ESD-Simulator SESD 230 | 30 kV
ESD-Simulator SESD 230 | 30 kV
IEC / EN 61000-4-2
The test generator SESD 230 simulates electrostatic discharge as defined in the standard IEC / EN 61000-4-2. Higher test levels can be set far beyond the standard limits.
Two test methods are used depending on the test specimen and test setup:
Air discharge (AIR) and Contact discharge (CON)
The test probes for air and contact discharge are included in the scope of delivery! Further models for special requirements are available in our extensive range of accessories.
The large display with easy-to-read digits shows the current operating status, all selected parameters and the actual discharge voltage during air discharge. The clearly arranged keyboard and automatic programmable test sequences enable intuitive operation.
The ESD gun does not require a base unit and can be operated via an in-built rechargeable battery or mains supply. The device has a user-friendly touchscreen, ergonomic design and remote control software. The functional design and optional remote control software ensure optimum handling at an excellent price performance ratio.
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Product Features
- Air discharge: ±0.2 kV up to ± 30 kV
- Contact discharge: ±0.2 kV up to ±30 kV
- Output voltage: adjustable via potentiometer
- Polarity: positive and negative
- Holding time: >5 sec
- Pre selectable counter: 1 - 9999
- Discharge resistor: according to IEC / EN 61000-4-2
- Energy storage capacity: 150 pF ± 10%
- Discharge resistance: 330 Ohm ± 5%
- Weight ESD gun: approx. 1470 g
Product Applications
Because of the adaptability of the ONYX 30 using various RC modules, it can be configured for a wide range of standards and therefore for many other industries and specifications.
Development and design: To ensure compliance with ESD safety standards in the early stages of product development.
Quality assurance and test labs: Routine ESD testing to verify compliance with international and national standards.
Production: Testing of end products for ESD resistance.
Research and development: Investigating the behavior of materials and components under ESD conditions in R&D laboratories.
Repair and maintenance: For testing EMC resistance after repairs or during regular maintenance work.
Automotive industry: For tests on vehicle electronics to prevent faults caused by ESD events.
Aerospace: Where strict EMC requirements apply to the safety and functionality of electronics.
Medical technology: In the manufacture and testing of medical devices.
Telecommunications: For testing devices and infrastructures that must be resistant to ESD events.