- Testing of overvoltage protection devices & circuits etc.
All systems are microprocessor based and employ a LCD display with interactive soft-key operation to ensure the highest level of operator convenience and the highest degree of repeatability, as well as flexibility, for the future.
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