Introducing the RS PRO RSST-2000 Series, the world’s first safety analyser to comply with IEC 61010-2-034. The range has four models to choose from, each catering for a wide range of applications and features for greater functionality, as well as an output capacity of 200 VA. The analysers use a high-efficiency PWM amplifier to effectively exclude the influence from the fluctuating input voltage or distorted waveforms to ensure a stable high-voltage output while conducting AC withstanding voltage test on the DUT to meet safety regulations. The series utilizes 7-inch color TFT LCD and inherits the consistent simplicity key design style of the product family to allow users to experience easy operations and a clear observation of the test results. When convenience and precision is required in electrical safety applications, this range of RS PRO testers sets a reliable standard.

Insulation testers or electrical safety testers are a type of device used to test the degradation of electrical devices, parts and equipment over time. Devices like these are ideal for preventing potential equipment failures before they occur and make for an excellent troubleshooting tool. Electrical safety testing is required to ensure the safety compliance of electrical equipment of all kinds. Whether testing during production or for maintenance or electrical inspection purposes, an electrical safety tester is essential. Insulation testers are commonly used in areas such as:

• Automotive


• Electrical installation


• Industry


• Research


• Production


• Workshops

Supplied with:

• Quick Start Guide x 1


• Power cord x 1


• CD x 1 (complete user manual)


• Interlock


• Key x 1


• Remote terminal Cable GHT-119 x 1


• Test lead GHT-115 x 1 for RSST-2001/2002/2003


• Test lead GHT-115 x 1


• GTL-215 x 1 for RSST-2004

RS PRO is our own brand range and brings you a wide range of high-quality, great value products offering you more choice. Trusted by engineers all over the world, every part of every RS PRO product has been rigorously tested against demanding industry standards

The reason why we raised the IR test voltage from 1200 VDC up to 5000 VDC is that more and more customers requested to raise IR test voltage to 2000 VDC or higher for PV inverter applications.